Test Engineer

DAVRON CV: Candidate 1920368

MECHANICAL TEST & APPLICATIONS ENGINEER | BRAKE DYNAMOMETER TESTING, ECU/CAN SUPPORT, ROBOTICS

Core Expertise

• Brake dynamometer test development and execution for performance, wear, and thermal characterization.
• Data reduction, statistical analysis, and root cause investigations using Revdata and Excel.
• Environmental chamber, thermal shock, durability, and DV/PV testing compliant with ISO 17025 standards.
• Electromechanical braking and regenerative system testing including controller integration and bench replication.
• Customer-facing applications support for ECU/CAN products and technical troubleshooting with OEM teams.

Project Background

• Led prototype fabrication and test instructions translating CAD into manufacturing steps for brake components.
• Developed and coded dynamometer test sequences using vendor GUIs and OEM-based standards.
• Executed environmental chamber projects including PLC integration, thermocouple construction, and Agilent data logging.
• Performed CAE pressure and vacuum analysis on fuel system components using SpaceClaim and Ansys Mechanical.
• Contributed to digital twin and machine vision projects involving robotics, controls, and image processing.

Key Skills

• Revdata | Prolink | Dynoview | VS11/VSI2 test coding
• NX Unigraphics | SolidWorks | Ansys Mechanical | AutoCAD | SpaceClaim
• Python (Pandas, NumPy, OpenCV) | MATLAB | ROS | Digital twinning
• ISO 17025 compliance | DV/PV testing | PPAP | DFMEA familiarity
• PLC programming | Watlow controllers | Agilent data loggers | Test fixture integration
• Brake systems testing | Electromechanical braking | Sensors & actuators | CAN/ECU support
• Root cause analysis | Data analysis | Six Sigma concepts | Technical reporting

Education

• M.S., Intelligent Robotic Systems — Kennesaw State University (in progress)
• M.S., Automotive/Mobility Systems Engineering — University of Michigan Dearborn (coursework)
• B.S., Mechanical Engineering (Powertrain concentration) — Michigan State University

Awards & Recognition

• Fundamentals of Engineering (EIT) — NCEES
• Pursuing Professional Engineering (PE) licensure

Why Interview this Candidate?

They combine hands-on automotive testing experience with applications engineering support for ECU/CAN systems and recent graduate coursework in robotics and machine vision. Demonstrated ability to develop test plans and test code, execute ISO 17025 DV/PV protocols, and analyze dynamometer and CAE data to drive product decisions. Ideal for roles bridging lab testing, product support, and robotics-mechatronics integration.