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MEP Training
Introduction
MEP Training – Mechanical Stream is a specialized program designed for mechanical engineering graduates aiming to enter the fast-growing building services and infrastructure industry. Focused on HVAC, plumbing, and fire fighting systems, the course blends technical theory with practical software skills and design standards. Students learn to design, analyze, and implement mechanical services in residential, commercial, and industrial buildings using modern tools like AutoCAD MEP, Revit, and HAP. The training prepares candidates to handle real-world projects and coordination tasks as part of multidisciplinary teams.
Modules and Content
Module 1: Introduction to MEP & Building Systems
- Overview of MEP engineering in construction
- Role of mechanical engineers in MEP
- Basic building system components
Module 2: HVAC System Fundamentals
- Types of HVAC systems (Split, VRV, Chillers, AHU, FCU)
- Psychrometry and comfort conditions
- Heat load calculation basics
MODULE 3: HVAC Design & Layout Planning
- Duct sizing and air distribution design
- HVAC zoning and schematic planning
- Indoor air quality and ventilation standards
MODULE 4: HVAC Software Applications
- Cooling load calculation using HAP/Carrier software
- Duct and pipe routing in AutoCAD & Revit MEP
- HVAC system simulation and report gene
MODULE 5: Plumbing & Water Supply Systems
- Water supply and drainage system basics
- Pipe sizing, slope calculation, and fixture units
- Pump selection and sump/tank design
MODULE 6: Fire Fighting Systems
- Sprinkler system design and placement
- Fire hydrant, hose reel, and pump room layout
- NFPA codes and safety clearances
MODULE 7: Mechanical BOQ, Costing & Estimation
- Quantity take-off from drawings
- Material costing and estimation basics
- Tender documentation and vendor comparison
MODULE 8: MEP Drawing Standards & Documentation
- Shop drawings, schematic & single-line diagrams
- Legends, annotations, and layer management
- As-built documentation and handover packag
MODULE 9: Coordination & Clash Management
- Mechanical system coordination with electrical/civil
- Clash detection using Navisworks (intro)
- MEP coordination procedures in BIM environmen
MODULE 10: Codes, Standards & Safety Regulations
- ISHRAE, ASHRAE, NBC (India), NFPA
- Mechanical safety systems and minimum design standards
- International vs local code requirements
MODULE 11: Testing, Commissioning & Maintenance
- HVAC system testing procedures
- Balancing and commissioning of pumps and ducts
- Maintenance schedules and AMC planning
MODULE 12: Capstone Project – Building MEP Design
- Full HVAC + plumbing + firefighting system for a building
- Load calculations, layouts, software drawings, and BOQ
- Final presentation and industry-standard report submission
Scope & Advantages
The rise of urban infrastructure, smart cities, and green buildings, MEP engineers especially those with mechanical expertise are in high demand globally. Completing this course equips students with hands-on knowledge in HVAC design, plumbing, and firefighting systems, alongside practical exposure to tools like AutoCAD MEP and HAP. It opens up lucrative job roles in construction firms, building services consultancies, HVAC contracting companies, and facility management. MEP mechanical professionals play a vital role in ensuring energy efficiency, safety, and comfort in any built environment making them an essential part of modern infrastructure projects.
Reference
- “Piping Handbook” by Mohinder L. Nayyar ,
- “Process Piping: The Complete Guide to ASME B31.3” by Charles Becht IV,
- “Pipe Stress Engineering” by Liang-Chuan Peng and Tsen-Loong Peng
- “Piping Design Handbook” by John J. McKetta Jr.
- “The Planning Guide to Piping Design” by Richard Beale and David R. Sherwood