Brandon Goldberg

Georgia Tech / EcoCAR EV Challenge

Touchscreen
mount

A better fit for the Cadillac LYRIQ.

The touchscreen rattled on the road, and its mount left a gap under the dash. I redesigned the mount in Siemens NX and tested each 3D print in the car until the housing sat flush with the console.

Explore the assembly
Team
System Design & Integration
Term
Spring 2026
The installed touchscreen follows the LYRIQ’s center console, with a gold Buzz logo beside the display.
Installed assembly Cadillac LYRIQ

Design process

Getting the fit right

Tape measure across the side of the mount during an in-vehicle fit check.

Measure in the car

With the early mount in place, the bolt holes were slightly off and the housing touched the surrounding trim. Measurements taken in the car showed where the housing needed more clearance.

Siemens NX measurement tool open on a detail of the mount geometry.

Revise, print, refit

Back in NX, I angled the supports to match the slope of the console and shifted the bolt holes into alignment. Each new print went back into the car for a check of the fit against the trim and the view from the driver’s seat.

Assembly explorer

Inside the mount

Select a part to see its shape and how it fits.

STL view of the angled display housing with a recessed screen opening.

Display housing

The housing holds the touchscreen at an angle the driver can read. The Buzz logo is part of the printed sidewall.

Competition vehicle

On the road

Georgia Tech competed with the finished mount installed in the LYRIQ. The screen sat just below the dash, within reach of the driver.

Georgia Tech earned first place overall in the 2026 competition.

Georgia Tech’s EcoCAR Cadillac LYRIQ driving across a wet course.