EV.ENGINEER™
EV.ENGINEER™ · Engineering & Research
Engineering, research and learning across Energy, EV Batteries, Space, Aerospace, Digital Twins, Cybersecurity and Engineering Intelligence.
Energy · Battery · Space · Aerospace · Digital Twins · Cybersecurity
Engineering · Research · Learning · Building · Collaboration
R&D
Explore engineering problems, interactive laboratories, Digital Twins, research programs and system-level projects across multiple domains.
Space Systems
ResearchExplore spacecraft systems, mission engineering, satellite technologies, digital twins, orbital applications and future space-system architectures.
Schematic, not to scale · one orbit shown in 24 s
Satellite Systems
ResearchExplore spacecraft architecture, subsystem engineering, electrical power, telemetry, mission operations, verification and digital-twin-driven spacecraft understanding.
Simulated values
Digital Twin · Spacecraft Energy
SimulationA Digital-Twin Simulation Platform for CubeSat Energy, Mission and Reliability Analysis.
Run a CubeSat through orbits of sunlight and eclipse, watch solar generation and battery state of charge respond to mission loads, inject faults and see when safe mode is the right decision.
Simulated values
Propulsion
SimulationExplore propulsion architecture, engineering instrumentation, telemetry, physics-based modelling, state estimation, fault diagnosis and digital-twin methods.
Illustrative values from a simplified model
Future Space Systems
ConceptExplore long-duration orbital infrastructure, systems thinking, research architectures and future space-station concepts.
Concept visual · illustrative values
Aerospace Systems
ResearchExplore connected aerospace systems, telemetry, health monitoring, cyber-resilient architectures, digital twins and next-generation mobility platforms.
HUMS-style summary · simulated values
Engineering Evidence · Aerospace & Defence
Explore engineering assurance, inspection intelligence, First Article Inspection, measurement evidence and structured aerospace quality workflows.
| # | Characteristic | Nominal | Measured | Result |
|---|---|---|---|---|
| 1 | Bore Ø | 8.00 ± 0.05 | 8.02 | Pass |
| 2 | Length | 42.0 ± 0.1 | 41.96 | Pass |
| 3 | Hole pitch | 24.0 ± 0.1 | 24.04 | Pass |
| 4 | Flatness | 0.05 | 0.03 | Pass |
Illustrative part and values
EV · Battery · Energy
Explore battery safety, diagnostics, BMS intelligence, cybersecurity, pack engineering, EV mobility, health monitoring and circular-economy challenges.
Battery Safety
Thermal safety, second-life battery diagnostics and grading, and how a pack, its BMS and the vehicle network respond to a warming module.
Thermal map · °C
Module 3 · monitored
Illustrative sequence
Battery Diagnostics
SOC, SOH, cell imbalance, cycle history and guided diagnostics, with battery identity and AI-assisted support workflows.
Simulated values
Pack Engineering
From energy requirements and cell selection to module and pack architecture, BMS, thermal design, validation and diagnostics.
Reference architecture · illustrative
Electric Mobility
Configure an electric auto-rickshaw, study passenger air-taxi (eVTOL) component architecture and model the battery circular economy.
Illustrative values · auto-rickshaw scenario
Cybersecurity
ResearchCAN-bus security for EV, BMS and BESS: model normal traffic between an ECU, the gateway, the BMS and the motor controller, detect an anomalous frame and isolate its source.
Illustrative sequence
Battery Intelligence · Flagship
How an EV battery stores, delivers, protects and reports energy throughout its operating life.
Explore Battery Research (opens in a new tab)Interactive Lab · Digital Twin
Interactive engineering experiences where systems can be modelled, simulated, observed and understood—not just read about.
Spacecraft Architecture
A 6U Earth-observation satellite in interactive 3D: structure, power, ADCS, avionics, payload and communications.
Launch Interactive 3D (opens in a new tab)Energy · Mission · Reliability
Simulate orbital sunlight, solar generation, battery SOC, mission loads, faults and reliability.
Explore CubeTwin (opens in a new tab)Propulsion · Telemetry · FDIR
Physics-based models, telemetry, state estimation and fault detection for propulsion pressure monitoring.
Open Digital Twin (opens in a new tab)Battery · Health · Diagnostics
Battery packs, BMS, cells, SOC, SOH, thermal behaviour and guided repair workflows in interactive 3D.
Explore Diagnostics Toolkit (opens in a new tab)Careers · Workshops · Field Engineering
Explore careers, workshops, training, startup engineering, field-service knowledge and hands-on engineering development.
Careers · Electric Mobility
Roles, skills and competencies across EVs, batteries, energy systems, cell manufacturing and automotive software.
Explore EV Career (opens in a new tab)Hands-on · Workshops
Photographs from hands-on EV battery and autonomous-vehicle workshops.
Explore Workshops (opens in a new tab)Organisation · Growth
The fundamental activities and organisational structure behind a stable EV engineering business.
Explore Startup Engineering (opens in a new tab)Programmes · Projects
Structured engineering programmes and internship projects across EV, battery, aerospace and space systems.
Explore Training Programs (opens in a new tab)Battery · Research
Lithium-ion degradation research and battery health-monitoring systems.
Visit Battery Engineering (opens in a new tab)Field Engineering · Service
Field engineering for e-scooters and e-bikes: repairs, battery service and maintenance, in Mangalore.
Explore Repair Engineering (opens in a new tab)EV.ENGINEER™ connects engineering education with systems thinking, simulation, digital twins, experimentation, verification and real-world problem solving.
Energy · Space · Aerospace · Digital Twins · Cybersecurity · Battery
Engineering · Research · Learning · Building · Collaboration
Built by engineers. Driven by teams. Focused on solving difficult engineering problems.
Ecosystem
Engineering organisations, research initiatives, technology teams and communities connected across Space, Aerospace, Software, Embedded Systems and EV Engineering.
Rocket Systems
Rocket propulsion and launch systems: from a liquid-engine demonstrator toward an integrated launch system.
Aerospace Assurance
Engineering assurance for defence, aerospace and space: requirements, configuration, evidence and verification.
Aerospace Health · Telemetry
Health and usage monitoring (HUMS) for aerospace and autonomous platforms.
Engineering Software
Applied Satellite Engineering: spacecraft energy, batteries, EPS, sensors, telemetry and health.
Embedded Systems
Bengaluru engineering solutions. No formal partnership claimed.
Space Research
A CanSat and model-rocketry engineering research programme: avionics, telemetry, simulation and validation.
EV Education
A non-profit educational and technical community for electric mobility.
Engineering Software
Electric-vehicle engineering and agentic AI software.
Organisations are described from their own published material; a listing here is not a claim of a formal partnership.
Profile
Sudarshana Karkala
EV.ENGINEER™ · Aerospace & Space Systems · Digital Twins · Cybersecurity · Bengaluru, India
Research Index
EV.ENGINEER™
Learn deeply. Build real systems. Verify your engineering. Solve difficult problems.