Engineering Programs & Technology Demonstrators
Representative engineering programs demonstrating core capabilities in precision sensing, actuation, and control systems for aerospace and electric mobility applications.
Precision Sensing Systems
Development of high-accuracy sensing systems for position feedback and control applications, with emphasis on robustness, signal integrity, and integration within mission-critical environments.
High-Precision Resolver System
Design and development of a resolver-based position sensing system, covering electromagnetic design, stator–rotor architecture, and system-level integration.
- • Electromagnetic design and winding configuration
- • Stator and rotor mechanical architecture
- • Air-gap optimization and magnetic coupling
- • Signal chain considerations and decoding interface
- • Prototype development and validation approach
Precision Control & Actuation Systems
Engineering of compact, high-torque actuation systems with controlled motion characteristics, supporting precision positioning and load handling applications.
Cycloidal Gear-Based Precision Actuator
Development of a compact cycloidal gear-based actuation system designed for high torque density and precise motion control.
- • Cycloidal profile design and kinematic analysis
- • Load distribution and stress considerations
- • Backlash minimization and precision control
- • Integration with drive motor and sensing systems
- • Design for manufacturability and assembly
Future Programs
Additional engineering programs in sensing, actuation, and control systems are currently under development, aligned with aerospace and electric mobility requirements.