ACADEMIC EXHIBIT 2024

In a vibrant display of ingenuity and academic excellence, the Academic Exhibit united students from diverse programs on March 14, 2024 at the Airframe Shop. The event unveiled their groundbreaking research projects and prototypes, showcasing their proficiency within their respective departments, and commemorating creativity and dedication within the aviation community.

The exhibit welcomed distinguished guests, including Engr. Jose Eduardo S. Valdez (College President and COO), and Mr. Joseph Madrigal (CEO of Pair Cargo), alongside PATTS’ Board of Directors.

It featured eight distinct booths, each represented by the seven programs in college and the Senior High School Department. Management-based programs delved into case studies and business plans, while Technical-based programs highlighted prototypes and research findings.

The booth of the BS Airline Business Administration showcased the development of  a cryptocurrency-incorporated website for airline companies. Meanwhile, the BS Tourism Management students introduced their eco-friendly bag, named "Eco-Satchèl,” which promotes sustainable tourism and ecotourism by utilizing thrift clothes as its primary material. Subsequently, the Senior High School students introduced their inventive eco-friendly food packaging tailored for airline use. 

The BS Avionics Technology students then demonstrated an electronic method for measurement within aircraft using a "digital ruler," while the BS Air Transportation students presented "EmoScan: A Facial Recognition," an AI and Python-based app designed to detect passengers' and crew members' facial emotions, addressing human factors in the aviation industry. 

Innovating the chamfering process of honeycomb resins, the BS Aircraft Maintenance Technology students introduced a device to cut honeycomb structures directly, eliminating the need for rulers and cutters. Furthermore, the BS Industrial Engineering students proposed enhancing mobility and navigation for passengers by combining a folding chair and a walking aid.

Lastly, the BS Aeronautical Engineering students shared their research on the aerodynamic effects of drag for maneuverability. Utilizing a wind tunnel and an airfoil, they applied the kirigami technique to modify the airfoil's shape, demonstrating how mid-flight wing structure morphing could enhance aircraft drag properties for improved maneuverability.

Winners

• Technical Program - BS Aeronautical Engineering

• Management Program- Senior High School