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Postgraduate Engineering Programme

M.E. Industrial Safety Engineering

The M.E. Industrial Safety Engineering programme develops advanced knowledge and professional competence in occupational safety, industrial health, hazard identification, risk assessment, industrial hygiene, accident prevention, environmental safety and safety management.

M.E. Industrial Safety Engineering programme at Stella Mary's College of Engineering
Programme
M.E. Industrial Safety Engineering
Programme Intake
24 Students
Programme Level
Postgraduate Engineering
Academic Support
Mechanical Engineering
Industrial Safety Occupational Health Risk Assessment Fire Safety Industrial Hygiene Environmental Safety Accident Prevention Safety Management

Vision & Mission

Programme-specific Vision and Mission statements.

Programme Vision & Mission Are Being Updated

Teaching Faculty

Faculty supporting M.E. Industrial Safety Engineering.

Non-Teaching Staff

Technical and laboratory support staff.

Industrial Safety & Simulation Laboratory

Practical facilities supporting workplace safety, industrial hygiene, environmental monitoring and hazard assessment.

The Industrial Safety and Simulation Laboratory supports practical learning in occupational safety, industrial hygiene, environmental monitoring, personal protective equipment, hazard evaluation, workplace illumination, noise monitoring, air sampling and emergency preparedness.

Laboratory Instruments & Safety Equipment

  • High Volume Sampler
  • Noise Level Meter
  • Personal Protective Equipment Set
  • Lockout / Tagout Equipment
  • Static Charge Tester
  • Safety Helmet
  • Safety Belt
  • Hand Gloves
  • Safety Goggles
  • Safety Shoes
  • Ear Muff
  • Leather Apron
  • Fire Extinguisher
  • Breathing Apparatus
  • Lux Meter
  • Ground Resistance and Insulation Tester
  • Gum Boots
  • Face Shield with Green Visor
  • Leg Guard
  • Flat Mask
  • Dust Respirator
  • P2 Valved Respirator
  • Ear Plug
  • Heat-Resistant Safety Gloves
  • Cotton Gloves
  • Leather Safety Gloves
  • Gas Welding Spectacles
  • Gaseous Sampling Attachment
  • Impact Test Apparatus
  • Friction Test Apparatus
  • Exhaust Gas Analyser

Laboratory Experiments & Activities

  • Study of emergency kits, first aid, road-safety signs and signals and safety software demonstrations.
  • Measurement of sound pressure level in decibels for different sources.
  • Study of explosive and hazardous materials.
  • Burst-strength testing of packaging materials.
  • Auto-ignition temperature testing.
  • Measurement and analysis of gaseous pollutants including sulphur oxides, nitrogen oxides, carbon compounds and hydrocarbons.
  • Measurement of temperature, humidity and air-flow conditions.
  • Particle-size measurement.
  • Air-sampling analysis.
  • Static-charge testing of materials.
  • Illumination testing using a lux meter and related instruments.
  • Chemical dispersion modelling using ALOHA software.

Board of Studies

Academic and industry experts supporting curriculum development.

M.E. Industrial Safety Engineering BoS Is Being Updated

Curriculum & Syllabus

M.E. Industrial Safety Engineering academic curriculum.

Programme Outcomes

Expected capabilities of M.E. Industrial Safety Engineering graduates.

PO1

Develop the ability to independently carry out research, investigation and development work to solve practical engineering and industrial safety problems.

PO2

Develop the ability to prepare and present substantial technical reports and professional engineering documents.

PO3

Demonstrate advanced mastery in the specialised area of Industrial Safety Engineering at a level higher than the corresponding undergraduate engineering programme.

PO4

Create, select, learn and apply appropriate techniques, resources and modern engineering and information technology tools, including prediction and modelling, to safety, health and environmental engineering activities while understanding their limitations.

PO5

Demonstrate understanding of societal, health, safety, legal and cultural issues and the responsibilities associated with occupational health and safety practice.

PO6

Recognise the need for lifelong learning and develop the ability to independently improve professional knowledge and competence with commitment and enthusiasm.

Programme Educational Objectives

Long-term professional capabilities expected from graduates.

PEO 1

Possess advanced awareness of health, safety and environment together with safety management skills required for higher levels of professional responsibility.

