Student engineering · Updated 2026-10-14
FYP Ideas 2026: 64 Final Year Project Ideas for Engineering Students in Pakistan.
64 project ideas for electrical, mechanical, mechatronics, computer science and civil students, with what to measure, difficulty and a rough parts budget for each.
A good final year project (FYP) starts with a real problem you can measure, not a gadget you want to build. Below are 64 FYP ideas for electrical, mechanical, mechatronics, computer science and civil engineering students in Pakistan. Each idea lists what you would measure at your defence, how hard it is, a rough parts budget and the core parts. Use the tables to shortlist three ideas, then test each one against the checklist at the end.
Electrical engineering FYP ideas
Electrical projects score well when a working circuit is backed by measurements against a reference instrument. For circuit-level detail, see the electrical engineering FYP guide.
| Idea | Measure | Difficulty | Budget | Core parts |
|---|---|---|---|---|
| Smart energy meter with automatic load shedding | Reading error vs a reference meter; load switched per tariff slot | Medium | A | ESP32, PZEM-004T, relays |
| 500 VA pure sine wave inverter with SPWM | THD and efficiency under resistive and motor loads | Hard | B | MOSFET H-bridge, IR2110 drivers, STM32, toroidal transformer |
| 48 V LiFePO4 battery management system for an e-bike | Cell balance spread; over-voltage and over-current trip times | Hard | B | BMS front-end IC, shunt, MOSFET disconnect, ESP32 |
| MPPT solar charge controller | Energy harvested vs a PWM controller on the same panel | Medium | A | Synchronous buck stage, current sensor, microcontroller |
| Distribution transformer health monitor | Oil temperature and load logged; alert latency over GSM | Medium | A | Temperature probes, CT sensors, SIM800 or 4G module |
| Underground cable fault locator | Distance-to-fault error on a test cable | Medium | A | Murray loop or pulse circuit, ADC, display |
| Automatic power factor correction panel | Power factor before and after correction | Medium | B | Capacitor bank, contactors, PF sensing circuit |
| Smart street-light controller | Energy saved vs fixed-schedule lights | Easy | A | LDR, PIR, LoRa or Wi-Fi node, LED driver |
| Electricity theft detection on a low-voltage feeder | Detection rate for simulated tapping | Medium | A | Current sensors at feeder and consumer, comparison logic |
| Wireless charging pad | Transfer efficiency vs coil distance and misalignment | Medium | A | Coils, resonant driver, rectifier |
| Solar, battery and grid priority controller for a home | Grid energy drawn per day vs a fixed changeover | Hard | B | Contactors, voltage and current sensing, controller |
| EV charging controller (AC, low power) | Correct pilot-signal states and safe shutdown on fault | Hard | B | Contactor, RCD, pilot circuit, microcontroller |
Mechanical engineering FYP ideas
Mechanical projects need a test rig and numbers, not just a fabricated part. The mechanical engineering FYP guide covers CAD, FEA and fabrication planning.
| Idea | Measure | Difficulty | Budget | Core parts |
|---|---|---|---|---|
| Solar-assisted dryer for mangoes or dates | Moisture removed per hour vs open-sun drying | Medium | B | Collector, drying chamber, fans, temperature and humidity sensors |
| Small wind turbine with 3D printed blades | Power curve against wind speed | Medium | B | Generator, printed blades, anemometer |
| Mango grading conveyor | Throughput and grading accuracy | Medium | B | Conveyor, load cells or camera, actuators |
| Evaporative cooler with improved pads | Outlet temperature drop and water use | Easy | A | Pads, fan, pump, sensors |
| Stair-climbing trolley or wheelchair | Load carried and climb time per step | Medium | B | Tri-star wheels, motor, frame (see the CAD walkthrough) |
| Compressed earth block press | Block density and compressive strength | Hard | C | Hydraulic jack or cylinder, mould, frame |
| Shell-and-tube heat exchanger test rig | Effectiveness vs flow rate | Medium | B | Exchanger, pumps, flow meters, thermocouples |
| Regenerative braking demonstrator | Energy recovered per braking cycle | Medium | B | Flywheel or wheel, motor-generator, supercapacitor |
| Biogas digester with gas monitoring | Gas yield per kg of feed | Medium | B | Digester tank, pressure and methane sensors |
| Plastic shredder and filament extruder | Filament diameter tolerance | Hard | C | Shredder blades, heated barrel, puller, diameter sensor |
| Hydraulic ram pump for irrigation | Delivery head vs flow | Easy | A | Pipes, waste and delivery valves, pressure vessel |
| Go-kart chassis with FEA validation | FEA stress vs strain-gauge readings | Hard | C | Steel tube frame, strain gauges, engine or motor |
Mechatronics and robotics FYP ideas
Robotics projects are judged on control performance: how accurately, repeatably and fast the system does its job. More detail is in the mechatronics FYP guide.
