Preparing Today’s Workforce for Tomorrow’s Autonomous Transportation: Bridging Electrical and Civil Engineering Disciplines

Autonomous vehicles (AVs) are transforming the future of transportation, yet current engineering education does not sufficiently prepare students for the interdisciplinary knowledge required to support this technology. This project aims to bridge that gap by integrating electrical and civil engineering concepts into a coordinated educational program that prepares undergraduate students for careers in AV-related fields.

The project was inspired by recent state-level initiatives, including California’s "Autonomous Vehicle Strategic Framework," which emphasizes workforce development and equitable job creation. However, current engineering curricula often treat AV-related topics in disciplinary silos. For instance, electrical engineering students may understand vehicle sensors but not traffic flow dynamics, while civil engineering students may design roads but lack insight into AV sensing and control systems.

To tackle this disconnect, the project will implement a series of integrated workshops and hands-on activities targeting undergraduate students in both fields at California State University, Sacramento. An initial online workshop will cover key AV concepts, with sessions split evenly between civil and electrical engineering topics. This will be followed by in-person, collaborative lab sessions using an advanced AV lab featuring a real-world autonomous vehicle platform (QCar) and simulated smart infrastructure.

The project is guided by a central research question: How can multidisciplinary education and hands-on experience in AV technologies effectively prepare students for careers in autonomous transportation? To answer this, student feedback will be collected through surveys, and materials will be evaluated by a panel of industry experts, including representatives from transportation agencies and AV companies. The project maintains a close collaboration with Contra Costa Transportation Authority (CCTA) as the external advisor to ensure that the project’s goals align with the current needs of the industry.

This work ultimately aims to create a replicable model for AV workforce training that blends technical knowledge, applied skills, and cross-disciplinary collaboration.

University: 
Mineta Consortium for Transportation Mobility
Principal Investigator: 
Masoud Ghodrat Abadi, PhD
PI Contact Information: 

abadi@csus.edu

California State University, Sacramento

Dates: 
June 2025 to August 2026
Implementation of Research Outcomes: 

This project will produce several valuable and innovative outputs for both academic and professional audiences:

•    Educational Content: A comprehensive, modular suite of educational materials for both online and in-person workshops, including slide decks, case studies, discussion prompts, and interactive labs.
•    Practical Toolkits: Hands-on lab exercises and testing scenarios using advanced AV equipment that replicate real-world vehicle-to-infrastructure environments.
•    Open Access Resources: All instructional content will be published under a Creative Commons license and hosted on open-source platforms such as OER Commons, Sac State Scholars, and GitHub, making them freely available to educators and practitioners.
•    Student Project Data and Survey Results: A dataset of student work and evaluations measuring learning outcomes, confidence levels, and effectiveness of interdisciplinary education in AV-related topics.
•    Expert Feedback Reports: Contributions from a panel of AV professionals, engineers, and transportation authorities reviewing and refining the materials for industry alignment.
•    Knowledge Dissemination: Presentations and publications in professional forums such as the TRB Annual Meeting, IEEE conferences, and peer-reviewed journals, as well as community webinars and professional workshops.

Impacts/Benefits of Implementation: 

The anticipated impact of this research extends across education, workforce development, and the broader transportation system. By equipping engineering students with the interdisciplinary knowledge required to design, deploy, and manage AV technologies, this project directly supports California’s strategic goals in smart mobility and sustainability.

One of the key anticipated benefits of this project is its potential to reduce workforce skill gaps in the field of autonomous transportation. By addressing the disconnect between electrical and civil engineering education, the program prepares graduates who are not only technically proficient but also equipped with interdisciplinary knowledge essential for careers in AV development, testing, and infrastructure design. This reduces the burden on industry to provide extensive post-hire training. Additionally, the project’s integration of feedback from industry advisors ensures that educational content remains aligned with current regulatory requirements and technological advancements. This collaboration not only strengthens the program’s relevance but also has the potential to inform future policy decisions and academic curriculum development. Furthermore, by publishing all educational materials as open-access resources, the project promotes scalability and adoption across other universities and training institutions. This encourages broader standardization and innovation in AV education, amplifying the program’s impact well beyond its initial implementation.

Project Number: 
2550

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CSUTC
MCEEST
MCTM
NTFC
NTSC

Contact Us

SJSU Research Foundation   210 N. 4th Street, 4th Floor, San Jose, CA 95112    Phone: 408-924-7560   Email: mineta-institute@sjsu.edu