Focuses on environmental, geotechnical, structural, and transportation engineering, with nationally and internationally recognized bridge, water and student programs.

Prepares students to design safe, sustainable chemical and materials solutions using advanced science, data, and industry-relevant processes, including applied technologies.

Students work at the forefront of circuits, computing, energy, and communications, powering innovations in AI, robotics, photonics, and smart systems.

This program equips students to solve complex real-world engineering problems by combining advanced physics, science, and mathematics.

Students learn to optimize systems, supply chains, and operations using data, analytics, and human-centered design to improve efficiency and performance.

This program trains engineers to design and analyze advanced mechanical and aerospace systems, from energy and robotics to aircraft and space technologies.

The ICT curriculum covers the skills needed to design, implement, and manage modern computer-based information systems.

Geomatics integrates surveying, mapping, remote sensing, GPS, photogrammetry, and GIS to collect and analyze Earth’s spatial data for real-world solutions.

This program combines theory and hands-on training in manufacturing, product design, power systems, machinery, computer-aided modeling, heat transfer, fluids, and instrumentation.

This program prepares students to implement modern civil engineering practices in design, construction, and project management using engineering fundamentals and basic mathematics.

Students learn to build and control electronic systems through hands-on applications, combining engineering principles with practical technical skills to support real-world engineering work.

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