Cairo, June 2026 – Demonstrating exceptional technical competence, innovation, and practical engineering skills, a team of second-level Mechanical Engineering students at Future University in Egypt has successfully designed, manufactured, and commissioned a fully functional "Losses in Pipes and Bends" experimental rig. The project, completed as part of the Fundamentals of Fluid Science (MEC 232) course, was developed under the supervision of Dr. Zakaria Mostafa Marouf and Eng. Mia Mohamed.

Overcoming a Real-World Laboratory Challenge

The inspiration for the project came from a persistent, real-world challenge within the university’s Thermofluid Laboratory. An existing commercial experimental setup used for studying pipe-flow losses had been rendered out of service due to recurring leakage problems and the need for complex recalibration. Because commercial maintenance proposals were economically unjustifiable and disproportionately expensive, the experiment remained unavailable to students.

Rather than letting valuable laboratory resources go to waste, the student team stepped up to turn this problem into an engineering opportunity. They applied classroom theories directly to the challenge, analyzing operational requirements, designing the system, selecting proper components, and building a brand-new model from scratch.

A Cost-Effective and Sustainable Alternative

The newly commissioned rig accurately demonstrates both major and minor head losses across various pipes, fittings, and bends. By using locally available materials and manufacturing methods, the team not only restored a crucial lab experiment but also significantly minimized maintenance costs and advanced the sustainability of campus laboratory resources.

"This accomplishment exemplifies the core objectives of engineering education by transforming classroom knowledge into a practical working system," noted the department leadership. "It highlights our students' ability to integrate theoretical analysis, design methodology, manufacturing practices, and experimental validation to address real-world engineering challenges."

The Mechanical Engineering Department congratulates the team for their dedication, teamwork, and outstanding contribution to the faculty's hands-on learning environment.