Building World-Class Engineers to Solve Energy, EV Battery, Autonomous Systems, Aerospace and Space Engineering Challenges
Gain hands-on experience through engineering research, design, simulation, proof-of-concept development and real-world product initiatives across EV, Energy, AI, Autonomous Systems, Aerospace and Space.
Goal: Prepare for an Engineering Internship
Specific prerequisites vary by project. A discovery call confirms fit and any bridge learning required.
Book Discovery Call ↗Goal: Become an industry-ready engineer in your chosen track
Specific skills depend on project.
Students with an engineering and problem-solving mindset, and working skills in the programming or technical tools their chosen track needs, who want hands-on EV, battery, AI, cybersecurity, autonomous-systems, aerospace or space project experience. A discovery call confirms fit before you start.
It depends on the track. Everyone needs to be able to break down and debug technical problems and to research and document engineering decisions. EV and battery projects add EV architecture and lithium-ion fundamentals; AI and software projects add Python, web or mobile skills and basic AI/ML concepts; space and aerospace projects add the relevant physics, electronics, mechanical or software fundamentals. See the Prerequisites section above for the full list.
Depending on the track: EV battery systems and BMS (cell → module → pack, SOC/SOH), automotive cybersecurity, real-world data acquisition and analysis, AI/ML for battery intelligence, or — on the model rocketry track — aerodynamics, propulsion, recovery, avionics and telemetry.
It differs by track. The 12-month Training & Internship Program combines 6 months of training with 6 months of internship and publishes phase-wise fees (online or workspace); a separate merit-based free track exists for qualified students with a refundable security deposit. The model rocketry guide is an independent educational workbook, not an internship or employment offer.
No stipend is published or guaranteed. The standard pathway publishes phase-wise training fees, and the merit-based student track requires a refundable security deposit rather than paying a stipend — see the Selection Process & Fees page for verified details.
Use the Apply button above to fill the application form, or email your resume via the Submit Resume button below. A short discovery call typically follows before a track is confirmed.
Reach the team through the EV.ENGINEER contact page or WhatsApp above. For programme-lead background, see Sudarshana Karkala's profile.
Risk analysis and advanced thermal runaway prevention implementations.
Comprehensive handbook mapping electrochemistry, structural CTP frames, BMS algorithms, and cloud telemetry.
Unified identity protocols for battery life tracking and health.
Learn Battery, BMS, BESS, CAN, validation and embedded cybersecurity through a hands-on engineering prototype.
AI Voice Agent that talks to EV users, understands their problems, and answers relevant questions based on real-time queries.
D+6 electric three-wheeler configurator, engineering simulator and business-plan platform for Tier-2/Tier-3 South India.
End-to-end design lifecycle for urban air mobility.
Duty-cycle analysis and integrations for closed-loop environments.
Space Systems R&D
Long-term space engineering and research initiative focused on autonomous spacecraft health management, telemetry intelligence, fault detection, isolation and recovery, digital twins and verified safe recovery.
Aerospace Engineering & Research
Practical aerospace engineering and cybersecurity platform covering aircraft, drones, eVTOL, avionics, embedded systems, satellite security, digital engineering and hands-on research.
Aerospace & Defence R&D
AQIP
AI-assisted aerospace manufacturing quality intelligence connecting engineering requirements, inspection, FAI, configuration control, manufacturing evidence and supplier quality through a trusted digital thread.
Model Rocketry & Mission Engineering
End-to-end mission architecture, telemetry systems, avionics, recovery mechanisms, and systems engineering for national-level student rocketry competitions.