Delivery: Online, In-Class, or Blended
Method: Instructor-led training, inspection simulations, applied assignments
Certification: IOASH UK – Offshore Container Examiner
Course Overview
Provides advanced knowledge and practical skills for conducting inspections and examinations of offshore containers in line with international standards and best practices.
Training Objectives
Target Participants
Units
Delivery: Online, In-Class, or Blended
Method: Instructor-led training, inspection simulations, applied assignments
Certification: IOASH UK – Mobile Crane Examiner
Course Overview
Provides advanced knowledge and practical skills for conducting thorough examinations and inspections of mobile cranes according to international standards and best practices.
Training Objectives
Target Participants
Units
Delivery: Online, In-Class, or Blended
Method: Instructor-led training, case studies, applied assignments
Certification: IAOSH UK
Course Overview
Equips participants with critical knowledge and practical competencies in food safety, hygiene, and quality management for the food industry, preparing candidates to effectively implement and monitor food safety plans and regulatory requirements.
Training Objectives
Target Participants
Units
Delivery: Online, In-Class, or Blended
Method: Instructor-led training, scenario analyses, applied assignments
Certification: IAOSH UK
Course Overview
Equips participants with comprehensive knowledge and applied skills in mining safety and health, preparing candidates to conduct risk assessments, implement safety management systems, and lead mine safety initiatives according to international best practices.
Training Objectives
Target Participants
Units
Delivery: Online, In-Class, or Blended
Method: Instructor-led training, real-world case studies, applied assignments, exam preparation
Certification: IAOSH UK
Course Overview
Provides comprehensive understanding and practical skills in safety engineering, regulatory compliance, and risk management for diverse industrial environments, preparing candidates to design, implement, and oversee effective workplace safety measures.
Training Objectives
Target Participants
Units
Delivery: Online, In-Class, or Blended
Method: Instructor-led training, consulting case studies, applied assignments
Certification: IAOSH UK – Certified Occupational Health and Safety Consultant
Overview
Equips professionals to provide expert guidance on occupational health and safety management, regulatory compliance, and risk mitigation.
Objectives
Target Participants
Units
Delivery: Online, In-Class, or Blended
Method: Instructor-led training, real-world hazard simulations, applied assignments
Certification: IAOSH UK – Certified Hazard Area Classification
Overview
Provides expertise in identifying, classifying, and managing hazardous areas, focusing on regulatory requirements and risk control measures.
Objectives
Target Participants
Units
Delivery: Online, In-Class, or Blended
Method: Instructor-led sessions, advanced case studies, applied assignments
Certification: IAOSH UK – Certified Safety Expert
Overview
Advanced practical and theoretical training in workplace safety, risk management, and compliance strategies.
Objectives
Target Participants
Units
OTHM Level 3 Diploma in Business Management
Qualification Level: Level 3 (Equivalent to A-Level)
Total Credits: 60 credits
Total Qualification Time: 1,200 hours
Guided Learning Hours: 480 hours
Regulated by: Ofqual (UK)
The OTHM Level 3 Diploma in Business Management provides learners with a solid foundation in key business principles, practical management skills, and professional communication.
This qualification is ideal for individuals seeking to begin a career in business or to progress to higher-level studies in management and related fields.
By the end of the program, participants will be able to:
The qualification consists of six mandatory units:
All units are assessed through written assignments, case studies, and practical projects.
There are no formal exams. Each assignment is internally verified to ensure quality and consistency.
Upon successful completion, learners may progress to:
OTHM Level 3 Diploma in Business Studies
Qualification Level: Level 3 (Equivalent to A-Level)
Total Credits: 60 credits
Total Qualification Time: 1,200 hours
Guided Learning Hours: 480 hours
Regulated by: Ofqual (UK)
The OTHM Level 3 Diploma in Business Studies provides learners with a broad understanding of key business concepts, practical skills, and the knowledge required to succeed in the modern business environment.
This qualification is designed for individuals who wish to develop a solid foundation in business and prepare for higher education or entry-level management roles.
By the end of the program, participants will be able to:
Understand the structure and operations of business organizations.
Apply principles of management, marketing, and communication effectively.
Demonstrate analytical thinking in business decision-making.
Understand the fundamentals of finance and business data.
Develop problem-solving and interpersonal skills for professional success.
Prepare for further academic or career advancement in the business sector.
The qualification consists of six mandatory units:
Introduction to Research and Academic Skills – Develops essential study and research techniques for academic and professional success.
Using IT for Business – Introduces the application of information technology to support business operations and decision-making.
Introduction to Economics and Accounting – Covers basic economic principles and accounting concepts relevant to business management.
Introduction to the Business Environment – Explores the internal and external factors that influence business performance and sustainability.
Introduction to Customer Service Excellence – Emphasizes the importance of quality customer service and strategies to improve customer satisfaction.
Managing Business Events – Provides practical understanding of planning, organizing, and evaluating business events.
All units are assessed through written assignments, case studies, and practical projects.
There are no formal exams. Each assignment is internally verified to ensure quality and consistency.
Upon successful completion, learners may progress to:
OTHM Level 4 Diploma in Business Management or related fields
Other Level 4 qualifications in business and administration
Entry-level roles in business operations, marketing, event management, or administration
OTHM Level 4 Diploma in Accounting and Business
Qualification Level: Level 4 (Equivalent to Year 1 of a UK Bachelor’s Degree)
Total Credits: 120 credits
Total Qualification Time: 1,200 hours
Guided Learning Hours: 600 hours
Regulated by: Ofqual (UK)
The OTHM Level 4 Diploma in Accounting and Business provides learners with a strong foundation in accounting principles, financial management, and core business concepts.
This qualification is designed for individuals seeking to build a career in accounting, finance, or business administration, and also serves as a pathway to higher-level academic qualifications.
By the end of the program, participants will be able to:
Understand fundamental accounting and financial reporting principles.
Apply management and cost accounting techniques to business operations.
Analyze and interpret financial data for decision-making.
Demonstrate knowledge of business law, governance, and professional ethics.
Develop skills in communication, leadership, and business strategy.
Prepare for further studies or entry-level professional roles in accounting and finance.
The qualification consists of six mandatory units:
The Accountant’s Environment – Introduces the role of accountants and the ethical and regulatory framework within which they operate.
Quantitative Methods – Develops mathematical and statistical techniques used in accounting and business analysis.
Financial Accounting – Covers the preparation and interpretation of financial statements in accordance with accounting standards.
Management Accounting – Focuses on cost control, budgeting, and performance measurement for effective management decision-making.
Leading and Managing Teams – Explores leadership theories and practices that promote effective teamwork in business settings.
Financial Management – Examines principles of financial planning, investment, and working capital management.
All units are assessed through written assignments, case studies, and practical projects.
There are no formal exams. Each assignment is internally verified to ensure quality and consistency.
Upon successful completion, learners may progress to:
OTHM Level 5 Diploma in Accounting and Business or other Level 5 qualifications
Year 2 of a relevant Bachelor’s degree program at a UK university
Entry-level roles such as Accounting Assistant, Finance Officer, or Business Analyst
OTHM Level 5 Diploma in Accounting and Business
Qualification Level: Level 5 (Equivalent to Year 2 of a UK Bachelor’s Degree)
Total Credits: 120 credits
Total Qualification Time: 1,200 hours
Guided Learning Hours: 600 hours
Regulated by: Ofqual (UK)
The OTHM Level 5 Diploma in Accounting and Business builds upon the knowledge and skills developed at Level 4, providing learners with advanced understanding of financial management, business strategy, and accounting practices.
This qualification is ideal for those who wish to pursue professional careers in accounting, auditing, or financial management, and serves as a direct pathway to higher education or professional qualifications.
By the end of the program, participants will be able to:
Demonstrate a thorough understanding of advanced accounting and business concepts.
Prepare and analyze complex financial statements in line with international standards.
Apply management accounting techniques for performance evaluation and control.
Understand taxation, auditing, and financial reporting requirements.
Evaluate business performance and make strategic financial decisions.
Develop the skills required for leadership, ethical practice, and sustainable business management.
The qualification consists of six mandatory units:
Financial Management – Explores investment decisions, capital structure, and financial risk management strategies.
Financial Planning and Control – Focuses on budgeting, forecasting, and variance analysis for effective management control.
Financial Reporting – Covers preparation of consolidated financial statements and interpretation of financial results.
Principles of Taxation – Introduces key taxation concepts for individuals and businesses, including compliance and planning.
Management of People – Examines leadership, motivation, and performance management in organizational contexts.
Business Ethics and Corporate Governance – Discusses ethical frameworks, corporate governance, and regulatory responsibilities of organizations.
All units are assessed through written assignments, case studies, and practical projects.
There are no formal exams. Each assignment is internally verified to ensure quality and consistency.
