AWARD IN CERTIFIED SAFETY ENGINEER

The EOSH UK Award in Certified Safety Engineer (ACSE) is a professional safety program designed for individuals who want to develop knowledge and practical skills in occupational health and safety engineering.

The course provides an understanding of safety engineering principles, hazard identification, risk assessment, accident prevention, workplace safety systems, emergency preparedness, regulatory compliance, and risk control measures.

Learners are introduced to practical approaches for identifying hazards, assessing workplace risks, implementing preventive measures, and supporting effective safety management systems across engineering, construction, industrial, manufacturing, and other work environments.

Upon successful completion of the applicable assessment requirements, learners may be awarded the EOSH UK Award in Certified Safety Engineer, subject to the requirements of the awarding body.

🎯 Course Objectives

The program is designed to help learners:

• Understand fundamental principles of safety engineering.
• Identify hazards associated with engineering and workplace activities.
• Understand Hazard Identification and Risk Assessment (HIRA).
• Apply appropriate risk control measures.
• Understand principles of accident and incident prevention.
• Develop awareness of workplace safety systems.
• Understand basic emergency preparedness and response.
• Develop knowledge of safety inspections and audits.
• Understand relevant safety standards and regulatory requirements.
• Support implementation of effective workplace safety procedures.
• Promote safe working practices across engineering and industrial environments.

📚 Key Areas of Learning
01. Safety Engineering Principles

Understand the fundamental concepts of safety engineering and their application to workplace hazard prevention and risk reduction.

02. Hazard Identification & Risk Assessment

Learn how to identify hazards, assess risks, determine suitable control measures, and monitor workplace risks.

03. Accident Prevention & Investigation

Understand accident causation, preventive measures, incident reporting, and basic investigation techniques.

04. Industrial & Engineering Safety

Develop awareness of hazards associated with engineering, manufacturing, construction, maintenance, and industrial operations.

05. Workplace Safety Management

Understand safety policies, procedures, responsibilities, inspections, monitoring, and continual improvement.

06. Fire Safety & Emergency Preparedness

Learn fundamental fire prevention principles, emergency procedures, evacuation arrangements, and emergency response.

07. Personal Protective Equipment

Understand PPE selection, limitations, correct use, inspection, maintenance, and the importance of PPE within the hierarchy of controls.

08. Safety Inspections & Audits

Develop an understanding of workplace inspections and safety audits for identifying unsafe conditions, unsafe acts, and improvement opportunities.

09. Legal & Regulatory Compliance

Develop awareness of applicable occupational health and safety legislation, standards, organisational requirements, and compliance responsibilities.

10. Environmental Safety Awareness

Understand basic environmental risks associated with workplace and engineering activities and the importance of appropriate environmental controls.

📝 ACSE Assessment & Examination

The Award in Certified Safety Engineer (ACSE) assessment is designed to evaluate the learner's understanding of occupational health and safety engineering principles and their application to workplace situations.

Assessment may include assignments, tests, examinations, or other assessment methods in accordance with the applicable qualification requirements.

Assessment Areas May Include:

• Safety engineering principles
• Hazard identification
• Risk assessment
• Risk control measures
• Accident prevention
• Workplace safety systems
• Fire and emergency safety
• Safety inspections
• Legal and regulatory requirements
• Practical workplace safety scenarios

Learners must achieve the required assessment standard specified by the applicable awarding body.

Important: Examination format, assessment method, duration, passing requirements, and certification procedures are subject to the current requirements of EOSH UK and the applicable training or assessment centre.

💻 Delivery Methods

NIHSE offers flexible learning options to support different learner requirements.

🌐 Online Live Classes

Attend instructor-led live sessions from anywhere with opportunities for:

• Interactive discussions
• Question-and-answer sessions
• Case studies
• Practical examples
• Trainer demonstrations
• Assessment preparation

📱 Interactive E-Learning

Study through a flexible online learning platform with access to digital learning resources and supporting study materials.

🏫 Classroom Training

Where available, classroom delivery may include instructor-led sessions, practical activities, discussions, demonstrations, case studies, and workplace safety scenarios.

🎓 Eligibility

The course may be suitable for candidates who meet the applicable entry requirements, including:

Graduation – Any Stream

Graduates from any stream may be eligible to enrol, subject to the applicable course requirements.

12th Pass

Candidates who have successfully completed 12th standard may also be eligible, subject to the applicable requirements.

Suitable For

• Aspiring Safety Engineers
• Safety Officers
• HSE Professionals
• Engineers
• Engineering Graduates
• Site Supervisors
• Safety Supervisors
• Construction Professionals
• Industrial Professionals
• Maintenance Professionals
• Individuals planning a career in occupational health and safety

⏱️ Course Duration
Recommended Duration: 1 Month

The course can be delivered over approximately 1 month, depending on the selected learning mode, training schedule, learner progress, and applicable assessment requirements.

