Electrical and Electronics Engineering roadmap
Power, machines and automation: build practical skill in tools the industry actually uses.
Strengthen the basics
Skills to learn
- Circuit laws and basic electrical measurements
- Engineering mathematics
- Python or C programming
- Electrical safety
- Reading single-line diagrams
Tools to use
- Multimeter
- LTspice or Tinkercad Circuits
- Excel for calculations
Certifications and courses
- NPTEL: Basic Electrical Circuits
- MATLAB Onramp (free)
Projects to build
- A small power supply circuit
- A home wiring diagram with load calculation
- A simulation of a simple circuit
Machines and networks
Skills to learn
- Electrical machines (DC, transformers, induction)
- Circuit and network analysis
- Analog and digital electronics
- Measurements and instrumentation
- MATLAB and Simulink basics
Tools to use
- MATLAB and Simulink
- AutoCAD Electrical
- Lab motor and transformer test setups
Certifications and courses
- NPTEL: Electrical Machines
- Autodesk Certified User (AutoCAD)
Projects to build
- Simulate a transformer or motor in Simulink
- Panel wiring drawing in AutoCAD Electrical
- A sensor-based measurement project
Power and automation
Skills to learn
- Power systems
- Power electronics
- Control systems
- PLC and SCADA programming
- Renewable energy systems
Tools to use
- PLC trainer kits (Siemens, Allen-Bradley or Delta)
- ETAP or PSCAD
- MATLAB and Simulink
- PVsyst for solar
Certifications and courses
- PLC and SCADA training from an industrial automation institute
- NPTEL: Power Electronics or Power Systems
Projects to build
- A PLC-controlled conveyor or tank-level system
- A solar rooftop design with a basic energy estimate
- An inverter or converter simulation
Specialise and get hired
Skills to learn
- Smart grid and protection basics
- Electric vehicle and battery systems
- Energy auditing and efficiency
- Core subject revision for interviews
Tools to use
- ETAP
- Battery management and EV simulation tools
- GATE question banks
Certifications and courses
- BEE Energy Auditor or Energy Manager exam (check eligibility rules)
- GATE preparation for M.Tech and public-sector roles
Projects to build
- An energy audit of a small building or workshop
- A capstone in EV, solar or automation
- A portfolio of design drawings and simulation reports
Where this can lead
Career paths
- Power sector engineerWork in generation, transmission or distribution with utilities and public-sector units.
- Electrical design engineerDesign wiring, panels and load systems for buildings and plants.
- Automation engineerProgram PLC and SCADA systems for factories and process plants.
- EV and battery engineerA growing field in vehicle electronics, charging and battery systems.
- Renewable energy engineerDesign and commission solar and wind projects.
- Maintenance and plant engineerKeep industrial electrical systems safe and running.
Next steps
- Higher studiesM.Tech in power systems, power electronics or control through GATE; MS abroad.
- Public-sector rolesMany public-sector units recruit through GATE; state electricity boards run their own exams. Check each notice.
This roadmap is a starting point. Syllabi, exams and certification rules change, so confirm details with your college and the official certification pages.