Christian Grozev

Strap & Harness Assisted Tool Support System — Design Project
Mechanical Engineering Design Course

• Developed assistive device that minimized grip force for handheld tools, enhancing user comfort
• Modeled components in SolidWorks and produced engineering drawings
• Conducted FEA stress analysis on load-bearing components to ensure structural integrity and performance
• Compiled bill of materials (BOM) and assessed material options to optimize design feasibility
• Collaborated in a team design process including concept selection and design reviews

• Performed material testing (tension, compression, hardness) to evaluate material properties
• Analyzed experimental data using MATLAB, Python, and Excel to derive insights for research
• Drafted technical lab reports with engineering calculations to document findings

Fishing Reel Analysis
Disassembled and analyzed a spinning fishing reel to understand its mechanical components and power transmission

• Documented key subsystems including gear train, spool, drag system, and handle assembly to enhance understanding of mechanical design
• Developed CAD models and assembly diagrams to accurately replicate reel’s mechanism for future reference
• Assessed component materials, tolerances, and manufacturing methods to ensure compliance with industry standards