Post Graduate Diploma in Process Safety (PGDPS)

1.1) P.G.Diploma

Sr.No.	Course Name	Intake 2026-27	Course Duration	Semester fees(Rs)
1	P.G. Diploma Process Safety(PGD PS)	65	1 years	Rs.52,500/-
2	P.G. Diploma Environmental Compliance and Sustainability(PGD ECS)	65	1 years	Rs.52,500/-
3	P.G. Diploma Instrumentation & Automation(PGD IA)	20	1 years	Rs.52,500/-
4	P.G. Diploma Analytical Technics(PGD AT)	20	1 years	Rs.52,500/-
5	P.G. Certificate Business Management(PGC BM)	30	1 years	Rs.52,500/-

Walk in to Institute or fill up the on line application form from university website.
Present during the counselling process (admission rounds for confirmation of admissions with fees and relevant documents.
Link for online application https://admission.upluniversity.ac.in/

Sr.No.	P.G. D. Program
1	P.G. Diploma Process Safety(PGD PS)	Any BE / B.Tech., B.Sc. and any graduate having 1 year of industrial/ organizations experience.
2	P.G. Diploma Environmental Compliance and Sustainability (PGD ECS)	Bachelor's degree in Science or Engineering with relevant professional experience.
3	P.G. Diploma Instrumentation and Automation (PGD IA)	Any Graduate in the field of Electrical / Instrumentation/ Electronics / Mechanical Engineers from Industry.
4	P.G. Diploma Analytical Techniques (PGD AT)	B.Sc. Chemistry, B.Sc. Microbiology, B.Sc. Biotechnology, B.Sc. Life Science, Any Science Graduate, Science Post Graduate, B.Pharm, B.Tech/BE in Chemical Engineering, Chemical Technology, Environment, Environment Science & Technology
5	P.G. Certificate Business Management(PGC BM)	Bachelor's degree in Commerce, Science, Engineering or Management from a recognized university with two years professional experience.

Indian SMEs / Retired PSM Professionals / Industry Experts

Online + Offline (Approximately 08 hrs per Week)

Understanding of basic process safety principles that enables their application in an industrial or commercial environment. Intention is to work towards prevention of catastrophic events that can emanate from the Hazardous processes, reactions, storages or loss of containment.
A practical understanding of process hazards and risks, and methods to enable their identification and mitigation
A practical understanding of the principal hazards (toxicological hazards, fire and explosion hazards, etc.) and the science behind them
A basic understanding of qualitative and quantitative methods, techniques and tools (dispersion modelling, for instance) that can be used to evaluate the consequences of chemical releases, fires, explosions and runaway reactions
Understanding of the technical elements of Risk-Based Process Safety (Process Knowledge Management and Hazard Identification & Risk Assessment)
A basic understanding of what can go wrong and key technological safeguards, such as relief devices and instrumentation, that are used to protect against the consequences of failures

Both the semester (I&II) will be of 14 weeks.
Theory classes will be conducted on Saturday (Online + Offline Mode) - Total = 8 hrs/week.
Total hrs. available per Sem. for teaching and assessment are =14 x 8 = 112 hrs
08 Hrs/Sem is equal to 01 Credit for all components
Passing Criteria will be 40% in all individual components.
Hours distribution is as follows

Sr. No.	Content
1	Unit Operations, Unit Processes and Basics of Chemical Engg.
2	Process Safety Overview, Information and its interpretation.
3	Reaction Hazard Assessment
4	Technical Safety-1 (Stage gate methodology, Inherent Safety, Hazid)
5	Workshop-1 (PHA)
6	Workshop-2 (Layer of Protection Analysis)

Sr. No.	Content
1	Incident Investigation Techniques
2	Technical Safety-2 (Emergency Response & Preparedness, Emergency Relief System, Safety Critical Equipment, QRA and its interpretation)
3	Management of Change & Pre-Start Up Safety Review
4	Operational Control Procedure, Operational Safety Hazard Identification & Risk Assessment
5	Workshop-3 (Bowtie & Barrier Management
6	Workshop-4 (Hazard Area Classification Risk Assessment)