Upon successful completion, learners may progress to:
OTHM Level 6 Diploma in Accounting and Business
Final year (Top-up) of a Bachelor’s degree in Accounting, Finance, or Business at a UK university
Professional accounting qualifications or roles such as Accountant, Financial Analyst, or Business Consultant
OTHM Level 6 Certificate in Academic and Professional Skills Development
Qualification Level: Level 6 (Equivalent to Final Year of a UK Bachelor’s Degree)
Total Credits: 20 credits
Total Qualification Time: 200 hours
Guided Learning Hours: 80 hours
Regulated by: Ofqual (UK)
The OTHM Level 6 Certificate in Academic and Professional Skills Development is designed to enhance learners’ academic, personal, and professional competencies necessary for success in higher education and workplace environments.
This qualification helps learners strengthen their research, communication, critical thinking, and self-management skills while developing confidence to perform effectively in professional contexts.
By the end of the program, participants will be able to:
Demonstrate advanced communication and presentation skills suitable for academic and professional settings.
Apply research methods and analytical skills to solve real-world problems.
Critically evaluate information and make informed decisions.
Develop personal effectiveness, time management, and teamwork capabilities.
Reflect on professional growth and lifelong learning strategies.
Integrate ethical considerations into academic and professional practices.
This qualification consists of a single mandatory unit:
Academic and Professional Skills Development – This unit focuses on building transferable skills essential for success in both academic and business environments. Learners will explore self-assessment, goal setting, communication strategies, research and writing techniques, teamwork, and professional development planning.
The unit is assessed through a written assignment and reflective portfolio.
There are no formal exams. All assessments are internally verified to ensure consistency and quality.
Upon successful completion, learners may progress to:
OTHM Level 6 Diploma qualifications in Business, Management, or Leadership
OTHM Level 7 Postgraduate Diplomas
Senior-level professional roles requiring strong academic and leadership skills
OTHM Level 7 Diploma in Occupational Health and Safety Management
Qualification Level: Level 7 (Equivalent to Master’s Degree Level)
Total Credits: 120 credits
Total Qualification Time: 1,200 hours
Guided Learning Hours: 600 hours
Regulated by: Ofqual (UK)
The OTHM Level 7 Diploma in Occupational Health and Safety Management is designed for health and safety professionals who wish to develop advanced knowledge and leadership skills in managing workplace safety and risk.
This qualification provides learners with a strategic understanding of occupational health and safety principles, legislation, policy development, and organizational culture. It also supports progression toward Chartered Membership (CMIOSH) through relevant pathways.
By the end of the program, participants will be able to:
Demonstrate a critical understanding of advanced occupational health and safety management principles.
Evaluate and apply legislative and regulatory frameworks within diverse organizational contexts.
Lead the design, implementation, and review of health and safety management systems.
Assess risks using evidence-based approaches and data-driven decision-making.
Foster a positive safety culture and promote continuous improvement within the workplace.
Conduct independent research and develop strategic solutions to complex safety challenges.
The qualification consists of six mandatory units:
Health and Safety Management Principles and Policy – Explores key principles, policies, and strategic approaches for managing workplace health and safety.
Health and Safety Management Practice – Focuses on practical implementation, monitoring, and auditing of safety systems.
Risk and Incident Management – Examines methods for risk assessment, accident investigation, and incident response.
Promoting a Positive Health and Safety Culture – Emphasizes behavioral safety, leadership, and organizational engagement.
Health and Safety Law, Regulation, and Influence – Covers international legal frameworks, compliance requirements, and the influence of global standards.
Development as a Strategic Manager – Enhances leadership, strategic thinking, and communication skills essential for senior management roles.
All units are assessed through written assignments, case studies, and applied research projects.
There are no formal exams. Each assignment is internally verified and externally moderated to ensure consistency and academic integrity.
Upon successful completion, learners may progress to:
OTHM Level 8 Diploma in Strategic Management and Leadership Practice
A relevant Master’s degree top-up program at a UK university
Chartered membership with professional bodies such as IOSH (subject to meeting additional requirements)
Senior-level roles such as Health and Safety Director, Risk Manager, or Compliance Consultant
OTHM Level 7 Diploma in Immersive Software Engineering
Qualification Level: Level 7 (Master’s Degree Level)
Total Credits: 120 credits
Total Qualification Time (TQT): 1,200 hours
Guided Learning Hours (GLH): 600 hours
Regulated by: Ofqual (UK)
The OTHM Level 7 Diploma in Immersive Software Engineering aims to develop knowledge, skills, and critical understanding required to design, develop, and evaluate immersive software systems, supporting research and innovation. It covers domains such as Web & Cloud technologies, Security, Automation, Data analytics, and Project methodologies.
By the end of the program, participants will be able to:
Develop a critical understanding of immersive software engineering and design software systems that meet industry standards and user requirements.
Evaluate software development methodologies, analyse and solve complex problems, and apply advanced programming skills using object-oriented programming languages and development tools.
Critically evaluate the ethical and social implications of immersive software engineering and propose solutions that promote ethical and socially responsible practices.
Conduct independent research and communicate complex technical information effectively using appropriate media and presentation techniques.
Work collaboratively in a team environment, demonstrating effective leadership, communication, and interpersonal skills.
The qualification consists of six mandatory units:
Security Engineering (20 credits)
Software Programming Principles and Practices in Java I (20 credits)
Agile Project Management (20 credits)
Cloud Computing & DevOps (20 credits)
Database & SQL Programming (20 credits)
Web Designing (20 credits)
All units are assessed through written assignments and practical/project-based work. There are no formal written exams. Each assignment is internally assessed by the delivery centre and externally verified by OTHM.
Upon successful completion, learners may progress to:
Master’s top-up programmes at many universities in the UK or overseas with advanced standing.
Senior roles in software engineering, immersive technology development, cloud and DevOps, security engineering, or related fields.
Advanced Health & Safety Management
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: IAOSHE-US
Certificate Validity: 5 years
Duration: 3 days
Course Overview
A comprehensive short program for managers and supervisors to master advanced safety principles, build strong safety leadership, manage risk, and maintain compliance with global standards.
Training Objectives
Integrate HSE in business strategy
Implement and audit safety systems
Lead incident investigations and apply corrective actions
Promote proactive safety culture and behavioral safety
Training Designed For
HSE Managers, Supervisors, Safety Professionals
Training Program
Day 1: Safety legislation, management systems overview, integrating safety culture
Day 2: Risk management strategy, incident investigation exercises, performance measurement
Day 3: Audit practices, corrective action planning, instructor-led case studies
Applied Health and Safety Risk Management
Delivery Method: Instructor-led sessions, scenario workshops, team exercises
Accreditation: IAOSHE-US
Certificate Validity: 5 years
Duration: 3 days
Course Overview
A targeted program for developing hands-on risk assessment and management skills in workplace environments in alignment with IAOSHE-US best practices.
Training Objectives
Identify and assess hazards step-by-step
Use risk evaluation and control methodologies
Monitor and document risk management processes
Support compliance and continuous improvement
Training Designed For
HSE coordinators, supervisors, risk assessors, line managers
Training Program
Day 1: Principles of hazard identification, risk assessment basics
Day 2: Risk evaluation tools, group application exercises (JHA, risk matrix)
Day 3: Implementation and monitoring of controls, case study review, reporting and documentation
Health & Safety Practitioner
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: IAOSHE-US
Certificate Validity: 5 years
Duration: 3 days
A comprehensive short program designed for managers and supervisors to master advanced safety principles, strengthen safety leadership, manage risk effectively, and ensure compliance with international standards.
Integrate HSE into business strategy
Implement and audit safety management systems
Lead incident investigations and apply corrective actions
Promote a proactive safety culture and behavioral safety practices
HSE Managers, Supervisors, and Safety Professionals
Day 1: Safety legislation, management systems overview, integrating safety culture
Day 2: Risk management strategy, incident investigation exercises, performance measurement
Day 3: Audit practices, corrective action planning, instructor-led case studies
Fire Safety and Risk Management
Delivery Method: Face-to-face/virtual learning, real-world case studies, fire risk assessment exercises, scenario simulations, interactive workshops
Accreditation: IAOSHE-US
Certificate Validity: 5 years
Duration: 2 days
Course Overview
An intensive program on fire prevention, protection, and risk management for workplace settings. Covering the legal framework, principles of fire safety, risk assessment strategies, incident analysis, emergency planning, and fire control systems. Participants will actively engage in fire risk assessments and design fire safety protocols for their workplaces.
Training Objectives
Course Modules
Training Designed For
Facility managers, safety officers, emergency planners, fire marshals
Training Program
Day 1: Introduction to fire dynamics, hazard assessment practicals, risk management exercise
Day 2: Fire prevention strategy and equipment use, emergency response simulations, documentation and compliance review
Accident Investigations
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: IAOSHE-US
Certificate Validity: 5 years
Duration: 3 days
A focused program that equips participants with the knowledge and tools to conduct effective accident and incident investigations. The course emphasizes root cause analysis, evidence collection, reporting techniques, and preventive measures to enhance workplace safety performance.
