Trideep Singh
Team Lead - Powertrain| Battery Systems | Hydrogen Fuel Cells | System Integration | EV & ICE Simulation | Data-Driven Design
- Role
- Team Lead - Electric and Ice Powertrain Engineering at Reliance Industries Limited
- Location
- Bengaluru, KA, IN
- LinkedIn followers
- 500 followers
About Trideep Singh
Seasoned technology leader with 14+ years of cross-domain experience in EVs, hydrogen PEM fuel cells, and internal combustion engines. I lead multi-disciplinary teams in design, simulation, and product development—translating technical challenges into high-performance, business-aligned solutions.Expertise includes:Battery Pack System Design (1kWh–6kWh for 2W/3W/LCV)Thermal Architecture for batteries & hydrogen systemsHydrogen PEM Fuel Cell Air Handling (100kW+, 600V platforms)Hydrogen, CNG and Diesel Engine Optimization & SimulationSupplier Development & Technology LocalizationDigital Twins & Predictive Analytics (Python, ML, GT Suite)Led end-to-end product lifecycles: simulation, prototyping, homologation, and big data analysis for global OEMs and startups. Delivered safety-compliant, cost-effective solutions, including 9 granted and 3 filed patents.Tools: GT Suite, MATLAB/Simulink, Python, Azure Databricks, FMEA, DFSS, Agile.Credentials: Alumni, IIT Madras (MS—Applied Mechanics).I thrive in fast-paced, innovation-driven ecosystems and am passionate about advancing clean energy systems.
Experience
Team Lead - Electric and Ice Powertrain Engineering
Mar 2023 — Present · Bengaluru, IN
Battery as a Service, Hydrogen IC Engine & Fuel Cell SystemsLed design of 1.5–6 kWh swappable battery packs for 2W & 3W platforms, achieving safety, performance and ARAI certification.Architected thermal systems for battery packs and swap stations, including passive thermal-runaway prevention, improving cell life and energy efficiency.Built a data-driven digital twin platform using fleet data and ML-based clustering to benchmark global cell suppliers and detect faulty vehicles/components.Led a Hydrogen IC engine simulation program, delivering optimized air-handling architectures and evaluating methanol & hydrogen free-piston generator systems for telecom power.Led the air-system design for a 100 kW, 600 V PEM fuel cell, enabling a 25 kW power increase for a 13.5 m intercity hydrogen bus.
Education
Sri Shankaracharya college of engineering and technology
Bachelor's degree
2005 — 2009
Indian Institute of Technology, Madras
Master's degree
2009 — 2011
Skills
- Numerical Analysis
- Nx Unigraphics
- Microsoft Office
- Matlab
- Lean Manufacturing
- Testing
- Pro Engineer
- Research
- Engineering
- Structural Analysis
- Solidworks
- Pumps
- Fatigue Analysis
- Ptc Creo
- Product Development
- Analysis
- Ansys
- Finite Element Analysis
- Materials
- Fmea
- Unigraphics
- Six Sigma
Find verified contacts for anyone on LinkedIn
Unifers gives sales teams verified emails and direct dials, enriched profiles, and outreach that lands in the inbox.
Free plan included · No credit card required
This profile is compiled from publicly available professional sources. Unifers is not affiliated with or endorsed by LinkedIn. Request removal of this profile.