System Design & Integration
- Requirements Engineering
- Electrification Architecture
- Component Selection
- Interface Definition
- Communication Architecture
- Trade-off Analysis
Engineering
Engineering systems from concept to validation
Independent engineering across systems, control, modeling, and validation.
Capabilities
Modeling & Simulation
- Multi-Domain Simulation
- Vehicle & Powertrain Modeling
- System Identification
- Reduced-Order Modeling
- Real-Time Simulation
- Driver-in-the-Loop Simulation
Control System Design
- Motion Control
- Supervisory Control
- State Machines
- Energy Management
- State Estimation
- Fault Management
Verification & Validation
- Test Planning
- Code Generation
- Rapid Prototyping
- MIL / SIL / HIL Testing
- Test Automation
- Test Analysis
Application Domains
- Automotive & Vehicle Electrification
- Aerospace & Defense
- Robotics & Motion Control
- Energy & Power Systems
- Industrial Automation
Collaboration Models
Project Engagements
Technical Advisory
Research & Reporting
Education & Training
Selected Work
Featured Projects
Selected engineering work demonstrating core technical capabilities.
Heavy-Duty Vehicle Electrification
System-level electrification engineering for heavy-duty vehicles, including component sizing, hybrid powertrain architecture and supplier evaluation.
Hybrid Vehicle Control System Design
Model-based control system development for hybrid electric vehicles, including control architecture, energy management and embedded implementation.
Driver-in-the-Loop Vehicle Simulator
Real-time simulator featuring a nonlinear off-road vehicle dynamics model for controller development and HIL validation.
AI-Based Virtual Sensor Development
Reduced-order fluid modeling and AI-based virtual sensors for real-time applications.
Further technical information is available upon request.