Understand the purpose and importance of accident investigation
Apply root cause analysis methods to identify underlying issues
Collect, document, and analyze evidence effectively
Develop and implement corrective and preventive actions
Improve reporting quality and safety performance
HSE Officers, Supervisors, Managers, and Safety Professionals responsible for workplace incident management
Introduction to accident causation theories, legal and organizational responsibilities, investigation process overview
Evidence gathering techniques, interviewing witnesses, root cause analysis tools (5 Whys, Fishbone Diagram)
Report writing, corrective action planning, case studies and practical exercises
Certified Hazard Area Classification
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: IAOSHE-US
Certificate Validity: 5 years
Duration: 3 days
A specialized program designed to equip participants with the knowledge and skills to identify, assess, and classify hazardous areas in industrial and workplace environments. Participants will learn to apply relevant standards, interpret hazardous area classifications, and implement safety measures to prevent accidents and ensure compliance.
Understand hazardous area definitions, classifications, and regulatory requirements
Apply risk assessment methods to identify potential hazards
Determine suitable equipment and protective measures for different hazard zones
Develop effective control strategies and preventive measures
Improve workplace safety compliance and documentation quality
HSE Officers, Electrical Engineers, Safety Supervisors, Facility Managers, and other professionals responsible for workplace safety and hazardous area management
Introduction to hazardous area concepts, classification standards (e.g., NFPA, IEC), and regulatory requirements
Risk assessment techniques, hazard identification, and classification tools
Equipment selection, installation requirements, and protective measures
Case studies, practical exercises, and reporting methods for compliance verification
Dan Seterusnya
Deskripsi
Achieving the Sustainable Development Goals
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: IAOSHE-US
Certificate Validity: 5 years
Duration: 3 days
A comprehensive program designed to provide participants with a clear understanding of the United Nations Sustainable Development Goals (SDGs) and practical strategies for implementing them in organizational, community, and personal contexts. The course emphasizes actionable planning, measurement of impact, and integration of sustainability practices into daily operations.
Understand the 17 Sustainable Development Goals and their global significance
Identify ways organizations and individuals can contribute to achieving SDGs
Develop strategies for integrating sustainability into projects and operations
Measure and report progress toward SDG-related objectives
Enhance collaboration and innovation to address social, economic, and environmental challenges
Managers, Project Leaders, Sustainability Officers, Policy Makers, NGO Professionals, and anyone responsible for implementing or promoting sustainable practices
Introduction to the SDGs, global context, and local relevance
Strategies for achieving SDGs in organizations and communities
Monitoring, evaluation, and reporting methods for sustainability initiatives
Case studies, group exercises, and practical planning for SDG implementation
Basic Dismantling and Erecting Scaffolding
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: IAOSHE-US
Certificate Validity: 5 years
Duration: 3 days
A practical program designed to equip participants with the knowledge and hands-on skills required to safely erect, use, and dismantle scaffolding systems. The course emphasizes compliance with safety standards, risk assessment, and correct handling techniques to prevent accidents and ensure workplace safety.
Understand scaffolding types, components, and safety standards
Apply proper procedures for erecting and dismantling scaffolding
Identify and mitigate hazards associated with scaffolding work
Conduct inspections and ensure structural stability and safety compliance
Promote safe work practices and accident prevention in scaffold operations
Construction workers, HSE Officers, Supervisors, and personnel involved in scaffolding assembly and maintenance
Introduction to scaffolding systems, components, and regulatory requirements
Planning, preparation, and risk assessment for scaffold erection and dismantling
Hands-on practical exercises: erecting, modifying, and dismantling scaffolds safely
Inspection procedures, hazard mitigation, and reporting methods
Case studies, group discussions, and safety audits for scaffolding operations
Basic Scaffolding Competent Person
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: IAOSHE-US
Certificate Validity: 5 years
Duration: 3 days
A targeted program designed to develop competent personnel capable of supervising and inspecting scaffolding operations. Participants will learn to assess scaffolding safety, ensure compliance with regulations, and implement effective safety measures to protect workers and the workplace.
Understand scaffolding types, components, and regulatory requirements
Identify hazards and assess risks in scaffolding operations
Supervise scaffolding erection, use, and dismantling safely
Conduct inspections and ensure compliance with safety standards
Implement corrective actions and promote safe scaffolding practices
HSE Officers, Supervisors, Construction Managers, and personnel responsible for scaffolding safety and oversight
Introduction to scaffolding systems, components, and safety standards
Hazard identification, risk assessment, and safe work procedures
Supervisory techniques for scaffold erection, modification, and dismantling
Inspection protocols, compliance checks, and corrective action planning
Case studies, practical exercises, and group discussions on scaffolding safety
Advanced Construction Management
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
A comprehensive program designed to enhance participants’ skills in managing complex construction projects. The course covers advanced project planning, resource optimization, risk management, and leadership strategies to improve project outcomes and ensure timely, cost-effective, and quality delivery.
Master advanced project planning and scheduling techniques
Apply risk management and mitigation strategies in construction projects
Optimize resource allocation, budgeting, and cost control
Enhance leadership, team coordination, and stakeholder communication
Improve quality management, compliance, and project performance
Project Managers, Construction Managers, Site Supervisors, Engineers, and professionals responsible for managing construction projects
Advanced project planning, scheduling, and resource management
Risk assessment, mitigation, and contingency planning
Cost control, budgeting, and procurement strategies
Leadership, team management, and stakeholder engagement
Quality assurance, compliance, and performance monitoring
Case studies, group exercises, and practical problem-solving
3D CAD Application
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
A practical program designed to equip participants with the skills to create, manipulate, and manage 3D CAD models for engineering and construction projects. The course emphasizes hands-on application, design accuracy, and integration with project workflows to enhance productivity and collaboration.
Understand the principles and applications of 3D CAD modeling
Develop skills to create, edit, and manipulate 3D models accurately
Apply CAD tools for assembly, simulation, and design analysis
Integrate CAD models into project documentation and workflows
Enhance collaboration and efficiency in design and engineering processes
Engineers, Designers, Draftsmen, Project Managers, and professionals involved in design, engineering, and construction projects
Introduction to 3D CAD software, interface, and modeling basics
Creating and editing 3D components, assemblies, and parts
Applying simulation, analysis, and visualization tools
Integrating 3D CAD models into project workflows and documentation
Practical exercises, case studies, and collaborative design projects
Advanced Computer Programming
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
An advanced program designed to enhance participants’ programming skills in modern languages and development frameworks. The course focuses on complex problem-solving, algorithm optimization, software design patterns, and best practices for high-quality, maintainable code.
Master advanced programming concepts and techniques
Implement efficient algorithms and data structures
Apply software design patterns and best coding practices
Develop robust, maintainable, and scalable applications
Debug, test, and optimize code for performance and reliability
Software Developers, Programmers, IT Professionals, Computer Science Students, and anyone looking to advance their programming skills
Advanced programming concepts, language features, and frameworks
Data structures, algorithms, and problem-solving techniques
Software design patterns, modularity, and code maintainability
Debugging, testing, and performance optimization
Hands-on coding exercises, project development, and collaborative programming challenges
Air Pollution Treatment and Control
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
A specialized program designed to provide participants with knowledge and practical skills to manage and control air pollution in industrial and urban environments. The course emphasizes pollution sources, control technologies, regulatory compliance, and sustainable practices to minimize environmental impact.
Understand sources and types of air pollutants and their impacts
Learn treatment and control technologies for industrial and environmental applications
Apply monitoring, measurement, and compliance methods
Develop strategies for pollution reduction and sustainable operations
Enhance reporting, documentation, and environmental management practices
Environmental Engineers, HSE Officers, Plant Managers, Industrial Supervisors, and professionals responsible for environmental compliance and pollution control
Introduction to air pollution, sources, and environmental impact
Air pollution monitoring, measurement techniques, and standards
Control and treatment technologies: filters, scrubbers, chemical treatments
Regulatory requirements, compliance, and sustainable practices
Case studies, practical exercises, and project-based problem solving
Dan Seterusnya
Deskripsi
2D CAD and Architectural design
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
A practical program designed to equip participants with the skills to create accurate 2D CAD drawings and apply architectural design principles for construction and engineering projects. The course emphasizes precision, workflow integration, and translating design concepts into technical drawings.
