Application Major Projects Backend Domains

Takeoff Projects provides a wide range of IEEE major projects in backend Domains for final-year computer science and IT students. These projects focus on critical topics such as database management, server-side scripting, API development, and cloud computing. Students receive practical experience in backend development by working with technologies such as SQL, NoSQL, RESTful APIs, and AWS. Each project is designed in order with IEEE standards, ensuring excellent quality and relevance. Takeoff Projects provides extensive documentation and experienced advice, assisting students in mastering backend technologies and preparing for successful careers in software development and IT infrastructure management.

Project Code: TVMABE804

Project Title:DESIGN AND IMPLEMENTATION OF APPROXIMATE ADDER FOR ERROR TOLERANT APPLICATIONS

Project Code: TVMABE798

Project Title:Design And Performance Analysis of Approximate ALU

Project Code: TVMABE443

Project Title:Design and Investigation of a Delay-Controlled 8-Bit ALU

Project Code: TVMABE440

Project Title:Comparative Analysis of XOR Implementation using CMOS Logic and Domino Logic

Project Code: TVMABE380

Project Title:Design And Analysis Of High-Performance 16-Bit Hybrid Adder Using Ksa & Hca Adder With Domino Logic

Project Code: TVMABE307

Project Title:DESIGNING OF ARRAY MULTIPLIER BY USING MEMORY ELEMENT AND MEMRISTOR FOR LOW POWER CONSUMPTION

Cadence EDA| Transistor Logic

Project Code: TVMABE373

Project Title:Reversible logic circuit design using QCA based modified Fredkin gate.

Project Code: TVMABE372

Project Title:Reversible logic circuit design using QCA based modified Fredkin gate.

Project Code: TVMABE396

Project Title:Design and Implementation of a Low-Power 4-Bit Synchronous Up Counter Using Gate-Diffusion Input Technology

Nano Technology| Transistor Logic

Project Code: TVMABE397

Project Title:Gated Delay Line Up-Down Counters for Mixed-Signal Processing

Nano Technology| Transistor Logic| Low Power VLSI

Items per page:

1 – 10 of 49

S.no	Project Code	Project Name	Action
1	TVMABE804	DESIGN AND IMPLEMENTATION OF APPROXIMATE ADDER FOR ERROR TOLERANT APPL...
2	TVMABE798	Design And Performance Analysis of Approximate ALU
3	TVMABE443	Design and Investigation of a Delay-Controlled 8-Bit ALU
4	TVMABE440	Comparative Analysis of XOR Implementation using CMOS Logic and Domino...
5	TVMABE380	Design And Analysis Of High-Performance 16-Bit Hybrid Adder Using Ksa ... Low Power VLSI
6	TVMABE307	DESIGNING OF ARRAY MULTIPLIER BY USING MEMORY ELEMENT AND MEMRISTOR FO... Cadence EDA\|Transistor Logic
7	TVMABE373	Reversible logic circuit design using QCA based modified Fredkin gate. Low Power VLSI
8	TVMABE372	Reversible logic circuit design using QCA based modified Fredkin gate. Core Memories
9	TVMABE396	Design and Implementation of a Low-Power 4-Bit Synchronous Up Counter ... Nano Technology\|Transistor Logic
10	TVMABE397	Gated Delay Line Up-Down Counters for Mixed-Signal Processing Nano Technology\|Transistor Logic\|Low Power VLSI

Items per page:

1 – 10 of 49

Project Code: TVMABE804

Project Title:DESIGN AND IMPLEMENTATION OF APPROXIMATE ADDER FOR ERROR TOLERANT APPLICATIONS

Project Code: TVMABE798

Project Title:Design And Performance Analysis of Approximate ALU

Project Code: TVMABE443

Project Title:Design and Investigation of a Delay-Controlled 8-Bit ALU

Project Code: TVMABE440

Project Title:Comparative Analysis of XOR Implementation using CMOS Logic and Domino Logic

Project Code: TVMABE380

Project Title:Design And Analysis Of High-Performance 16-Bit Hybrid Adder Using Ksa & Hca Adder With Domino Logic

Project Code: TVMABE307

Project Title:DESIGNING OF ARRAY MULTIPLIER BY USING MEMORY ELEMENT AND MEMRISTOR FOR LOW POWER CONSUMPTION

Cadence EDA| Transistor Logic

Project Code: TVMABE373

Project Title:Reversible logic circuit design using QCA based modified Fredkin gate.

Project Code: TVMABE372

Project Title:Reversible logic circuit design using QCA based modified Fredkin gate.

Project Code: TVMABE396

Project Title:Design and Implementation of a Low-Power 4-Bit Synchronous Up Counter Using Gate-Diffusion Input Technology

Nano Technology| Transistor Logic

Project Code: TVMABE397

Project Title:Gated Delay Line Up-Down Counters for Mixed-Signal Processing

Nano Technology| Transistor Logic| Low Power VLSI

Items per page:

1 – 10 of 49

S.no	Project Code	Project Name	Action
1	TVMABE804	DESIGN AND IMPLEMENTATION OF APPROXIMATE ADDER FOR ERROR TOLERANT APPL...
2	TVMABE798	Design And Performance Analysis of Approximate ALU
3	TVMABE443	Design and Investigation of a Delay-Controlled 8-Bit ALU
4	TVMABE440	Comparative Analysis of XOR Implementation using CMOS Logic and Domino...
5	TVMABE380	Design And Analysis Of High-Performance 16-Bit Hybrid Adder Using Ksa ... Low Power VLSI
6	TVMABE307	DESIGNING OF ARRAY MULTIPLIER BY USING MEMORY ELEMENT AND MEMRISTOR FO... Cadence EDA\|Transistor Logic
7	TVMABE373	Reversible logic circuit design using QCA based modified Fredkin gate. Low Power VLSI
8	TVMABE372	Reversible logic circuit design using QCA based modified Fredkin gate. Core Memories
9	TVMABE396	Design and Implementation of a Low-Power 4-Bit Synchronous Up Counter ... Nano Technology\|Transistor Logic
10	TVMABE397	Gated Delay Line Up-Down Counters for Mixed-Signal Processing Nano Technology\|Transistor Logic\|Low Power VLSI

Items per page:

1 – 10 of 49

Project Code: TVMABE804

Project Title:DESIGN AND IMPLEMENTATION OF APPROXIMATE ADDER FOR ERROR TOLERANT APPLICATIONS

Project Code: TVMABE798

Project Title:Design And Performance Analysis of Approximate ALU

Project Code: TVMABE443

Project Title:Design and Investigation of a Delay-Controlled 8-Bit ALU

Project Code: TVMABE440

Project Title:Comparative Analysis of XOR Implementation using CMOS Logic and Domino Logic

Project Code: TVMABE380

Project Title:Design And Analysis Of High-Performance 16-Bit Hybrid Adder Using Ksa & Hca Adder With Domino Logic

Project Code: TVMABE307

Project Title:DESIGNING OF ARRAY MULTIPLIER BY USING MEMORY ELEMENT AND MEMRISTOR FOR LOW POWER CONSUMPTION

Cadence EDA| Transistor Logic

Project Code: TVMABE373

Project Title:Reversible logic circuit design using QCA based modified Fredkin gate.

Project Code: TVMABE372

Project Title:Reversible logic circuit design using QCA based modified Fredkin gate.

Project Code: TVMABE396

Project Title:Design and Implementation of a Low-Power 4-Bit Synchronous Up Counter Using Gate-Diffusion Input Technology

Nano Technology| Transistor Logic

Project Code: TVMABE397

Project Title:Gated Delay Line Up-Down Counters for Mixed-Signal Processing

Nano Technology| Transistor Logic| Low Power VLSI

Items per page:

1 – 10 of 49

S.no	Project Code	Project Name	Action
1	TVMABE804	DESIGN AND IMPLEMENTATION OF APPROXIMATE ADDER FOR ERROR TOLERANT APPL...
2	TVMABE798	Design And Performance Analysis of Approximate ALU
3	TVMABE443	Design and Investigation of a Delay-Controlled 8-Bit ALU
4	TVMABE440	Comparative Analysis of XOR Implementation using CMOS Logic and Domino...
5	TVMABE380	Design And Analysis Of High-Performance 16-Bit Hybrid Adder Using Ksa ... Low Power VLSI
6	TVMABE307	DESIGNING OF ARRAY MULTIPLIER BY USING MEMORY ELEMENT AND MEMRISTOR FO... Cadence EDA\|Transistor Logic
7	TVMABE373	Reversible logic circuit design using QCA based modified Fredkin gate. Low Power VLSI
8	TVMABE372	Reversible logic circuit design using QCA based modified Fredkin gate. Core Memories
9	TVMABE396	Design and Implementation of a Low-Power 4-Bit Synchronous Up Counter ... Nano Technology\|Transistor Logic
10	TVMABE397	Gated Delay Line Up-Down Counters for Mixed-Signal Processing Nano Technology\|Transistor Logic\|Low Power VLSI

Items per page:

1 – 10 of 49

Related Projects

Low Power VLSI

TVMABE226 Low Power Redundant Transition Free TSPC Dual Edge Triggering Flip Flop Using Single Transistor Clocked Buffer View Details

Takeoff Edu Group is focused to providing students with high-quality IEEE major projects in the backend domain. Our website provides a variety of project ideas that meet IEEE standards, making them both helpful and industry-relevant. We offer thorough documentation, experienced mentoring, and ongoing support throughout the project development process. Takeoff Edu Group gives real-world experience with backend technology, which enhances their technical skills and makes them very competitive in the job market. Join us to receive access to the best IEEE major projects and secure a successful academic and professional career.

Related Topics

Front End Domains

Arithmetic Core
Communications
DSP Core
FPGA

Back End Domains

Core Memories
Low Power VLSI
Transistor Logic
Nano Technology

Tools

Xilinx ISE
FPGA
Cadence EDA
Xilinx Vivado

Others

Matlab Interfacing

Frequently Asked Questions (FAQs) | Vlsi Projects

1. Can you help me understand my VLSI project for viva?

2. What tools and technologies do you use for VLSI projects?

3. Can you help with debugging or fixing my existing VLSI project?

4. Do you provide documentation for VLSI projects?

5. Will I get a live demo of my VLSI project?

Disclaimer - Takeoff Edu Group Projects are not associated or affiliated with IEEE in any way. The IEEE Projects mentioned here are mentioned in the context of student projects, whose ideas are derived from IEEE publications, not projects of or by IEEE.

©2026 TAKEOFF EDU GROUP All Rights Reserved.

Design & developed by YMTSINDIA

This website requires JavaScript. Please enable javascript in your brower settings and refresh the page.