UCHENNA NWOSU

Dynamic Fixture/Gauge Designer with expertise in precision mechanical design and GD&T analysis at Durham Pattern & Model. Proven ability to generate technical blueprints that significantly improve manufacturing efficiency and product quality. Proficient in SolidWorks and known for effective collaboration in problem-solving. Committed to driving innovation and excellence in high-pressure environments.

Certified SolidWorks Associate (CSWA)

Driver less Delivery Vehicle                                                                             (Fall 2020)

MECE 3030U (Computer-Aided Design)

• Collaborated with a team of six students to generate and refine concept ideas, aligning designs with project goals and optimizing for efficiency and functionality.
• Created detailed CAD components using Siemens NX, ensuring precision in the design and functionality of the vehicle.
• Performed Finite Element analysis (FEA) and assessed structural integrity, identifying potential weaknesses and optimizing design for durability.

Internal Design Competition  (Winter 2020)

Hosted by Ontario Tech University

• Led a team of three multidisciplinary people in a competition hosted by Ontario Tech University to design an automated tractor.
• Created detailed CAD components using SolidWorks, ensuring precision in the design and functionality of the tractor.
• Performed Finite Element analysis (FEA) and assessed structural integrity, identifying potential weaknesses and optimizing design for durability.
• Performed Motion analysis to ensure all components move together simultaneously.

Vibration Analysis of Sand Removal Skid   (Fall 2021)

MECE 4290U (Finite Element Method)

• Modeled and analyzed the impact of specific faults in tank components, examining how these faults affect the system's vibrational behavior.
• Conducted FEA simulations to evaluate the dynamic response of the tank under different fault conditions.
• Performed FEA specifically, static and frequency using SolidWorks to identify the mechanical faults and evaluate their impact on the tank’s vibrational behavior and structural performance.

Conceptual Flying Car     (Fall 2022 - Winter 2023)

ENGR 4951U (Capstone Project)

• Collaborated with a team of six students to generate and refine concept ideas, aligning designs with project goals and optimizing for efficiency and functionality
• Created detailed CAD components using Siemens NX, ensuring precision in the design and functionality of the vehicle.
• Performed Finite Element analysis (FEA) and assessed structural integrity, identifying potential weaknesses and optimizing design for durability.
• Performed Computational Fluid Dynamics(CFD) in SolidWorks to analyze the airflow/air intake at a certain speed which also gave me an idea of how much power we might need to fully run our vehicle.
• Conducted simulations in Adams to analyze the kinematics and dynamics of our vehicle under certain loads and forces.