Description
Course Overview
- • This course introduces Students to the basic ideas, theories, and guidelines of HSE management.
- • Possible discussion topics include international standards, risk assessment, hazard identification, and regulatory frameworks.
- • The main topic of this subject is the application of engineering principles to improve workplace safety.
- • Process safety management, hazard analysis methods, safety instrumentation, and safety design considerations are a few such topics.
- • This programme delves into the human aspect of safety management, emphasising the comprehension of human behaviour, cognitive processes, and decision-making within the safety framework.
- • Students gain knowledge of methods for enhancing employee involvement, fostering a safety culture, and reducing human error.
- • Students who do independent research or a hands-on project linked to HSE management are typically required to participate in a research component of the programme.
- • This allows students to apply their theoretical knowledge and analytical abilities to real-world HSE difficulties.
- •Those working in the health, safety, and environment today or in the future who want to advance their credentials, expertise, and understanding of HSE management.
- •Professionals are in charge of identifying and controlling hazards to one’s health and safety at work, ensuring regulations are followed, and putting safety initiatives and programmes into action.
- •A degree (level 7 qualification) or its equivalent in a pertinent discipline is required of applicants.
- •The degree must be earned from an institution officially recognised as a degree-granting body.
- •An aggregate of at least 50% of the available points is needed for the qualifying degree.
- •Applicants must have at least five years of experience in occupational health and safety to be admitted.
- •This expertise should have been obtained professionally and pertinent to the field.
- •Semester Exams: 4.5-hour online exam with 70 objective and 30 descriptive questions.
- •Project Report: Within 60 days following the written exam, a 2,500-word project report is due.
This course boasts prestigious accreditations and memberships, reflecting its global recognition and high standards:
- Accreditations:
- •Full Accreditation from the British Accreditation Council (BAC – UK)
- •Full Accreditation from the International Association for Quality Assurance in Pre-Tertiary and Higher Education (QAHE – USA)
- •Approved Learning Partner of the International Board of Safety Professionals (IBSP – UK)
- Course Accreditations:
- •Accredited by the International Institute of Risk & Safety Management (IIRSM – UK)
- International Institutional Memberships:
- •British Safety Council (BSC – UK)
- •The Royal Society for the Prevention of Accidents (RoSPA – UK)
- •Institute of Engineers India (IEI)
- •National Safety Council India (NSCI)
- • Health and Safety Management System
- • Hazard identification, Risk Evaluation and Emergency Planning
- • Loss Causation Analysis and Investigation of Loss Causing Events
- • Factors Influencing Health and Safety Management System
- • Occupational Health and Hygiene Hazards and Controls
- • Evaluation and Control of Hazardous Substances & Waste Management.
- • Workplace Equipment and Machinery, Safe Material Handling Practices.
- • Safe Workplace Principles.
- • Construction Safety and Associated Hazards
- • Electrical Safety and Safe Work Practices On High Potential Systems
- • Fire and Explosion Hazards & Fire Risk Assessment
- • Ergonomics and Manual Handling
- • Radiation and Temperature
- • Occupational Effects of Noise and Vibration
- • Chemical Safety, Storage and Handling of Dangerous Substance