Master 2D CAD software tools and drawing techniques
Apply architectural design principles in creating technical plans
Produce detailed, accurate, and compliant architectural drawings
Integrate design documentation into project workflows
Enhance collaboration and efficiency in architectural and engineering projects
Architects, Designers, Draftsmen, Engineers, and professionals involved in architectural planning and technical drawing
Introduction to 2D CAD software, interface, and drawing basics
Architectural design principles, drafting standards, and best practices
Creating floor plans, elevations, sections, and construction documentation
Integrating drawings into project workflows and design collaboration
Practical exercises, case studies, and group design projects
Advanced In Steel Work Design and Inspection
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
A specialized program designed to enhance participants’ expertise in the design, analysis, and inspection of steel structures. The course emphasizes advanced structural concepts, compliance with industry standards, quality assurance, and practical inspection techniques to ensure safety and durability.
Understand advanced steel design principles and structural analysis
Apply relevant codes and standards in steel construction and inspection
Conduct detailed inspections to assess structural integrity and compliance
Identify defects, implement corrective actions, and ensure quality control
Improve documentation, reporting, and project safety practices
Structural Engineers, Quality Assurance Inspectors, HSE Officers, Construction Supervisors, and professionals involved in steel fabrication, construction, and inspection
Advanced steel structure design principles, load analysis, and material selection
Industry standards, codes, and compliance requirements
Inspection techniques, defect identification, and quality assurance practices
Reporting, documentation, and corrective action planning
Case studies, practical exercises, and hands-on inspection simulations
Advance Electrical Troubleshooting
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
A specialized program designed to equip participants with advanced skills in diagnosing, analyzing, and resolving complex electrical system issues. The course emphasizes systematic troubleshooting, safety compliance, and practical problem-solving techniques to ensure reliable operation of electrical installations.
Understand complex electrical circuits and system interactions
Apply systematic troubleshooting methods to identify faults efficiently
Utilize diagnostic tools and equipment effectively
Implement corrective actions and preventive maintenance strategies
Enhance safety practices and documentation in electrical troubleshooting
Electrical Engineers, Maintenance Technicians, HSE Officers, Plant Supervisors, and professionals responsible for electrical system maintenance and troubleshooting
Advanced electrical theory, circuit analysis, and system behavior
Fault detection, root cause analysis, and troubleshooting methodology
Use of diagnostic instruments, measurement techniques, and testing procedures
Corrective action implementation, preventive maintenance, and safety compliance
Hands-on practical exercises, case studies, and group problem-solving sessions
Advanced Control on Power Systems
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
A specialized program designed to provide participants with advanced knowledge and skills in controlling modern power systems. The course emphasizes system stability, automation, monitoring, and fault mitigation techniques to ensure reliable, efficient, and safe operation of electrical power networks.
Understand advanced power system dynamics and control principles
Apply techniques for voltage, frequency, and load control
Utilize modern automation and monitoring tools for system optimization
Implement fault detection, protection, and corrective strategies
Enhance reliability, efficiency, and safety in power system operations
Electrical Engineers, Power System Operators, Control Engineers, Maintenance Supervisors, and professionals responsible for managing and controlling electrical power systems
Introduction to advanced power system control concepts and system dynamics
Voltage, frequency, and load control strategies
Power system automation, SCADA, and monitoring tools
Fault detection, protection schemes, and corrective action planning
Practical exercises, simulations, case studies, and troubleshooting scenarios
Advanced Engineering Systems in Motion
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
A specialized program designed to enhance participants’ understanding and management of dynamic engineering systems. The course emphasizes system modeling, motion analysis, control mechanisms, and performance optimization in mechanical, electrical, and automated systems.
Understand principles of dynamic and motion-based engineering systems
Apply modeling, simulation, and analysis techniques for system performance
Utilize control mechanisms to optimize system behavior and efficiency
Implement troubleshooting and predictive maintenance strategies
Enhance system reliability, safety, and operational effectiveness
Mechanical Engineers, Automation Engineers, Control System Specialists, Maintenance Supervisors, and professionals involved in dynamic or automated engineering systems
Introduction to dynamic engineering systems and motion principles
System modeling, simulation, and performance analysis
Control systems, feedback mechanisms, and optimization techniques
Troubleshooting, predictive maintenance, and reliability enhancement
Practical exercises, case studies, and collaborative problem-solving
Associate Environmental Professional
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
A professional development program designed to equip participants with foundational knowledge and skills in environmental management and sustainability. The course covers regulatory frameworks, environmental assessment, pollution control, and best practices to support effective environmental stewardship.
Understand environmental regulations, standards, and compliance requirements
Conduct environmental assessments and identify potential impacts
Apply pollution control and mitigation strategies
Develop sustainable practices for organizational and community settings
Enhance reporting, documentation, and environmental management skills
Environmental Officers, HSE Professionals, Sustainability Coordinators, Engineers, and individuals responsible for environmental compliance and management
Introduction to environmental regulations, standards, and compliance
Environmental assessment techniques and impact identification
Pollution control methods and mitigation strategies
Sustainability practices and environmental management systems
Case studies, practical exercises, and project-based problem solving
Advanced Health & Safety Management
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
A comprehensive program designed to develop advanced skills in managing workplace health and safety. The course emphasizes risk assessment, safety leadership, regulatory compliance, incident prevention, and implementation of effective HSE management systems.
Understand advanced HSE management principles and legal requirements
Conduct thorough risk assessments and hazard identification
Develop and implement safety policies, procedures, and control measures
Enhance safety culture and leadership within organizations
Monitor, audit, and improve HSE performance continuously
HSE Managers, Safety Officers, Supervisors, Engineers, and professionals responsible for managing workplace health and safety
Advanced health & safety management systems and regulatory compliance
Risk assessment methodologies and hazard identification techniques
Safety leadership, culture development, and team management
Incident investigation, corrective actions, and continuous improvement
Practical exercises, case studies, and implementation of HSE strategies
Advanced Industrial Motor
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
A specialized program designed to equip participants with advanced knowledge and practical skills in industrial motor operation, maintenance, and troubleshooting. The course focuses on motor types, performance optimization, fault diagnosis, and preventive maintenance strategies to ensure reliability and efficiency.
Understand different types of industrial motors and their applications
Analyze motor performance and operational efficiency
Apply systematic troubleshooting techniques to identify and resolve faults
Implement preventive maintenance strategies for industrial motors
Enhance safety, reliability, and documentation practices
Electrical Engineers, Maintenance Technicians, Plant Supervisors, HSE Officers, and professionals responsible for industrial motor operations and maintenance
Introduction to industrial motor types, components, and operational principles
Performance analysis, monitoring, and optimization techniques
Fault diagnosis, troubleshooting, and corrective action implementation
Preventive maintenance strategies and reliability improvement
Practical exercises, case studies, and hands-on motor troubleshooting
Advanced Machine Learning
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
An intensive program designed to enhance participants’ expertise in machine learning techniques, algorithms, and applications. The course emphasizes advanced model development, optimization, evaluation, and deployment for real-world data-driven solutions.
Understand advanced machine learning algorithms and architectures
Implement supervised, unsupervised, and reinforcement learning models
Optimize model performance and prevent overfitting
Apply machine learning to real-world datasets and business problems
Enhance model evaluation, validation, and deployment strategies
Data Scientists, Machine Learning Engineers, AI Specialists, Software Developers, and professionals involved in data analytics and AI applications
Review of fundamental machine learning concepts and advanced algorithms
Supervised, unsupervised, and reinforcement learning techniques
Feature engineering, model optimization, and hyperparameter tuning
Model evaluation, validation, and performance metrics
Hands-on projects, case studies, and deployment of machine learning solutions
Achieving the Sustainable Development Goals
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
An intensive program designed to enhance participants’ expertise in machine learning techniques, algorithms, and applications. The course emphasizes advanced model development, optimization, evaluation, and deployment for real-world data-driven solutions.
Understand advanced machine learning algorithms and architectures
Implement supervised, unsupervised, and reinforcement learning models
Optimize model performance and prevent overfitting
Apply machine learning to real-world datasets and business problems
Enhance model evaluation, validation, and deployment strategies
Data Scientists, Machine Learning Engineers, AI Specialists, Software Developers, and professionals involved in data analytics and AI applications
Review of fundamental machine learning concepts and advanced algorithms
Supervised, unsupervised, and reinforcement learning techniques
Feature engineering, model optimization, and hyperparameter tuning
Model evaluation, validation, and performance metrics
Hands-on projects, case studies, and deployment of machine learning solutions
Aerodynamics and Fluid Mechanics
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
A specialized program designed to provide participants with in-depth knowledge of aerodynamics and fluid mechanics principles. The course emphasizes the analysis of fluid flow, forces on bodies, and practical applications in engineering design and performance optimization.
