Shubhi Agrawal

 

Studied in detail about the functioning of the digital circuits.

- Learned Hardware Description Language, Verilog.

- Learned the designing of self-checking test benches.

- Followed the textbook written by Samir Palniker.

- Designed Traffic light controller, frequency divider using Verilog.

- Understanding of various synchronous FIFO Designs (Sunburst paper).

- Designed SAP-1 Microprocessor. 

- Learned about the carburetor, silencer.
- Learned about the engine.

 The purpose of this project is to simplify and design the easiest method to build a working electronic model (SAP-1 Microprocessor, Digital Clock, Hamming Code). This will help the students to understand their practical implementation too. The aim is to build kits that have these optimized designs (efficient but cost-friendly) and create a website that distributed these kits at a very affordable range. 

 Antilock braking mechanism enhances the vehicle steadiness and steering ability to stop a vehicle wheel without locking and minimizing stopping distance. A scientific model of electronically monitored slowing mechanism (ABS) of the quarter auto model has been produced. The different /sorts of controllers such as bang-bang, PID have been executed and results are analyzed in MATLAB/Simulink environment. 

 

Internship project under the guidance of, Mr. Sheetal Swaroop Buroda, an employee of NXP Semiconductor Company.

- Follow the Malvino Digital Electronics textbook for understanding the internal data processing of the SAP-1 Microprocessor.

- Designing of Functional Units and Controller/Sequencer Block.

- Verification of each block separately 

 Under the guidance of prof. Gufran Ahmad (Assistance professor of DEI). This is a group project for the real-time implementation of Automatic lights in college washrooms. This project includes the market research, comparison of an available market product on the basis of power consumption, switching time delay and cost, and Simulation using Proteus software. 

 We had developed a home automation system that interfaces with Android mobile using the Blynk app. The mobile device and system can communicate with each other from long-range via WI-FI. It is easy to use and it’s a good choice to design home automation for saving electricity. We had also added the sensors like PIR, TIR in our product.