Coordinated delivery.
Engineered outcomes.

What?

Develop the 4-cylinder internal-combustion engine assembly for a Hybrid Electric Vehicle concept as part of a 4-member engineering team.

How?

• Modelled individual engine components from scratch in Autodesk Inventor.
• Designed the crankshaft, connecting rods, piston pins/rings, oil pump and oil gallery.
• Assembled the components into the 4-cylinder engine.
• Checked fit, interference and alignment between components.
• Coordinated with the other 3 team members to make the engine components integrate correctly.
• Incorporated feedback and revised CAD designs where necessary.
• Prepared and presented the completed assembly to engineers, instructors and management.

Results

Completed an integrated 4-cylinder engine CAD assembly as the mechanical subsystem for the team's Hybrid Electric Vehicle project and presented the final design to engineering reviewers and management.

What?

Explore a lower-cost approach to bionic prosthetics by designing a 3D-printable hand assembly and developing a concept for EMG-based control.

How?

Designed the palm-to-finger assembly in Autodesk Inventor and developed the proposed control architecture using EMG sensors + ESP32, with AI intended to translate muscle activity into corresponding prosthetic movement.

Results

Produced the mechanical CAD design and 3D-printed the palm, with initial wiring completed. The project did not progress to motion testing or implementation of the planned AI control system.

What?

Gain hands-on experience diagnosing and repairing mechanical systems through routine vehicle maintenance and engine repair across 20+ vehicles.

How?

• Supported engine repairs by dismantling and reassembling engine components under mechanic supervision.
• Replaced faulty pistons, piston rings, spark plugs and timing belts/chains.
• Independently performed routine maintenance including brake-pad and brake-disc replacement, tire changes, fan-belt replacement, spark-plug replacement and oil changes.
• Assisted with more complex engine work, including component removal and reassembly on an older-model Peugeot.
• Used standard mechanical hand tools for disassembly, replacement and reassembly.

Results

Supported the repair and return-to-service of 20+ vehicles, while independently completing routine maintenance tasks and gaining practical experience with engine systems, braking systems and vehicle components.

What?

Built an AI-powered study platform that transforms handwritten notes and uploaded learning materials into structured study resources for university students.

How?

Led a 5-member cross-functional team, coordinating engineering, marketing and media; managed tasks, deadlines and documentation across 9 team members using Microsoft Office, while personally developing the AI backend pipeline.

Results

Delivered an MVP tested by 30 founding users and launched at the Port Harcourt Tech Expo Hackathon 2026 despite having recovered a potential launch delay by deploying a website-based download pathway after Google Play approval was delayed.

What?

Planned and delivered a 30-day AI/ML program for 250+ participants, coordinating instructors, sessions, assignments, and participant progress.

How?

Coordinated an 11-member core team across AI/ML, embedded systems, research, CAD, programs, coordination, and media; assigned responsibilities, set deadlines, led check-ins, and coordinated 2 instructors across weekly sessions.

Results

Delivered 2 weekly sessions and managed assignment completion across 250+ participants, with automated Python-based review enabling participant tracking and rewards.