Experience:
Design of a Heterogenous CPU-GPU Architecture for Machine Learning (Capstone Project) 2021-2022
• Worked with industry-standard platforms: GEM5 and GPGPU-SIM to implement a heterogeneous architecture working model using Linux.
• Researched GTX 480 architecture and varying design factors like Frequency, Workload, and number of cores of CPU-GPU to identify an optimized system that is energy efficient.
• Produced clean, efficient code based on experimental optimization specifications using Python, and C.
Redevelopment Project 2020-2021
• Implemented suggested changes to blueprints and floor plans using AutoCAD and SOLIDWORKS.
• Researched equipment, implementation, and accumulation of project plan and details, including cost and material(hardware) availability.
Design of a Waveform Function Generator 2020-2021
• Determined use of proper semiconductor devices (MOSFET, Transistors, etc.), and design of filters (HPF and LPF).
• Conducted functional assessment and product quality checks by varying experimental setups and identifying result limitations.
Designing a Health Technology for Baby-Bloomers 2018-2019
• Designed a modern-day hearing aid by implementing required nanotech given the current market need.
• Responsible for marketing the product, researched demand, estimated profit, and implementation costs, and oversaw prototype design by IEEE standards.
• Took the initiative to communicate with first-hand hearing-aid users to gather and analyze data to identify the necessary tech implementation.
Education:
Bachelor in electrical engineering
Skills:
• MATLAB/Simulink, NI Multisim, Cadence, Quartus, SOLIDWORKS, AutoCAD, ETAP
• C, Java Proficient programming
• Leadership and Project management
• Microsoft Office
• Research and Strategic Planning
• Technical Report writing
• Proficient with Linux, Mac, Windows
• Critical thinking and Analytical skills.