Understand the fundamental principles of fluid mechanics and aerodynamics
Analyze fluid flow behavior in different engineering contexts
Apply aerodynamics concepts to design, optimization, and problem-solving
Utilize computational and experimental methods for fluid analysis
Enhance practical skills for engineering applications and performance evaluation
Mechanical Engineers, Aerospace Engineers, Design Engineers, Researchers, and professionals involved in fluid dynamics and aerodynamics applications
Introduction to fluid mechanics and aerodynamics concepts
Fluid flow analysis, laminar and turbulent flows, and boundary layers
Forces on bodies, lift, drag, and aerodynamic coefficients
Computational and experimental methods for fluid and airflow analysis
Practical exercises, case studies, and problem-solving applications
Advanced Coiled Tubing School
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
A specialized program designed to provide participants with advanced knowledge and practical skills in coiled tubing operations. The course focuses on planning, executing, and optimizing coiled tubing activities, including well intervention, maintenance, and safety practices in the oil and gas industry.
Understand advanced coiled tubing equipment, systems, and operations
Apply planning, execution, and optimization techniques for coiled tubing jobs
Implement safety procedures and risk management strategies
Conduct troubleshooting and preventive maintenance of coiled tubing equipment
Enhance operational efficiency, safety compliance, and reporting
Well Intervention Engineers, Field Technicians, HSE Officers, Supervisors, and professionals involved in coiled tubing operations in oil and gas
Introduction to coiled tubing systems, equipment, and operational principles
Planning and execution of coiled tubing operations, including well interventions
Safety procedures, risk assessment, and emergency response
Troubleshooting, maintenance, and performance optimization
Practical exercises, case studies, and simulations of coiled tubing operations
Advanced Surveying & Positioning Systems
Delivery Method: Offline/online sessions, interactive workshops, group discussions, practical assessments
Accreditation: ASPE-US
Certificate Validity: 5 years
Duration: 3 days
A specialized program designed to provide participants with advanced knowledge and skills in modern surveying and positioning technologies. The course emphasizes precision measurement, GPS/GNSS applications, total station usage, and integration of positioning systems for engineering, construction, and mapping projects.
Understand principles of advanced surveying and positioning systems
Apply GPS, GNSS, and total station technologies for accurate measurements
Integrate survey data into engineering, construction, and mapping workflows
Conduct quality control, error analysis, and data validation
Enhance field and office skills for precision surveying and project documentation
Surveyors, Civil Engineers, Geospatial Analysts, Construction Managers, and professionals involved in surveying, mapping, and positioning projects
Introduction to advanced surveying concepts and positioning systems
GPS/GNSS applications and best practices in field measurements
Total station operations, data collection, and error management
Integration of survey data into project workflows and documentation
Practical exercises, case studies, and project-based surveying tasks
Accreditation: DROPS UK
Delivery Method: Online / Classroom / Onsite Session
Duration: 1 day
Target Audience:
All personnel working in operational, offshore, industrial, or construction environments where there is a risk of dropped objects.
This course provides participants with fundamental knowledge of dropped object hazards, causes, and preventive measures. It aims to build awareness and understanding across all workforce levels to reduce the risk of dropped object incidents in the workplace.
By the end of this course, participants will be able to:
Identify potential dropped object hazards in various work environments.
Understand the main causes and consequences of dropped object incidents.
Apply key prevention strategies and best practices based on the DROPS Global Recommended Practice.
Demonstrate awareness of inspection, securing, and maintenance techniques for dropped object prevention.
Support company initiatives to build a proactive dropped object prevention culture.
Introduction to DROPS Initiative
Background and global context
Statistics and case studies
Understanding Dropped Object Hazards
Types of dropped objects (static and dynamic)
Common causes and examples
Risk Assessment and Control
Hazard identification techniques
Hierarchy of controls and preventive measures
Reliable Securing and Inspection Practices
Equipment securing principles
Regular inspection and maintenance requirements
Roles and Responsibilities
Individual and team responsibilities
Supervisor and management engagement
Reporting and Continuous Improvement
Incident reporting and lessons learned
Promoting awareness culture
Short quiz and participation evaluation
3 years
Accreditation: DROPS UK
Delivery Method: Online / Classroom / Onsite Session
Duration: 2 days (approx. 10–12 hours total)
Target Audience:
Supervisors, safety officers, team leaders, and experienced personnel responsible for delivering or facilitating Dropped Object Prevention training within their organization.
This advanced Train the Trainer program equips participants with both the technical understanding of dropped object prevention and the instructional skills required to effectively train others. It combines in-depth knowledge of DROPS principles with adult learning methodologies, ensuring trainers can confidently deliver engaging, effective, and compliant Dropped Object Prevention sessions.
By the end of this course, participants will be able to:
Demonstrate comprehensive knowledge of dropped object prevention principles and the DROPS Global Recommended Practice.
Design and deliver effective training sessions tailored to different workforce levels.
Apply adult learning techniques to enhance participant engagement and knowledge retention.
Conduct risk assessments, inspections, and practical demonstrations related to dropped object prevention.
Evaluate trainee performance and provide constructive feedback.
Promote a proactive dropped object prevention culture through continuous education and improvement initiatives.
Day 1 – Technical Mastery of Dropped Object Prevention
Review of DROPS Initiative and Global Standards
Dropped Object Hazard Identification and Classification
Common Causes and Preventive Controls
Securing and Inspection Techniques
Risk Assessment and Incident Investigation
Case Studies and Best Practice Sharing
Day 2 – Training Delivery and Facilitation Skills
Principles of Adult Learning and Instructional Design
Effective Presentation and Communication Techniques
Managing Group Dynamics and Engagement
Conducting Practical Demonstrations and Assessments
Evaluating Learner Competence
Trainer Practice Session and Feedback
Knowledge test (written or online)
Practical training delivery assessment
Participation and facilitation evaluation
Certificate Validity:
3 years
Accreditation: National Association of Safety Professionals (NASP – USA)
Delivery Method: Online / Classroom / Onsite Session
Duration: 10 Hours (1–2 days)
Entry-level construction workers, supervisors, and safety professionals who want to strengthen their understanding of construction safety principles and OSHA compliance.
The NASP 10-Hour Construction Safety Course introduces participants to essential occupational safety and health concepts applicable to construction sites. The program covers key OSHA construction standards, workplace hazards, and best practices to promote a safe and healthy work environment.
Through discussions, real-life examples, and practical exercises, participants will learn to identify, control, and prevent hazards commonly encountered in construction, protecting themselves and others on the job.
Upon completion of this course, participants will be able to:
Recognize and manage hazards common in construction operations
Understand OSHA construction safety requirements
Apply safe work practices for fall protection, scaffolding, and equipment use
Identify proper use of PPE and safety systems
Contribute to a proactive safety culture on construction sites
Module 1 – Introduction to OSHA and Construction Safety Fundamentals
Overview of NASP and OSHA Construction Standards
Employee Rights and Employer Responsibilities
Safety Management Systems and Recordkeeping
Module 2 – Walking and Working Surfaces
Slips, Trips, and Falls Prevention
Housekeeping and Aisle Maintenance
Safe Use of Ladders, Scaffolds, and Elevated Platforms
Module 3 – Fall Protection
Fall Hazards in Construction
Guardrails, Safety Nets, and Personal Fall Arrest Systems
Inspection and Proper Use of Fall Protection Equipment
Module 4 – Electrical Safety
Electrical Hazards on Construction Sites
Lockout/Tagout (LOTO) Procedures
Grounding and Safe Tool Usage
Module 5 – Hazard Communication (HAZCOM)
Understanding Safety Data Sheets (SDS)
Labeling and Chemical Hazard Classification
Employee Training Requirements
Module 6 – Machine and Equipment Safety
Heavy Equipment and Power Tool Hazards
Machine Guarding and Preventing Caught-In/Amputation Risks
Maintenance and Inspection Procedures
Module 7 – Material Handling and Ergonomics
Manual and Mechanical Lifting Techniques
Crane, Hoist, and Rigging Safety
Ergonomic Risk Factors and Injury Prevention
Module 8 – Personal Protective Equipment (PPE)
Selection and Use of PPE
Head, Eye, Hand, Foot, and Respiratory Protection
Proper Inspection and Maintenance of PPE
Module 9 – Fire Prevention and Emergency Action Plans
Fire Hazards on Construction Sites
Emergency Evacuation and Alarm Systems
Fire Extinguisher Types and Use
Module 10 – Review and Final Assessment
Recap of Major Construction Safety Topics
Knowledge Test and Group Discussion
Course Evaluation and Feedback
Quizzes at the end of each module
Final written assessment
Participation in discussions or case examples
Participants who successfully complete the course and pass the assessment will receive a NASP 10-Hour Construction Safety Certificate of Completion issued by the National Association of Safety Professionals (USA).
Accreditation: National Association of Safety Professionals (NASP – USA)
Delivery Method: Online / Classroom / Onsite Session
Duration: 10 Hours (1–2 days)
All workers, supervisors, and safety professionals in manufacturing, warehousing, maintenance, or general industrial environments who want to strengthen their understanding of workplace safety principles and OSHA compliance.
