Chenhao Ma Email & Phone Number

Mountain View, California, US

Seattle, WA, US

• Developing Perception system and sensors for fully autonomous delivery drone system.
• Implementing Systems Engineering design for the perception system to meet customer deliveryperformance target.
• Building up sensor and high-performance compute requirements for the design team andsuppliers.
• Coordinating Verification and Validation plan for the perception system for FAA type certificateand regulatory compliance.
• Introducing new Systems Engineering processes and tools to improve efficiency and reuse.

San Francisco, California, US

• Developed Safety Concepts and Safety Requirements for Route and Path Planning, Mode Management, and Power Management Functions.
• Supported components owners to develop technical safety concepts and technical safety requirements.
• Created processes, methods, and tools to better integrate FuSa into existing System Engineering pipeline.
• Collaborated with the Operation Safety team to create safety requirements related to daily operations in the terminal.

Dearborn, Michigan, US

• Conducting research to develop autonomous vehicle system and related operating strategies.
• Applying Model Based System Engineering Approach using SysML to support development of L0-L3 Driver Assistance Technology (DAT) Features.
• Leading safety analysis such as SOTIF, STPA, FMEA and HARA for production intend DAT Features.
• Creating and managing Design Verification Methods and requirements traceability using Model Based System Engineering tools.
• Developing and improving upon Model Based System Engineering process and facilitate tool development.

Southfield, Michigan, US

• Developed the Brake by Wire product System level design.
• Generating SFMEA based on Architecture model and developing error detection and mitigation plans to reduce risk level.
• Decomposing systems level requirements to components requirements and allocate to Architecture model.
• Establishing functional safety concepts and process for system, hardware and software architectures.
• Developing Validation & Verification test for the assigned system based on SFMEA failures.

Avon, Ohio, US

• Systems Engineer
• Developed a mathematical model to predict braking system performance and shorten test setup time.
• Supported sales, tech team, R&D departments and legal department for both current and new product development.
• Developed proper test to confirm the different braking system can meet customer and FMVSS requirements.
• Coordinated and management concept validation for new technology and supporting prototype demonstration with university partner.
• Customized braking systems to meet budget and performance requirements from customers.

West Lafayette, IN, US

• Constructed Simulink model for O&K L5 wheel loader Hydro-static transmission.
• Validated the baseline model with the measured data
• Converted the validated model to a novel Blended Hybrid transmission and investigate the feasibility

West Lafayette, IN, US

• Researched academic journals for electrical cars from other companies.
• Simulated the selected powertrains by using Autonomie.
• Developed the high voltage system of the ECOCAR 2.
• Collaborated with students from other engineering majors.
• Applied Siemens NX to perform FEA analysis on structural parts

Beijing, Beijing, CN

• Utilized CATIA and ProE to create component designs of hydraulic suspension system
• Translated a patent and simulated the model using MATLAB
• Compiled and presented data on competitors’ truck design for research project
• Helped the manufactures to assemble the nine-axle fire truck prototype

Clausthal-Zellerfeld, DE

• Implemented and programmed a user interface to interpolate hexadecimal code to decimal code
• Selected a serial protocol to communicate between the computer and measurement instrument
• Trained the impedance measurement with a special measuring system

Master Of Science (M.S.), Mechanical Engineering

Bachelor Of Science, Mechanical Engineering