As an Embedded System Design & IoT Programming Intern, I work extensively with ARM Cortex M4, 8051, ARM7, and NodeMCU/ESP8266 platforms, focusing on embedded C programming for IoT applications. My responsibilities include designing, implementing, and optimizing embedded systems for real-time operations, with a strong emphasis on microcontroller programming and hardware-software integration.In this role, I work on developing and testing embedded systems, utilizing communication protocols like UART, SPI, I2C, and BLE to ensure seamless connectivity between devices. I design PCBs using tools like OrCAD and Allegro and contribute to the development of IoT-based solutions by integrating sensors and peripherals, creating efficient and scalable systems.I actively collaborate on projects involving IoT-enabled devices, implementing wireless communication using NodeMCU/ESP8266 to develop connected solutions for real-world applications. My work also involves troubleshooting hardware and software issues, optimizing system performance, and ensuring low power consumption in embedded devices.This hands-on experience has expanded my expertise in embedded system design, IoT programming, PCB design, and real-time system development. It has enhanced my ability to work with a variety of microcontroller architectures (ARM Cortex M4, PIC, 8051) and IoT platforms while strengthening my skills in hardware debugging, system optimization, and IoT connectivity.

At Embedded Technosolution, I developed hands-on expertise in advanced microcontroller programming and Embedded C, working on real-world projects. I was involved in the complete design process of embedded systems, focusing on creating efficient PCB designs while ensuring system integrity. I enhanced my knowledge in data structures, algorithms, and embedded operating systems, particularly real-time operating systems (RTOS), which was critical in handling time-sensitive tasks for IoT and AI applications. This role demanded the use of cutting-edge tools like VS Code, Keil, ArduinoIDE, Altium Designer, and Proteus, allowing me to develop systems that were not only functional but also scalable. Through practical applications and team collaboration, I gained a solid foundation in embedding AI capabilities in IoT systems to enhance performance and automation.Projects:Student Attendance Management System: Developed an embedded system using 8051 microcontroller, 4x4 matrix keypad, EEPROM for data storage, and 16x2 LCD for display. Implemented keypad-based input for student attendance logging and real-time record display – embedded c, Keil, proteus.Home Automation using PLC and NodeMCU: Developed a smart home automation system using PLC for device control and NodeMCU for IoT-based remote monitoring and control via Wi-Fi.Temperature Controller using PIC Microcontroller: Developed a temperature control system using a PIC microcontroller, integrating sensors for real-time monitoring and controlling outputs like fans and heaters based on set thresholds.Restaurant Billing System using C Program: Developed an automated system for calculating and generating restaurant bills in C, featuring a user-friendly interface, dynamic menu management, and file handling for data persistence.

Worked as a debug engineer Conducted testing and debugging of power supply units and SMPS. Analyzed circuit designs to identify faults and implemented solutions. Collaborated with cross-functional teams to optimize product performance.Responsiblities:• Debugging PCBs which failed various tests.• Appilcation of electronic concepts• Proficiency over using Digital Multimeter• Great understanding of schematics and PCB layouts• Updating debugging procedures and steps in spreadsheets• Assisting Test Engineers and Test Operators• Maintaining and organizing test stations