The NASP 10-Hour General Industry Safety Course introduces participants to essential occupational safety and health concepts applicable to general industry settings. The program covers key OSHA standards, workplace hazards, and best practices to promote a safe and healthy work environment.
Through discussions, real-life examples, and practical exercises, participants will learn to identify, control, and prevent workplace hazards to protect themselves and others on the job.
Upon completion of this course, participants will be able to:
Recognize and manage hazards common in general industry operations
Understand OSHA’s general industry safety requirements
Apply safe work practices for materials handling, electrical safety, and machine guarding
Identify the proper use of PPE and safety systems
Contribute to a proactive workplace safety culture
Module 1 – Introduction to OSHA and Safety Fundamentals
Overview of NASP and OSHA Standards
Employee Rights and Employer Responsibilities
Safety Management Systems and Recordkeeping
Module 2 – Walking and Working Surfaces
Slips, Trips, and Falls Prevention
Housekeeping and Aisle Maintenance
Safe Use of Stairs and Elevated Platforms
Module 3 – Electrical Safety
Electrical Hazards in General Industry
Lockout/Tagout (LOTO) Procedures
Grounding and Safe Tool Usage
Module 4 – Hazard Communication (HAZCOM)
Understanding Safety Data Sheets (SDS)
Labeling and Chemical Hazard Classification
Employee Training Requirements
Module 5 – Machine Guarding and Equipment Safety
Types of Machine Guards
Preventing Caught-In and Amputation Hazards
Maintenance and Inspection Procedures
Module 6 – Material Handling and Ergonomics
Manual and Mechanical Lifting Techniques
Forklift and Powered Industrial Truck Safety
Ergonomic Risk Factors and Injury Prevention
Module 7 – Personal Protective Equipment (PPE)
Selection and Use of PPE
Eye, Head, Hand, and Foot Protection
Respiratory Protection Basics
Module 8 – Fire Prevention and Emergency Action Plans
Fire Triangle and Hazardous Conditions
Emergency Evacuation and Alarm Systems
Fire Extinguisher Types and Use
Module 9 – Health Hazards and Environmental Factors
Noise, Chemical, and Biological Hazards
Heat and Cold Stress Management
Indoor Air Quality and Ventilation
Module 10 – Review and Final Assessment
Recap of Major Safety Topics
Knowledge Test and Group Discussion
Course Evaluation and Feedback
Quizzes at the end of each module
Final written assessment
Participation in discussions or case examples
Participants who successfully complete the course and pass the assessment will receive a NASP 10-Hour General Industry Safety Certificate of Completion issued by the National Association of Safety Professionals (USA).
Accreditation: National Association of Safety Professionals (NASP – USA)
Delivery Method: Online / Classroom / Onsite Session
Duration: 30 Hours (3–5 days)
Construction workers, supervisors, foremen, and safety professionals who require a comprehensive understanding of OSHA construction safety standards and advanced workplace hazard management.
The NASP 30-Hour Construction Safety Course is an advanced OSHA-based program providing in-depth knowledge of occupational safety and health practices for construction sites. The course covers construction hazards, regulatory requirements, safety management systems, and proactive strategies to prevent accidents and injuries.
Participants will engage in discussions, real-life examples, and practical exercises to identify, control, and mitigate hazards, ensuring safer work environments.
Upon completion of this course, participants will be able to:
Understand and apply OSHA construction safety standards
Identify and control hazards associated with construction activities
Implement comprehensive safety management systems on construction sites
Apply advanced fall protection, equipment, and machinery safety measures
Foster a proactive safety culture and ensure compliance with regulations
Module 1 – Introduction to OSHA and Construction Safety Fundamentals
Overview of NASP and OSHA Construction Standards
Employee Rights and Employer Responsibilities
Safety Management Systems, Recordkeeping, and Reporting
Module 2 – Walking and Working Surfaces & Fall Protection
Slips, Trips, and Falls Prevention
Ladders, Scaffolds, and Elevated Platforms Safety
Personal Fall Arrest Systems, Safety Nets, and Guardrails
Module 3 – Electrical Safety
Electrical Hazards in Construction
Lockout/Tagout (LOTO) Procedures
Grounding, Safe Tool Usage, and Temporary Power
Module 4 – Hazard Communication (HAZCOM)
Understanding Safety Data Sheets (SDS)
Labeling, Chemical Hazard Classification, and Training Requirements
Module 5 – Machine, Equipment, and Tool Safety
Heavy Equipment Operation and Power Tool Safety
Machine Guarding, Caught-In/Amputation Prevention
Maintenance and Inspection Procedures
Module 6 – Material Handling and Ergonomics
Manual and Mechanical Lifting Techniques
Crane, Hoist, Rigging Safety, and Ergonomic Risk Management
Module 7 – Personal Protective Equipment (PPE)
Selection, Proper Use, and Maintenance
Head, Eye, Hand, Foot, and Respiratory Protection
Module 8 – Fire Prevention and Emergency Action Plans
Fire Hazards on Construction Sites
Emergency Evacuation, Alarm Systems, and Fire Extinguishers
Module 9 – Health Hazards and Environmental Factors
Noise, Chemical, and Biological Hazards
Heat and Cold Stress Management
Indoor Air Quality and Ventilation
Module 10 – Safety Program Implementation & Management
Job Hazard Analysis (JHA) and Risk Assessment
Safety Inspections and Audits
Safety Leadership, Culture, and Continuous Improvement
Module 11 – Review and Final Assessment
Recap of Key Construction Safety Topics
Knowledge Test, Case Studies, and Group Discussion
Course Evaluation and Feedback
Quizzes at the end of each module
Final written assessment
Participation in discussions and practical exercises
Participants who successfully complete the course and pass the assessments will receive a NASP 30-Hour Construction Safety Certificate of Completion issued by the National Association of Safety Professionals (USA).
Accreditation: National Association of Safety Professionals (NASP – USA)
Delivery Method: Online / Classroom / Onsite Session
Duration: 30 Hours (3–5 days)
Workers, supervisors, and safety professionals in manufacturing, warehousing, maintenance, or general industrial environments who require comprehensive OSHA safety training and advanced workplace hazard management.
The NASP 30-Hour General Industry Safety Course is an advanced OSHA-based program providing in-depth knowledge of occupational safety and health practices for general industry settings. The course covers workplace hazards, regulatory requirements, safety management systems, and proactive strategies to prevent accidents and promote a safe work environment.
Participants will engage in discussions, real-life examples, and practical exercises to identify, control, and mitigate hazards, ensuring compliance and safety in the workplace.
Upon completion of this course, participants will be able to:
Understand and apply OSHA general industry safety standards
Identify and control hazards in industrial operations
Implement comprehensive safety management systems
Apply advanced practices for materials handling, machine guarding, and electrical safety
Promote a proactive safety culture and continuous improvement
Module 1 – Introduction to OSHA and Safety Fundamentals
Overview of NASP and OSHA General Industry Standards
Employee Rights and Employer Responsibilities
Safety Management Systems, Recordkeeping, and Reporting
Module 2 – Walking and Working Surfaces
Slips, Trips, and Falls Prevention
Housekeeping, Aisle Maintenance, and Elevated Surfaces
Module 3 – Electrical Safety
Electrical Hazards in General Industry
Lockout/Tagout (LOTO) Procedures
Grounding, Safe Tool Usage, and Temporary Power
Module 4 – Hazard Communication (HAZCOM)
Understanding Safety Data Sheets (SDS)
Labeling, Chemical Hazard Classification, and Training Requirements
Module 5 – Machine Guarding and Equipment Safety
Machine Guard Types and Applications
Preventing Caught-In and Amputation Hazards
Maintenance and Inspection Procedures
Module 6 – Material Handling and Ergonomics
Manual and Mechanical Lifting Techniques
Forklift and Powered Industrial Truck Safety
Ergonomic Risk Factors and Injury Prevention
Module 7 – Personal Protective Equipment (PPE)
Selection, Proper Use, and Maintenance
Eye, Head, Hand, Foot, and Respiratory Protection
Module 8 – Fire Prevention and Emergency Action Plans
Fire Hazards in Industrial Settings
Emergency Evacuation, Alarm Systems, and Fire Extinguishers
Module 9 – Health Hazards and Environmental Factors
Noise, Chemical, and Biological Hazards
Heat and Cold Stress Management
Indoor Air Quality and Ventilation
Module 10 – Safety Program Implementation & Management
Job Hazard Analysis (JHA) and Risk Assessment
Safety Inspections and Audits
Safety Leadership, Culture, and Continuous Improvement
Module 11 – Review and Final Assessment
Recap of Key General Industry Safety Topics
Knowledge Test, Case Studies, and Group Discussion
Course Evaluation and Feedback
Quizzes at the end of each module
Final written assessment
Participation in discussions and practical exercises
Participants who successfully complete the course and pass the assessments will receive a NASP 30-Hour General Industry Safety Certificate of Completion issued by the National Association of Safety Professionals (USA).
