Alexander Greene Email & Phone Number

Menlo Park, Ca, Us

Wrote system software to transport PBs of data/week to warm storageImplemented automatic QA checks on remote serversSet-up logging systems across dozens of local servers, and funneled all of which to a single internal dashboard

Detroit, Michigan, Us

Owner of C++ backend software for HMI in SAE level 2 automated driving. Lead collaborations with major stakeholders and technical specialists to drive critical milestone goals.Demonstrated major proof-of-concepts to leadership within first two months of assuming role responsibilities.

Detroit, Michigan, Us

Leveraged support from vehicle dynamics experts, system architects, and component engineers to analyze sensing modality trade-offs.

Detroit, Michigan, Us

Developed cross-organization tool for real-time CAN bus modification, automating days of diagnostic validation. Served as resident expert on ECU cybersecurity standards.

Detroit, Michigan, Us

Developed software infrastructure for benchmarking deep reinforcement learning (RL) algorithms for automated driving use cases.

Detroit, Michigan, Us

Conducted root cause analysis for active safety features, deployed productivity tools to troubleshoot vehicle cybersecurity issues, and interfaced with tier I and tier II suppliers to ensure adaptive AUTOSAR compliance for assigned components and features

Lead 54 undergraduate and graduate students in the design, implementation, and validation of an SAE level II autonomous Chevrolet Bolt for the GM/SAE AutoDrive Challenge, earning 2nd place overall.Team Captain Highlights:-Created a student-lead management group to clear technical and administrative road-blocks for sub-teams-Collaborated with sponsors to set up workshops on critical technical skills (ex. CAN networking, Hardware-in-the-loop testing, computer vision, etc.)-Demoed project milestones for university officials and corporate visitors-Presented the team's concept of design and social responsibility strategies at the first annual AutoDrive competitionPerception Hardware:-Wrote firmware for an MSP430 microcontroller to synchronize camera, LIDAR and GPS dataNetworking:-Implemented a Robotic Operating System (ROS) node to convert control system outputs (steering wheel torque, brake torque, and throttle torque) to actuation commands for the Bolt's CAN bus, enabling drive-by-wire capabilities for future years.-Developed infrastructure to read and post-process data from the Bolt's internal sensors, a critical functionality for real-time health checking in more advanced driving scenarios.

2nd year - Fire team leader: directly responsible for the academic, physical, and leadership development of two freshman cadets within an outfit of 50 cadets. 3rd year - Outfit Training Sergeant: Planned and lead high intensity training evolutions for 50 cadets, including an overnight Field Training Exercise (FTX)4th year - Major Unit Training Officer: Served 4 outfits as the primary liaison for all training related questions, organized physical fitness assessments twice a semester for 250+ cadets, planned 2 field meets for 750+ cadets.

Huntsville, Al, Us

Clearance Level: Interim SecretSummary of unclassified assignments:-Implemented a linear nine-state Kalman filter in MATLAB and tested it against aircraft and ballistic missile simulations. Results were compiled into a white paper, with the aim of advancing internal research on object tracking.-Developed MATLAB code to determine the minimum matched filter FFT size of an intra-pulse modulated waveform, minimizing range detection complexity in high interest foreign radar simulations.-Wrote MATLAB post-processing software to accept RF waveform samples and automatically calculate their characteristic parameters, turning days of manual effort into a few seconds of hands-off analysis.

Sensor Fusion, Autonomous Systems

Master'S Degree, Computer Science

Bachelor Of Science (B.S.), Electrical And Electronics Engineering