New Electronics and Electrical Projects for Engineering Students

New Electronics and Electrical
Projects for Engineering Students

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New Electronics and Electrical Projects for
Engineering Students
Introduction:
 An Engineer must have the skills like developing, designing, testing and
maintaining the electrical and electronic equipments. 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.
 An engineering student must acquire more practical knowledge and
practice through a pragmatic learning approach by means of project work
such as mini project and main project. These are usually included as a part
of their curriculum. Thus, this article discusses some new mini projects for
engineering students in 2014- 2015.

Electronics Mini Projects For Engineering Students:
 A Digital Slate for the Next Generation Primary School Children that uses
Touchscreen Technology.
 GSM Technology based Industrial Monitoring and Controlling system
with Auto Fencing Alerts.
 A Border Alert Method for Fisherman with a boat Speedometer that Uses
GPS Technology.
 A Dual Tone Multi Frequency Based Manless Boat Control for Ocean
Research Applications.
 Implementation of SCADA System for Industrial Applications with Fence
Security System Using GSM Technology.

 Smartphone based Speed and Direction Controller of Electric DC Motor.
 Water Pump Controller Using a Timer and Level Sensor
 Implementation of Automatic Gate Controller and Vehicles Counter in
Corporate Companies
 An Electrical Equipment Access Control System that Uses Integrated Chip
 Zigbee Wireless Technology based Monitoring and Alarm System

 Designing of Anti-Theft Control System by Using Embedded System
 Pyroelectric Infrared Sensor based Design and Implementation of Security
System Using Microcontroller
 IR Sensor based Car Parking Guard Circuit
 Automatic Vending System for Milk Booths Based on FPRS.
 Designing and Implementation of 8051 Microcontroller Based Digital
Code Lock System with Alarm

 Designing and Implementation of a Sigma-Delta Based ADC for a GSM
Receiver
 Universal Computing for Smart Classrooms Embedded with
Nanotechnology Services
 Voice Communication System Based on Laser LED
 Designing and Implementation of Haptic Interface System for the
Disabled Individuals
 Wireless Communication Using Log Periodic Dipole Antenna.

 PC based Moving Message Display Using AT89C52 Microcontroller.
 Efficient Algorithms based Multilevel Power Estimation of VLSI Circuits
 ADC Microcontroller Based Voice Recorder
 Implementation of Rotating Electromagnetic Fields for Crack Detection in
Railway Tracks
 Designing of Analog-to- Digital Converter for Non Unifrom Quantization

 RFID and GSM Technology Based Acoustic Camera Positioning with Pan
Zoom
 Microcontroller Based Speed Factory Autoamted Checkpoint Log System
for Bike Races
 PWM and Single Phase Controlled Rectifier based Harmonic Analysis of
Separately Excited DC Motor Drives
 Designing and Fabrication Process of 8- Element Micro Strip Patch
Antenna
 AT89S52 Microcontroller Based Advanced User Controlled Roof Top
Antenna Signal Tracking System

 Zigbee Communication based Advanced Railway Track Fault Detection
System by Using Remote Station Messaging System.
 Energy Generation System for Emergency Headlamp Applications for
Mining Workers and Engineers who Work Underground and in Dark
Conditions
 8051 Microcontroller Based Turbidity Meter
 RF Technology Based Automatic Speed Regulation Vehicles by Using
Speed Zones
 Implementation of Real Time Universal Digital Clock Using GPS
Technology

 RF Technology based Design of User Friendly Paper Presentation Control
System by Using a Laser Light Pointer
 Wireless Technology Based Innovative Hidden Things Locator System
 Touch Screen based Designing of Electric Shock Proof System for
Controlling Electrical Appliances
 Real-Time Clock and I2C Protocol Based Electronic Calendar by using
8051 Microcontroller
 Smart Card based Advanced Train Ticketing System

 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.
Electrical Mini Projects For Engineering Students:

 Full Wave Converter based Designing of Controlled Voltage Regulator
 Microcontroller based Single Phase Sine Wave PWM H-bridge Inverter
 Implementation of Three Phase Load Safety with Phase fault Detection by
using 8051 Microcontroller
 GSM Technology based Power Theft Indicator with Load Shedding
capability of a Transformer
 Static Synchronous Series Comparator based Power System Stability
Enhancement

 Artificial Neural Networks based Facts Controllers for Balance
Distributed Systems
 Zigbee and SCADA Based Intelligent Control of Squirrel Cage Induction
Motor with Microcontroller
 Direct Torque Control based on SVM with Adaptive Stator Flux
Obserever for Induction Motors
 Two Parallel Single-Phase Rectifiers by Using Single-Phase to Three-
Phase Drive Systems
 SVM Based Control Strategy for Three Phase Voltage Source Pulse Width
Modulation Rectifier

 Nine IGBTs Based Novel Three-Phase Three Lag AC/AC Converter.
 Designing and Implementation of a Current Source Converter for
Industrial Applications of D-STATCOM
 Automatic Power Factor for Harmonic Voltage Resonance Suppression in
Distributed Systems
 D-STATCOM based Power Quality Enhancement in Distribution System.
 Designing of a Controller for Permanent Magnet Synchronous Motor

 Improving Power System Stability Using Energy Storage with a Fuzzy
Logic Controller
 Designing and Control of DC-Bus for a Single-Phase Grid-Connected
Renewable Converter with a Small Energy Storage Component
 An Improved Buck Power-Factor-Correction Converter with a High-
Power-Factor
 A Mode Switching Control Designing for Fast Positioning of Servo
Systems by Using PMSM
 Designing and Implementation of a Solar- PVFed-FPGA-Based Closed-
Loop-Control Bi-Directional DC-DC Converter

 Implementation of Three-Phase Power-Factor Monitoring System by
Using a DSPIC
 Peak Current Mode Control with Digital Slope Compensation by Using
Microcontroller
 Motor Protection System by Using a Programmable Logic Controller
 Intelligent Controller Based Mathematical Modeling and Speed Control of
a Sensored Brushless DC Motor
 GSM Technology Based Speed Control of Thread Roller’s AC Motor in
Spinning Mills by SMS

 BLDC Motor Control Using Four Switch Three-Phase Converter without
Sensor
 Wireless Power Theft Monitoring and Indication at Local Substations with
an Automatic Circuit Breaker System
 SMS Alerts Based Industrial Security System Using Smoke, LPG Gas and
Fire Sensors
 Designing and Construction of SCADA Systems for Real-Time Electrical
Parameter Controlling and Monitoring
 Three-phase Automatic Irrigation Water Pump Controller for Illiterates by
Using Dual GSM Modems.

 Designing of High Efficiency Inverter for Hybrid Power Generation Using
Hydel,Solar and Wind
 A Direct Drive Grid Connected Wind Energy System with Super-
Capacitor Energy Storage and STATCOM
 Transmission Line Cut Identifier by Using Wireless Microcontroller
 Wireless PC Based Load Control of Active Current Device
 Sprinkler Control and Moisture Sensor Based Construction of Self
Activated Irrigation Water Control System

 Touch screen Based Advanced Steel Industry Oven Temperature
Monitoring and Control System
 Monitoring and Controlling of Power Distribution System Using Radio
Frequency Technology
 RF Based Industrial Automation
 8051 Microcontroller based Intelligent Lighting System at Metro Railway
Stations
 Touch Screen Based Industrial Electrical Devices Control System

Conclusion:
 These list of titles both ECE mini projects and EEE projects are advanced
technologies. This list of ECE mini projects used in different applications
and electrical projects by the engineering students will be mostly
applicable in industrial applications.

New Electronics and Electrical Projects for Engineering Students

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