Mini & Major Project Work for ECE Department Domain List

Mini & Major Project Work  and Innovative idea Project work for ECE Department Domain-Topic.

The fields for ECE engineering projects are listed below. You can choose any one of the technology on which you want to work on or you are interested in.

• Embedded-Systems
• GPS | GSM Projects
• IOT-Internet of Things
• VLSI Design
• MATLAB Image Processing
• Power system
• Raspberry Pi
• RF | Bluetooth | Zigbee | WiFi
• Robotics | Mechatronics
• Smart Card & Biometric Fingerprint
• Solar Energy Based Projects

SELECT ABOVE DOMAIN AND COMMENT AND CHECK BELOW TOPICS AND ADDITIONAL INFORMATION

VLSI Project

• High-Speed Low-Complexity Reed-Solomon Decoder: This project demonstrates the low complexity and high speed Reed-Solomon decoder using Pipelined Berlekamp-Massey Algorithm and its folded architecture with CMOS technology. This RS decoder is modeled and simulated in verilog HDL to verify its functionality.
• FM Radio Receiver with Digital Demodulation: In this project, a simple demodulator circuit is designed using phase lock loop method on FPGA. This demodulating of FM signals is carried out using VHDL code.
• Implementation of High-Speed Pipeline VLSI Architectures: The main objective of this project is to design high speed and efficient pipeline architectures for the computations of 2D and 1D discrete wavelet transform by minimizing number of clock cycles and operating frequency for performing DWT computations.
• Design of Phase Frequency Detector and Charge Pump for High Frequency PLL: This project implements the new phase frequency detector and charge pump using cadence 0.18 micrometer CMOS process. This can be used for low power and high speed applications such as low jitter applications.
• Design of Cache Memory with Cache Controller Using VHDL: The main aim of this project is to design FPGA based cache memory for detecting the cache miss and also to implement a cache controller for tracking the cache miss in cache memory. This design is performed by mixed style of modeling in VHDL.
• An On Chip Design for Prepaid Electricity Billing System: The purpose of this circuit design is to implement an advanced and highly reliable prepaid electronic energy meter using VLSI technology. This VLSI design is implemented by ASIC design by modeling and simulating in this project.
• High Speed Network Devices Using SRL16 Reconfigurable Content Addressable Memory (RCAM): In this project, SRL16 Content Addressable Memory (CAM) unit is designed by using VHDL and FPGA technique. Compared with the traditional CAM design methods, this design gives better results in terms of parallel and fast search capabilities.
• IP-SRAM Architecture at Deep Submicron CMOS Technology : This project reduces the power dissipation in VLSI circuits by designing new SRAM architecture with IP-SRAM technique. This architecture is designed using 180nm technology.
• Glitch free NAND based Digitally Controlled Delay Line for Spread Spectrum Clock Generator: The objective of this project is to avoid the glitch problem in conventional NAND based digital control delay lines (DLDL). This project deals with the implementation of glitch free NAND based DCDL on SSGC (Spread Spectrum Clock Generator).
• Performance Analysis of Different Bit Carry Look Ahead Adder Using VHDL Environment : This project aims to design, simulate, test and implement different bit Carry Look Ahead (CLA) adder based on VHDL and to compare their results. In this 4, 8 and 16-bit CLA adders are implemented using VHDL and simulated using Modelsim software.
• High speed VLSI implementation of 256-bit Parallel Prefix Adders: This project present the new approach for the redesign of parallel prefix adders with 128 width operands of different parallel adders on Xilink Sprtan FPGA. This VLSI based design gives better performance than that of conventional adders.
• FPGA Implementation of Mutual Authentication Protocol using Modular Arithmetic: This project aims to design hardware efficient protocol for RFID system by implementing tag-reader mutual authentication scheme which is more secure for external attacks and also consumes less logic elements. This is designed by VHDL and simulated in Xilink simulator.
• Design of Data Link Layer using Wi-Fi MAC Protocols: The main aim of this project is to design the MAC layer of IEEE 802.11 standard which is mainly used for Wi-Fi communication products. This Wi-Fi transmitter is designed and simulated using VHDL and simulator respectively.
• Implementation of Overlap based Logic cell and Its Power Analysis: This project improves the static power consumption in CMOS technology by clock overlap-based logic. This project implements a new architecture of dynamic/static edge triggered flip-flops with the overlap logic.
• Low Power 3-2 and 4-2 Adder Compressors Implemented Using ASTRAN: This project demonstrates the two adder compressor architectures which are used to implement multipliers and FFTs. This project deals with the combined implementation of these two adders at logic, electrical and physical levels.
• FPGA Implementation of UTMI and Protocol Layer for USB 2.0: This projects implements the USB 2.0 Macrocell Transceiver Interface (UTMI) and protocol layer of USB core on FPGA by using VHDL code and Xilink software. This design can perform error detection, data encoding and decoding operations in an efficient way.
• Review of 5 stage Pipelined Architecture of 8-Bit Pico Processor: This project demonstrates the increased performance of 8-bit Pico processor by implementing pipelining technique. This 8-bit Pico processor is used for small embedded applications and also used for educational purpose.
• Design of On-Chip Bus OCP Protocol with Bus Functionalities: This project implements the Open Core Protocol (OCP) using VHDL for providing the lossless communication. This design provides bus functionalities like burst transactions, simple transactions, out-of-order transactions and pipelined transactions.
• FPGA Implementation of Controller Design for Remote Sensing Systems: In this project, a controller is designed for remote monitoring and remote sensing system that can be communicated through GSM network. This design is performed by VHDL and implemented on FPGA hardware.
• Test Pattern Generation Using BIST Schemes: This project generates the different test patterns using Built-In Set-Test schemes by a class of MISC (Multiple Single Input Change) sequences. This design is carried by VHDL and test patterns are simulated in Modelsim.
• A Design Technique for Faster Dadda Multiplier: The main aim of this project is to achieve the faster multiplication by combining two design techniques; partitioning of the partial products and adding them using hybrid adder. Based on this design, 8, 16, 32 and 64-bit Dadda multipliers are implemented.
• An Efficient Retouched Bloom Filter Based Word-Matching Stage Of BLASTN: This project implements the new algorithm for Retouched Boom Filter for genomic sequence database scanning based on FPGA architecture. This architecture accelerates the word matching stage of BLASTN which is a bio-sequence search tool.
• VLSI Implementation of Single Cycle Access Structure for Logic Test in FPGA Technology: This project implements an FPGA based new test structure for single cycle access test by proposing priority encoder in the structure to speed up the execution process. This design is developed using VHDL code, simulated in Modelsim and synthesized in Xilink software.
• Design of accumulator Based 3-Weight Pattern Generation using LP-LSFR: This project aims to generate weighted patters without changing the structure of adder by Ex-Oring counter and gray code generator with seed generated by the low power linear feedback shift register (LP-LSFR).

