Femi Olugbon

Experience

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  Bio-Signal Processing, Instrumentation and Control Lab (BiSIC)

  Jan 2019 - Feb 2020

  Medical Devices Research Intern

  • Slashed energy losses by 20% by designing a bi-directional power supply solution by reducing voltage spread.• Reduced medical diagnosis cost of pneumothorax by 95% by innovating a portable medical percussion device.• Improved upper limb functions of persons with upper limb amputation by designing cable-driven hand prosthesis devices.

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  University of New Hampshire

  Aug 2021 - now

  • Submitted pending patents for two novel designs and algorithms through leading innovative research in wearable system design for load vertical and horizontal estimation, and hazard detection in a workplace.• Attained a 60% improvement in accuracy by engineering miniature wearable force plates and devising automatic calibration algorithms for in-shoe wearable force sensors, eliminating the need for user input.• Realized a 20% reduction in weight by designing ankle prosthetic motor units with enhanced durability and functionality using SolidWorks.• Saved 25% space by redesigning the motion tracking and pressure insole data acquisition nodes using a four-layer printed circuit board utilizing ESP32 SoC and STM32F7 series microcontroller.• Realized real-time human joint angle trajectory tracking by implementing a 21-segment human avatar in Unity game engine using C# and Android Studio integration.• Achieved a 0% data loss for up to 21 connected sensor nodes over ESPNOW-to-UDP receiver by designing a dual-receiver configuration using ESP32 SoC for real-time motion tracking transmission.• Managed an Android app and software stack for real-time data processing and visualizations for human gait data, facilitating comprehensive analysis and insights into gait patterns and abnormalities. Show less • Maximized student performance in digital synthesis class by 25% by formulating project-based FPGA instructional materials.• Achieved 82% satisfaction rate for a weekly laboratory class taught to 135 students, covering circuit analysis and linear systems.• Oversee course recitations for a computer organization class for 27 students, covering computer architecture and assembly programming.• Improved student understanding of FPGA development by introducing a hands-on stopwatch project utilizing Verilog programming and deployment on a Xilinx Artix7 FPGA. Show less

  • Research Assistant

    Jun 2022 - now

  • Teaching Assistant

    Aug 2021 - May 2022
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  Dinah Whipple STEAM Academy UNH

  Jun 2023 - Jul 2023

  Project Lead: Electrical Engineering

  • Accomplished an 85% increase in underrepresented students in STEM programs by introducing students to tailored instructional materials for Internet of Things and digital health.• Transformed students' perceptions and engagements in STEM by introducing a hands-on electromyography-based home automation system for persons with disabilities.• Created MQTT client-side logic on an ESP32 SoC connected to Amazon IoT Core for real-time, seamless communication and control functions for student projects. Show less