Mechatronics Undergraduate well versed in CAD, CAE, MATLAB, PYTHON, 3D-Printing
LinkedIn Profile - @Solidcent
Innocent is a Mechatronics Engineering student in the Federal University Of Technology Owerri (FUTO), passionate about robotics, 3D modeling, and electronics, specializing in mechanical CAD and simulation.
Skilled in PCB design, Arduino, C++, Python, and machine learning, creating integrated hardware-software solutions.
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A.L.T.A.R. — Autonomous Locator, Tractor and Analysis Rover — is a robotic system designed to aid in the inspection and analysis of buildings and other structures. It is built to navigate challenging environments, access difficult-to-reach areas, and collect valuable data to support safer, faster, and more efficient structural assessments. A.L.T.A.R was also presented at the 2026 Enactus National Competitions, where it won the Federal university of Technology Owerri (FUTO) the 1st Place price of the Julius berger Innovation Challenge (JBIC 2026).
This project Feautres the Design, Manufacturing and Assembly of a custom made 3d printed 6-degree of freedom Robotic Arm
AEROS is a medical device designed to provide respiratory assistance to patients with breathing difficulties. It is Monitors they kind of air inhaled by the patienet and warns or alarms the patient if the air inhaled is not suitable for the patient.
My work on this e-bike frame project centers on the mechanical design and assembly of a custom chassis. I explored the challenges of component integration specifically motor mounting and battery housing to create a functional and streamlined frame design.
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This Project involves the design and simulation of an FPV drone. This was done in reference to an already existing FPV Drone, but customizations and upgrades have been made for better performance.
Designed and assembled a detailed V6 internal combustion engine model, demonstrating an understanding of engine architecture, component interaction, and mechanical motion through precise CAD modeling. with integrated motion simulation to demonstrate piston and crankshaft movement.
Designed and implemented a sound amplification PCB for media systems, integrating amplifier circuitry with optimized component placement and circuit design principles to achieve efficient signal amplification and improved audio output performance.