Professional Diploma in Electrical Design and Engineering
The Professional Diploma in Electrical Design and Engineering is a specialized program designed to prepare students and professionals for real-world electrical system design in residential, commercial, and industrial projects.
This program provides a perfect blend of theoretical concepts and practical applications, covering everything from power distribution to lighting design, cable sizing, safety systems, and load calculations. Learners also gain hands-on training in electrical drafting and simulation tools, enabling them to work confidently on construction, infrastructure, and energy projects.
With the rapid expansion of smart buildings, renewable energy, and industrial automation, skilled electrical design engineers are in high demand across the globe. This course builds the technical knowledge and software proficiency needed to step directly into this growing industry.
This course builds a strong foundation in 3D product modeling, simulation, and design optimization, ensuring that learners acquire the skills needed to work in mechanical, automotive, aerospace, manufacturing, and consumer product design industries.
At Excellence Design, every student experiences hands-on training, real-time projects, and industry-level case studies that mirror actual product development environments.
Why Choose This Master Program at Excellence Design?
The Professional Diploma in Electrical Design and Engineering is structured to make you job-ready with practical skills, industry knowledge, and project exposure.
Expert-Led Training: Learn from experienced electrical design engineers with strong industry backgrounds.
Practical Project Work: Work on residential, commercial, and industrial power system projects.
Master Industry Software: Learn CAD for drafting, Dialux for lighting design, and other relevant tools used in modern electrical projects.
Industry-Relevant Curriculum: Covers electrical load calculation, lighting design, power distribution, earthing, cable sizing, and safety standards.
Job-Oriented Skills: Learn exactly what companies look for — from single-line diagrams to panel schedules and BOQs.
High Career Demand: Electrical design engineers are required in construction, MEP, infrastructure, renewable energy, and manufacturing sectors.
Flexible Career Paths: Work with top firms, contractors, or start your own independent consultancy.
Placement Assistance: Guidance for interviews, portfolio building, and job opportunities.
Global Career Scope: Electrical design skills are in high demand across international projects.
Learning Outcomes
By the end of this course, learners will:
Understand the fundamentals of electrical design and power system planning.
Design and calculate load distribution for residential, commercial, and industrial buildings.
Create accurate single-line diagrams, panel schedules, and cable layouts.
Perform lighting design, earthing, cable sizing, and voltage drop calculations.
Learn the use of design standards, safety codes, and protection systems.
Use drafting and simulation tools effectively for project execution.
Prepare technical documentation, BOQs, and tender drawings.
Be job-ready to work as an electrical design professional in the AEC and MEP sectors.
🕒 Course Duration
Duration: 6 to 8 Months (Flexible Batch Options)
Mode: Classroom / Online / Hybrid
Training Hours: 200+ Hours including Projects & Assessments
Key Highlights
- 100% Practical Sessions
- Free Career Counselling & Demo Session
- Internationally Recognized Certification
- Lifetime Access to Project Files & Learning Material
- Industry Internship / Placement Support
- Learn from Certified Design Professionals
Detailed Curriculum
| Module No. | Module Name | Topics Covered | Key Outcomes |
|---|---|---|---|
| 1 | Fundamentals of Electrical Design | Basic Electrical Engineering, Types of Power Systems, Safety Standards, Codes & Regulations | Strong understanding of electrical system basics |
| 2 | Electrical Load Calculation | Load Estimation, Demand Factor, Diversity Factor, Cable Sizing, Voltage Drop, Earthing Calculation | Ability to design efficient and safe electrical networks |
| 3 | Lighting & Power Layout | Lighting Design Principles, Dialux, Fixture Selection, Circuiting, Power Layout | Skills to design and implement lighting and power systems |
| 4 | Single Line Diagram & Panel Design | Panel Schedule, Busbar Sizing, Breaker Selection, MCC, LV Distribution Design | Ability to create professional SLDs and panel designs |
| 5 | Protection & Earthing Systems | Protection Schemes, Grounding Systems, Lightning Protection, Fault Current Calculation | Knowledge of safe and reliable electrical system protection |
| 6 | Electrical Drafting | CAD, Electrical Drawing Symbols, Drafting Standards, Wiring Diagrams | Drafting skills for preparing professional project drawings |
| 7 | Documentation & BOQ Preparation | Tender Drawings, Material Take-offs, Technical Specifications, Reports | Skills to create technical documentation for construction and execution |
| 8 | Real-Time Project | Complete Residential / Commercial / Industrial Electrical Design Project from Load Calculation to Documentation | Hands-on experience on actual industry-level project workflows |
Career Opportunities
Electrical Design Engineer
MEP Design Engineer
Lighting Design Engineer
Site Design Coordinator
Electrical Draftsman
Project Engineer – Electrical
Electrical Consultant
Software Covered: CAD | Dialux | MS Excel (for calculations) | Standard Electrical Codes & Design Tools
Industries Hiring
MEP & Construction Companies | Real Estate & Infrastructure Firms | Power & Energy Companies | Manufacturing Plants & Industrial Units | Renewable Energy Companies Government & Public Sector Projects Engineering Consultancies
- CADD DESIGN COURSE
CAD Mechanical
Solidworks Premium / Pro PTC Creo
D’s CATIA (PLM & Reverse Engineering)
Siemens Solidedge
Siemens NX – CADD (Unigraphics)
GD&T (ASME Y14.5 -ISO 9000: 2861/II)
Mechanical Draftsman - CAE SOFTWARES
Ansys Workbench
Ansys Fluent (CFD)
Hypermesh
3. CAM (Manual/Automatic)
MasterCAM (3 axis, 4 axis and 5 axis)
DelICAM (3 axis, 4 axis and 5 axis)
ArtCAM
WorkNC
Mill 3D
HVAC
Electrical
Plumbing
Fire Fighting
3 Axis
4 Axis
5 Axis
- CADD DESIGN COURSE
CAD Civil (2D & 3D)
Revit Architecture
Revit Structure (steel and concrete)
Tekla Structure (steel and concrete)
Civil 3D (Road Design & Highway Engineering)
MX Road
Vastu shastra - Structural Engineering Softwares
Bentley Staad Pro.
Etabs (Building analysis and design)
CADD Electrical Advance 2D-3D
Eplan P8 Electric
Eplan P8 Pro-Panel
Etap Revit Electrical (LV SYSTEM)
Mechanical Civil Draftsman
Civil Draftsman
HVAC Draftsman
Primavera Professional
MS Project
PMP
CAD Interior
3ds Max
Sketchup Pro
V-Ray for 3ds Max
V-Ray for Sketchup Lumion
Rhino – Rhinoceros 3D Enscape
Chaos Corona
Matrix CAD
Blender CAD
Rhino – Rhinoceros 3D CAD
CAD
ArchiCAD
Revit Architecture
Revit Structure
Revit Steel Structure
Tekla Structures
Navisworks Estimator Revit MEP
BIM (LOD) 100, 200, 300, 350, 400, 500
Solidworks
Nx(Unigraphic)