Build the Skills That
Industry Demands
Training programs designed and delivered by practising engineers — the same team that designs real industrial and building projects every day. Technical, rigorous, and employment-ready.
Not a Generic Training Centre
Every instructor at KVRM is an active engineering professional working on live projects — not a full-time trainer. You learn how engineering is actually done, not how it was done five years ago.
12–15% annually — driven by smart cities & infrastructure
- HT/LT power distribution system design
- Load flow & maximum demand calculations
- Short circuit & fault level studies — ETAP
- Cable sizing — voltage drop, current capacity
- Earthing & lightning protection (IS 3043)
- Emergency power — DG sets, UPS, ATS design
- Lighting design — lux level calculations (DIALux)
- Drawing preparation — AutoCAD & REVIT Electrical
- NBC 2016, IS codes, IEC standards compliance
- Energy efficiency & power factor correction
- Electrical project supervision & site management
- Reading electrical drawings & specifications
- IS and NBC code compliance on site
- Testing, commissioning, and handover procedures
- BOQ preparation and contract management basics
- Business setup for electrical entrepreneurs
₹45,000 Cr — fastest growing MEP segment
- Piping fundamentals — specs, fittings, flanges, valves
- Piping stress analysis — Caesar II (static & dynamic)
- ASME B31.1 and B31.3 code compliance
- Thermal expansion & flexibility analysis
- Support selection — anchors, guides, spring hangers
- 3D piping modelling — AutoCAD Plant3D / SP3D
- Equipment nozzle load evaluation — API 610
- Stress reports and support drawings
- Cooling & heating load calculations — HAP software
- Psychrometric analysis and system design
- AHU selection and duct sizing methods
- Chilled water system design & pump sizing
- VRF/VRV system design and selection
- HVAC for clean rooms & controlled environments
- Site execution, testing & commissioning
- NBC 2016, ASHRAE compliance
in India’s ₹11 Lakh Cr construction sector
- HVAC design — load calc, AHU, chilled water, VRF
- Electrical — power, lighting, earthing, emergency
- Plumbing — domestic water, drainage, hot water
- Fire protection — sprinklers, hydrant networks
- BIM & REVIT MEP — modelling, clash detection
- BOQ preparation and specifications
- NBC 2016, IS codes, IEC, NFPA 13 compliance
- MEP coordination across all disciplines
- Domestic water supply system design
- UGS and ESR sizing — water demand calculations
- Pump selection — Hazen Williams formula
- Sanitary drainage system design
- Single stack, one-pipe, and two-pipe systems
- Storm water & basement drainage design
- Hot water system design
- Riser diagrams — multi-storey buildings
- Plumbing layout drawings — NBC 2016 compliance
- BOQ preparation and specification writing
- Fire protection fundamentals & hazard classification
- Sprinkler system design — wet, dry, pre-action
- Hydraulic calculations — PIPENET Spray/Sprinkler
- Fire hydrant & hose reel network design
- Deluge and water mist system design
- Clean agent & CO₂ suppression systems
- Fire water storage and pump sizing
- Fire alarm system — conventional & addressable
- NFPA 13, NBC 2016, TAC, IS 15105 compliance
- Fire protection drawings and specifications
over 70% of engineering job postings
Focused 6–8 week courses for engineers who need certified, job-ready proficiency in a specific industry tool. Each course uses live models from KVRM’s active project portfolio — not textbook examples.
World’s most widely used pipe stress software. Static & dynamic analysis for ASME B31.1, B31.3, B31.4 systems in Oil & Gas and Power.
Incompressible (Fathom) and compressible (Arrow) fluid flow modelling for cooling water, utility headers, gas distribution and process plant.
Industry standard for fire protection hydraulics. Sprinkler, deluge, hydrant and water mist network simulation to NFPA 13 and FM Global.
The dominant HVAC load calculation software used across India. Block loads, system sizing, energy analysis, and equipment selection for commercial buildings.
Transient hydraulic analysis for surge pressure, pump trip, valve closure, and pipeline protection in industrial water transmission systems.
Advanced water distribution network modelling for municipal and industrial systems including demand analysis, pressure management, and hydraulic simulation.
Hydraulic modelling for sewer networks, stormwater drainage, and urban wastewater systems with analysis of flow capacity and network performance.
- Piping stress analysis — Caesar II (static & dynamic)
- ASME B31.1, B31.3, B31.4, B31.8 compliance
- Liquid hydraulics — AFT Fathom (cooling, utility)
- Compressible gas flow — AFT Arrow (headers, flare)
- Fire protection hydraulics — PIPENET Spray/Sprinkler
- Pump selection and system curve analysis
- Nozzle load checks and support design integration
- Report preparation and client deliverables
How to Enrol
Four simple steps from first enquiry to your first session.
Fill in the enquiry form with the programme name and your educational background.
Our team sends you a programme brochure, fee structure, and upcoming batch dates within 24 hours.
Complete the enrolment form and fee payment to secure your place in the next batch.
Receive login credentials (online) or batch instructions (classroom) and begin with Day 1 orientation.
Contact our training team for programme details, fees, and next batch dates.
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