Featured EEE Simulation & Hardware Tools
Industry-standard simulation software, hardware platforms and IoT tools used across our IEEE 2025–2026 EEE and Power Electronics projects.
20+ IEEE 2026 EEE Project Topics for BE & MTech
Brand-new IEEE 2025–2026 EEE and Power Electronics project topics — each with simulation / hardware platform, category tag and implementation notes. Ideal for BE, B.Tech, MTech and Diploma final year students in Bangalore.
| # | IEEE EEE Project Title / Topic (2025–2026) | Category | Tools & Platform |
|---|---|---|---|
| 01 | AI-Based Maximum Power Point Tracking (MPPT) for Grid-Connected Solar PV Using Deep Q-Network | Solar / AI | MATLAB, Python, ESP32 |
| 02 | Bidirectional DC-DC Converter for Vehicle-to-Grid (V2G) EV Charging with Model Predictive Control | EV / MPC | MATLAB/Simulink, dSPACE |
| 03 | Seven-Level Cascaded H-Bridge Multilevel Inverter for PV Systems with Reduced Total Harmonic Distortion | Inverter / PV | PSIM, MATLAB, IGBT Kit |
| 04 | IoT-Enabled Smart Energy Meter with Real-Time Power Quality Monitoring and Cloud Dashboard | IoT / Smart Grid | Arduino Mega, ESP32, ThingSpeak |
| 05 | Federated Learning for Anomaly Detection in Smart Grid Metering Infrastructure | AI / Smart Grid | Python, TensorFlow, PSCAD |
| 06 | High-Gain Interleaved Boost Converter with Voltage Multiplier for Fuel Cell EV Applications | DC-DC / EV | MATLAB/Simulink, TI C2000 |
| 07 | Sensorless Speed Control of PMSM Using Extended Kalman Filter for EV Propulsion | Motor Drive / EV | MATLAB, dSPACE, Proteus |
| 08 | Blockchain-Based Peer-to-Peer Renewable Energy Trading in a Microgrid Network | Microgrid / Blockchain | Python, Ethereum, MATLAB |
| 09 | Active Power Factor Correction Using Bridgeless SEPIC Converter for LED Driver Applications | Power Factor / PFC | PSIM, MATLAB, Arduino |
| 10 | Deep Neural Network-Based Fault Diagnosis in Three-Phase Induction Motors Using Vibration Signals | Motor / AI | Python, TensorFlow, LabVIEW |
| 11 | Hybrid Wind-Solar Microgrid Energy Management System Using Fuzzy Logic Controller | Renewable Energy | MATLAB/Simulink, Arduino |
| 12 | Wireless Power Transfer System for Implantable Medical Devices with Adaptive Impedance Matching | WPT / Biomedical | MATLAB, Proteus, HFSS |
| 13 | Grid-Forming Inverter Control for Islanded Microgrid with Virtual Synchronous Generator | Microgrid / Inverter | PSCAD, MATLAB, dSPACE |
| 14 | Lithium-Ion Battery SOC Estimation Using Unscented Kalman Filter with Thermal Compensation | Battery / BMS | MATLAB, Arduino Mega, LiPo Kit |
| 15 | Reconfigurable Solar PV Array Topology for Partial Shading Mitigation Using Genetic Algorithm | Solar / Optimization | MATLAB, PSIM, ESP32 |
| 16 | Dual Active Bridge (DAB) Converter for Solid-State Transformer in Smart Grid Applications | SST / Smart Grid | MATLAB/Simulink, TI C2000 |
| 17 | Predictive Current Control of Grid-Connected Three-Phase Inverter for Renewable Energy Integration | Grid Inverter / MPC | MATLAB, dSPACE, PSCAD |
| 18 | Energy Harvesting from Roadway Piezoelectric Elements with DC-DC Boost Converter Interface | Energy Harvesting | MATLAB, Arduino, PSIM |
| 19 | Reinforcement Learning-Based Optimal Energy Dispatch for Battery Storage in Residential Microgrids | AI / Microgrid | Python, TensorFlow, MATLAB |
| 20 | SiC MOSFET-Based Three-Phase Vienna Rectifier for High-Power EV On-Board Charger | EV Charger / SiC | MATLAB/Simulink, SiC Kit |
| 21 | Cyber-Attack Detection in Smart Grid AMI Using Machine Learning Classification Models | Cybersecurity / AI | Python, Scikit-learn, NS3 |
| 22 | Non-Isolated High Step-Up DC-DC Converter with Coupled Inductor for Photovoltaic Microinverter | DC-DC / PV | PSIM, MATLAB, MPLAB |
All topics are refreshed quarterly to align with latest IEEE Transactions on Power Electronics, IEEE TIE and IEEE TSG publications. Call us for base paper references, simulation files and hardware kit details for any topic above.
