• Designing complex hardware systems by integrating advanced technologies and components to meet specialized operational requirements of defense applications.• Creating and analyzing digital and analog circuits, ensuring optimal performance under various conditions.• Skilled in high-density interconnect (HDI) PCB design, focusing on maximizing reliability and minimizing size and cost while using Altium Designer.• Ensuring all designs meet electromagnetic interference (EMI) and electromagnetic compatibility (EMC) requirements, critical for operational integrity and regulatory compliance in defense environments.• Developing thermal solutions for heat management in hardware systems, crucial for maintaining functionality and longevity under extreme conditions.• Leading the development and rigorous testing of prototypes to validate designs against stringent defense standards.• Upholding strict adherence to industry standards, quality assurance and military specifications, throughout the development process.• Preparing detailed documentation that meets the regulatory and compliance needs of defense sector projects, including design specifications, testing procedures, and user manuals.• Working closely with cross-disciplinary teams to integrate hardware with software and mechanical systems, ensuring cohesive and robust product development.

• IoT Product Development & Design: Designing and developing IoT devices, focusing on optimizing functionality and integrating innovative technologies.• Digital Electronics Circuits Design: Designing complex digital circuits to enhance the performance and reliability of electronic devices.• Embedded Firmware Development: Developing robust firmware for embedded systems, ensuring efficient and stable operations in real-time applications.• PCB Design (Altium Designer): Expertise in PCB layout and schematic creation using Altium Designer, aiming for optimal board efficiency and quality.• Prototype & Testing: Constructing and evaluating prototypes to improve designs and ensure compliance with technical specifications.• Software Development: Creating cross-platform mobile applications with React Native and developing desktop applications with Java for Windows.• Web App Development: Building responsive web applications using JavaScript, TypeScript, and ReactJS, focused on user-friendly experiences and performance.

• Drive technical decisions in web app development with React, Java Android apps, and electronics design.• Lead Scrum process for efficient project workflow and delivery.• Mentor junior developers and hardware engineers, using experience in electronics design.• Resolve technical and organizational challenges with innovative solutions.• Align technical solutions with company objectives and customer needs.• Stay updated with industry developments to enhance productivity and offerings.

• Designed and developed prototype board-level wireless communication (battery-operated and power-efficient) circuits and systems.• Designed Rigid-Flex, Flex-only, and Standard PCBs using Altium Designer (up to 4 layers).• Developed cost-effective methods and low-level software to automate hardware testing procedures.• Document all design specifications & implementation details; rendered keen insight to accomplish the project from scratch to final product major tasks, including designing, verification, assembly, and testing.• Selection of components (ICs, Resistors, Capacitors, etc.) and preparing cost-effective BOM (Bill of Materials) for circuits with ratings and standards.• Assisted Embedded Engineer and worked with many processors such as Arduino, NXP JN5189, Si Labs MGM21, and TI CC2652. I also worked on communications I2C, SPI, UART and wireless Zigbee mesh-networking protocol.

Mostly worked on Verilog/VHDL Development and FPGAs.

I have worked on Computational Acceleration of Magnetic Resonance Fingerprinting (MRF). I have one Research Publication with the title "GPU Accelerated Grouped Magnetic Resonance Fingerprinting Using Clustering Techniques" at the 29th Annual Meeting of ISMRM 2021.