Dsp Based Projects on,

ADSP2105 Based development system

Voice compression using ADSP2105

3D image generation using ADSP2105

Digital Filter implementation

Digital Function Generator with PC interface

Digital Control system for level process

PC based ECG monitoring system

PC to PC Wireless Communication

Controlling of home appliance using PC printer port

Displacement Measurement using LVDT

Embedded System Design

PC programmable Industrial PLC System usingAT89C51Microcontroller

Digital PID Controller using AT89C52 Microcontroller

Temperature scanner and data logger using Microcontroller

Datalogger with voice & tiny motor control

Programmer for ATMEL Microcontrollers with PC Serial Interface

Development system for 51 family Microcontroller

Electronic Screw gauge using LVDT

Automatic water level controller

Temperature measurement and control using PID algorith

Temperature measurement and ON/OFF control with voice enunciation

Speed measurement and control of Universal motor (PID algorithm)

Digital weighing machine

Efficiency Detector for Relay and Circuit breaker
P
IR Remote control for electrical home appliances

PC to Printer (RF) Wireless Communication

Intelligent Fire Fighting system

Interactive Voice Response system

Burglar Alarm with telephone Line Interface

Remote controlling of home appliance thru telephone line

Wireless data Modem (PC to Microcontroller Interface)

Wireless Automated Guided Vehicle

RF access system

Micro controller based Frequency meter

Micro controller based Object counter

Wireless Datalogger

Wireless (RF) PID control system for Temperature Process

Wireless (RF) PID control system for speed control of motor

1. Embedded Systems

Embedded systems is a field where software meets hardware. The importance of embedded systems is constantly increasing as we put miniature computers into all sorts of systems (Signboards, Authentication systems, Pacemaker, Wearables). Almost all devices which we use in our day-to-day life involve electronics and micro-controller and that is how important embedded systems have become. With embedded system the possibilities of innovation are endless.