Accreditation: National Association of Safety Professionals (NASP – USA)
Delivery Method: Online / Classroom / Onsite Session
Duration: 8–10 Hours (1–2 days)
Electrical workers, maintenance personnel, engineers, supervisors, and safety professionals who work with or around energized electrical equipment and need to understand arc flash hazards and compliance with OSHA/NFPA standards.
The NASP Arc Flash Protection Course provides participants with knowledge and practical skills to prevent arc flash incidents in industrial and commercial electrical environments. The program emphasizes hazard recognition, risk assessment, protective equipment, and safe work practices according to OSHA and NFPA 70E standards.
Participants will engage in discussions, practical exercises, and case studies to enhance workplace electrical safety.
Upon completion of this course, participants will be able to:
Recognize arc flash hazards and their potential effects
Understand OSHA and NFPA 70E requirements for arc flash safety
Conduct arc flash risk assessments and determine PPE requirements
Implement safe work practices and incident prevention strategies
Contribute to a culture of electrical safety and compliance
Module 1 – Introduction to Arc Flash
Definition, causes, and effects of arc flash
Overview of electrical hazards in industrial environments
OSHA and NFPA 70E compliance requirements
Module 2 – Arc Flash Risk Assessment
Performing hazard analysis
Arc flash labeling and boundaries
Incident energy calculations
Module 3 – Personal Protective Equipment (PPE)
Selection and proper use of arc-rated PPE
Head, face, eye, hand, and body protection
Maintenance and inspection of PPE
Module 4 – Safe Work Practices
Lockout/Tagout (LOTO) procedures for electrical systems
Safe approach distances and boundaries
Emergency response and incident management
Module 5 – Case Studies and Practical Exercises
Real-world examples of arc flash incidents
Hands-on risk assessment simulations
Group discussions and hazard mitigation planning
Module 6 – Review and Assessment
Knowledge test
Course recap and participant feedback
Quizzes at the end of modules
Final written assessment
Participation in practical exercises and case discussions
Participants who successfully complete the course and pass the assessment will receive a NASP Arc Flash Protection Certificate of Completion issued by the National Association of Safety Professionals (USA).
Accreditation: National Association of Safety Professionals (NASP – USA)
Delivery Method: Online / Classroom / Onsite Session
Duration: 4–6 Hours (0.5–1 day)
Workers, supervisors, maintenance personnel, warehouse staff, and safety professionals who perform manual lifting, materials handling, or physically demanding tasks and want to prevent back injuries and musculoskeletal disorders.
The NASP Back Safety Course provides participants with essential knowledge and practical skills to prevent back injuries in the workplace. The program covers safe lifting techniques, ergonomics, posture, risk factors, and injury prevention strategies.
Participants will engage in discussions, practical demonstrations, and exercises to enhance workplace safety and promote a culture of proactive back health management.
Upon completion of this course, participants will be able to:
Identify risk factors contributing to back injuries in the workplace
Apply proper lifting, bending, and carrying techniques
Utilize ergonomics principles to reduce strain and fatigue
Implement workplace controls to minimize musculoskeletal hazards
Promote a culture of back safety and injury prevention
Module 1 – Introduction to Back Safety
Anatomy of the spine and musculoskeletal system
Common causes of back injuries in the workplace
OSHA and NASP guidelines for back safety
Module 2 – Safe Lifting Techniques
Manual lifting, pushing, pulling, and carrying methods
Team lifting and use of mechanical aids
Correct posture and body mechanics
Module 3 – Ergonomics in the Workplace
Identifying ergonomic risk factors
Workstation design and adjustments
Tools and equipment to reduce strain
Module 4 – Injury Prevention and Workplace Practices
Stretching, warm-up exercises, and physical conditioning
Developing back safety programs and awareness
Reporting and addressing hazards
Module 5 – Practical Exercises and Demonstrations
Hands-on lifting and materials handling practice
Group discussion on real-life scenarios
Risk assessment and mitigation strategies
Module 6 – Review and Assessment
Recap of key back safety principles
Knowledge test and practical evaluation
Participant feedback
Quizzes at the end of each module
Practical demonstrations and participation
Final knowledge assessment
Participants who successfully complete the course and pass the assessment will receive a NASP Back Safety Certificate of Completion issued by the National Association of Safety Professionals (USA).
Accreditation: National Association of Safety Professionals (NASP – USA)
Delivery Method: Online / Classroom / Onsite Session
Duration: 4–6 Hours (0.5–1 Day)
All employees who may come into contact with blood or potentially infectious materials (PIMs), including first aid responders, maintenance workers, housekeeping staff, laboratory personnel, and healthcare workers.
The NASP Bloodborne Pathogens Course provides participants with essential knowledge and preventive measures for minimizing exposure to infectious materials in the workplace. The training follows OSHA’s Bloodborne Pathogens Standard (29 CFR 1910.1030), ensuring compliance and promoting a safe and healthy environment for all workers.
Participants will learn how to recognize hazards, use personal protective equipment (PPE), respond to exposure incidents, and implement an effective exposure control plan.
Upon completion of this course, participants will be able to:
Understand what bloodborne pathogens are and how they spread
Identify common bloodborne diseases (HIV, HBV, HCV)
Recognize tasks and procedures with potential exposure risks
Apply safe work practices and use PPE properly
Respond appropriately to exposure incidents
Implement OSHA-compliant exposure control measures
Module 1 – Introduction to Bloodborne Pathogens
Definition and examples of bloodborne pathogens
Routes of transmission and exposure risks
Overview of OSHA’s Bloodborne Pathogens Standard
Module 2 – Exposure Control Program
Purpose and elements of an exposure control plan
Identifying jobs and tasks with occupational exposure
Universal precautions and engineering controls
Module 3 – Personal Protective Equipment (PPE)
Selection and proper use of gloves, gowns, face shields, and masks
Safe removal and disposal of contaminated PPE
Maintaining PPE integrity and hygiene
Module 4 – Safe Work Practices and Hygiene
Proper handwashing techniques
Handling and disposing of sharps and biohazardous waste
Environmental cleaning and disinfection
Module 5 – Hepatitis B Vaccination and Medical Follow-up
Vaccine effectiveness and requirements
Employer responsibilities and employee rights
Post-exposure evaluation and procedures
Module 6 – Emergency Response and Incident Reporting
Steps to take after an exposure incident
Documentation and medical evaluation
Exposure incident review and prevention improvement
Module 7 – Review and Final Assessment
Summary of key safety practices
Knowledge test and practical discussion
Course evaluation and feedback
Quizzes after each module
Participation in case discussions
Final written assessment
Participants who successfully complete the course and pass the assessment will receive a NASP Bloodborne Pathogens Certificate of Completion, issued by the National Association of Safety Professionals (USA).
Accreditation: National Association of Safety Professionals (NASP – USA)
Delivery Method: Online / Classroom / Onsite Session
Duration: 1 Day (6–8 Hours)
Safety Managers, Supervisors, Team Leaders, HR Professionals, and anyone responsible for influencing or improving safety performance and culture in the workplace.
The NASP Changing Safety Behavior Course is designed to help organizations move beyond compliance and foster a proactive safety culture. Participants learn psychological and behavioral approaches to improving safety performance, motivating employees, and sustaining long-term positive behavior change.
Through real-world examples and interactive activities, this course empowers participants to recognize the root causes of unsafe behaviors and apply proven strategies to encourage safer actions and stronger engagement in safety initiatives.
Upon successful completion of this course, participants will be able to:
Understand the psychology behind workplace safety behaviors
Identify barriers to safe performance and effective communication
Apply behavior-based safety (BBS) techniques to influence positive change
Develop strategies to improve employee motivation and accountability
Design and implement sustainable safety behavior programs
Strengthen leadership’s role in promoting a safety culture
Module 1 – Understanding Human Behavior and Safety
The psychology of safety behavior
Why workers take risks
Relationship between motivation, perception, and performance
Module 2 – Principles of Behavior-Based Safety (BBS)
Introduction to BBS methodology
Identifying at-risk behaviors and safe practices
Observation and feedback techniques
Module 3 – Communication and Motivation Strategies
Effective communication for safety leaders
Overcoming resistance to change
Encouraging personal responsibility and engagement
Module 4 – Leadership and Organizational Influence
Leadership’s role in shaping safety behavior
Coaching and mentoring for safety improvement
Creating trust and accountability within teams
Module 5 – Designing and Implementing Behavior Change Programs
Steps to establish a BBS program
Performance metrics and continuous improvement
Integrating safety behavior change into organizational culture
Module 6 – Review and Assessment
Case studies and role-playing activities
Review of core concepts
Final assessment and action planning
Module quizzes and interactive exercises
Case study participation
Final written or online exam
Participants who complete all course requirements and pass the assessment will receive a NASP Changing Safety Behavior Certificate of Completion, issued by the National Association of Safety Professionals (USA).