| Idea | Measure | Difficulty | Budget | Core parts |
|---|---|---|---|---|
| Self-balancing robot with PID control | Recovery time after a push; tilt error | Medium | A | IMU, motors with encoders, microcontroller (see the build guide) |
| Weed-detection spot-spraying rover | Detection accuracy and spray reduction vs blanket spraying | Hard | C | Raspberry Pi or Jetson, camera, YOLO model, solenoid nozzles |
| Delta robot for pick-and-place | Picks per minute and placement error | Hard | B | Three servos or steppers, vision camera, conveyor |
| SCARA arm for part sorting | Repeatability in mm | Hard | B | Steppers, belts, printed links, controller |
| Line-following AGV with RFID stations | Docking accuracy and load carried | Medium | A | IR array, RFID reader, motor driver |
| Rail-guided panel-cleaning robot | Area cleaned per minute; water used | Medium | B | Brush motor, drive motors, limit switches |
| Colour-sorting robotic arm with a camera | Sorting accuracy at a set rate | Medium | B | Servo arm, camera, OpenCV |
| Quadruped walking robot | Walking speed and stability on slopes | Hard | B | 12 servos, IMU, printed frame |
| Automated hydroponics controller | pH and EC held within target band | Medium | A | pH and EC probes, dosing pumps, controller |
| Pipe inspection crawler | Defects found in a test pipe | Medium | B | Tracked chassis, camera, lights |
| Small crop-spraying drone (demonstration) | Coverage per tank and flight time | Hard | D | Frame, flight controller, pump. Check drone-flying permission rules before outdoor tests. |
| Hand rehabilitation glove | Finger range of motion achieved | Medium | B | Servos or linear actuators, flex sensors |
Computer science and software engineering FYP ideas
Software projects stand out when they use local data and report clear evaluation metrics. The full list of 40 ideas is in final year project ideas for computer science; here are twelve.
| Idea | Measure | Difficulty | Budget | Core stack |
|---|---|---|---|---|
| Urdu and Roman Urdu support chatbot using your university's documents (RAG) | Answer accuracy on a test set of real questions | Medium | A | LLM API or open model, vector database, web app |
| Face-recognition attendance with liveness check | False accept and false reject rates | Medium | A | Python, face embedding model, camera |
| Crop disease detection app that works offline | Accuracy on photos from local fields | Medium | A | On-device model, Android app |
| Urdu misinformation detector | Precision and recall on labelled posts | Medium | A | Transformer model, labelled dataset |
| Traffic signal timing from CCTV vehicle counts | Simulated waiting time vs fixed timing | Hard | A | Object detection, traffic simulator |
| University timetable optimiser | Clashes removed; solve time | Medium | A | Constraint solver, web front end |
| Point-of-sale and e-invoicing app for small shops | Time per sale; stock accuracy | Medium | A | Mobile or web app, database |
| Fraud detection for mobile wallet transactions | Detection rate on a synthetic dataset | Medium | A | Gradient boosting or anomaly detection |
| Pakistan Sign Language recognition | Recognition accuracy per sign | Hard | A | Pose estimation, sequence model |
| Property price estimator for Pakistani cities | Prediction error on held-out listings | Medium | A | Regression models, public listing data (respect site terms) |
| AI agent that completes multi-step university admin tasks | Tasks completed correctly without help | Hard | A | LLM with tool calling, test environment |
| Blood donor matching app | Time to find a matching donor nearby | Easy | A | Mobile app, maps API, database |
Civil engineering FYP ideas
Civil projects usually rest on lab tests or field data. Plan specimen counts and test dates with your lab early, because curing takes 28 days.
