Shreyas Shivashankar

Operated Meltio M600 Wire DED to develop and optimize deposition parameters for steel and alloy parts, applying DfAM principles. Ran multi-material trials studying inter-layer bonding and microstructure, building repeatable process windows. Conducted parameter studies (wire feed, travel speed, power) improving deposition quality and accuracy. Produced GD&T drawings and reports, and managed the full CAD-to-manufacture workflow in SolidWorks and Siemens NX.

Internship focused on mechanical design, prototyping, and product validation, covering CAD modelling, GD&T, DFM, and hands-on mechanical testing in an academic R&D environment. Designed and developed 10+ 3D CAD models and assemblies using SolidWorks, Siemens NX, and Fusion 360, supporting prototype development and design iteration workflows. Produced GD&T-compliant technical drawings and tolerance analysis documentation to ensure prototype-to-production handoff accuracy and compliance with engineering.

Conceptualized a screenless, AI-driven in-car interaction system as an alternative to dashboard displays, combining sensor integration, UX design, and adaptive user-behaviour modelling. Designed a real-time data framework for contextual intelligence: route optimization, predictive notifications, and environmental data. Developed an adaptive infotainment concept that learns driver patterns for personalized experiences, and presented it to a cross-functional review panel.

Interpreted and standardized technical product specs (dimensions, materials, component attributes) from manufacturer and vendor sources. Sorted, cleaned, and normalized large volumes of engineering and manufacturing data into consistent, structured formats for better data integrity. Used advanced Excel and SQL for data handling, plus Power BI and Python for reporting and processing, improving accuracy and usability for downstream technical and catalog applications.

Thesis: Design & Structural Analysis of CoCr Gyroid Lattice Structures - Developed complex lattice geometries using CAD, demonstrating advanced engineering design skills - Performed mechanical testing experiments to evaluate material properties and structural performance - Analyzed surface roughne

Thesis: Modeling and Analysis of Combustion Chamber for Performance Characteristics of CIDI Engine Using Waste Cooking Oil as Biodiesel and Validation Through CAE Tools - Conducted combustion, thermo-fluid, and performance analysis of a CIDI engine combustion chamber using waste cooking oil biodie

A Diploma in Automobile Engineering is a three-year program that focuses on the design, manufacturing, and maintenance of vehicles. It covers key areas like internal combustion engines, transmission systems, vehicle electronics, and automotive design, preparing students for careers in the automotiv