PEO 2

Develop as proficient safety engineers capable of rendering professional expertise to industrial and societal needs at national and global levels, subject to applicable professional and legal requirements.

PEO 3

Communicate health, safety and environmental information effectively and collaborate with experts from multiple disciplines to develop and implement safe methodologies for complex engineering activities.

PEO 4

Demonstrate professional and ethical attitudes, awareness of contemporary safety requirements and the ability to provide expertise across a wide range of industries.

Academic Calendar

Semester schedules and programme academic activities.

M.E. Industrial Safety Engineering Academic Calendars Are Being Updated

Newsletter

Industrial Safety Engineering academic and professional activities.

Industrial Safety Engineering Newsletter Is Being Updated

Programme Brochure

Information about M.E. Industrial Safety Engineering.

Programme Brochure Is Being Updated

Industry Interaction

Industrial exposure, professional collaboration, training and safety-oriented learning.

Industrial Learning

Industrial Safety Engineering is strongly practice-oriented. Industry exposure helps students understand workplace hazards, occupational risks, safety systems, emergency preparedness, personal protective equipment and organisational safety practices.

Institutional Collaborations

Students may benefit from institutional industry collaborations, professional interaction, technical visits, internships, training programmes and multidisciplinary engineering activities.

View Stella Mary's College of Engineering MoUs

Career Opportunities

Professional pathways related to industrial safety, health and environment.

Safety & Risk Roles

  • Safety Engineer
  • Industrial Safety Professional
  • Occupational Health & Safety Professional
  • HSE / EHS Professional
  • Risk Assessment Engineer
  • Safety Management Professional
  • Process Safety Professional
  • Emergency Management Professional

Industry Sectors

  • Manufacturing Industries
  • Construction & Infrastructure
  • Oil, Gas & Petrochemical Industries
  • Power & Energy Sector
  • Automotive Industries
  • Process Industries
  • Engineering Services
  • Safety Consulting & Auditing

Alumni Testimonials

Experiences of M.E. Industrial Safety Engineering graduates.

Industrial Safety Engineering Testimonials Are Being Updated

About M.E. Industrial Safety Engineering at Stella Mary's College of Engineering

Quick information about the postgraduate Industrial Safety Engineering programme.

Does Stella Mary's College of Engineering offer M.E. Industrial Safety Engineering?

Yes. Stella Mary's College of Engineering offers M.E. Industrial Safety Engineering as a postgraduate engineering programme.

What is the intake for M.E. Industrial Safety Engineering?

The programme has an intake of 24 students.

What is Industrial Safety Engineering?

Industrial Safety Engineering focuses on identifying, evaluating and controlling occupational and industrial hazards in order to reduce workplace accidents, protect health and improve safe engineering practices.

What subjects and areas are associated with Industrial Safety Engineering?

The programme covers areas such as occupational health and safety, industrial hygiene, hazard identification, risk assessment, safety management, fire safety, environmental safety, accident prevention, emergency preparedness and workplace safety systems.

What laboratory is available for Industrial Safety Engineering?

Students have access to the Industrial Safety and Simulation Laboratory, which supports practical learning using safety equipment, industrial hygiene instruments, environmental monitoring tools, personal protective equipment and safety simulation activities.

What instruments are available in the Industrial Safety and Simulation Laboratory?

Laboratory resources include a high-volume sampler, noise-level meter, personal protective equipment, lockout/tagout equipment, static-charge tester, lux meter, breathing apparatus, fire extinguishers, respirators, gas-sampling equipment, exhaust-gas analyser and other safety testing equipment.

Is the M.E. Industrial Safety Engineering syllabus available online?

Yes. The Regulation 2021 curriculum and syllabus can be accessed from the Syllabus section on this page.

What careers are available after M.E. Industrial Safety Engineering?

Graduates can pursue professional roles in industrial safety, occupational health and safety, HSE/EHS, risk assessment, process safety, safety management, safety auditing, emergency management and related roles across manufacturing, construction, energy, automotive and process industries.

Where is Stella Mary's College of Engineering located?

Stella Mary's College of Engineering is located in Kanyakumari district, Tamil Nadu, India.