Edward Ma Email & Phone Number

Shanghai, China

Shanghai City, China

United States

The CAR is the preeminent research center in sustainable and safe mobility in the United States and an interdisciplinary research center in The Ohio State University’s College of Engineering; Arranged student in real-world problems, learned by solving the problem and master engineering and management knowledge FSAE Engine System Engineer – Validation Leader• Design and Analysis: Provided new accurate engine model to Formula Buckeyes team and 100% reliable validation model, including… Show more The CAR is the preeminent research center in sustainable and safe mobility in the United States and an interdisciplinary research center in The Ohio State University’s College of Engineering; Arranged student in real-world problems, learned by solving the problem and master engineering and management knowledge FSAE Engine System Engineer – Validation Leader• Design and Analysis: Provided new accurate engine model to Formula Buckeyes team and 100% reliable validation model, including geometric characteristics, combustion characteristics of the engine, and thermal model; associated with Honda engine time for the new engine digital model • Implementation Capability: Developed reliable, traceable, repeatable implementations based on project requirements, including critical data such as engine rotational inertia, parasitic losses (friction) and cylinder head emission factors• System Validation: Developed a detailed process including the intake and exhaust components design on the engine power meter, saved 60% of the verification time for the 17/18 season; and created the engine computer model (GT Power); the new engine's exhaust and intake 3D solid model saves 60% of total design time(AutoCAD, SolidWorks) Show less

Columbus, Ohio Area

The laboratory is committed to advance the current state-of-art AFM (atomic force microscopy) based experimentally and theoretically study linear and nonlinear dynamics of Micro/Nano-mechanical resonators for MEMS applications in sensing and energy harvestingUndergraduate Research Assistant - Researcher• Complete programming and mathematics capabilities: Filled the gap in theoretical analysis, mathematical analysis (MATLAB), simulation model (Abaqus - Finite Element Method) and… Show more The laboratory is committed to advance the current state-of-art AFM (atomic force microscopy) based experimentally and theoretically study linear and nonlinear dynamics of Micro/Nano-mechanical resonators for MEMS applications in sensing and energy harvestingUndergraduate Research Assistant - Researcher• Complete programming and mathematics capabilities: Filled the gap in theoretical analysis, mathematical analysis (MATLAB), simulation model (Abaqus - Finite Element Method) and experimental observation on mode shape of the vibrating micro-beam which included researched and implemented MEMS investigation of internal resonance in non-linear micro-resonators (Academic thesis)• Optimized ability: Established new LabVIEW programs, based on existing lab devices, to precisely control movable stages and improve the accuracy of the new device, up to the 4nm resolution; saving 50% experiment time for next step experience and achieved 70% automatic measurement of control steps (70 minutes down to 35 minutes) Show less