Electro-Magnetically Controlled Pitch Fan
Defense · Client: US Army
Project details
Development and advancement of Electro-Magnetically Controlled Pitch (EMCP) technology funded by the US Army Small Business Innovation Research (SBIR) program.

Smart engineering solutions for automotive controls, system validation, and regulatory compliance
Pilot Systems International is an automotive engineering consulting practice based in Farmington Hills, Michigan. With decades of experience, it specializes in systems engineering, controls development, software and system validation, regulatory compliance management, and program management for automotive OEMs, Tier 1 suppliers, and defense agencies.
Defining, designing, developing, and testing control systems and vehicle-level systems.
Development of control systems for engines, transmissions, EV, HEV, CNG, hydrogen, battery management systems, and drone applications.
Leveraging MATLAB, Simulink, and dSPACE tool chains for rapid prototyping and simulation.
Systems engineering for Advanced Driver Assistance Systems and autonomous vehicle concepts.
Full electrical and mechanical build capabilities, from prototypes to low-volume production.
HIL test benches, prototype and low-volume harness assemblies, and technology demonstration vehicles.
CAD, CAE, build-to-print, mechanical/electrical fabrication, 3D printing, and commissioning.
Subject matter expertise and surgical technical problem-solving on a project or direct-hire basis.
Strategic planning, technology portfolio management, and powertrain roadmap development.
Crashworthiness, crash avoidance, failure analysis, root cause analysis, and expert witness services.
Specialized automotive cybersecurity architecture design for ADAS and AD systems.
Managing complex emissions and safety compliance requirements using the proprietary CertTrac process.
Assisting with EPA, CARB, ZEP, and HVIP regulatory approvals and certifications.
Navigating NHTSA, FMVSS, and related safety regulations.
Comprehensive hardware-in-the-loop (HIL) testing, durability, and environmental evaluations.
Validation of embedded software and complex systems using HIL testing.
Testing components and systems for environmental robustness and regulatory requirements.
Automotive · Defense
Defense · Client: US Army
Development and advancement of Electro-Magnetically Controlled Pitch (EMCP) technology funded by the US Army Small Business Innovation Research (SBIR) program.
Defense · Client: Michigan Technological University / US Army
Collaboration with Michigan Technological University to design and develop model-based systems engineering and controls software for a prototype hybrid electric HMMWV.
Automotive
Regulatory compliance and certification of a 'last mile' battery electric Class 3 delivery truck to meet EPA (CoC) and ARB (EO) standards alongside FMVSS.
Automotive · Client: U.S. Department of Transportation
Assisting the Department of Transportation in enhancing its understanding of autonomous vehicles, resulting in the development of the Vehicle Operating Information System (VOIS) framework.