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Design the future with robotics, sustainable energy, smart structures, and micro‑electronics. Our hands‑on program combines rigorous theory with cutting‑edge lab work to prepare you for the world's toughest engineering challenges.
Our Advanced Engineering program merges mechanical, electrical, civil, and software disciplines into a unified, project‑based curriculum. You'll work directly with industry partners on real‑world challenges — from designing autonomous vehicles to developing smart grid solutions.
With access to 25+ specialized labs, including the Robotics & Automation Center and the Nanomaterials Cleanroom, you'll graduate with a portfolio that sets you apart in the job market.
Core modules and elective pathways designed for hands‑on engineering mastery.
Design process, CAD, and multidisciplinary project management.
Advanced mathematics for engineering applications.
Mechanics, thermodynamics, and electromagnetic fundamentals.
Python & MATLAB for data analysis and simulation.
Stress, strain, and structural analysis.
Analog/digital circuits, microcontrollers, and PCB design.
Energy systems, heat transfer, and fluid mechanics.
Differential equations and numerical methods.
Kinematics, sensors, and autonomous navigation.
Solar, wind, and smart grid integration.
Steel, concrete, and composite materials.
Semiconductor physics and chip design.
Industry-sponsored engineering project from concept to prototype.
3D printing, CNC, and Industry 4.0 technologies.
Project leadership, IP law, and sustainability.
Specialized advanced topics with lab immersion.
Choose a concentration that aligns with your passion.
Autonomous systems, industrial robots, and AI-driven control.
Renewable power, energy storage, and smart grid technologies.
Earthquake‑resistant design, infrastructure, and urban planning.
Chip design, semiconductor fabrication, and embedded systems.
Work with the latest tools in our dedicated engineering facilities.
10+ industrial robot arms, autonomous drones, and reinforcement learning testbeds.
Class 1000 facility for semiconductor fabrication and MEMS research.
Solar arrays, wind tunnels, and battery prototyping stations.
Join alumni pioneering innovation at top engineering firms worldwide.
Head of Robotics Engineering
Pioneer in adaptive automation. Leads the Robotics & AI Lab with 15+ patents.
Chair of Sustainable Energy
Former lead engineer at Tesla Energy. Expert in grid‑scale storage solutions.
Professor of Structural Engineering
Specialist in earthquake‑resilient design. Consultant for international bridge projects.