Greetings ! I'm Aditya Minocha, a Digital Electronics Engineer with a keen interest in Semiconductor and VLSI Technology. My areas of expertise include:

• RTL Design
• Analog & Digital Circuit Design
• Semiconductor Device Physics
• VLSI Layout & Design

"It's hardware that makes a machine fast. It's software that makes a fast machine slow.”- Craig Bruce. This quote eloquently captures the need for avid hardware engineers to breach computing limits, everyday. I have a strong belief and a passionate interest in Electronics Engineering, and hence plan to grow my technical prowess in the world of VLSI & Electronics.

Here are some of the tools and technologies I have experience with:

• Programming Languages: Python, Verilog, SQL, MATLAB, C
• EDA Tools: eSim, Vivado, EDA Playground, Magic, LT Spice
• Software Tools: Proteus, Arduino IDE, LabVIEW, Keil Microvision
• Operating Systems: Linux (Ubuntu), Windows

• 💻⚡ MANTLE © - System Telemetry Tool

MANTLE © is a comprehensive Power Management tool designed to monitor and display various system metrics and manage telemetry data in real-time. It provides detailed insights into the overall system statistics and Power Consumption of various components in system. It can capture your plots, switch mode , and much more.

• 🛠️💾 Integrated Circuit Design in eSim

Integrating Analog and Digital Subcircuits in eSim 2.3 & Simulation of their Application Circuits. This includes Monolithic Timers, Modulators, SRAM Cell IC's by Texas Instruments, NXP Semiconductors, etc. By successfully integrating these models into the library, the project enhances the capabilities of the eSim tool, making it easier for users to incorporate these circuits into their designs, thereby improving the overall efficiency of the design process.

• 🖥📡 32 bit Processor Implementation using Verilog HDL

This project involves designing and implementing a 32-bit processor using Verilog Hardware Description Language (HDL). The processor is created as part of this NIELIT Internship, as an effort to understand the basics of computer architecture and digital design. The design takes a modular approach, including essential components such as the Arithmetic Logic Unit (ALU), Control Unit, Registers, and Memory Interface and others.

• FOSSEE Summer Fellowship, IIT Bombay

Underwent a 6-week, on-site fellowship program. Integrated various Analog and Digital Subcircuits in eSim2.3, along with simulation of their application circuits.

• MANTLE © - System Telemetry Tool, Intel

Implementing a Power Manager Telemetry, which provides essential data including Power Consumption and Usage statistics of the CPU, SSD, RAM, NIC etc. using Python and Docker in Linux.

• MIPS 32 Bit Processor Design, NIELIT

Developed and verified MIPS 32 processors using Verilog on EDA Playground and Vivado. This processor was designed during the NIELIT Internship, as an effort to understand the basics of computer architecture and digital design.

• Smart Walking Cane Project

The project involved an Ultrasound sensor and Arduino based walking cane,which aids specially abled people to navigate their surroundings, with sound and sensory instructions.

• Bidirectional Visitor Counter Project

The project involved an 8051 Microcontroller, interfaced with 2 Infrared Sensors, to determine the number of visitors entering or exiting the room and display that information on a 16x2 LCD display.

• DC – DC Buck Converter Project

In this project, we implemented a Buck Converter Circuit using Arduino and N-Channel Power MOSFET (540N) with a maximum current capacity of 33 A. We are going to step down 12V DC to around 5.5-6V. Digital control design is done with use of Arduino Uno microcontroller.

• LinkedIn: Aditya Minocha
• Email: [email protected]
• GitHub: AdityaMino

Feel free to check out my repositories and get in touch if you'd like to collaborate on exciting projects!