Shubham K.

Experience

• Mechanical Design Engineer Dhanada Engineering · Full-time Jul 2025 – Present 7 mos Kagal, MH, India • Created detailed 3D models using CAD software to support design projects.
  • Assisted in developing technical documentation for mechanical components and assemblies.
  • Collaborated with cross-functional teams to improve product design and functionality.
  • Conducted component analysis to ensure compliance with industry standards and specifications.
  • Developed detailed 3D models and drawings, ensuring accurate communication of design intent to
  machining teams.
• Design Engineer Intern RIVOT MOTORS · Internship Oct 2023 – Feb 2024 4 mos Belagavi, KA, India • Executed comprehensive thermal and performance simulations for vehicular battery and system
  models, leading to substantial enhancements in energy efficiency and operational range.
  • Engineered an efficient braking system for electric scooters, directly elevating vehicle safety and
  performance standards within the clean mobility sector.
  • Conducted plastic parts design and methodical reverse engineering of components, facilitating
  optimized and sustainably integrated assembly processes for the EV architecture
• Design Engineer Intern SWIFTCURRENT TECHNOLOGIES PVT.LTD · Internship Feb 2023 – May 2023 3 mos Kolhapur, MH, India • Optimized battery bay design via strategic iterative redesign, resulting in significant improvements in
  space utilization and overall performance.
  • Managed specialized maintenance and servicing protocols for Electric Scooters, specializing in
  critical clean energy components.
  • Conducted comprehensive analysis of the fundamental components and system architecture across
  various EV models.
• CAD DESIGN INTERN FMAE WORKS · Internship Dec 2022 – Jan 2023 1 mos Pune, MH, India Developed and fabricated a functional Electric Bike prototype from initial conceptualization to
  manufacturing completion, acquiring foundational experience in sustainable, lightweight vehicle
  design.
  • Contributed to electric bike design and subsequent structural analysis, applying established principles
  of vehicle dynamics.