Mechanical Design Master Course

Course Overview

The Mechanical Design Master Course prepares students for careers in Mechanical Building Services Design through comprehensive training in HVAC, Plumbing, and Fire Protection Design.

Combining engineering fundamentals, industry-standard software, design calculations, and hands-on commercial project experience, the course equips learners with the practical skills required for real-world mechanical design projects.

Course Highlights

Comprehensive training in HVAC, Plumbing & Fire Protection Design
Learn industry-standard tools including AutoCAD, HAP, Microsoft Excel, DuctSizer & PipeSizer
Master Heat Load Calculations, Duct & Pipe Sizing, Equipment Selection & Engineering Design Principles
Design systems based on ASHRAE, SMACNA, IPC, NFPA & Local Authority Requirements
Gain hands-on experience through a Real Commercial Building Capstone Project
Prepare Design Calculations, AutoCAD Drawings & Project Documentation
Develop practical skills in HVAC Controls, Basic System Coordination, Installation & Commissioning
Industry-oriented curriculum with practical assignments and project-based learning
Portfolio development, interview guidance, and placement assistance

Course Syllabus

The programme runs 5 days a week, 2 hours a day, and is structured across four training blocks totalling 80–100 hours including project practice.

Introduction & Interface — basic concepts, interface & navigation, units, limits, snap and grid setup
Basic Drawing Tools — line, circle, arc, rectangle, polygon, ellipse; coordinate input; object selection
Modify Tools — move, copy, rotate, mirror, scale, trim, extend, offset, fillet, chamfer
Layers & Properties — layer creation and management, line types, colors, thickness
Annotations & Dimensions — text, dimensions and styles, leaders, multileaders, hatching
Blocks & Layouts — blocks, viewports, model vs paper space, dynamic blocks, title block, shop drawing

Module 1 — Introduction to HVAC & Design Fundamentals: types of HVAC systems, comfort air conditioning, IAQ, HVAC design process, building drawings, ASHRAE / SMACNA / DW144 standards
Module 2 — Cooling & Heating Load Calculation: heat load analysis, design conditions, U-factor & R-value, solar/lighting/equipment heat gain, sensible & latent heat, manual heat load basics, HAP software
Module 3 — Ventilation System Design: fresh air design to ASHRAE 62.1, exhaust system design, smoke management, staircase & lift lobby pressurization
Module 4 — HVAC Equipment Selection: refrigeration fundamentals, AHU, FCU, chillers, cooling towers, pumps, split & package AC, VRF/VRV, fans, diffusers, grilles
Module 5 — Air Distribution & Chilled Water System Design: duct classification, routing, sizing methods, McQuay DuctSizer, static pressure, air terminals, duct accessories, chilled water systems, pipe sizing, GPM & pump head calculation
Module 6 — HVAC Controls & Basic System Coordination: thermostats, sensors, control valves, actuators, VFD, BMS, coordination with architecture, electrical & plumbing
Module 7 — Installation, Drawings & Commissioning: HVAC layout drawings, duct & chilled water layouts, sections & details, installation basics, air & water balancing, testing and commissioning

Module 1 — Introduction to Plumbing Design: plumbing fundamentals, terminology, types of systems, reading architectural drawings, IPC & local authority requirements
Module 2 — Water Supply System Design: cold & hot water supply, direct & indirect systems, water demand calculations, fixture units, water storage (UG & OH tanks), pumps, pipe materials and valves
Module 3 — Sanitary Drainage System Design: drainage principles, fixtures, traps, floor drains, cleanouts, single & two stack systems, vent pipe systems, drainage pipe sizing and slope
Module 4 — Storm Water Drainage Design: roof drainage, rainwater pipes, gutters, downpipes, rainfall intensity, flow calculation, catch basin, gully trap, manhole, soak pit
Module 5 — Plumbing Drawings & Coordination: water supply, drainage and storm water layouts, riser diagrams, schematics, isometric views, coordination with architecture, structure, HVAC & electrical

Module 1 — Introduction to Fire Protection: fire triangle & tetrahedron, classes of fire, extinguisher types, active & passive fire protection, NFPA codes, local fire authority requirements
Module 2 — Fire Detection & Alarm System: smoke, heat and beam detectors, manual call points, hooters, strobe lights, FACP, detector placement, zoning, basic alarm layout design
Module 3 — Fire Fighting Systems: automatic sprinkler systems, sprinkler types and head selection, hose reel, hydrant system, fire pumps, fire water storage tank, landing valves, breeching inlet
Module 4 — Fire Suppression Systems: clean agent and CO₂ suppression, kitchen hood suppression, foam systems; applications in data centres, electrical rooms, commercial kitchens and industrial areas
Module 5 — Fire Protection Drawings: fire alarm, sprinkler, hydrant and hose reel layouts, fire protection symbols and schematics

Final Capstone Project

Students complete a real commercial building MEP design project, delivering:

HVAC Design
Plumbing Design
Fire Fighting Design
Design Calculations
AutoCAD Drawings
Project Documentation

Industry Standards Covered

ASHRAE Standards
SMACNA Standards
IPC — International Plumbing Code
NFPA
Local Authority Requirements

Skills You'll Develop

HVAC Design Plumbing System Design Fire Protection Design Heat Load Calculations Duct & Pipe Sizing Equipment Selection Engineering Documentation Mechanical Design Coordination Commercial Building Design

Who Can Join?

Mechanical Engineering Students
Mechanical Engineering Graduates
Diploma Holders in Mechanical Engineering
Freshers aspiring to build a career in Mechanical Building Services Design
Working Professionals looking to upskill in Mechanical Design

No prior MEP experience required. Basic knowledge of engineering or diploma-level technical concepts is beneficial.

✨ Try Before You Commit – 3 Free Demo Classes! ✨

Certification & Career Benefits

BIM Cafe Learning Hub Course Completion Certificate

Industry-ready Mechanical Design skills

Hands-on experience through a real commercial building capstone project

Practical engineering design and documentation workflows

A professional Mechanical Design portfolio

Resume preparation, mock interviews, and career guidance

Placement assistance through BIM Cafe's industry network

Program Duration	3 Months (80–100 Hours)
Class Schedule	5 Days / Week
Capstone Project	1 no.
Languages	English, Malayalam
Software Covered	5 no.s
Standards Covered	ASHRAE, SMACNA, IPC, NFPA
Eligibility View B.E. / B.Tech / Diploma in Mechanical Engineering, or equivalent. No prior MEP experience required.

Next Course August 5, 2026

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