Motorsport Software and Data Analytics Graduate Intern

Bosch Group•Farmington Hills, MI

About The Position

Bosch Motorsport North America is seeking a graduate engineer to support the development, integration, validation, and optimization of electronic systems, connectivity solutions, and software applications for professional motorsport customers in North America and global racing programs. The intern will work alongside simulation and software development engineers and be paired with an experienced engineering mentor. The role includes ownership of defined graduate-level projects and key deliverables, with hands-on experience in a fast-paced motorsport environment. Work may span simulation and performance analysis, data analysis and visualization, system testing and validation, telemetry and trackside engineering, application engineering, and automation. Projects may involve vehicle and power unit simulation, telemetry data, Hardware-in-the-Loop testing, connectivity systems, powertrain controls, and cloud-based data solutions. The intern will receive technical guidance and support in prioritizing daily deliverables and developing foundational motorsport engineering skills.

Requirements

Currently pursuing a master's or Ph.D. in Engineering, Computer Science, or Data Science, or enrolled in a dual-degree program in one of those fields at an accredited four-year college or university.
Minimum cumulative GPA of 3.0.
Must be 18 years or older.
At least 3 years of hands-on motorsport or relevant experience with vehicle, internal combustion engine, and/or hybrid controls, such as industry, FSAE, or EcoCAR experience.

Nice To Haves

Practical hands-on vehicle controls experience involving combustion engines, high-voltage hybrid systems, data acquisition systems, wiring harness design, sensor application, or mechanical troubleshooting, such as project cars, Formula SAE, or shop experience.
Programming or scripting experience with Python, MATLAB, C#, C++, embedded Linux, or similar tools for data processing, automation, or testing; appropriate and responsible use of AI to accelerate technical and daily tasks.
Modeling and simulation experience, such as MATLAB/Simulink plant model development and refinement or development and integration of Functional Mock-up Unit container files for Hardware-in-the-Loop or Driver-in-the-Loop test environments.
Foundational knowledge of automotive communications such as CAN or Ethernet, and wired or wireless networking such as LAN or WAN.
Experience with industry-standard diagnostic, testing, and measurement tools such as Vector tools, dSPACE products, or oscilloscopes.
Project work with end-to-end ownership of delivery; graduate research, technical leadership, design reports, publications, or significant independent projects related to automotive, motorsport, connectivity, simulation, telemetry, or powertrain engineering.
Genuine enthusiasm for professional motorsport and eagerness to make meaningful technical contributions.
Proactive approach in an agile, hands-on environment, including initiative in asking questions, researching solutions, and executing tasks with accountability.
Data-driven and adaptable approach to engineering problems, with ability to adjust when requirements change.
Clear verbal and written communication of test observations and data findings, and ability to collaborate with a multidisciplinary team.
Curiosity and willingness to learn new software skills, hardware implementations, and systems.

Responsibilities

Support vehicle and power unit simulation, sensitivity analysis, model development, and comparison of simulation results with dyno, test, and track data.
Analyze and visualize simulation and telemetry data using MATLAB, Python, WinDarab, and other engineering tools to support performance evaluation and technical decisions.
Support Hardware-in-the-Loop, cloud, and system-level testing for complex control systems; analyze results, investigate discrepancies, and document findings.
Support the development, testing, and deployment of motorsport connectivity and telemetry systems, with possible opportunities to assist at track and test events.
Work with engineers to understand customer requirements and support motorsport products and services, including powertrain control systems and telemetry and cloud-based data solutions.
Develop scripts, dashboards, and automated analysis or reporting workflows using MATLAB, Python, C#, or similar tools.
Own defined graduate-level projects in simulation, telemetry, data analytics, automation, or performance analysis, with guidance from experienced engineers.
Partner with an assigned full-time engineer for technical guidance, daily deliverable prioritization, and professional development.