SHAIK MOHAMMAD SHOIAB

I am a Master’s student in Industrial Engineering Management at Central Michigan University with a strong background in Mechanical Engineering. I have hands-on experience in composite material fabrication, stress analysis, and proficiency in SolidWorks, CATIA, Ansys, and AutoCAD. Passionate about process optimization and operational efficiency, I am eager to apply my technical and management skills to contribute effectively in an internship or entry-level role.

Research on Composite Materials Reinforced with Metal Powders

• Conducted an experimental investigation to analyze the mechanical properties (tensile, compressive, and torsional strengths) of epoxy glass fiber composites reinforced with varying ratios of metal powders.
• Focused on determining how different composite ratios affect the strength properties, providing valuable insights for material optimization in engineering applications.

Design and Fabrication of Go-Kart

• Led the design and fabrication of a high-performance go-kart for competitive racing, incorporating CAD modeling to create efficient chassis, drivetrain, and suspension systems.
• Selected and sourced materials such as steel alloys and aluminum to optimize strength, weight, and durability.
• Managed the assembly process, including welding, cutting, and component integration of engine, transmission, steering, and braking systems.
• Conducted performance testing, analyzing handling and stability to fine-tune the go-kart’s design for maximum efficiency and safety.
• Collaborated with a multidisciplinary team to troubleshoot and optimize systems, ensuring the vehicle met competition standards and safety regulations.

Diageo Manufacturing Job Simulation on Forage - January 2025

Key skills learned:

• Completed a job simulation in which I reviewed the entire bourbon production process for the supply chain and manufacturing team at Diageo.
• Analyzed deviations from standard process parameters and identified their underlying causes.
• Evaluated downtime data and created a strategic plan to improve operational efficiencies as part of a continuous improvement mindset.

GE Aerospace Supply Chain Job Simulation on Forage - January 2024

• Completed a simulation focused on GE Aerospace’s Supply Chain engineering
• Developed a procedure to disassemble a GEnx-1B high bypass turbofan engine core
• Utilized engineering data in order to specify applicability, capacity, and size requirements
• Successfully dispositioned non-conforming turbine blades using GE's Digital Thread and engineering data
• Completed three “Defect Disposition Forms” in Excel for each of the non-conforming turbine blades in the non-conventional machining center

Advanced Surface design by Catia

Product design & drafting by Catia

Six Sigma White belt