Top-performing Mechanical Engineering student with a BE in Mechanical Engineering with a 4.0 CGPA. Passionate about innovation in manufacturing, rapid manufacturing and medical devices. Committed to a career that merges precision with creativity, leveraging a strong foundation in mechanical engineering principles.
Work History
Intern
Taurus pvt ltd, Ace Micromatics
Led a sustainability and efficiency initiative by analyzing scrap material flow and proposing an innovative briquette machine solution.
Projected savings of 15% on waste disposal costs and a 30% increase in scrap material sale price due to enhanced material density and handling.
Gained practical exposure to various manufacturing techniques and job shop execution processes, strictly adhering to quality control standards.
Research Intern
Indian Institute of Technology (IIT), Bombay
Mumbai, India
Researched and worked on Hybrid Layered Manufacturing for complex geometric parts, focusing on integrating subtractive and additive processes.
Conducted Finite Element Method (FEM) analysis using ANSYS to predict thermal stress distribution, reducing component deformation by 4% in the final production.
Engineered and fabricated a custom control panel for an ICE 3D Printer, integrating safety interlocks and an intuitive HMI.
Porwal Electric
Optimized the structural design and integration of the chassis for an electric two-wheeler, ensuring component fitment, stability, and adherence to safety standards.
Applied core mechanical principles to analyze weight distribution and stress points, contributing to a 5% improvement in overall vehicle range and handling performance.Worked on chassis used in electric two wheelers.
Education
Bachelor of Engineering - Mechanical Engineering
Global Academy of Technology
06-2024
Skills
Machine design and FEM analysis
SolidWorks, Ansys, and Fusion 360
Leadership experience
Problem solving strategies
Extracurricular Activities
Student Body President, ISHRAE (Bangalore Chapter): Spearheaded all chapter operations, leading a 20-member executive board, and increased student membership by 15% through organizing professional workshops on HVAC and sustainable design.
Class Representative (3 Years): Served as a key liaison between 100+ students and faculty for three consecutive years, effectively resolving academic and administrative issues through proactive communication.
Technical Paper
Co-Authored Technical Paper: "Computational Study of Combustion Characteristics in a Tiled Combustor Fueled with Propane"
Contribution: Performed complex Computational Fluid Dynamics (CFD) simulations to model turbulent combustion behavior and optimize the combustor tile configuration.
Result: Research findings demonstrated key mechanisms for improving fuel efficiency and stability in high-temperature combustion systems.