![tubes tubes](https://www.provectus-ts.com/wp-content/uploads/2009/12/tubes.jpg) |
Development of Requirements, System Design and Integration
- Expertise in design, development and integration of electronics systems
- Capture detailed requirements to proactively ensure system design and performance
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![adse](https://www.provectus-ts.com/wp-content/uploads/2010/02/adse.jpg) |
Algorithm Development and Software Engineering
- Map requirements to develop and drive algorithms in support of requirements
- Software re-engineering and reverse engineering
- Powertrain , controls, and exhausts – hybrid vehicles, active safety systems, engine control and powertrain
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![server](https://www.provectus-ts.com/wp-content/uploads/2009/12/server.jpg) |
Architectural Analysis and Design
- Real-time fault tolerant network architecture
- Electronic architecture and design of Electronic Control Units (ECU)
- System improvement — future design compatibility
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![mbd](https://www.provectus-ts.com/wp-content/uploads/2010/02/mbd.jpg) |
Model Based Development
- Enable multi-model integration and desktop computer testing
- Requirement based test generation
- Early verification and validation
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![Sensor Fusion Sensor Fusion](https://www.provectus-ts.com/wp-content/uploads/2010/02/sensorfusion.jpg) |
Principles and Techniques for Sensor Data Fusion
- Formulation of sensor processing from varied sensors and maps (Radar, Ultrasonic, Vision)
- Kinematics and simulations
- Sensor performance to fusion performance mapping (i.e. Kalman Filtering)
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![gps Circuit Board](https://www.provectus-ts.com/wp-content/uploads/2010/02/pcb.jpg) |
Hardware Design
- High integrity hardware concept and physical design
- Design review to ensure industry specifications and standards
- Design risk analysis
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![equipment software](https://www.provectus-ts.com/wp-content/uploads/2010/02/code.jpg) |
Verification and Validation
- System integration, testing and component validation
- Code reviews
- Software risk analysis (DFMEAs)
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![equipment equipment](https://www.provectus-ts.com/wp-content/uploads/2009/12/equipment.jpg) |
Design for Manufacturability and Lean Manufacturing
- Focus on profit enhancing lean manufacturing
- Ensure that the product is producible
- Robust warranty and life cycle planning
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![PLM Transformation Methodology PLM Transformation Methodology](https://www.provectus-ts.com/wp-content/uploads/plm-150x150.jpg) |
Product Lifecycle Management (PLM) Transformation Methodology
- Complete lifecycle from concept initiation to product retirement
- Rules-based engineering, knowledge capture and retention
- Change and configuration management, and product structure
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![managers Project Management](https://www.provectus-ts.com/wp-content/uploads/2010/02/projectmgmt.jpg) |
Project Management
- Decrease design, development, and launch costs
- Project leadership from initial vision through production, validation and delivery
- Improve cycle time
- Stakeholder administration
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