Shreya Tripathi

Detail-oriented mechanical engineer with a strong academic and research background in mechanical system design, simulation, and analysis. Proficient in CAD tools like SolidWorks and simulation software such as MATLAB and Ansys for 3D modeling, prototyping, and finite element analysis (FEA). Passionate about integrating mechanical systems with computational tools to deliver innovative and efficient design solutions.

• First Prize – Small-scale Pasteurization Machine Project (2024)

Led the design and fabrication of a low-cost, compact pasteurization unit for rural applications. Focused on mechanical layout, thermal analysis, and component integration. Recognized for innovation, feasibility, and community impact.

• Second Prize – Shape Memory Alloy Actuated Tilt-Rotor Drone Mechanism (2023)

Developed a working prototype of a tilt-rotor drone system actuated using shape memory alloys. Contributed to actuator design, structural stability, and control response. Awarded for practical implementation and novel actuation method.

• Award for Excellent Academic Achievement – Ministry of Education, Korea (2024)
• Caterpillar IDP Challenge – 2nd Position (2020)

Participated in a national-level mechanical innovation challenge. Proposed a cost-effective design solution for an industrial problem, including 3D modeling, load analysis, and manufacturing cost breakdown.

• Certified SolidWorks Associate (CSWA) – Dassault Systèmes (2020)
• Conference Publications & Presentations

1. FMFP 2019: Presented research on flow visualization using Hele-Shaw apparatus.

2. ICCES 2021: Showcased performance improvements in tidal turbines with modified airfoils.

3. FAiMMTS 2022: Demonstrated simulation-based analysis of a helical planetary gearbox.

• Test of Proficiency in Korean(TOPIK) - Level 5
• Ranked 2nd and 4th in B.Tech mechanical engineering batch (2019, 2020).
• Completed Key Certifications:

  Wind Energy – DTU, Denmark: Studied turbine design and offshore energy systems.

  Intelligent Machining – University at Buffalo: Learned CNC process optimization.

  Programming for Everybody (Python) – University of Michigan: Built coding skills for automation and data analysis.