Teaching
I regularly teach the following courses: (4-5 courses each year)
I regularly teach the following courses: (4-5 courses each year)
[01] CEE426/526 - Introduction to Finite Elements
[01] CEE426/526 - Introduction to Finite Elements
[02] CENT550 - Computer Programming & Application in Civil and Transportation EngineeringÂ
[02] CENT550 - Computer Programming & Application in Civil and Transportation EngineeringÂ
[03] CENT651 - Selected Imaging Techniques in Civil and Transportation Engineering
[03] CENT651 - Selected Imaging Techniques in Civil and Transportation Engineering
[04] ENGR201 - Engineering Mechanics I: Statics
[04] ENGR201 - Engineering Mechanics I: Statics
[05] ENGR202 - Engineering Mechanics II: Dynamics
[05] ENGR202 - Engineering Mechanics II: Dynamics
[06] ENGR222 - Engineering Mathematics I
[07] ENGR301 - Mechanics of Solids
[07] ENGR301 - Mechanics of Solids
[08] ENGR520 - Mathematical Analysis for Graduate Students
[08] ENGR520 - Mathematical Analysis for Graduate Students
[09] ENGR540 - Reliability Engineering
[09] ENGR540 - Reliability Engineering
[10] ENGR552 - Introduction to Imaging Technologies
[10] ENGR552 - Introduction to Imaging Technologies
[11] ENGR584 - Introduction to Nanotechnology
[11] ENGR584 - Introduction to Nanotechnology
[12] ENGR598 - Introduction to Deep Machine Learning
[12] ENGR598 - Introduction to Deep Machine Learning
[13] ME314 - Fundamentals of Mechatronics
[13] ME314 - Fundamentals of Mechatronics
[14] ME342 - Junior Design
[14] ME342 - Junior Design
[15] ME441 - Senior Design
[15] ME441 - Senior Design
[16] ME442 - Senior Project
[16] ME442 - Senior Project
[17] ME502 - Introduction to Electronic Packing and MEMS
[17] ME502 - Introduction to Electronic Packing and MEMS
[18] ME503 - Structural Mechanics
[18] ME503 - Structural Mechanics
[19] ME504 - Introduction to Finite Elements
[19] ME504 - Introduction to Finite Elements
[20] ME505 - Programming and Software Tools in Mechanical Engineering
[20] ME505 - Programming and Software Tools in Mechanical Engineering
[21] ME582 - Introduction to Mechanical Fundamentals of Electronic Systems
[21] ME582 - Introduction to Mechanical Fundamentals of Electronic Systems
[22] ME583 - Mechanical Design and Optimization of Electronic System
[22] ME583 - Mechanical Design and Optimization of Electronic System
[23] ME584 - Introduction to Nanotechnology
[23] ME584 - Introduction to Nanotechnology
[24] ME585 - Machine Vision and Imaging Techniques in Mechanical Engineering
[24] ME585 - Machine Vision and Imaging Techniques in Mechanical Engineering
[25] ME586 - Experimental Mechanics and Applications
[25] ME586 - Experimental Mechanics and Applications
[26] ME588 - Mechatronics and Robotics
[26] ME588 - Mechatronics and Robotics
[27] ME598 - Introduction to Deep Machine Learning
[27] ME598 - Introduction to Deep Machine Learning
[28] ME654 - Computational Structural Mechanics
[28] ME654 - Computational Structural Mechanics
[29] ME701 - Finite Element Method: Theory and Applications
[29] ME701 - Finite Element Method: Theory and Applications