Hey, I’m

Tejas
Chandra
Mohan

MSc Embedded Systems Engineering

University of Twente, The Netherlands

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About Me

A master's graduate in Embedded Systems Engineering from the University of Twente, The Netherlands, with a keen interest in designing and developing embedded systems. In particular, projects relating to healthcare and the general public peaks my interest as I always believe in contributing to society through the composition of theoretical innovation and practicality.

My favourite coursework at the university includes a diverse set of domains ranging from Embedded Computer Architecture, Real-time Systems, Internet of Things, Pervasive Systems, Image Processing & Computer Vision, and Real-time Software Development.

My soft skills include Innovative Thinking, Attention to Detail, Initiative-Driven, Client Engagement, Investigative & Auditing Skills, Teamwork & Leadership.

My technical skills include:

Programming Languages - C/C++, Python, MATLAB, VHDL
Tools - VSCode, Jira, Git, Arduino IDE, STM32Cube IDE
Methodologies - Agile, Object-Oriented Programming (OOPs)
Working Knowledge - Embedded Linux, I2C, SPI, CAN & FreeRTOS

When I'm not at work, you can find me playing chess, expanding my cooking skills through different cuisines, and slowly fine-tuning my skills in nature photography.

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My Works

Assistive Technology for Physically Challenged People

Aim - Developed and implemented a microcontroller based wireless transmission system using ZigBee to help physically challenged people...

Open CV - Virtual Advertisement

Virtual advertisements are a recent advancement in sport technology, where a virtual banner is placed in the match using modern computer...

Real-time Software Development

Aim - Developed a model using TERRA-CSP, studied ROS-LUNA communication. Developed a producer-consumer TERRA-CSP model, checked for...

System Validation

Aim - Modelling a dice game in NuSMV, testing using LTL & CTL, bounded software analysis using CIVL, static and run-time verification...

Task Creation, Switching & Worst-Case Execution Time (RTOS)

Aim - Performed and analyzed the feasibility of tasks creation & switching on a Real-time OS. Report coming soon

Performance Assessment on Arduino & FPGA Board

Aim - Perform parallelism for a 13x13 matrix arithmetic operation on Arduino UNO & DE0 Nano FPGA board Handled overflow of results,...

Integrating Voice Module to a Smart Thermostat

Aim - Researching ways to add voice control to an existing smart thermostat Investigated functionality and microcontroller peripherals of...

Object Tracking System

Aim - Tracked an object using a camera mounted on a movable platform, controlled by PID control algorithm developed on an FPGA board....

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Extra-Curricular

Event Organization

Taster Days, 2022
Campus Experience, 2022
Pre-departure Meetings, 2021

Volunteering

Kick-In Orientation, 2021,2020
Do-Group Parent, Kick-In, 2021,2020

Teaching Assistant

Computer Architecture & Organization, 2021, 2020
Programming in C, 2021, 2020

Competitions

Winners - Student Start-up NIDHI Project Award, 2018
Semi-finalists - MANTHAN, Business Plan Competition, 2017

Photos

Contact

Tutorials & Certifications

Raspberry Pi Pico – Communication Protocols & Task Scheduling

Microcontroller: 32-bit ARM Cortex M0 + RP2040
Platform: Visual Studio Code
Skills learned: Blink LED, USB Serial Output, Multicore Programming, ADC, I2C, USB Serial Input, SPI, Debugging Raspberry Pi Pico, FreeRTOS, Tasks & Queues, Scheduling & Task Priority, Mutex, Semaphores

STM32 Nucleo (L476RG) – Communication Protocols, FreeRTOS, Timers & Interrupts

Microcontroller: 32-bit ARM Cortex M4
Platform: STM32CubeIDE
Skills learned: Blink LED, I2C, FreeRTOS to run multiple threads, ADC readings using DMA Controller, SPI, Timers & Timer Interrupts.