Accreditation: National Association of Safety Professionals (NASP – USA)**
Delivery Method: Online / Classroom / Onsite Session**
Duration: 1 Day (4–6 Hours)**
Employees, supervisors, maintenance personnel, laboratory staff, and safety professionals who handle, store, or work around compressed gas cylinders in industrial, construction, or laboratory settings.
The NASP Compressed Gas Safety Course provides comprehensive training on the safe handling, storage, and use of compressed gas cylinders. The course covers OSHA and CGA (Compressed Gas Association) standards, potential hazards, labeling requirements, and safe work practices to prevent accidents and ensure regulatory compliance.
Participants will gain the knowledge needed to identify hazards, implement control measures, and respond effectively to gas leaks or emergencies involving pressurized cylinders.
Upon completion of this course, participants will be able to:
Identify different types of compressed gases and associated hazards
Understand OSHA and CGA requirements for compressed gas safety
Safely store, handle, and transport gas cylinders
Recognize labeling systems and safety data sheets (SDS)
Implement emergency response procedures for leaks or incidents
Apply best practices to minimize fire, explosion, or asphyxiation risks
Module 1 – Introduction to Compressed Gas Safety
Overview of compressed gases and their industrial applications
Physical and chemical hazards associated with compressed gases
Regulatory requirements (OSHA 29 CFR 1910.101, CGA standards)
Module 2 – Identification and Labeling Systems
Understanding cylinder color codes and labels
Reading and interpreting Safety Data Sheets (SDS)
Hazard communication requirements
Module 3 – Handling and Storage Procedures
Cylinder inspection and acceptance criteria
Safe storage locations and segregation of incompatible gases
Securing cylinders to prevent tipping or damage
Proper lifting, transport, and usage practices
Module 4 – Equipment and Pressure Controls
Regulators, valves, and fittings – functions and maintenance
Leak testing and connection procedures
Avoiding contamination and backflow hazards
Module 5 – Emergency Preparedness and Response
Identifying gas leaks and emergency shutdown procedures
Fire prevention and explosion control
Evacuation and incident reporting procedures
Module 6 – Review and Final Assessment
Summary of best practices and compliance steps
Case studies and hazard recognition exercises
Written assessment and discussion
End-of-module quizzes
Practical case discussion or hazard identification exercise
Final written or online assessment
Participants who successfully complete the course and pass the final assessment will receive a NASP Compressed Gas Safety Certificate of Completion, issued by the National Association of Safety Professionals (USA).
Description:
To implement Health and Safety protocols in an effective manner, workers must understand the importance of implementing Health and Safety in the organization. This is done by teaching workers the core of a Health and Safety Management System in the organization and how it used and applied to identify, mitigate, and assess hazards and controls in the workplace.
IOSH Managing Safely aims to give managers and supervisors an understanding of everyone’s safety and health in the workplace and to enable managers and supervisors to recognize how they can influence, control, and monitor risk while improving health issues in the workplace.
Target Audience:
The target audience for IOSH Managing Safely in the UK is primarily managers and supervisors across all sectors and in organizations of all sizes. It’s also suitable for anyone who has health and safety responsibilities within their role.
Course Objective:
By the end of the course the student should be able to:
Course Content:
Module One: Introducing Managing Safely
MODULE TWO: ASSESSING RISK
MODULE THREE: CONTROLLING RISKS
MODULE FOUR: UNDERSTANDING RESPONSIBILITIES
MODULE FIVE: UNDERSTANDING HAZARDS
MODULE SIX: INVESTIGATING INCIDENTS
MODULE SEVEN: MEASURING PERFORMANCE
COURSE SUMMARY AND REVIEW
EXAMINATION & STUDY CASE
Certification:
Upon successful completion of the course, participants will receive official recognition through the UK-awarding body of IOSH.
Duration:
2 days.
Course Description
IOSH Working Safely is designed to equip workers at all levels with essential knowledge and understanding of health and safety principles in the workplace.
The course emphasizes why safety and health matter, how individual actions contribute to overall workplace safety, and how to identify and control common hazards effectively.
Focusing on practical actions rather than theory, this program ensures that everyone—from operators to office staff—plays an active role in maintaining a safe and healthy working environment.
Target Audience
This course is suitable for employees at all levels in any organization and across all sectors.
It is particularly intended for individuals who require a basic understanding of workplace health and safety to ensure they can work safely and minimize risks to themselves and others.
Course Objectives
By the end of the course, participants will be able to:
Understand the importance of working safely and how personal responsibility contributes to workplace safety.
Define key health and safety terms and their relevance to daily work.
Identify common workplace hazards and explain how they can be controlled.
Recognize how improving safety performance benefits both individuals and organizations.
Describe safe systems of work and the importance of following established procedures.
Understand the role of communication, cooperation, and reporting in maintaining a safe workplace.
Course Content
Module 1: Introducing Working Safely
The importance of working safely
Everyone’s responsibility for safety and health
Common myths and misconceptions about safety
Consequences of unsafe acts and unsafe conditions
Module 2: Defining Hazards and Risks
Understanding “hazard” and “risk”
Difference between hazard, hazardous event, and risk
Practical examples of workplace hazards
Simple steps to reduce and control risks
Module 3: Identifying Common Hazards
Covers typical workplace hazards, including:
Slips, trips, and falls
Manual handling
Fire safety
Electricity
Chemicals
Noise and vibration
Work equipment
Ergonomics and workstation safety
Control measures for each hazard type
Module 4: Improving Safety Performance
The role of individuals in improving workplace safety
Understanding safety signs, symbols, and signals
Importance of following procedures and using PPE
Reporting unsafe acts, near misses, and incidents
How safety culture and communication affect performance
Module 5: Protecting Our Environment
Relationship between safety, health, and environmental responsibility
How workplace activities can impact the environment
Practical ways to minimize waste and pollution
Personal responsibility in protecting the environment
Course Summary & Review
A comprehensive recap of key safety concepts, hazard identification, and personal responsibilities—ensuring participants can effectively apply their knowledge in the workplace.
Assessment
The assessment consists of:
Multiple-choice written test
Hazard spotting exercise
Certification
Upon successful completion, participants will receive an official IOSH Working Safely Certificate, issued by the Institution of Occupational Safety and Health (IOSH), UK.
Duration
1 Day (Full Day Program)
Accreditation: NEBOSH (UK)
Delivery Method: Online / Classroom / Onsite Session
Duration: 10 – 15 Days (Approx. 80–100 hours learning)
Assessment:
IG1: Open Book Examination (OBE) + Closing Interview
IG2: Risk Assessment Project
The NEBOSH International General Certificate (IGC) is one of the most recognized health and safety qualifications worldwide. It provides essential knowledge and practical skills to manage workplace health and safety and is ideal for individuals seeking to improve their career prospects in safety management across all industries.
Upon completion of this course, participants will be able to:
Understand key principles of occupational health and safety management systems.
Identify workplace hazards and evaluate risks.
Develop and implement effective risk control measures.
Promote a positive health and safety culture in the workplace.
Conduct and document risk assessments aligned with international standards.
HSE Officers, Advisors, and Managers
Supervisors and Team Leaders
Safety Professionals seeking international certification
Individuals aspiring to work in occupational health and safety roles
Why We Should Manage Workplace Health and Safety
Moral, legal, and financial reasons for health and safety management
Role and responsibilities of employers and employees
How Health and Safety Management Systems Work and What They Look Like
Plan–Do–Check–Act (PDCA) model
Policy development, organization, and implementation
Managing Risk – Understanding People and Processes
Risk assessment process
Human factors and safety culture
Communication and consultation
Health and Safety Monitoring and Measuring
Active and reactive monitoring
Audits, inspections, and accident investigations
Physical and Psychological Health
Work-related stress, fatigue, violence, and bullying
Noise, vibration, radiation, and ergonomics
Musculoskeletal Health
Manual handling and repetitive tasks
Ergonomic risk control measures
Chemical and Biological Agents
Hazardous substances (COSHH principles)
Storage, handling, and emergency procedures
General Workplace Issues
Housekeeping, lighting, temperature, welfare facilities
Work Equipment
Machine guarding, maintenance, isolation procedures
Fire Safety
Fire risk assessment, prevention, and emergency arrangements
Electricity
Electrical hazards and safe systems of work
Awarded by: NEBOSH (UK)
Certificate Validity: Lifetime (no expiry)
Qualification Level: Equivalent to Level 3 (RQF) / Level 6 (SCQF)
Recognition: Globally accepted by employers and professional bodies (IOSH, IIRSM, AIOSH, etc.)
Online (Self-paced or Instructor-led)
Classroom Training
Onsite Corporate Session
NEBOSH Study Text & Workbook
Practice Exam Questions
Risk Assessment Templates
Interactive Case Studies
