
Motivated Engineer with a strong academic foundation in Mechanical Engineering and Automotive Engineering, specializing in Electric Vehicles. Dedicated to pushing the boundaries of innovation and seeking dynamic challenges in a fast-paced environment.
(Part-time)
Performed visual inspections and non-destructive tests where appropriate. Communicated with production team members about quality issues. Kept detailed records of quality and imperfect products.
(Part-time)
Replaced damaged, missing, or defective parts with new and refurbished components. Troubleshot and diagnosed faults with vehicle systems and components using OEM-specific code readers, diagnostic trees, and online knowledge bases.
Developed proficiency in Java and Python programming languages, honed UX/UI design skills, mastered Snowflake for data warehousing, utilized Power BI for data visualization, effectively employed Microsoft Office Tools, and applied a comprehensive understanding of Key Performance Indicators (KPIs) in various tasks.
Led the creation of a specialized equipment carrier tailored for military applications, conducted precise 3D scanning, performed in-depth structural and material analyses, employed Finite Element Analysis (FEA) techniques, and conducted thorough harmonic resonance studies to ensure optimal performance and durability.
Delved deeply into Marine Engineering, specializing in Technical Inspection (TI), navigating through shipbuilding intricacies, scrutinizing materials for structural integrity, orchestrating Production Planning and Control (PPC) strategies, implementing rigorous Incoming Quality Control (IQC) measures, prioritizing safety protocols, optimizing marketing strategies, evaluating infrastructure requirements, and contributing technical expertise to ship repair initiatives.
Thoroughly analyzed vehicle operations, and optimized service area operations. Proactively addressed customer issues during routine service and executed various maintenance tasks to ensure optimal vehicle performance.
Solidworks
CATIA
ANSYS Mechanical
ANSYS Fluent
ADAMS
MATLAB
C & C
Java
Python
GT-Suite
LS-Dyna
Multisim
Simulink
MS Office
Cells
Dissertation: Conducted in-depth research on Thermal Modeling of Automotive Battery Cells and cooling strategies, enhancing expertise in electric vehicle technology and battery management to address its Safety, Performance, Battery lifespan, Range and efficiency, Design Optimisation, and Environmental considerations.
Undertook an extensive project on redesigning and analysing the Lower Wishbone Control Arm, involving 3D scanning, structural and material analysis, Finite Element Analysis (FEA), and harmonic resonance studies as part of the Development of Special equipment carrier for military purposes.
Researched and designed an innovative project, harnessing kinetic energy from McPherson strut suspension for practical applications. This project helped me explore Energy Harvesting, Renewable Energy, Efficiency Improvement, Sustainability, Practical Applications, and Interdisciplinary Nature.
https://iaeme.com/Home/article_id/IJMET_09_09_133
Delved into cost-effective, eco-friendly materials for automotive engineering. This study reviews various reinforcements and highlights the potential for hybrid aluminium matrix composites, contributing to sustainable and efficient manufacturing.
Critical thinking
Problem-solving
Attention to detail
Time management
Accountability
Ethical Awareness
Diversity and inclusion
OBR Composite materials team
SAE Dirt-Bike team
Freelance CAD Modelling
UX/UI Designer
OBU Indian Society Football player
Drawing & Painting
Adobe Premier Pro
Adobe Photoshop