IEEE EEE Projects 2025–2026 — Complete List
Comprehensive IEEE project list for EEE — solar PV, motor drives, smart energy meters, DC-DC converters, power factor correction, wind energy and IoT-based electrical systems for BE, MTech and Diploma students.
| # | EEE / Power Electronics Project Title | Level |
|---|---|---|
| 01 | A Buck-Boost Integrated Full Bridge Inverter for Solar Photovoltaic Based Standalone System | BTech / MTech |
| 02 | A Novel Method to Extract Maximum Power from Solar Panel of a Grid Connected PV System Using Phase Angle & Hysteresis Current Control | MTech |
| 03 | A Novel Optimum Point Tracker of the Solar Cell Power Supply System | BTech |
| 04 | Android Based Device Control — Home or Office Automation | BE / Diploma |
| 05 | Android Meets LED Bulbs in Smart-Home Automation | BE / Diploma |
| 06 | Asymmetrical Two-Phase Induction Motor Speed Controlled by Multilevel Inverter Employing Cascaded Transformers | MTech |
| 07 | Auto Digital Speed Indicator with Speed Control | BE / Diploma |
| 08 | Automatic DC Motor Speed Control with Automatic Feedback via SMS Using PWM Technology | BTech |
| 09 | Battery Management System Using Arduino | BE / BTech |
| 10 | Data Acquisition and Monitoring of Solar Panels Using 2-Channel Data Logger and .NET Application | BTech / MTech |
| 11 | DC Motor Speed Controlling Using Bluetooth | BE |
| 12 | Design and Implementation of an Advanced Security System — Invisible Eye (Power Saving System) | Diploma |
| 13 | Design and Implementation of Real Time Transformer Health Monitoring System Using GSM Technology | BTech / MTech |
| 14 | Development of Efficient Power Generation Using Automated Renewable Sources and Smart Street Light Control | BTech |
| 15 | Electric Field and Ultrasonic Sensor Based Security System | BE / Diploma |
| 16 | Electrical Substation Monitoring and Controlling Device from Remote Area | BTech / MTech |
| 17 | Enerb ee — Example of an Advanced Metering Infrastructure Based on Zigbee | BTech |
| 18 | Energy Scrutinising System with Auto Load | BE / BTech |
| 19 | Foot Step Based Power Generation and Multi-Purpose Optimisation | BE / Diploma |
| 20 | GSM and PIR Sensor Based Light Controller and Networked Safety System | BE / BTech |
| 21 | High-Efficiency DC-DC Converter for Large Input-Voltage Fluctuations in Solar Applications | MTech |
| 22 | Implementation of a Web-of-Things Based Smart Grid to Remotely Monitor and Control Renewable Energy Sources | MTech |
| 23 | Microcontroller Based Intelligent Multi Timer System for Industrial Automation | BE / BTech |
| 24 | Mobile Controlled DC Motor Speed Controller | BE / Diploma |
| 25 | Online Speed Control of DC Motor with High Speed Network | BTech |
| 26 | Power Factor Metering System Using Arduino | BE / BTech |
| 27 | Pre-Paid Power Energy Meter | BE / Diploma |
| 28 | Real Time Load Shedding for Power Lines | BTech / MTech |
| 29 | Realization of Prepaid Bill Management System for Electricity Board | BE / BTech |
| 30 | Real-Time Detection System of Electrical Disturbances for Remote Communication Stations and Smart Grid | MTech |
| 31 | Smart Card Based Prepaid Electricity Billing | BE / Diploma |
| 32 | Solar Tracking System with Automatic Panel Cleaning Mechanism for Efficient Power Generation | BTech |
| 33 | Talking Energy Meter | BE / BTech |
| 34 | Transformer Industrial Parameters Management Control System and Intimation to Electricity Board | BTech / MTech |
