Embedded Software Engineer

• Specialized in fuzz testing embedded systems firmware and trusted execution environments, identifying and reporting over 15 unique vulnerabilities to vendors.
• Developed automated test frameworks for ARM-based custom SoCs, incorporating test case generation, execution, and result analysis.
• Performed circuit troubleshooting and debugging using lab equipment like oscilloscopes and signal analyzers.
• Designed and validated hardware security mechanisms like secure boot and hardware root of trust for embedded systems.
• Contributed to research on fuzzing and trusted execution environments, resulting in 2 publications.
• Conducted extensive literature reviews across diverse research areas, synthesizing findings through meta-analysis.

• Led design and implementation of complex digital ASIC architectures, including FPGA-based designs and PCB layouts.
• Optimized FPGA designs for industrial applications, improving performance by 30% and reducing power consumption by 25%, resulting in enhanced customer satisfaction.
• Collaborated closely with clients to gather and refine project requirements, ensuring deliverables aligned with their specific needs and industry standards.
• Created and maintained BOMs for various digital and analog circuit designs.
• Led design reviews, contributing technical insights and component selection for optimizing circuit designs.
• Collaborated with cross-functional teams to define ASIC requirements and integrate designs into system-level architecture, ensuring seamless integration with customer systems.
• Conducted technical presentations and product demonstrations to stakeholders and clients, effectively communicating complex technical concepts to non-technical audiences.
• Provided responsive customer support, quickly resolving firmware-related issues and maintaining a 98% customer satisfaction rate.
• Implemented and optimized Wi-Fi communication protocols and device drivers for embedded systems, improving connectivity for IoT applications as per customer specifications.
• Assisted in designing and implementing hardware components, such as digital and analog circuits, PCB layouts, and FPGA designs, under the guidance of senior engineers.
• Developed and refined methodologies for creating prototypes, improving efficiency and quality of deliverables.

• Designed and implemented signal processing filters using MATLAB for embedded applications, enhancing computational efficiency.
• Developed a sub-band coding system for speech signals, improving Signal-to-Noise ratio (SNR) by 32 dB.