• Designed model architecture and data flow of Simulink systems to control collision avoidance and automated parking features • Developed Simulink models for real-time vehicle testing and simulation using data recorded by sensors in track testing• Conducted rapid prototyping of vehicle models using dSpace ControlDesk and MicroAutoBox to test functionality of algorithms• Established connections between model running on MicroAutoBox and sensing/control modules using CAN/Ethernet interfaces• Ensured that algorithms were interfacing properly with all vehicle actuators and sensors needed for correct function of features • Configured CAN messages and read data on buses using Vector software tools including CANdb++ and CANalyzer • Integrated algorithm updates into feature Simulink models and released latest models using ClearCase • Developed Stateflow system to control state logic for automated valet parking feature based on smartphone and tablet commands• Arranged HIL setup to test communication between MicroAutoBox, smartphone, tablet, and PC needed for parking feature• Performed track testing for collision avoidance feature and led data collection and analysis efforts for Summer 2018 • Created MATLAB scripts to analyze sensing data (radar, vision, and fusion) recorded from dynamic vehicle tests • Identified trends and issues in sensing data, and collaborated with Ford sensing team and radar/vision suppliers to find root causes• Orchestrated testing to compare pump and pedal braking, and evaluated dynamics using MATLAB scripts to assess each method

• Managed the design and vehicle usage of underbody components on Ford Fusion/Lincoln MKZ vehicles in N.A., Asia, and Europe• Supported the new design and development of Fusion Autonomous Vehicle structural components to integrate modules and sensors• Implemented changes to improve material efficiency (cost, weight, etc.) and incorporate innovative concepts and technologies• Proposed and examined potential design revisions, and assisted with analyses and verification (CAE, physical testing, plant trials, etc.)• Applied an interdisciplinary, collaborative approach to source parts with suppliers and plan production/incorporation with plants

• Performed maintenance and testing on industrial paint robots, while developing in-depth test procedures and records• Evaluated mechanics of robots and components, properties of solvents, and test methods to identify and solve problems • Designed several parts and test apparatuses using SolidWorks to improve the functionality of robot systems and related tests

• Tutored University of Michigan student-athletes in a variety of subjects for the Fall 2015 semester

• Identified common problems faced by Powertrain suppliers from both a systemic and technical standpoint • Analyzed 8D reports for large sample of Quality Rejects to determine the most recurring systemic root causes and technical areas• Determined that “Assembly” was the most prevalent technical area and suggested implementation of a new “Assembly” specialist

• Worked in a lab with the ultimate goal of simulating astrophysical phenomena such as supernovae • Learned LabVIEW and completed courses and examination to achieve Certified LabVIEW Associate Developer (CLAD) standing• Created programs in LabVIEW to control Newport XPS multi-axis motion stages that helped measure and examine materials• Designed intuitive GUI that allowed users to easily control the position, speed, and other properties of motion for each stage

• Worked closely with project managers and engineers to ensure that wind projects were carried to completion• Helped coordinate communication between engineering and finance teams to plan projects more effectively• Learned how large-scale projects are completed through management of people, time, money, and project scope• Played crucial role in financing of Bluewater Wind Energy Centre in order to finalize the project

• Worked with a team to research trends in current Human Machine Interface systems in cars • Conducted field tests to establish customer preferences and determine the most effective infotainment systems• Used data and research to analyze trends in infotainment and convey this information to Subaru management

• Worked extensively with Microsoft Excel, Microsoft Access, and ArcGIS • Helped manage and schedule daily operations of DTE Gas stations in Detroit and Grand Rapids• Conducted and analyzed various Excel reports to maximize gas leak response time for coverage areas• Created VBA macros in Excel to decrease the amount of time required to conduct daily reports• Used ArcGIS to map coverage areas and help plan daily workloads for DTE Gas employees

• Served and prepared food for University of Michigan students and faculty• Improved communication skills in a fast-paced environment

• Led a team that included five high school tutors and several middle school students • Oversaw all classroom activities, including tutoring sessions, grading homework, and math games• Provided one-on-one tutoring assistance to students as needed