ECE and EEE Mini Projects for Engineering Students

An Engineer must-have skills like developing, designing, testing, and maintaining the electrical and electronic equipment. In order to gain these skills students must equip themselves with sufficient knowledge of practical as well as theoretical topics. During the four academic years engineering students gain more theoretical knowledge and concepts, but very less practical knowledge in spite of actively participating in practical labs. Therefore an engineering student must acquire more practical knowledge and practice through a pragmatic learning approach by means of PROJECT WORKs such as MINI PROJECT and MAIN PROJECT. These are usually included as a part of their curriculum. Thus, this article discusses some new ECE and EEE mini projects for engineering students. This ECE and EEE mini projects are very helpful for diploma and final year engineering students

ECE and EEE Mini Projects for Electronics and Electrical Students

The list of  ECE and EEE mini projects for engineering students is discussed below. The ECE Mini Projects for Engineering Students are discussed below.

ECE and EEE Mini Projects
ECE and EEE Mini Projects

The following list includes some ECE mini projects for engineering students that use different types of advanced technologies like Android, GSM, GPS, Touch Screen, and other technologies. This list will be useful for both the third and final year students to gain some academic credentials based on the major and minor projects. The list given below has some low- cost- mini projects for the ECE engineering students of all semesters.

ECE Mini Projects for Engineering Students
ECE Mini Projects for Engineering Students

A Digital Slate for the Next Generation Primary School Children that uses Touch Screen Technology

This project is used to implement an embedded system that is used as a slate for the upcoming generation of kids. This project can be designed with 8051 microcontrollers based on the At89s52 developed board. This board is interfaced through an LCD and touch screen panel for exhibiting the characters separately.

GSM Technology-based Industrial Monitoring and controlling system with Auto Fencing Alerts

At present, security is the main problem in everywhere. At present, home and industrial automation are approximately standardized. In this project, the standards can be increased by designing a security system for home as well as industrial automation. This project can be built with the simple hardware that allows each user to utilize this home security system using Gas, PIR, Smoke & failure detector of the main fuse at industries and home.

A Border Alert Method for Fisherman with a boat Speedometer that Uses GPS Technology

This project is used to implement a meter reading system automatically with GSM. The signals can be broadcasted by using GPS from satellite to provide longitude, latitude & altitude locations with an exact time. GPS receivers give navigation, timing & consistent position to the users anywhere and anytime.
This project is mainly used for providing the location of the fishermen while they are traveling on a boat for fishing. The proposed system uses a microcontroller & a GPS modem. The GPS data can be tracked continuously by interfacing with the microcontroller. After that, the controller transmits the data through an LCD.

A Dual Tone Multi-Frequency Based Boat Control for Ocean Research Applications

The main aim of this project is to control the boat using DTMF technology. DTMF is a wireless technology and it can be mobilized as well as controlled easily. This project uses a preprogrammed microcontroller which is used to control the module inputs & outputs which are connected to it.

This project works with two DC Motors where these motors will generate torque from DC power provided to the motor with the help of immobile permanent magnets, internal commutation & rotary electrical magnets. This microcontroller is interfaced through the DTMF decoder for controlling the boat direction. In this project, an LED indicator is used to indicate the motor status whether that is ON or OFF in case of directions. The mobile phone works like a remote control.

Implementation of SCADA System for Industrial Applications with Fence Security System Using GSM Technology

This proposed system is used to get the electrical parameters like current, frequency, and voltage. These parameters can be transmitted through the GSM network using temperature at the power station. IR sensor sends an alert to the concern person mobile once an unauthorized person crosses the limits. This project is also to protect the electrical circuitry using an Electromagnetic Relay. Once the parameters go beyond the fixed values then the relay will be turned ON

In this project, the main function of the relay is to activate a circuit breaker to deactivate the main supply. This project uses a pre-programmed microcontroller to communicate efficiently using different sensors. This controller includes an internal memory for holding the program. This internal memory is mainly used for dumping assembly instructions within the microcontroller. This microcontroller mainly works on these instructions because it is programmed in Embedded C language.

Smart Phone based Speed and Direction Controller of Electric DC Motor

At present, wireless communication plays a key role due to less cost and efficiency more as compared with wired ones. The data transmission can be done using electromagnetic waves because these waves are not influenced by weather conditions. We know that most of the motors in every industry play a key role whereas in-home, motors play a normal role.

By using this project, the motor can be operated wirelessly using Bluetooth like rotation and direction. An android based mobile phone is used to control the motor operations which includes a medium of Bluetooth connectivity.

Implementation of Automatic Gate Controller and Vehicles Counter in Corporate Companies

The main intention of this project is to calculate the vehicles which are allowing into the Industry. Once the vehicle enters the building then the gate will automatically be closed. In this project, IR sensors are used to count the vehicles. Once the vehicle enters the gate, infrared rays will be transmitted to the receiver pin of the microcontroller to count the vehicles continuously based on the signals of the sensor. The stepper motor is used for the opening and closing of the gate based on the sensor signals.

Some more ECE Mini Project Ideas are listed below.

