Hitesh Raj Aravind

Relocated to India and focused on upskilling in mechanical design and CAE, completing advanced FEA and simulation coursework while actively applying for aligned engineering roles.

- Contributed to the mechanical design and optimization of Koolmill’s next-generation precision rice milling platform, from concept to prototype validation called the MBS-F1

- Led the development of modular sub-systems, applying DFMA and DFM principles to achieve high-performance, low-maintenance configurations suitable for global deployment.

- Conducted FEA simulations (Inventor Nastran, ANSYS

- Delivered applied mechanical engineering instruction aligned with BTEC curriculum requirements

- Taught core concepts using CAD tools and real-world engineering examples

- Supported structured problem-solving and technical understanding

- Strengthened technical communication and presentation skills

- Worked part-time after completing studies while actively seeking a full-time engineering role

- Operated within defined procedures and process standards in a customer-focused environment

- Demonstrated reliability and decision-making under operational pressure

- Delivered structured engineering instruction at Bucksmore Education’s Oxford centre in a high-responsibility academic environment

- Taught and mentored students from over 8 different countries, adapting explanations to varied educational and technical backgrounds

- Explained core engineering concepts clearly, supporting problem-solving and analytical thinking

- Operated within strict safeguar

- Worked in a high-throughput, quality-driven fulfilment environment with strict accuracy requirements

- Followed standardized processes to ensure consistency, reliability, and customer satisfaction

- Maintained attention to detail and operational discipline in a fast-paced setting

Delivered 3D CAD models and detailed engineering drawings in CATIA V5 for precision mechanical components, adhering to OEM specifications and ISO TS 16949 standards. Applied GD&T and DFM principles to improve manufacturability and participated in DFMEA sessions.

As a Mechanical Design Engineer, I created precise automotive components such as gears, wheel bearings, flanges, and shafts using Autodesk software, following OEM specifications and ISO TS 16949 standards. I produced 3D models, prototypes, and engineering drawings, applying Design for Manufacturability (DFM) and Design for Assembly (DFA) principles proficiently in CATIA V5.

Key Accomplishments:
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Evaluated manual assembly stations for inline diesel injection pumps, analyzed production cycle times to identify assembly configurations with minimal defects. Collaborated with error handling teams to reduce assembly time and improve quality control.

- Mastered and evaluated manual assembly stations for hand-assembled in-line diesel injection pumps during my internship at Bosch Limited, aligning with ISO 13948-1:2015 standards for mechanical, threaded connections.

- Analysed daily production times to identify the most efficient assembly design with minimal defects, utilising data-driven approaches to optimise manufacturing operations complian

Completed FEA Convergence and Mesh Independence certification.

Jan 2026

Jan 2026

Jan 2026

Grade: Distinction (9.04 GPA)

Master of Science in Automotive Engineering with Distinction (9.04 GPA).

- Notable Modules: Automotive Electrical Systems | CFD & CAE Applications | Advanced Engines and power systems | Automotive Materials and Manufacture | Electric Vehicle Technology | Sustainable Business of Engineering

- Achievements: Certification in Simulation Analysis for Mechanical Engineers with Autodesk Fusion 360 | SOLIDWORKS Certification | Health and Safety (COSHH) Certification

May 2021

Apr 2021

Grade: First Class (7.5 GPA)

Bachelor of Technology in Mechanical Engineering with First Class (7.5 GPA).

- Notable modules: Thermodynamics | Fluid Mechanics | Kinematics & Dynamics of Machinery | Design of Machine Elements | Finite Element Analysis | Heat transfer | Total Quality Management | Additive Manufacturing

- Achievements: Engaged and supported international-level workshop on "Advanced Ceramics for Engineering Applications" organised by Indian Ceramic Society. Facilitated hands-on workshops