PROJECT LABORATORY

DEPARTMENT NAME OF THE SUBJECT WITH COURSE CODE SYLLABUS (NEW/OLD) YEAR & SEMESTER
EE Project stage-l (PW-EE-781) NEW 4th year 7th Sem
EE Project stage-II (PW-EE-881) NEW 4th year 8th Sem
Objective:

Students will able to perceive and organize no of ideas in electrical system to meet the societal needs

  1. Understanding Concepts: Reinforcing theoretical knowledge by applying it to practical scenarios, helping students understand the concepts of various electrical quantities and measuring devices.
  2. Skill Development: Developing practical skills in designing, analysing, and implementation of various electrical quantities.
  3. Experimental Validation: Validating theoretical concepts through experimentation, allowing students to observe real-world behaviours and phenomena in Electrical Engineering field.
  4. Troubleshooting: Developing problem-solving abilities by troubleshooting and diagnosing faults in various electrical circuits.
  5. Safety Awareness: Instilling a strong sense of safety protocols and practices when working with high-power electrical circuits.
  6. Project Work: Providing opportunities for students to work on projects that involve the design, simulation, and implementation of Electrical quantities.
  7. Integration with Industry: Bridging the gap between academia and industry by exposing students to state-of-the-art equipment and technologies used in Electrical Engineering field.
Course outcome: After completion of this course, the learners will able to:
  1. Function the job in a group
  2. Identify real time challenges as per society needs.
  3. Survey the assigned topic from various sources and choose different modelling and designing Techniques related to latest trends.
  4. Organize the ideas in fruitful manners to simplify the challenges
PROJECT LIST :
AY-2021-22 AY-2022-23 AY-2023-24 AY-2024-25
Spatula type automatic stirring Device for cooking E-Nose Portable Bluetooth printer Analysis of low induction rotors for increased power productions.
Hydrator Smart Dustbin with IOT notification GSM based Industrial Protection system Air and water pollution sensing Smart-watch.
Sensitized smart compact gardening system Wearable Oscilloscope smart watch E-Bike GSM based distribution transformer monitoring system.
Speed measurement of a dc fan using IR transmitter and receiver IOT Air and sound pollution Monitoring system IOT Based Smart Agriculture Soil moisture context determination by means of electromagnetic spectrum
Ac Lamp control using video signal Automated Elevator with Overload Alert Gesture control Bicycle Indicator Gloves Automatic indoor hydroponic plant grow pot.
Solar Powered Automatic irrigated system Ultrasonic glasses for Blind Vehicle Theft Detection and Remote Engine Locking Forecasting the cost of electricity generated by wind turbines.
Power Meter Billing with Load control using GSM Digital Car Indicator using Accelerometer Cleaning Robot Efficient power manager
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E-NOSE

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3-PHASE AC LAMP CONTROL METHOD

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SPEED CONTROL OF E- BYKE

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WEARABLE OSCILLOSCPE SMART WATCH

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ULTRASONIC BASED GLASSES FOR BLIND

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IOT BASED SMART DUSTBIN