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Analytical and curious embedded systems engineer with a strong foundation in electronics, firmware, and software integration. I enjoy diving deep into how things work — from microcontroller interfaces and communication protocols to real-time data systems. I approach problems methodically, test ideas rigorously, and refine until they perform reliably. Known for being detail-oriented, adaptable, and calm under pressure, I take ownership of my work and keep learning fast. My goal is to keep building intelligent, connected systems that bridge hardware and software seamlessly.…Analytical and curious embedded systems engineer with a strong foundation in electronics, firmware, and software integration. I enjoy diving deep into how things work — from microcontroller interfaces and communication protocols to real-time data systems. I approach problems methodically, test ideas rigorously, and refine until they perform reliably. Known for being detail-oriented, adaptable, and calm under pressure, I take ownership of my work and keep learning fast. My goal is to keep building intelligent, connected systems that bridge hardware and software seamlessly.

Sanjay Nirmal

Developer, Programmer, Web Developer, +2

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Analytical and curious embedded systems engineer with a strong foundation in electronics, firmware, and software integration. I enjoy diving deep into how things work — from microcontroller interfaces and communication protocols to real-time data systems. I approach problems methodically, test ideas rigorously, and refine until they perform reliably. Known for being detail-oriented, adaptable, and calm under pressure, I take ownership of my work and keep learning fast. My goal is to keep building intelligent, connected systems that bridge hardware and software seamlessly.…Analytical and curious embedded systems engineer with a strong foundation in electronics, firmware, and software integration. I enjoy diving deep into how things work — from microcontroller interfaces and communication protocols to real-time data systems. I approach problems methodically, test ideas rigorously, and refine until they perform reliably. Known for being detail-oriented, adaptable, and calm under pressure, I take ownership of my work and keep learning fast. My goal is to keep building intelligent, connected systems that bridge hardware and software seamlessly.

Available to hire

Analytical and curious embedded systems engineer with a strong foundation in electronics, firmware, and software integration. I enjoy diving deep into how things work — from microcontroller interfaces and communication protocols to real-time data systems. I approach problems methodically, test ideas rigorously, and refine until they perform reliably. Known for being detail-oriented, adaptable, and calm under pressure, I take ownership of my work and keep learning fast. My goal is to keep building intelligent, connected systems that bridge hardware and software seamlessly.

Skills

C++

Python

Experience Level

Expert

C++

Expert

Python

Expert

Language

English

Advanced

Work Experience

Capstone Project - Wireless Communication System with Health Monitoring at Fanshawe College

March 1, 2025 - March 1, 2025

Designed wireless system using PIC18 & ESP-01; sensor + keypad data via UART to ESP; transmitted via MQTT/TCP/IP/HTTP to remote device; displayed on LCD (4-bit mode). Interface MAX30102 & MPU6050 via I2C; HR/step data transmitted over UART for monitoring. Improved communication reliability and reduced latency by 40% by identifying UART bottleneck, refactoring the data transmission protocol, optimizing timing, and applying signal filtering to ensure robust data integrity.

Course Project - Embedded System for Environmental Monitoring at Fanshawe College

April 1, 2022 - April 1, 2022

Programmed an embedded system in C to read ADC data from temperature, humidity, and CO2 sensors; calculated averages; applied threshold-based control logic to activate HVAC, fan, sprinkler, and stepper motor ventilation systems.

Course Project - Smart Cart System with RFID at Fanshawe College

April 1, 2022 - April 1, 2022

Developed a smart cart using Arduino Nano and EM-18 RFID for automated billing and item management; configured LCD for real-time item display; enabled UPI payment via SIM 800L GSM module; reduced checkout time by implementing RFID re-scanning logic for add/remove functionality.