Electric & Conventional Powertrain | KPIT

Work Impact

Building Powertrain Software Architecture for next-gen vehicles

Intelligent Charging : Technology Solutions to make Electric Vehicle Charging Smarter ?

Model Based System Engineering approach to reduce up to 50% software development time

System Requirement Development for Model Year 2019 for a leading OEM

Work in this Team

Conventional / Electric/ Alternate Powertrains - Develop software that powers the heart of an automobile

Explore working opportunities at KPIT

Insights

electric powertrain

Age of the Electric Powertrain

December 11, 2019

Assets & Accelerators

Smart charging is the intelligent way forward, where charging can...

So along with EVs (Electric Vehicles) their communication with the EVSE

December 24, 2018

Assets & Accelerators

Help me breathe clean air

Air pollution levels are increasing by the day, not just in New Delhi

December 21, 2018

Autonomous Driving

How Technology Will Evolve Transportation In emerging markets

As more automobiles connect, software competency will provide an edge

KPIT December 17, 2018

Assets & Accelerators

How Vehicle Electrification is changing the Powertrain landscape?

Electrification of on-highway vehicle is now very much a reality.

KPIT December 15, 2018

Offerings

Production Software/Function
Development

Controls / Software Architecture development
Legacy to Model Conversion
Model based development
C/C++ code , Auto code development
AUTOSAR application and development

Model based system engineering

System Engg with DFMEA and DVP&R
Requirement Engg and Management
Requirement elicitation and validation
Requirement Modelling and Validation with SysML methodology
Functional architecture design and evaluation

Verification & Validation

Test strategy development and execution
Test automation tools - development work
Requirements validation
Functional and coverage testing (Model in loop and Software in loop testing)
System testing using Hardware in loop
Virtualization

Calibration

Vehicle performance validation
Engine and Transmission Calibration
OBD, Exhaust after treatment calibration
Model based calibration
Plant Model Development

Engineering tools development

Systems and Software Engineering Lifecycle Management (SSELM)
Continuous Software Quality Monitoring (Klarity and Katapult)
Framework for Engineering data management
Calibration rules management

Process & Continuous Integration

Software Process development compliant to ASPICE, ISO26262, AUTOSAR and CMMI
Consulting for Standards specific certification ASPICE, ISO 26262 and CMMI

Battery management systems

Software and hardware development
Power management
SOC/SOH Algorithm for Li-Ion & Lead Acid Batteries
Thermal management
Battery plant model and characterization

Power Electronics for HEV/EVs

Motor/Generator Control, HW/SW development
On board DC –DC converter, Inverter Control Algorithm
On board DC –DC converter, Inverter Control Algorithm
Inverter Control

Controls Strategy & development for HEV/EV

Hybrid control
Motor control
Hybrid supervisory control
Electric Charger
Torque calculation and controls

Verification and Validation

MIL, SIL for xEV
Hardware in loop testing for xEV applications
Vehicle Testing

Functional Safety

Safety Management
Functional Safety Concept
Technical Safety concept
Safety Analysis
Safety case creation