Satyam T.

Experience

• Product Designer Dream Sporting Gear (India) · Full-time May 2026 – Present 0 mos Pune, MH, India Led end-to-end product development for consumer gear and engineered accessories — from concept ideation
  and rapid sketching to production-ready deliverables.
  • Conducted user research, market benchmarking, ergonomic research, and usability studies to define design
  direction aligned with brand DNA.
  • Developed production-ready 3D CAD models (Rhino / SolidWorks) with correct draft angles, tolerances, and
  assembly constraints for injection moulding and surface finishing.
  • Applied CMF strategy (colour, material, finish) across product platforms; explored silicone, leather, fabric, and
  hard-shell materials for performance gear.
  • Collaborated with tooling vendors for mould development and finish specifications; managed trial production runs
  and pilot builds to validate fit, comfort, and structural performance.
  • Built and tested rapid prototypes (3D printing, physical models) to validate form, function, and usability;
  implemented iterative design refinements.
  • Integrated brand identity elements into hardware, packaging, and retail display systems.
• 3D Designer & Visualiser (Freelance) R.K. Dewan & Co. · Freelance Feb 2024 – Apr 2025 1 yrs 2 mos Pune, MH, India Created accurate 3D models and technical blueprints for patent submissions across multiple product categories;
  developed high-quality photorealistic renders (KeyShot) for stakeholder presentations.
  • Translated early-stage concepts into production-feasible design documentation; collaborated with legal teams for
  patent accuracy and IP compliance.
• Automobile Design Intern Ctrine Engineering Pvt. Ltd. · Internship Jun 2023 – Sep 2023 3 mos Pune, MH, India Redesigned an articulated bus model focusing on enhanced passenger experience and functional optimisation;
  conducted competitor benchmarking and industry trend analysis.
  • Generated 2D concept sketches and 3D surface models; assisted in translating styling concepts into feasible
  engineering-ready forms.