Rithish C.v

Experience

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  Tech Analogy

  Jun 2021 - Aug 2021

  Mechatronics Intern

  1. Remodeled CAD designs for vehicle suspension systems, improving overall control and performance by 15%. 2. Customized automotive components using 3D simulation software, meeting project requirements with precision..3. Customized components using 3D simulation software for accurate modelling and analysis.4. Co-ordinating with the team for workshops, R&D and technical team to design system as per their needs and requirement.5. Diagnosed and resolved complex systems issues, reducing downtime and improving efficiency by implementing effective solutions. Show less

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  TEAM 1.618

  Jun 2021 - May 2024

  1. Engineered a parallel hybrid drivetrain architecture for the Formula Student prototype, integrating control and powertrain systems for optimized performance; also served as a test driver for validation.2. Oversaw technical development and cost management for the Formula Student hybrid electric vehicle, ensuring efficient resource allocation and adherence to project specifications.3. Coordinated with SAIETTA to integrate the 119 R-55 motor into the hybrid drivetrain, achieving torque distribution of 85Nm for motor and drive efficiency for enhanced vehicle dynamics.4. Engineered and installed architecture of powertrain and energy storage systems for a formula-style hybrid vehicle, achieving a 25% increase in energy.5. Directed design and analysis of automotive components with the engineering team, resulting in a 20% improvement in performance efficiency.6. Coordinated with R&D and technical teams to design tailored systems, leading to the successful launch of 3 innovative automotive projects within budget 7. Managed and approved the design validation of all vehicle components.8. Performed comprehensive verification and validation of integrated electrical systems, ensuring 100% compliance with safety and performance standards. Show less 1. Derived scalable and modular battery pack systems, reducing maintenance downtime by 40% and increasing upgrade efficiency by 50%.2. Designed a Battery pack of 50.4v and 32.5Ah implementing a combination of 14sx13p and have used the required BMS for the battery pack.3. Motors and motor controllers - Integrated synchronous permanent magnet motor to run on a 50.4v battery pack which is controlled by the Kelly motor controller.4. Hybrid systems – Calibrating and maintaining all electrical instruments of high voltage systems and DC/DC converters in a Formula student car. Show less

  • Powertrain Engineer - Electrical Department

    May 2022 - May 2024

  • Battery Engineer

    Jun 2021 - May 2022
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  APSIS Solutions

  Jan 2024 - Mar 2024

  Hybrid Electric Vehicle

  1. Enhanced MATLAB model for GM EV1 Battery Electric Car, evaluating simulation calculation to improve 15% of the performance.2. Refined motor torque calculations in Simulink model, resulting in a 10% improvement in system performance and reliability through advanced algorithm optimization and data structure enhancement.3. Constructed a detailed MATLAB model of a DC motor, resulting to increase torque.

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  Xtrawrkx

  Aug 2024 - Oct 2024

  Engineer Intern

  1. Collaborated with senior consultants to streamline sourcing strategies, reducing project delivery timelines by 20%.2. Boosted client engagement by 30% through lead-generation initiatives and facilitating strategic client mixers.3. Identified and addressed client needs, generating over 15 qualified leads per quarter to support business growth.4. Assisted in optimizing supply chain operations, ensuring alignment with client goals and operational efficiency.

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  Abhinava Rizel

  Jan 2025 - now

  GET- Electromagnetic Engineer

  1. Motor Design & Modeling: Develop 2D & 3D models of electric motors and perform in-depth electromagnetic analysis.2. Simulation & Optimization: Utilize analytical, numerical, and empirical methods to optimize designs, leveraging tools like FEA (Finite Element Analysis) and FEM (Finite Element Method).3. Validation & Correlation: Validate designs using Ansys Maxwell and correlate simulation results with dyno and vehicle test data.4. Full Product Lifecycle: Contribute from concept, design, testing, validation, and production release to post-launch support.5. Innovation & Technology Development: Continuously evaluate and implement new technologies and design improvements to enhance power density, efficiency, cost-effectiveness, and reliability Show less