Online Profiles

The Pennsylvania State University - 2016

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Engineering Information

Areas of Expertise

Engineering Departments Areas of Expertise
Acoustics
  1. Medical Ultrasonics, Psychoacoustics, and Speech
  2. Hydroacoustics/Wave Propagation
  3. Physical, Physiological, and Basic Underwater Acoustics
  4. Signal Processing/Optics
  5. Architectural Acoustics, Aeroacoustics, and Vibrations
  6. Thermoacoustics
  7. Computational Acoustics
  8. Noise Control
  9. Electroacoustic Transducers
  10. Structural Acoustics/Vibro-Acoustics
Aerospace Engineering
  1. Aerospace Vehicle Systems Engineering
  2. Rotorcraft Engineering
  3. Experimental and Computational Aerodynamics
  4. Flight Control and Software
  5. Software Engineering
  6. Intelligent and Autonomous Systems and UAVs
  7. Aeroacoustics
  8. Astrodynamics
  9. Space Propulsion and Plasmas
  10. Wind Energy
  11. Structural Dynamics and Adaptive Structures
  12. Multifunctional Structures and Nanomaterials
  13. Turbomachinery Propulsion and Heat Transfer
  14. Aircraft Icing
  15. Human-Machine Interface
Agricultural and Biological Engineering
  1. Biologically-Based Energy, Products and Materials
  2. Agricultural Safety and Health
  3. Agricultural Mechanization/Automation for Specialty Crops and Biomass
  4. Synthetic Biology
  5. Nanocellulosics
  6. Particulate Mechanics
  7. Bioproduct Business and Marketing
  8. Water and Soil Resource Engineering and Management
  9. Sustainable Livestock Systems
Architectural Engineering
  1. Building Mechanical and Energy Systems
  2. Building Illumination and Electrical Systems
  3. Building Construction
  4. Building Structures
  5. Information Technology in Design and Construction
Biomedical Engineering
  1. Biomedical Imaging
  2. Biomaterials and Nano Medicine in Drug Delivery
  3. MEMS, Lab on a Chip and Nanotechnology
  4. Regenerative Functional Tissue Engineering, Stem Cells and Biomanufacturing
  5. Computational Biology, System Network Modeling and Large Data Analysis
  6. Neural, Cardiovascular and Metabolic Engineering
  7. Cellular and Molecular Bioengineering
  8. Multi-Scale Biomechanics
  9. Mechanobiology
  10. Medical Devices
Chemical Engineering
  1. Bioprocessing and Cellular Engineering
  2. Bimolecular and Metabolic Engineering
  3. Catalysis and Chemical Kinetics
  4. Energy and Environment
  5. Polymers and Advanced Materials
  6. Materials Synthesis and Characterization
  7. Membranes and Separation Technology
  8. Fluid Mechanics and Tribology
  9. Computational Chemistry and Molecular Simulation
Civil and Environmental Engineering
  1. Transportation Engineering
  2. Structural Engineering
  3. Environmental Engineering
  4. Water Resources Engineering
  5. Geotechnical Engineering
  6. Materials Engineering
Electrical Engineering and Computer Science
  1. Control Systems
  2. Communications and Networking
  3. Electronic Materials and Devices
  4. Optical and Photonic Materials and Devices
  5. Signal and Imaging Processing
  6. Remote Sensing and Space Systems
  7. Electromagnetics
  8. Power Systems
  9. Computer Architecture and Embedded Systems
  10. Theoretical Computer Science
  11. Intelligent Systems and Machine Learning
  12. Network and Security
  13. Bioinformatics
Energy and Mineral Engineering
  1. Energy Business and Finance and Energy Management Policy
  2. Environmental Health and Safety Engineering and Environmental Systems Engineering
  3. Energy Engineering and Fuel Science
  4. Mining and Mineral Process Engineering
  5. Petroleum and Natural Gas Engineering
Engineering Science and Mechanics
  1. Applied Mechanics and Biomechanics
  2. Structural and Human Health Monitoring
  3. Dynamic Systems, Acoustics and Vibrations
  4. Advanced Materials and Devices
  5. Emerging Manufacturing Processes for Materials, Tissues and Devices
  6. Brain Science and Neural Engineering
  7. Optoelectronics, Photonics and Lasers
  8. Multiscale and Multiphysics Modeling and Multiphysics Modeling/Computational Analysis
  9. Energy Infrastructure, Storage and Devices
  10. Nanoscience and Engineering
Industrial and Manufacturing Engineering
  1. Operations Research and Data Analytics
  2. Service Systems Engineering
  3. Healthcare Systems Engineering
  4. Human Factors and Ergonomics
  5. Human-Centered Design
  6. Supply Chain Engineering
  7. Additive Manufacturing
  8. Manufacturing Process Modeling, Diagnostics, Prognostics and Control
  9. Power Grids and Energy Modeling
  10. Six Sigma
Materials Science and Engineering
  1. Nanoscience & Technology
  2. Ceramics, Glass, Metals, Polymers
  3. Structure-Property Relations
  4. Materials Processing
  5. Electronic Materials
  6. 2D materials
  7. Biomedical Materials
  8. Composites
  9. Additive Manufacturing
  10. Computational Materials Science
  11. Analysis & Characterization
  12. Sustainability
Mechanical Engineering
  1. Combustion and Propulsion
  2. Energy Storage and Energy Systems
  3. Biomechanics and Bioengineering Devices
  4. Two-Phase Flows
  5. Nature Inspired Engineering
  6. Computational Fluid Mechanics
  7. Turbomachinery
  8. Smart Sensors and Vehicles
  9. Advanced Manufacturing
  10. Multi-Scale Computations
  11. Controls and Optimization
  12. Mechatronics
  13. Design and Optimization
Nuclear Engineering
  1. Nuclear Power Production
  2. Reactor Thermal-Hydraulics
  3. Reactor Core Analysis
  4. Neutronics, Transport Methods and Analysis
  5. Nuclear Reactor Materials
  6. Computational Fuel Materials
  7. Radiochemistry and Reprocessing
  8. Nuclear Forensics and Applications of Nuclear Science
  9. Instrumentation and Control
  10. Reactor Monitoring and Non-Proliferation
School of Design, Technology and Professional Programs
  1. Design Automation and Optimization
  2. Design for Additive Manufacturing
  3. Design for Human Variability, Design Theory and Methodology
  4. Engineering Design Pedagogy
  5. Systems Engineering
  6. Design Decision-Making
  7. Design for The Developing World
  8. Product-Service Systems Design
  9. Simulation-Based Design Under Uncertainty
  10. Design Cognition
  11. Design Innovation
  12. Data-Driven Design
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