Theoretical and Computational Mechanics Option
The option in theoretical and computational mechanics provides students with the foundational knowledge needed to construct rigorous physics-based and data-driven models for a wide range of natural and engineered systems. Mechanics is the branch of classical physics concerned with the relationship between generalized forces and the configurations of matter, both at rest and in motion. Today, it provides a powerful conceptual framework and toolset that finds use far beyond its original roots. People trained in theoretical mechanics find themselves working in a variety of disciplines, often on interdisciplinary teams, from the traditional analysis of solids, structures, machinery, and mechanisms to molecular dynamics and drug design, biological systems and biomechanics, sustainable energy storage and production, robotics and automation, vehicle dynamics and transportation, geophysical system modeling, and the dynamics of the solar system and interplanetary spacecraft.
The courses listed for the option give students the flexibility, in consultation with their thesis adviser, to focus on specific application domains and analytical approaches.
Foundational Electives
Choose one course from each of the four subject areas: mechanics of fluids, mechanics of solids, dynamics and vibration, and computation. Each category has a suggested course, and each has a list of alternatives. Each course name is followed by its prerequisites and the semester it is usually offered, if available. All engineering science students are to take one design elective, which is considered to be one of the five foundational electives required of all students.
Dynamics and Vibration
Alternatives
- ME 370: Vibrations of Mechanical Systems
- ME 380: Machine Dynamics
- AERSP 304: Dynamics & Control of Aerospace Systems
- KINES 384: Biomechanics
Mechanics of Solids
Alternatives
- EMCH 416: Failure and Failure Analysis of Solids
- AERSP 301: Aerospace Structures
- BME 303: Bio-continuum Mechanics
- CE 335: Engineering Mechanics of Soils
- CE 340: Structural Analysis
- Prerequisites: EMCH 213
- Semester offered: fall and spring
Mechanics of Fluids
Alternatives
- AERSP 311: Aerodynamics I
- CE 360: Fluid Mechanics
- Prerequisites: EMCH 212
- Semesters offered: fall and spring
Computation
Alternatives
- CMPSC 348: Data Science and Machine Learning for Computational Sciences
- CMPSC 330: Advanced Programming in C++
- ESC 597: Machine Learning for Solving Science and Engineering Problems
Design Elective
- ESC 460M: Multidisciplinary Design Project
- EMCH 400: Advanced Strength of Materials and Design
- EMCH 461: Finite Elements in Engineering
- EDSGN 452/453: Projects in Humanitarian Engineering
- ENVE 430: Sustainable Engineering
- ME 360: Mechanical Design
- ME 431: Internal Combustion Engines
Technical Electives
Choose four courses.
Dynamics and Vibration
- EMCH 520: Advanced Dynamics
- EMCH 571: Foundations of Structural Dynamics and Vibration
- AERSP 458: Advanced Orbital Mechanics
- EE 481: Control Systems
- EE 483: Introduction to Automation and Robotics Systems
- KINES 484: Advanced Biomechanics
- KINES 488: Mechanics of Locomotion
- KINES 579: Advanced Biomechanics of Human Motion
- MATH/PHYS 419: Theoretical Mechanics
- MATH 450: Mathematical Modeling
- ME 450: Modeling of Dynamic Systems
- ME 456: Introduction to Robotics
- ME 470: Analysis and Design in Vibration Engineering
- ME 481: Introduction to Computer Aided Analysis of Machine Dynamics
Mechanics of Solids
- EMCH 402: Applied and Experimental Stress Analysis
- EMCH 403: Strength Design in Materials and Structures
- EMCH 416H: Failure and Failure Analysis of Solids
- EMCH 440: Nondestructive Evaluation of Flaws
- EMCH 461: Finite Elements in Engineering
- EMCH 471: Engineering Composite Materials
- EMCH 507: Theory of Elasticity and Applications
- EMCH 521: Stress Waves in Solids
- EMCH 540: Introduction to Continuum Mechanics
- BME 408: Solid Mechanics of Biological Materials
Mechanics of Fluids
- AERSP 412: Turbulent Flow
- BME 409: Biofluid Mechanics
- BME 410: Biomedical Applications of Microfluidics
- BME 413: Mass Transport in Biological Systems
- ME 421: Viscous Flow Analysis and Computation
- ME 423: Introduction to Numerical Methods in Fluid Dynamics
- ME 427: Aerodynamics for Mechanical Engineers
- ME 428: Applied Computational Fluid Dynamics
Computation
- ESC 597: Machine Learning for Solving Science and Engineering Problems
- AERSP 424: Advanced Computer Programming
- AERSP 440: Introduction to Software Engineering for Aerospace Engineers
- CMPSC 448: Machine Learning and Algorithmic AI
- CMPSC 450: Concurrent Scientific Programming
- CMPSC 455: Introduction to Numerical Analysis I
- CMPSC 456: Introduction to Numerical Analysis II
- IE 468: Optimization Modeling and Methods
- ME 444: Engineering Optimization
- ME 467: Applied Finite Element Analysis
Undergraduate Options
- Overview
- Experimental Mechanics and Materials Option
- Materials and Design in Manufacturing Option
- Micro- and Nano-structured Devices for Biological and Biomedical Applications Option
- Neural Engineering Option
- Semiconductor and Quantum Materials and Devices Option
- Signals, Systems, and Sensing Option
- Theoretical and Computational Mechanics Option
- Acoustics Option
- Self-designed Option
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Theoretical and Computational Mechanics Option
- Foundational Electives
- Design Electives
- Technical Electives
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Contact
- Gary L. Gray
Associate Professor and Associate Head for Undergraduate Programs
euler@psu.edu