Embedded Systems
Software Development
Requirements Engineering
- Requirements Gathering
- Feasibility Study
- Requirements authoring
- Requirement Engineering process
- Workflow definition
- Traceability
- Decomposing to SW requirements
Software Development
- Base Software Stack Configuration and Device
- Drivers Development
- AUTOSAR \ Non AUTOSAR based scalable Software architecture Development
- Model Based Development for application features
- Code Coverage and Unit Level Tests
- System management for test execution
Verification & Validation
V & V Services
- Software Testing SIL/MIL
- System Testing HIL
- Vehicle Testing VIL
- Data Collection Log
Test Management
- Test case development (Closed loop integration and simulation)
- Test System design and Development
- Test Automation & optimisation
- Defect management
E / E Process & Quality Management
- *ASPICE, 1S026262, GPEP
HIL Test Infrastructure Development
Built and used multiple HILs
- Across multiple automotive domains and HIL
- Systems, such as dSPACE, Vector, ETAS, NI etc.
- Years of experience on tools, such as
- Matlab/Simulink, ControlDesk, CarMaker, Model
- Desk, Motion Desk, CANoe, CANape,
- LabVIEW, NI Test Stand, VeriStand, etc.
Supported in commissioning EMI/EMC
- Testers at Tier1’s
- Supported in developing the automation framework using scalable architectures.
Hardware – Microcontroller, PCB, RTL design, Circuit Simulation & analysis (Orcad Pspice, NI-Multisim), , Multi-layer Board Design,
Software Development
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry’s standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged.
Software Development
Requirements Engineering
- CAE Modelling/FE model
- Structural analysis and hand calculations by classical methods
- CAE Modelling/FE model
- Structural analysis and hand calculations by classical methods
Static Analysis
- Linear Static Analysis
- Non-linear Static Analysis
- Quasi-Static Analysis
- Contact Bolt-joint Simulations
Implicit Dynamic Analysis
- Modal Analysis
- Transient Dynamic Analysis
- Frequency Response Analysis
- Spectrum Analysis
Fatigue/ Durability
- Stress-Life Approach
- Strain-Life Approach
- Crack Growth Approach
- Vibration Fatigue
Manufacturing Solutions
- Stamping Simulations
NVH Analysis
- Modal Dynamic
- Random vibration
- Shock Response
- Structural borne Analysis
What sets us apart
- Embedded software/firmware development and porting services for Automotive ECU, Industrial Automation, Smart home automation and Machine Vision
- Our engineering team has project experience in services for
- ADAS, Motor Control, Telematics and BMS based features development
- Board Support Packages, Low Level Device drivers
- Automotive and Automation Protocols Stack Development– UDS, KWP200, J1939, CAN Protocol, LIN, FlexRay, Bluetooth, ZigBee, Ethernet, CANOpen.
- Bootloader with Over-The-Air Update using Bluetooth, Wi-Fi
- AUTOSAR MCAL Development, RTE and BSW Configuration & Integration
- Connectivity and End User Mobile App Development
- In-house development team for IOT application area with cloud integration for plant process automation
Our Success Stories
// Drop us a line! We are here to answer your questions 24/7