| 35 | Transmission Line Multiple Faults Detection and Indication to Electricity Board | MTech |
| 36 | Universal Electrical Power Generation and Multipurpose Optimisation — Solar, Wind and Rain | BTech |
| 37 | Using Arduino Development Platform in the Diagnosis of AC Electrical Machines | BE / BTech |
| 38 | Voice Operated Induction Motor Speed Control Through RF Communication | BTech |
| 39 | Wireless Power Transmission | BE / BTech |
| 40 | Wireless Residential Power Monitoring System | BE / Diploma |
| 41 | Reduced THD and CMV in a 5-Level Inverter Fed Induction Motor Using FOTID Controller with Meerkat Optimisation Algorithm | MTech |
| 42 | Simulation Studies and Development of Cascaded DC-DC Converter for Eco-Friendly Electric Cart System | MTech |
| 43 | Implementation of Super Lift Luo Multilevel Inverters Suitable for PV Interfacing | MTech |
| 44 | Shaping the Future of Power: Digital Solutions for Grid Efficiency | MTech / PhD |
| 45 | Bidirectional Off-Board Charger for Grid-Connected Electric Vehicles with Reactive Power Compensation | MTech |
| 46 | Predictive System for Early Failure Detection in EV Battery Bank Cells | MTech |
| 47 | Comparative Performance Analysis of Electric Motors for Vehicle Propulsion: Why PMSMs Lead the Charge | MTech |
| 48 | Energy Auditing and Management Using IoT and Machine Learning | BTech / MTech |
| 49 | Li-Ion Cell Discharge Unit for Accurate Battery Capacity Measurement | BE / BTech |
| 50 | Active Cell Balancing for Li-Ion Battery Pack | MTech |
| 51 | Real-Time Control of Servomotor Using Arduino and MATLAB | BE / BTech |
| 52 | Advanced Fraud Detection in Smart Grids Using Deep Neural Networks | MTech |
| 53 | Sustainable Waste Management & Renewable Energy Generation | BE / BTech |
| 54 | Enhancement of EV Battery Charging Systems Through Integration of Interleaved SEPIC and Advanced Model Predictive Control | MTech |
| 55 | Charging Station Locator and Battery Monitoring System for Electric Vehicle | BTech / MTech |
Contact us at +91 95919 12372 for base paper PDFs, MATLAB simulation files or hardware kit pricing for any project above.
Power Electronics Based EEE Projects — Wind & Solar
Wind power is the use of air flow through wind turbines to provide mechanical power to turn electric generators. As an alternative to fossil fuels, wind energy is plentiful, renewable, widely distributed, clean and produces no greenhouse gas emissions during operation. Wind farms connect individual turbines to the electric power transmission network, making wind energy a key topic for EEE final year projects based on power electronics, renewable energy and smart grid systems. In 2026, wind power met 42% of electricity demand in Denmark — a compelling benchmark for IEEE-based EEE projects on grid integration and energy management.
Power Electronics Based IEEE Projects for EEE
Onshore wind is competitive with or cheaper than coal and gas plants in many locations. Offshore wind is steadier and stronger, with less visual impact. Power-management techniques such as geographically distributed turbines, dispatchable sources, sufficient hydroelectric backup, energy storage and demand-side management can overcome intermittency challenges — core themes for IEEE EEE projects on smart grid control, power factor correction and grid-connected renewable energy systems for BTech and MTech students in Bangalore.
