Shane Larkin Email & Phone Number

Lead team of calibration engineers to develop vehicle and subsystem-level performance requirements, metrics, and targets that deliver a consistent performance DNA for features such as Adaptive Cruise Control, Lane Centering Assist, BlueCruise, and Lane Change Assist. Lead development and delivery of feature calibrations for across multiple vehicle programs and build configurations to meet these performance requirements

Led team of systems engineers to develop requirements, test procedures, metrics, and targets for advanced ADAS features such as BlueCruise, Driver Monitoring, Lane Change Assist, In-Lane Repositioning, and Curve Speed Control and delivered these features on multiple programs. Led systems engineering development for new ADAS features from initial concept creation through implementation/validation on lead program in production with a focus on vehicle-level performance and behavior

Dearborn, Mi

Developed vehicle-level performance requirements, test methods, metrics, and targets for ADAS features such as Adaptive Cruise Control and Lane Centering Assist. Performed verification testing and sign-off performance of features on vehicle programs. Performed data analysis to sign-off feature performance and to root cause issues identified.

Troy, Mi

Graduate of Emerging Leader Development Program (ELDP) within Advanced Engineering and Electronics. Second rotation was in the Defense Engineering group, designing military suspensions, leading vehicle system integration, and supporting sustaining programs. First rotation was in the Vehicle Dynamics group, supporting Meritor product lines through vehicle simulation, testing, and analysis.

Ann Arbor, Mi

Designed and analyzed an actively controlled prosthetic foot that could change shapes depending on patient usage. Analysis included MATLAB simulations and finite element analysis. Also designed and implemented compliant linkages into the foot for increased comfort. Manufactured and assembled said foot. Selected and implemented accelerometer, micro-controller, and servo motor to allow foot to adjust based on patient usage. Finally, ran diagnostic and validation tests including force application… Show more Designed and analyzed an actively controlled prosthetic foot that could change shapes depending on patient usage. Analysis included MATLAB simulations and finite element analysis. Also designed and implemented compliant linkages into the foot for increased comfort. Manufactured and assembled said foot. Selected and implemented accelerometer, micro-controller, and servo motor to allow foot to adjust based on patient usage. Finally, ran diagnostic and validation tests including force application and obtaining force treadmill walking data Show less

Ann Arbor, Mi

Design, fabrication, and analysis of a passive dynamic walking device, running experiments related to the study of human motion utilizing force treadmills, motion capture systems, and inertial measurement units

Ann Arbor, Mi

Fabricated multiple parts for various robots, tested dead-reckoning systems, helped write LabVIEW programs for robot control, constructed testbed for magnetometer calibration, conducted sensor calibration, designed experiments, wrote progress reports

Sterling Heights, Mi

Configuration Management, technical drawing review, product lifetime management, Engineering and Management liaison

Mse, Mechanical Engineering, 4.0/4.0

Bse, Mechanical Engineering, 3.73/4.0

Activities and Societies: 1931E Scholarship Society, Club Varsity Rugby Team, St. Mary Student Parish (SMSP) Pastoral Council President.