ATU host successful mechanical and electronic engineering camp

Atlantic Technological University (ATU) recently hosted its highly anticipated mechanical and electronic engineering camp on the Donegal Letterkenny campus, bringing together 26 young minds for hands-on experience in engineering.

The camps, which are designed to introduce secondary school students to the exciting world of mechanical and electronic engineering, featured a variety of engaging activities that showcased the practical applications of these critical fields.

“Students from across Donegal displayed enthusiasm and talent throughout the week, making the camp a resounding success,”said Christopher Roulston, engineering lecturer at ATU Donegal.

One of the most exciting events of the week was the "Robot Soccer Wars," where teams of three students each programmed their robots using python and customised their team colours with neopixels. Equipped with two DC Motors, one servo motor, and a micro:bit, the students had full control over their robots' movements as they competed in a thrilling robotics football championship. Participating teams transformed the campus into an arena of high drama, with tactics, elation, and even some disputes mirroring the intensity of professional sports throughout the competitions.  

The competition finalised with two winning categories, a junior and senior team. Dean Porter (Crana College, Buncrana),  Sean Bradley (Scoil Mhuire, Buncrana), and Niall McShane (St. Eunans College, Letterkenny) took home the winning prize for the junior team. Max Gubbins, (St. Eunans College, Letterkenny) Daniel McShane, (St. Eunans College, Letterkenny) and Alex Butler, (Carndonagh Community School) claimed the prize for the senior category.  

(L-R) Robot Football Comp Winners Junior Group: Niall McShane, Dean Porter and Sean Bradley 

Beyond the excitement of robotics, students also delved into mechanical engineering. They were introduced to 3D CAD software to design components for an air engine, learning to visualise and interact with these components digitally. In the mechanical workshop, students brought their designs to life using 3D printed parts, demonstrating impressive engineering skills in building and assembling their engines. Additionally, participants engaged in a 3D scanning and reverse engineering exercise, scanning and 3D printing busts of themselves. As a souvenir, each student received a custom-made CNC machined fidget spinner.

Christopher further added, “We are delighted to have hosted such a dedicated group of potential future engineers and are already looking forward to next year's camp.”