| Idea | Measure | Difficulty | Budget | Core materials or tools |
|---|---|---|---|---|
| Paver blocks made with waste plastic | Compressive strength and water absorption | Medium | A | Shredded plastic, sand, moulds, compression test |
| Rice husk ash as partial cement replacement | Strength at 7 and 28 days vs control mix | Medium | A | Rice husk ash, cube moulds, testing machine |
| Structural health monitoring on a model bridge | Natural frequency shift after induced damage | Medium | A | Accelerometers, data logger, scale model |
| Rainwater harvesting design for a campus | Litres captured per year vs demand | Easy | A | Rainfall data, roof survey, storage design |
| Flood-resilient low-cost house for South Punjab or Sindh | Design flood level and cost per sq ft | Medium | A | Flood maps, raised plinth details, BOQ |
| Heat-reflective roof coatings | Roof and room temperature vs an uncoated roof | Easy | A | Coatings, temperature loggers |
| Traffic study and junction redesign in your city | Delay and queue length before vs after | Easy | A | Traffic counts, simulation software |
| Concrete with recycled aggregate | Strength and workability vs natural aggregate | Medium | A | Crushed demolition waste, cube moulds |
Cross-disciplinary ideas: agriculture, health and environment
| Idea | Measure | Difficulty | Budget | Core parts |
|---|---|---|---|---|
| Smart irrigation using soil moisture and weather forecasts | Water saved vs fixed schedule | Medium | A | Soil sensors, LoRa nodes, valve, forecast API |
| Cold storage monitor for vaccines or produce | Time to alert after a temperature breach | Easy | A | Temperature sensors, GSM or Wi-Fi, backup battery |
| Low-cost patient vital-signs monitor (teaching demo, not for diagnosis) | Readings vs a clinical device | Medium | A | Pulse oximeter and ECG modules, display |
| Livestock health collar | Illness flagged from activity and temperature changes | Medium | A | Accelerometer, temperature sensor, LoRa |
| Grain silo aeration and pest monitoring | Hot spots detected; fan run time | Medium | A | CO2, temperature and humidity probes, fans |
| Prepaid water meter for a housing society | Metering error; cut-off on zero balance | Medium | A | Flow sensor, solenoid valve, app |
| PM2.5 sensor network for smog season | Readings vs a reference station | Easy | A | PM sensors, Wi-Fi nodes, dashboard |
| Fish pond aerator with dissolved-oxygen control | Oxygen held above target; energy used | Medium | B | DO sensor, aerator, controller |
How to choose from this list
Shortlist three ideas and score each one against these five questions. Drop any idea that fails two of them.
- Is the problem real? Can you name a farmer, factory, hospital or office in your city that has it? A visit or a short interview gives you a problem statement examiners believe.
- Can you measure success? Write one number you will report at the defence, such as "detects 90% of weeds in test photos" or "cuts grid energy use by 20%".
- Are the parts available? Check that every critical sensor and module is in stock in Pakistan, and note a second option for each. Imported parts can take weeks to clear customs.
- Does it fit two semesters? Aim to have a working bench prototype by the mid-term evaluation. If the first prototype needs more than four months, cut the scope.
- Does it use your degree? An electrical project should include circuit design, and a computer science project should include real software engineering, not only hardware assembly.
Once you have picked an idea, the next steps are a clear proposal, a two-semester build plan and a testing plan. Students who need fabrication help can use PakMEC's FYP development support for CAD, PCB design, 3D printed parts and laser-cut frames, while keeping the engineering work your own.
Funding for your FYP
Ignite's National Grassroots ICT Research Initiative (NGIRI) has funded selected final year projects in ICT-related programmes. Its 2023–24 round offered up to PKR 96,800 per project, with applications open from February to May (2023–24 terms). Check ignite.org.pk and your university's ORIC office for the current round. Some industry partners also sponsor projects that solve their own problems, so ask the companies you interview.
Frequently asked questions
What is a good FYP idea for electrical engineering in 2026?
Energy projects remain strong in Pakistan: smart meters with load shedding, MPPT charge controllers, battery management systems and solar-battery-grid controllers. Pick one where you can compare your system against a reference meter or a standard product.
How much does an FYP cost in Pakistan?
Most of the ideas above fit in band A (under PKR 25,000) or band B (PKR 25,000 to 75,000) for parts. Projects with LiDAR, Jetson boards, hydraulics or drones can exceed PKR 150,000. Add 15 to 20% for spares and failed parts.
Can students from different departments work on one FYP?
Yes, if your university allows it. Each student must still show work from their own discipline, so agree early who owns the circuits, the mechanics and the software.
When should I choose my FYP topic?
Most universities ask for proposals in the first weeks of the seventh semester. Start shortlisting ideas during the sixth semester so you have time to check part availability and find a supervisor.
Need help with the next step?
Need Engineering FYP Kits, Components, or Prototyping Support?
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