Career Course
Electrical Design Engineer Professional Track
Transform your engineering career with the Electrical Design Engineer Professional Track—a practical, project-based training program designed to bridge the gap between academic knowledge and industry requirements. Master industry-standard software including AutoCAD, ETAP, Revit MEP, DIALux, PVsyst, and Navisworks while working on real-world electrical, power system, MEP, BIM, lighting, and solar design projects. This 4–6 month professional program equips graduates with the skills needed to confidently enter the workforce as electrical design and consulting professionals.
Target Roles
Target Roles
- Electrical Design Engineer
- MEP Electrical Engineer
- Power System Design Engineer
- Electrical BIM Engineer
- Electrical Consultant
Duration
4-6 Months (150-250 Hours)
Module 1: Engineering Drawing & CAD Fundamentals
Software
- AutoCAD
- AutoCAD Electrical
- PSCAD
Topics
- Engineering Drawing Standards
- Single Line Diagram (SLD)
- Load Schedule
- Cable Schedule
- Panel Schedule
- Control Schematics
- Earthing Layout
- Lighting Layout
Project
Design a complete building electrical drawing package.
Module 2: Electrical Power System Design
Software
- ETAP
- EasyPower (optional)
- DIgSILENT PowerFactory (advanced)
Topics
- Load Flow Analysis
- Short Circuit Analysis
- Relay Coordination
- Transformer Sizing
- Cable Sizing
- Arc Flash
- Harmonic Analysis
Project
Industrial power distribution system study.
Module 3: MEP Electrical Design
Software
- Revit MEP
- AutoCAD
Topics
- Lighting Design
- Power Distribution
- Emergency Power
- Fire Alarm
- Low Current Systems
- Cable Tray Design
Project
Complete electrical design of a commercial building.
Module 4: Lighting Design
Software
- DIALux evo
Topics
- Lux Calculations
- Interior Lighting
- Street Lighting
- Sports Lighting
Project
Office building lighting design.
Module 5: Solar PV Design
Software
- PVsyst
- Helioscope
Topics
- Solar Resource Assessment
- String Sizing
- Inverter Selection
- Yield Analysis
- Financial Analysis
Project
500 kW Solar Plant Design.
Module 6: BIM Coordination
Software
- Revit
- Navisworks
Topics
- Clash Detection
- Coordination Meetings
- BIM Workflow
- Shop Drawing Generation
Project
Multi-disciplinary BIM coordination project.
150+
Instructional Hours
Why Choose the Electrical Design Engineer Professional Track?
Key Benifits
Industry-focused curriculum aligned with employer requirements .Training on globally recognized engineering software. Hands-on projects and portfolio development. Real-world electrical, MEP, BIM, and solar design experience. Guidance from experienced indu
150
Instructional Hours
75
Comprehensive Modules
120
Lab Hours
5
Capstone Project
| Module | Duration (Hours) | Theory | Lab | Self-Study | Tools/Software |
|---|---|---|---|---|---|
| No Career Course Modules are available. | |||||
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