Industrial System Debugging & Optimization (IEEE Hackathon)
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Summary
Participated in a competitive hackathon, demonstrating rapid analysis and resolution of complex embedded system issues under pressure.
About
Highly proactive Junior Embedded Systems Engineer with a robust foundation in hardware development and advanced academic research. Adept at bridging theoretical knowledge with practical, 'in-the-field' debugging and system recovery, demonstrated through leading a comprehensive research paper and achieving recognition in a competitive IEEE hackathon. Possesses a unique blend of analytical problem-solving and hands-on technical execution, positioning for high-impact contributions in embedded systems development.
Work
Independent Research Initiative
|Lead Researcher
Lagos State, Univeristy Of Lagos, Nigeria
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School Project
Summary
Led comprehensive research and development for an autonomous vehicle safety system, culminating in a full-authored academic paper on Bio-Mechanical Safety Architecture.
Highlights
Authored a comprehensive paper on Bio-Adaptive Emergency Rerouting (BAER), detailing a novel Bio-Mechanical Safety Architecture for autonomous vehicles.
Designed and implemented a 4th order Butterworth & Notch filter pipeline for critical noise mitigation in biomedical signal processing.
Utilized Whittaker-Shannon interpolation for high-fidelity medical signal reconstruction, enhancing data accuracy for safety applications.
Integrated a TMS320C6748 DSP and ADS1292 24-bit ADC for high-precision heart rate monitoring via a conductive bamboo-textile seatbelt prototype.
Education
University of Lagos
Lagos State, Nigeria
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Electrical and Electronic Engineering
Awards
1st Runner-Up
Awarded By
IEEE Industrial Electronics Society Hackathon, UNILAG
Recognized for exceptional problem-solving and technical prowess in reverse-engineering and optimizing industrial embedded systems under pressure, demonstrating capabilities to 'Analyze, Debug, and Control'.
Skills
Programming Languages
C/C++, Verilog, VHDL.
Development Tools
Arduino IDE, VSCode, PlatformIO, TinkerCAD.
Hardware & Systems
Embedded Systems, Circuit Wiring, Analog-to-Digital Conversion (ADC), Digital Signal Processors (DSP), FPGAs, 16x2 LCD Integration, Microcontrollers (Arduino), TMS320C6748, ADS1292.
Signal Processing
Signal Filtering, Noise Mitigation, Butterworth Filters, Notch Filters, Moving Sum Filters, Whittaker-Shannon Interpolation, Medical Signal Reconstruction.
Embedded Software & Firmware
Firmware Debugging, System Recovery, Reverse Engineering, System Timing Optimization, Embedded Logic, Real-time Control, State Machine Design.
Research & Analysis
Bio-Mechanical Safety Architecture, Bio-Adaptive Emergency Rerouting, System Analysis, Problem Solving.
Projects
FPGA-Based Moving Sum Filter Implementation
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Summary
Led a class project focused on real-time signal processing using an FPGA board to isolate noise.
Multi-Phase Embedded Traffic Light Control System
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Summary
Designed and built an embedded system for multi-phase traffic management, demonstrating proficiency in embedded logic.