Embedded system would easily be the effective platform to understand the working of microcontrollers and their programming. Some of the projects that you do on embedded system for your electronics engineering (ECE) projects are:

• Home Automation System
• Automated Railway Crossing
• Automatic Solar Tracker
• Solar mobile charger
• Smart Traffic Light System
• Smart Lighting System using PIR
• RFID based Access Control System

2. Robotics Projects

Robotics is one of the upcoming technology which simplifies the mechanical work and therby increases the efficiency of operation through very less or no human interaction. 8051 micro-controller and Arduino are widely used to make the robots brain which sends out signals and information to the robot and control its action in the process.

Only when you understand micro-controller technology from core, you will be able to develop robots that do a specific set of actions. Without this core, you cannot develop any innovative robots. So building robotics projects with this technology will help you to understand it from basics. Some of the robotics projects that you can develop using 8051 micro-controller are:

• Gesture Based Robotics
• Mobile Robotics
• Voice Controlled Robotics
• Sensor Guided Robotics
• Bluetooth Robotics
• Swarm Robotics

3. Internet of Things (IOT)

IOT devices are connected to cloud with a designated IP address and transfer data to any remotely connected device. These devices are represented digitally and can be controlled from anywhere. Whenever it comes to smart home, smart city, wearables or anything that is related to smart, it is an application of IOT.

As it remotely stores data and sends it to the user, its applications are vast and are now widely implemented in industries. As it is becoming one of the trending concepts, you need to understand the technology behind this and should equip yourself to meet the industrial requirement. Some of the final year electronics projects that you can do in IOT are:

• Automatic Street Lighting system using IoT
• Smart Building Project using PIR
• Smart Water Monitoring System using IoT
• IoT using Raspberry Pi for weather monitoring
• Weather Monitoring System using IoT
• Smart Irrigation System using IoT
• IoT Vehicle Simulation System
• Automatic Smart Parking System using IoT
• IoT based Home Automation
• IoT based Biometrics
• Motion Controlled Servos using IoT

4. Mechatronics Projects

Mechatronics is a booming field and has a very good future.. This technology is currently applied in everyday life for solutions ranging from transportation systems to automation systems and manufacturing systems. Mechatronics are widely used for their efficient and reliable solutions where mechanical work is to be done repeatedly and with great accuracy. A few examples include robots, smart home appliances, automated guided vehicles, human gesture controlled devices, manufacturing robots etc,.

As mechatronics technology is an integration of computer science, mechanical and electronics engineering, it provides an excellent platform for the engineers to develop multi-disciplinary projects and skills. Some of the mechatronics projects that you can do are:

• Robotic Arm
• Animatronics Hand Project
• 2D Plotter Robot
• Hexapod
• Automatic Solar Tracker

5. Wearable Technologies

Ever wondered that our mobile phones, in future may turn into ear pods or glasses that you can wear and connect to anyone across the globe or your sound system would turn into a wrist band which you can wear and listen to your favorite songs on the go? Such changes are becoming a reality and these changes are happening very fast due to the recent advancement of technology. Nerds around the globe are working on wearable technologies as they are going to dominate this in consumer products.. And these wearables allow users to use the technology on the go without interfering with their normal tasks.

Whether it is Military, Education, Sports, and Medical or Fashion the applications of wearables is endless. So the fields that you can choose and develop projects are endless using this technology. Some of the electronics projects that you can develop on wearable technologies are:

• Wearable video display
• Wearable health monitoring glove
• Smart watch using Raspberry Pi
• Smart bike display
• Smart jacket for bikers
• Wearable wrist band with pulse sensor

All the best.

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