Oyinkansola Akapo
Oyinkansola Akapo

Hardware Engineer

Actively looking · Member since 30 Dec 2023
Message
Location
United States
Desired salary
Unspecified
Work preference
Full Time
Experience level
Not set

About

Professional summary

My unwavering commitment to continuous learning has been the driving force behind my academic journey, igniting a passion that propels me into the professional realm. Through my graduate and undergraduate degree programs, I have acquired invaluable skills in hardware/circuit design, honed my critical thinking abilities, fostered collaboration, and mastered time management. I am eager to leverage this diverse skill set in innovative ways, seeking hands-on experiences that align seamlessly with company goals of delivering cutting-edge and high-performance technical solutions.

Skills

3 capabilities

Experience

Career history

Graduate MEP Trainee Topklan Engineering Services

• Directed on-site contractor supervision, ensuring timely and regulatory-compliant project delivery, resulting in a 15% reduction in deployment time.
• Pioneered the onboarding process for new interns, ensuring swift and effective integration, and achieving over a 50% reduction in onboarding time, significantly enhancing overall productivity.

Intern MainOne Cable Company

• Conceptualized and executed over 20 intricate fiber layout plans, seamlessly integrating routing, manhole allocation, and material planning through the adept use of OSP Insights and Google Earth.
• Spearheaded strategic decision-making in fiber deployment methodologies, optimizing project efficiency and cost-effectiveness.
• Managed the systematic organization of project documentation and progress reports, elevating overall workflow efficiency and accessibility.

Education

Learning history

Georgia Institute of Technology

Masters Degree

Relevant Coursework: Analog Integrated Circuits, Power IC Design (Power supply design), Analog IC Design (OpAmp design), Analog Integrated System Design (ADC design), Interface IC design for MEMS.

Project:
• Implementation of a 2-stage audio amplifier with optimized gain, bandwidth, and CMRR
• Research on the implementation of a transistor model for the cystic fibrosis trans-conductance membrane.

Covenant University

Bachelors Degree

Relevant Coursework: Analogue Electronics, Digital Electronics, Applied Electronics, Power Electronics

Project:
Design and Construction of a 60% efficient solar-powered charger for two 5V loads using inductive resonant coupling, simulated using PROTEUS software. Testing, and troubleshooting the prototype was done to ensure efficient and effective functionality.

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