Organized, self-motivated developer with quick learning ability, currently pursuing master's in Computer Engineering. Experience with Embedded system and IoT startups and also did research in Botany. The core focus of interest currently includes Embedded Systems, Data Engineering, the Internet of Things, and anything which involves challenges.
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Experience
Humanscale, Electrical Design Engineering Intern
• Worked on the Testing of the newer Prototypes of Docking Station (MC Series), Single Board Computer and it’s OS for T7 Cart,
Designing the Firmware Update Tool for Docking Station (MC1).
• Learn the Components on Embedded Linux for customized OS for Embedded systems, File systems for Embedded Linux and
Memory Management for Embedded systems (Buildroot and Yocto), Windows InstallShield
Toshiba Memory America Inc., Product Development Engineering Intern
• Worked in Enterprise SSD Hardware Team, designed a BOM Converter, SSD Firmware installation & testing tool using Python.
Wrote the scripts for Thermal testing for SSD’s in Python. Was also assigned Librarian task, so maintain and designing
component footprints in OrCAD on the day to day basis.
• Learn basics of PMIC, Allegro, Agile, OrCAD, Python (PySimpleGUI, Pyinstaller, threading), Batch Scripting.
Sivy Electronics, Embedded System Engineer
• Worked on IoT Products, Analog & Digital Hardware Design, Sensor Networks, Distributed systems, SMPS Prototyping.
Developed the Specifications, worked on the Hardware & Firmware Design.
• Learn the Product Design Lifecycle, the importance of Hardware Testing & Reliability, the tradeoff between HW & SW design for
the product, Programming the SOC’s and doing HW/SW Tradeoff for each task.
Sivy Electronics, Engineering Intern
• Interned with a team of 4 & worked on Distributed wireless sensor & actuator network. Designed Nodes using ESP8266 with the
battery Protection & Charging unit and I/O’s. Designed sensor PCBs such as LPG, Door, PIR Motion, Water Sensors. Also
designed the Event-based Firmware for each Node.
• Learn IoT Hardware & Firmware design, the importance of Power Consumption & hardware testing and reliability, IoT
Protocols & Communication Technologies and their pros & cons.
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Projects
BLDC Motor Driver (EV): Designed BLDC Motor Driver circuit with the Hall sensor feedback mechanism for Electric Bicycle
Programmable Industrial Controller: Developed an AVR Microcontroller based Programmable Industrial Controller Board
with Display and Switches, for industrial machines, designed considering the specific needs of the Robotics Team
Wireless Home Control & Security System: Designed and Developed a Wi-Fi Based Home control and security system, with
the wireless sensor nodes and Raspberry Pi as a server
Stepper Motor Programmer: Designed the circuit using which one can program the stepper motor up to 10 steps, each step
with the parameter: Speed, Direction, Degree of Rotation, and Delay after each step. Designed for industrial machines and
robots. Also implemented it on Cyclone FPGA Board
Object Finder: RF Radio based tiny buzzing device that can be attached with the precious things. 256 receivers can be called
using single transmitter remote
FPGA Projects: Implemented various Digital Components on Cyclone IV Board such as 32-Bit ALU, Logic Components (AND,
OR, XOR, Multiplexer, Encoder), Flip-Flops, Shift Registers, RAM, Moore & Mealy FSM & Sequence Detectors using Verilog