Acoustics Option
The option in acoustics provides students with the foundational knowledge to construct rigorous physics-based models for a wide range of natural and engineered acoustical and vibrational systems. Classical training in acoustics prepares students to solve a multitude of physics and engineering problems related to oscillating energy transfer through structure-borne and fluidborne paths. People trained in acoustics find themselves working in a variety of disciplines, often on interdisciplinary teams, in areas including naval architecture, speaker design, personal electronics, biomedical ultrasound, system health monitoring, architectural acoustics, automotive, aerospace, power equipment, and more.
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
All engineering science students are required to take one design elective, considered one of the five foundational electives required of all students.
Introduction to Mechanical Vibrations (Select one course)
- ME 370: Vibrations of Mechanical Systems
Prerequisites: EMCH 212 and CMPSC 200 or CMPSC 201 and MATH 220 and MATH 251
Semester offered: Fall, Spring - AERSP 304: Dynamics and Control of Aerospace Systems
Prerequistes: AERSP 313 and EMCH 212
Semester offered: Spring
Introduction to Fluids (Select one course)
- EMCH 397: Mechanics of Fluids
Prerequisites: EMCH 212 or EMCH 212H and MATH 230 and MATH 251
Introduction to Acoustics (Required)
- ACS 402: Introduction to Acoustics
Mechanics and Waves (Select one course)
- EMCH 409: Advanced Mechanics
Prerequisites: EMCH 212 or EMCH 212H and MATH 230 - ESC 312: Engineering Applications of Wave, Particle, and Ensemble Concepts
Prerequisites: PHYS 214
Design Electives
- ESC 460: Interdisciplinary Design
- 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, two of which must be ACS courses.
Dynamics and Vibrations
- ACS 501: Elements of Acoustics and Vibration
- ACS 519: Sound-Structure Interaction
- ME 470/EMCH 470: Analysis and Design in Vibration Engineering
- ME 571/AERSP 571/EMCH 571: Foundations of Structural Dynamics and Vibration
- EMCH 527: Structural Dynamics
- EMCH 528: Experimental Methods in Vibrations
Acoustics
- ACS 502: Elements of Waves in Fluids
- ACS 503: Signal Analysis for Acoustics and Vibration
- ACS 514: Electroacoustic Transducers
- ACS 515: Acoustics in Fluid Media
- ACS 537: Noise Control Engineering
- ACS 597: Advanced Signal Analysis for Acoustics and Vibration
- ACS 597: Computational Acoustics
- ACS 597: Nonlinear Acoustics
- ACS 597: Ocean Acoustics
- ACS 597: Spatial Sound and 3D Audio
- ACS 597: Outdoor Sound Propagation
- ACS 597: Audio Signal Processing
- ACS 597: Applications of Aeroacoustics and Vibroacoustics
- ACS 597: Architectural Acoustics Theory and Research
- ACS 597: Advanced Transducers & Acoustic System Modeling
- ME 471: Noise Control in Machinery
- ESC 536: Wave Propagation and Scattering
- AE 309: Architectural Acoustics
- AE 458: Advanced Architectural Acoustics and Noise Control
Biomedical Ultrasound
- ACS/EMCH 542: Physical Principles in Biomedical Ultrasonics
- BME 406: Medical Imaging
- EMCH 521: Stress Waves in Solids
Structural Health Monitoring
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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Acoustics Option
- Foundational Electives
- Design Electives
- Technical Electives
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Contact
- Andrew R. Barnard
Professor and Director, Graduate Program in Acoustics
Director, Center for Acoustics and Vibration
barnard@psu.edu
814-865-7242