🛠️ Practical Skills You Can Develop

Through the program, learners can develop an understanding of how to:

✔ Identify workplace hazards
✔ Conduct basic hazard identification
✔ Understand HIRA processes
✔ Assess workplace risks
✔ Recommend appropriate control measures
✔ Support safety inspections
✔ Understand safety audit principles
✔ Identify unsafe acts and conditions
✔ Support accident and incident reporting
✔ Understand emergency preparedness
✔ Promote safe working practices
✔ Support workplace safety programs
✔ Apply safety principles in engineering environments
✔ Promote continuous improvement in workplace safety

⭐ Course Benefits
Develop Safety Engineering Knowledge

Build a strong foundation in occupational health and safety engineering principles and workplace risk management.

Improve Hazard Identification Skills

Develop the ability to recognise common hazards associated with engineering, construction, industrial, and workplace activities.

Understand Risk Management

Learn the principles of assessing workplace risks and selecting suitable control measures.

Strengthen Accident Prevention Knowledge

Understand accident causation and preventive approaches that can help reduce workplace incidents.

Develop Workplace Safety Skills

Gain knowledge relevant to safety inspections, emergency preparedness, PPE, fire safety, and workplace safety procedures.

Understand Safety Compliance

Develop awareness of legal, regulatory, organisational, and safety standard requirements.

Improve Professional Competence

Develop knowledge that can support career development in occupational health and safety and safety engineering-related roles.

Practical & Industry-Oriented Learning

Learn through workplace scenarios, case studies, examples, demonstrations, and practical safety activities where applicable.

International Professional Certification

Successful learners may receive the applicable EOSH UK certification, subject to meeting the awarding body's requirements.

🌍 Career Opportunities

The qualification may support career development in occupational health and safety, construction, engineering, manufacturing, industrial operations, and related sectors.

Potential Career Roles

• Safety Engineer
• Junior Safety Engineer
• Safety Officer
• HSE Officer
• HSE Engineer
• EHS Engineer
• Safety Supervisor
• HSE Supervisor
• Site Safety Officer
• Industrial Safety Professional
• Construction Safety Professional
• Safety Coordinator
• HSE Coordinator

Career opportunities depend on the learner's educational qualifications, experience, additional certifications, employer requirements, industry sector, and applicable statutory requirements.

🏢 Industry Areas

Safety engineering knowledge can be relevant across a wide range of industries, including:

🏗️ Construction

Construction projects, infrastructure development, buildings, roads, bridges, and civil engineering activities.

🏭 Manufacturing

Factories, production facilities, assembly operations, and manufacturing plants.

⚙️ Engineering

Engineering projects, workshops, maintenance operations, machinery-related activities, and technical environments.

🛢️ Oil & Gas

Industrial facilities, processing operations, maintenance activities, and associated workplace safety functions.

⚡ Power & Energy

Power plants, electrical projects, renewable energy facilities, and associated engineering activities.

🏢 Industrial Projects

Large-scale industrial facilities, project sites, warehouses, and operational environments.

🏆 Why Choose NIHSE?
National Institute of Health Safety & Engineering (NIHSE)

NIHSE focuses on providing practical, industry-oriented, and career-focused safety education and training.

The ACSE program is designed to help learners develop both theoretical understanding and practical awareness of workplace safety.

Industry-Focused Training

Course content is structured around practical occupational health and safety requirements and workplace scenarios.

Experienced Trainers

Learn from trainers and safety professionals with relevant industry and training experience.

Practical Learning Approach

Training can incorporate case studies, workplace scenarios, demonstrations, discussions, and practical activities.

Flexible Learning

Choose from available classroom, online live, and interactive e-learning options.

Assessment Support

Learners receive guidance to understand course requirements and prepare for applicable assessments.

Career-Oriented Approach

Develop safety knowledge relevant to engineering, construction, manufacturing, industrial, and other workplace environments.

Professional Development

Build a foundation for continued learning and professional development in occupational health and safety.

🤝 Hiring & Industry Network

NIHSE works to connect learners with industry-oriented career opportunities and professional development initiatives.

Where applicable, industry interactions, employer engagement, career guidance, industrial visits, and placement assistance may be provided.

Important: Listing a company as a hiring/industry partner should only indicate the nature of the relationship actually maintained by NIHSE. Employment, interview, placement, or recruitment should not be represented as guaranteed unless formally contracted.

👨‍🎓 Who Should Enrol?

The ACSE program can be considered by:

• 12th-pass candidates interested in safety careers
• Graduates from any stream
• Engineering professionals
• Aspiring Safety Engineers
• Safety Officers
• HSE Officers
• Safety Supervisors
• Site Supervisors
• Construction professionals
• Industrial professionals
• Maintenance professionals
• Professionals seeking to strengthen their HSE knowledge

🚀 Build Your Career in Safety EngineeringLearn Safety. Understand Risk. Build a Safer Workplace.

The EOSH UK Award in Certified Safety Engineer (ACSE) provides learners with a structured foundation in safety engineering, risk management, hazard identification, accident prevention, workplace safety systems, and regulatory awareness.

Develop the knowledge and practical understanding required to contribute to safer engineering and industrial workplaces.

LEARN • DEVELOP • APPLY • GROW🎓 Admissions Open

Online Live Classes | Interactive E-Learning | Classroom Training

Enquire Today with NIHSE