From the fundamentals of mechanics and thermodynamics to intelligent systems, robotics, and energy innovation — Mechanical Engineering at ITECCS bridges classical theory with modern technology and real-world design.
Analytical and mathematical principles underlying the modeling and analysis of all mechanical systems.
Energy conversion, fluid mechanics, and sustainable systems shaping modern industry and climate technologies.
Dynamic modeling, vibration analysis, and feedback control for stable, high-performance mechanical systems.
Integration of mechanical, electrical, and computing systems for robotics, automation, and smart machines.
Hands-on engineering design from concept to prototype, blending CAD, optimization, and creativity.
Explore material behavior from atomic structure to large-scale applications and advanced composites.
Design and control of systems operating in air, space, and land — from drones to advanced propulsion.
Applying mechanical principles to living systems and bioinspired technologies.
Advanced modeling, multiphysics simulation, and AI for solving complex mechanical problems.
Building leadership, innovation, and research skills through hands-on projects and professional development.