EEE Hardware Projects Using Microcontrollers & DSP
Switched-mode DC-to-DC converters are at the heart of modern EEE hardware projects. They convert one DC voltage level to another by storing energy in magnetic components (inductors, transformers) or electric field storage (capacitors). With switching efficiencies typically between 75% and 98%, they far outperform linear regulators and form the core of solar MPPT chargers, EV battery chargers and motor drive controllers — all prime areas for IEEE-aligned EEE hardware projects using Arduino, TI C2000 and dSPACE platforms for BE and MTech students in Bangalore.
Power Electronics Projects for MTech Using MATLAB Simulink
At least 83 countries now use wind power to supply their electric grids, driving sophisticated power electronics research into grid-forming inverters, virtual synchronous generators and solid-state transformers. MTech-level EEE projects using MATLAB Simulink explore these advanced converters, digital control algorithms and real-time hardware-in-the-loop (HIL) simulations on dSPACE and TI C2000 platforms — providing rigorous thesis-grade implementations for students at top Bangalore universities.
Low Cost Mini Projects for EEE Students — Solar & Wind
Solar water heating contributes significantly to renewable heat globally — China alone has 70% of global solar thermal capacity, serving 50–60 million households. For EEE students seeking low-cost mini projects, solar thermal and photovoltaic integration, geothermal heat pump control and wind-solar hybrid systems offer affordable, impactful topics. Geothermal heat pumps that flatten the electric demand curve are an increasingly important focus area for EEE mini projects on smart energy management and demand-side control using Arduino and IoT platforms.
EEE Projects for Final Year Students — Power Systems & IoT
High-power semiconductor devices require specialised heat sinks or active cooling to manage junction temperature. Silicon Carbide (SiC) and Gallium Nitride (GaN) wide-bandgap semiconductors dramatically improve switching efficiency and thermal performance in EV chargers and grid inverters — making them the hottest topics for EEE final year projects in 2025–2026. These technologies, combined with IoT-based monitoring using ESP32 and ThingSpeak, enable compelling, publication-worthy IEEE projects for final year EEE students in Bangalore.
EEE Projects Based on IoT & Power Generation
Current source inverters convert DC current into an AC current waveform, where magnitude, frequency and phase must all be precisely controlled. AC frequency converters enable variable-speed drives for pumps, fans and compressors — key applications in industrial energy efficiency projects for EEE. IoT integration — using ESP32, Raspberry Pi and cloud dashboards — adds real-time visibility to power generation and consumption data, enabling smart energy auditing and demand-response projects for final year EEE BTech and MTech students.
EEE Projects Based on Power Electronics — DC-AC Converters
DC-to-AC power conversion relies on fully controllable semiconductor power switches — MOSFETs, IGBTs and SiC devices — to synthesise AC waveforms of the desired voltage, frequency and phase. PWM techniques such as SPWM, SVPWM and carrier-based modulation are fundamental to all modern inverter EEE projects. These techniques are simulated in PSIM and MATLAB Simulink, then validated on hardware inverter kits — providing complete IEEE project implementations for EEE final year students at all Bangalore universities.
EEE Projects Based on IoT — Smart Grid & Energy Management
IoT-based EEE projects integrate smart energy meters, wireless sensor networks and cloud platforms to create intelligent power monitoring and control systems. Using ESP32, LoRa, MQTT and platforms like ThingSpeak and AWS IoT, students build complete systems for real-time grid monitoring, predictive maintenance of transformers, EV charging station management and demand-side energy optimisation — among the most cited IEEE project areas for EEE final year students in Bangalore in 2025–2026.
Power Electronics Projects for BTech — Mini & Major
For lower-power requirements, DC-DC boost and buck-boost converters are widely used in portable EEE BTech projects. Historical vibrator power supplies, later replaced by transistor oscillators and modern switch-mode converters, illustrate the evolution of power electronics — from DC-to-AC conversion with mechanical switches to today's SiC-based converters operating at hundreds of kilohertz. BTech students can implement these concepts using Arduino, MPLAB and PSIM simulation tools for complete IEEE EEE mini and major project packages.
