We provide multidisciplinary engineering support for electrification systems by integrating electrical, mechanical, and control disciplines.
Capability areas
Core Engineering Capabilities
Electrical Machine Design
Power Electronics & Drive Systems
Control Systems & Algorithms
Systems Integration
Applied Across
Aerospace
Automotive
Industrial systems
Renewable energy microgrids
Typical engagements
Requirements capture & feasibility assessment
Design review and optimization
Prototype build support
Instrumented test and verification support
Our engineering process
An evidence-led workflow from requirements to validated prototypes and test results.
First Principles Analysis
Derive requirements from fundamental engineering principles to establish analytical models and define the solution space.
Computational Modeling
Apply numerical methods and simulation to explore the design space and optimize performance before committing to hardware.
Physical Prototyping
Build functional prototypes to validate computational models and test design assumptions under real operating conditions.
Empirical Verification
Execute systematic testing and instrumentation to verify performance specifications and refine the design for production.
Request a Technical Discussion
Discuss your electrification project requirements with our engineering team.
