Electrical Engineering Projects in Mohali

Electrical projects are judged on whether they work safely and measurably, not just on how they look. If you are a diploma or B.Tech student searching for electrical engineering projects in Mohali, this page explains the kinds of topics we support and how guidance is structured. Our emphasis here is on power, machines and control; electronics-heavy topics are covered in our ECE project and EEE project pages.

Project themes

• Motors and drives: soft starter or star-delta automation, VFD-based speed control of induction motors, BLDC and stepper drives, motor protection against overload and single phasing
• Power monitoring: energy meter reading with PZEM or similar modules, power factor measurement, load logging to a dashboard
• Renewable systems: solar charge controller design, MPPT concepts, solar-powered pumps and street lights, small hybrid systems
• Protection and safety: overcurrent and earth-fault relays, transformer temperature and oil-level monitoring, fault detection on lines
• Smart control: automatic power factor correction using capacitor banks, load shedding schemes, home and industrial automation with relays and PLCs
• Transport: battery management for e-bikes, regenerative braking concepts, wireless charging prototypes

How guidance works

We start by checking whether the idea is realistic for your timeline and lab access. Then we help with calculations such as load rating, conductor and fuse sizing, selecting contactors and sensors, and a safe layout. Controllers like Arduino, ESP32 or a PLC are used where logic is needed, while current and voltage sensing uses CTs, ZMPT101B modules or ACS712 sensors, always with attention to isolation and safety. Simulation in MATLAB and Simulink is available as a complementary step for power and control studies; see MATLAB power electronics projects.

Safety and standards

Mains-connected hardware must be handled with proper enclosures, fuses, earthing and protective devices. We discuss these practices and expect students to follow lab and institution rules, especially when working above extra-low voltage.

What you should end up with

A working prototype or simulation, a circuit and single-line diagram, component specifications, test readings and a well-structured report. You remain responsible for understanding and presenting the work and for your institution's submission rules; we provide technical tutoring and implementation support.

Related support

Those who want to learn controls first can look at PLC training or industrial automation training. Final-year teams may also review EEE final-year project support.

Next step

Share your branch, semester, topic idea and deadline when you enquire, and we will discuss scope, components and timeline.

What this includes

• Induction motor control
• VFD speed control
• Energy and power factor monitoring
• Solar charge controller
• Protection relays
• Transformer monitoring
• Automatic power factor correction
• Load shedding schemes
• Current and voltage sensing
• Single-line diagrams and reports

Scope and deliverables are confirmed with you before work starts.

Who this is for

• Diploma electrical engineering students
• B.Tech electrical and EEE students
• Final-year teams needing a power-focused topic
• Polytechnic learners with minor projects
• Students interested in renewable energy projects

Frequently asked questions