EEE Projects for Diploma Students — Agriculture & Renewable
Efficiency improvements in DC-DC converters since the late 1980s — driven by power FETs with lower switching losses and synchronous rectification replacing flywheel diodes — have enabled low-cost, high-efficiency solutions ideal for diploma-level EEE projects. Agriculture-based EEE projects using solar-powered pump controllers, automatic irrigation systems and soil moisture sensors provide affordable, practical implementations for diploma EEE students, with complete hardware kits and MATLAB simulation support available at our Bangalore project centre.
EEE Projects Based on Power Generation — Bidirectional Converters
Bidirectional DC-DC converters are essential for regenerative braking in electric vehicles and Vehicle-to-Grid (V2G) energy exchange — among the most impactful IEEE EEE project topics for 2025–2026. Power is supplied to the wheels while driving, then recovered during braking, improving overall energy efficiency. Most DC-DC converter topologies can be made bidirectional by replacing diodes with independently controlled active rectification — a concept central to EV power electronics projects for MTech engineers at Bangalore universities.
Electrical & Electronic Units Reference Table
Essential EEE unit symbols and quantities for viva preparation and project reports — power electronics, electromagnetic and signal quantities.
| Unit Name | Symbol | Quantity |
|---|---|---|
| Ampere (amp) | A | Electric current (I) |
| Volt | V | Voltage (V, E) · Electromotive force (E) · Potential difference (Δφ) |
| Ohm | Ω | Resistance (R) |
| Watt | W | Electric power (P) |
| Decibel-milliwatt | dBm | Electric power (P) |
| Decibel-Watt | dBW | Electric power (P) |
| Volt-Ampere-Reactive | var | Reactive power (Q) |
| Volt-Ampere | VA | Apparent power (S) |
| Farad | F | Capacitance (C) |
| Henry | H | Inductance (L) |
| Siemens / mho | S | Conductance (G) |
| Ohm-meter | Ω·m | Resistivity (ρ) |
| Siemens per meter | S/m | Conductivity (σ) |
| Volts per meter | V/m | Electric field (E) |
| Newtons per coulomb | N/C | Electric field (E) |
| Volt-meter | V·m | Electric flux (Φe) |
| Tesla | T | Magnetic field (B) |
| Gauss | G | Magnetic field (B) |
| Weber | Wb | Magnetic flux (Φm) |
| Hertz | Hz | Frequency (f) |
| Seconds | s | Time (t) |
| Meter / metre | m | Length (l) |
| Square-meter | m2 | Area (A) |
| Decibel | dB | Power / amplitude ratio |
| Parts per million | ppm | Impurity concentration |
Projects at Bangalore — Complete EEE Engineering Project Support
Projects at Bangalore offers Final Year students Engineering projects — ME projects, M.Tech projects, BE Projects, B.Tech Projects, Diploma Projects, Electronics Projects, ECE Projects, EEE Projects, Mechanical projects, Bio-Medical Projects, Telecommunication Projects, Instrumentation Projects, Software Projects — MCA Projects, M.Sc Projects, BCA Projects, B.Sc Projects, Science Exhibition Kits, IEEE projects for EEE, Seminars, Presentations, Reports and so on. Our Bangalore lab has been serving students since 2004 with MATLAB Simulink simulation files, hardware kits, circuit diagrams, IEEE base papers, project reports and viva support for all EEE and Power Electronics project topics. Contact: +91 95919 12372
Frequently Asked Questions — EEE Projects Bangalore
Everything engineering students need to know about our IEEE 2025–2026 EEE and Power Electronics projects in Bangalore.
Project Lab Gallery — Bangalore
A look inside our EEE and Power Electronics project lab — MATLAB/Simulink setups, LabVIEW interfaces, hardware inverter kits, motor drive benches, solar PV test rigs and IoT energy monitoring systems for BE, MTech and Diploma scholars in Bangalore.
MATLAB / Simulink Lab
LabVIEW Power Monitoring
Inverter Hardware Kit
Motor Drive Demo
Smart Energy Meter
IoT Smart Grid Setup
Digital Controller Lab
Fuzzy Power Controller
Solar PV Test Rig
EV Battery Management