  1. Water Pump Controller Using a Timer and Level Sensor
  2. An Electrical Equipment Access Control System that Uses Integrated Chip
  3. Zigbee wireless technology-based Monitoring and Alarm System
  4. Designing of Anti-Theft Control System by Using Embedded System
  5. Pyroelectric Infrared Sensor based Design and Implementation of Security System Using Microcontroller
  6. IR Sensor-based Car Parking Guard Circuit
  7. Automatic Vending System for Milk Booths Based on FPRS.
  8. Designing and Implementation of 8051 Microcontroller Based Digital Code Lock System with Alarm
  9. Designing and Implementation of a Sigma-Delta Based ADC for a GSM Receiver
  10. Universal Computing for Smart Classrooms Embedded with Nanotechnology Services
  11. Voice Communication System Based on Laser LED
  12. Designing and Implementation of Haptic Interface System for the Disabled Individuals
  13. Wireless Communication Using Log Periodic Dipole Antenna.
  14. PC based Moving Message Display Using AT89C52 Microcontroller.
  15. Efficient Algorithms based Multilevel Power Estimation of VLSI Circuits
  16. ADC Microcontroller Based Voice Recorder
  17. Implementation of Rotating Electromagnetic Fields for Crack Detection in Railway Tracks
  18. Designing of Analog-to-Digital Converter for Non-Unifrom Quantization
  19. RFID and GSM Technology Based Acoustic Camera Positioning with Pan Zoom
  20. Microcontroller Based Speed Factory Automated Checkpoint Log System for Bike Races
  21. PWM and Single Phase Controlled Rectifier based Harmonic Analysis of Separately Excited DC Motor Drives
  22. Designing and Fabrication Process of 8- Element Micro Strip Patch Antenna
  23. AT89S52 Microcontroller Based Advanced User Controlled Roof Top Antenna Signal Tracking System
  24. Zigbee Communication based Advanced Railway Track Fault Detection System by Using Remote Station Messaging System.
  25. Energy Generation System for Emergency Headlamp Applications for Mining Workers and Engineers who Work Underground and in Dark Conditions
  26. 8051 Microcontroller Based Turbidity Meter
  27. RF Technology-Based Automatic Speed Regulation Vehicles by Using Speed Zones
  28. Implementation of Real-Time Universal Digital Clock Using GPS Technology
  29. RF Technology-based Design of User-Friendly Paper Presentation Control System by Using a Laser Light Pointer
  30. Wireless Technology-Based Innovative Hidden Things Locator System
  31. Touch Screen based Designing of Electric Shock Proof System for Controlling Electrical Appliances
  32. Real-Time Clock and I2C Protocol Based Electronic Calendar by using 8051 Microcontroller
  33. Smart Card based Advanced Train Ticketing System

The EEE Mini Projects for Engineering Students are discussed below.

Here the list provided consists of a few advanced electrical mini projects for engineering students, which includes different advanced topics like AFPC, SVM, and other power devices like IGBT, STATCOM, and Silicon Controlled Rectifiers, etc. So it is important for the students to concentrate on some mini projects and complete their academics in Engineering Discipline.

EEE Mini Projects
EEE Mini Projects

Touch Screen Based Electrical Devices Control System

The proposed system is developed based on the touch screen to control the home appliances. This project is used in colleges and industries. In this project, five relays and a single buzzer is used. This project is used to control the AC and DC devices. Touch screen technology is used that acts like a control panel for transmitting commands. These signals are transmitted through an RF wireless communication module.

Static Synchronous Series Comparator based Power System Stability Enhancement

This project is used to control and modulate the flow of power within a transmission line through an SSSC (Synchronous Static Series Compensator). In this project, SSSC is used to examine the device effect while controlling active powers, reactive powers & oscillations of damping power system within the transient mode.

In the DC link, SSSC and an energy source can be applied to supply otherwise absorb the active and reactive power from the line. The simulation of this project can be done using MATLAB or SIMULINK. The final results can be attained for preferred bus-2 within two engine power system that shows the compensator efficiency like one of the FACTS devices in controlling power flows, attaining the preferred value for the powers like active & reactive appropriately.

Automatic Power Factor Controller

This project is used to improve the PF (power factor) automatically once it falls down a fixed level. At present, electricity demand is increased and inductive loads are used in domestic and industrial applications. So low power factor mainly occurs because of these inductive loads within the power system.

Therefore, a method is implemented to improve the PF automatically namely automatic PF controller. This project gives the best solution for improving the power factor because less power factor can cause redundant load on transmission lines and power system. Once the PF is improved then the efficiency of the power system can be improved. So, the prototype of PF correction is designed using relays, PIC microcontroller, zero-crossing circuit, current and potential transformer.

Controlling & Monitoring of Power Stealing Detection using GSM

Power theft is a common issue especially in a country like India. Pollution is high and electricity users are very high. So every year, power theft is increasing across the connections of domestic electricity & industrial power supply. This can cause a very loss in different companies and load shedding problems can occur in rural areas. So to overcome this problem, detection of power stealing and its monitoring system is developed using GSM.

