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Capstone Design

The Electronic Systems Engineering Technology (ESET) program’s senior capstone design courses bridge the gap between classroom learning and industry practice. Working in teams, seniors apply their knowledge of electronics, embedded systems, programming and system integration to develop solutions to real-world engineering challenges. The experience strengthens students’ technical, project management, teamwork, communication and presentation skills. Collaboration with industry sponsors and faculty mentors helps students build professional connections and prepare for careers in electronic systems development and implementation.

From Concept to Tested Solution

ESET students develop products and systems in collaboration with project sponsors and potential users. Each capstone team defines requirements, makes design decisions, integrates hardware and software, builds and tests prototypes and communicates its results. Throughout the process, students refine their designs in response to test results, stakeholder feedback and practical constraints, gaining experience with the iterative nature of engineering design.

Sample Projects:

Six students smiling and giving thumbs up while standing next to a roadside warning sign.

Warning Drivers About Flooded Roadways

An ESET capstone team developed RIPPLE, a flood monitoring system that detects rising water on roadways and sends real-time warnings through roadside signs, a mobile app and a dashboard for first responders. The team brought together sensors, embedded systems, wireless communication and software to create a working prototype designed for use in areas where flood warnings may be limited. RIPPLE earned first place in its major at the spring 2026 Texas A&M Engineering Project Showcase.
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Graphic of an individual driving a race car that is crossing a checkered finish line.

Engineering a Hybrid Race Car

Working with the Sports Car Club of America, an ESET capstone team developed the front electric drivetrain for a hybrid Spec Racer Ford. The students integrated regenerative braking and a temporary power boost, then tested hardware and software safeguards for use in a race car. Their design earned second place overall at the 2025 Texas A&M Engineering Project Showcase.
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Four individuals in matching blue polos smile while giving thumbs up and holding a white and red pole.

Improving White Cane Navigation

An ESET capstone team developed NOVA, an attachment for a white cane intended to help users detect obstacles and navigate. The students also created a companion mobile app to provide directions. Their project grew from conversations with students in Texas A&M’s PATHS program about technology they would find useful.
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Partner With Us

Utilize our expertise and resources to solve a challenge for your company!
Contact ESET Program Coordinator Dr. Rainer Fink

Rainer Fink

  • Program Coordinator, Electronic Systems Engineering Technology
  • Professor, Engineering Technology & Industrial Distribution
  • Electronic Systems Engineering Technology
Rainer Fink