Automatic Power Factor for Harmonic Voltage Resonance Suppression in Distributed Systems

This project is used to implement a linearly and continuously controlled capacitive static VAR compensator for the correction of automatic PF for inductive single-phase loads in power system networks. The construction of a compensator can be done with a new adaptive current controller including TCR equipped and harmonic-suppressed.

The TCR with harmonic-suppressed is a new design that can be built with a TCR (thyristor controlled reactor) that is moved through a passive 3rd harmonic filter. Additionally, the parallel design is interfaced to an AC source through a series 1st harmonic filter.

This TCR is designed to inject the insignificant harmonic current components into the AC source. The compensator is connected with an adaptive current controller with a closed-loop, which reacts linearly to the demands of reactive current. The compensator’s operating losses with no load can be insignificant as compared with its current rating of capacitive reactive.

D-STATCOM based Power Quality Enhancement in Distribution System

The problem of power quality is an incidence that is visible like an abnormal current, voltage, and frequency that fails end-user equipment. Sensitive industrial loads, critical commercial operations & utility distribution networks suffer from different kinds of outages & service breaks can cause important financial losses.

This project improves the voltage sags as well as swell, low PF, and harmonic distortion using D-STATCOM (Distribution Static Compensator). This project works with VSC (Voltage Source Converter) principle that supplies a current to the system for lessening the voltage sags & swell to enhance harmonic distortion & low PF (power factor). The simulation of this project can be done through MATLAB SIMULINK.

Some more EEE Mini Project Ideas are listed below.

  1. Full Wave Converter based Designing of Controlled Voltage Regulator
  2. Microcontroller based Single Phase Sine Wave PWM H-bridge Inverter
  3. Implementation of Three-Phase Load Safety with Phase fault Detection by using 8051 Microcontroller
  4. GSM Technology based Power Theft Indicator with Load Shedding capability of a Transformer
  5. Artificial Neural Networks based Facts Controllers for Balance Distributed Systems
  6. Zigbee and SCADA Based Intelligent Control of Squirrel Cage Induction Motor with Microcontroller
  7. Direct Torque Control Based on SVM with Adaptive Stator Flux Observer for Induction Motors
  8. Two Parallel Single-Phase Rectifiers by Using Single-Phase to Three-Phase Drive Systems
  9. SVM Based Control Strategy for Three-Phase Voltage Source Pulse Width Modulation Rectifier
  10. Nine IGBTs Based Novel Three-Phase Three Lag AC/AC Converter.
  11. Designing and Implementation of a Current Source Converter for Industrial Applications of D-STATCOM
  12. Designing of a Controller for Permanent Magnet Synchronous Motor
  13. Improving Power System Stability Using Energy Storage with a Fuzzy Logic Controller
  14. Designing and Control of DC-Bus for a Single-Phase Grid-Connected Renewable Converter with a Small Energy Storage Component
  15. An Improved Buck Power-Factor-Correction Converter with a High-Power-Factor
  16. A Mode Switching Control Designing for Fast Positioning of Servo Systems by Using PMSM
  17. Designing and Implementation of a Solar- PVFed-FPGA-Based Closed-Loop-Control Bi-Directional DC-DC Converter
  18. Implementation of Three-Phase Power-Factor Monitoring System by Using a DSPIC
  19. Peak Current Mode Control with Digital Slope Compensation by Using Microcontroller
  20. Motor Protection System by Using a Programmable Logic Controller
  21. Intelligent Controller Based Mathematical Modeling and Speed Control of a Sensored Brushless DC Motor
  22. GSM Technology Based Speed Control of Thread Roller’s AC Motor in Spinning Mills by SMS
  23. BLDC Motor Control Using Four Switch Three-Phase Converter without Sensor
  24. Wireless Power Theft Monitoring and Indication at Local Substations with an Automatic Circuit Breaker System
  25. SMS Alerts Based Industrial Security System Using Smoke, LPG Gas, and Fire Sensors
  26. Designing and Construction of SCADA Systems for Real-Time Electrical Parameter Controlling and Monitoring
  27. Three-phase Automatic Irrigation Water Pump Controller for Illiterates by Using Dual GSM Modems.
  28. Designing of High-Efficiency Inverter for Hybrid Power Generation Using Hydel, Solar, and Wind
  29. A Direct Drive Grid Connected Wind Energy System with Super-Capacitor Energy Storage and STATCOM
  30. Transmission Line Cut Identifier by Using Wireless Microcontroller
  31. Wireless PC Based Load Control of Active Current Device
  32. Sprinkler Control and Moisture Sensor Based Construction of Self Activated Irrigation Water Control System
  33. Touch screen Based Advanced Steel Industry Oven Temperature Monitoring and Control System
  34. Monitoring and Controlling of Power Distribution System Using Radio Frequency Technology
  35. RF Based Industrial Automation
  36. 8051 Microcontroller based Intelligent Lighting System at Metro Railway Stations
  37. Touch Screen Based Industrial Electrical Devices Control System

This article has provided us a combined list of the latest both ECE and EEE mini projects that are based on advanced technologies. The list of ECE and EEE mini projects are used in different applications. Furthermore, for any help regarding these ECE and EEE mini projects, please contact us by commenting in the comment section given below.

Comments are closed.