Website URL:
https://engineering.purdue.edu/ME/Academics/Graduate/index.html
Department/School Head:
Head: Dr. Eckard Groll, William E. and Florence E. Perry Head of Mechanical Engineering and Reilly Professor of Mechanical Engineering
Associate Head for Graduate Studies; Dr. Nicole Key, Professor of Mechanical Engineering
Contact Information
ME Graduate Office
585 Purdue Mall (Room 1003)
West Lafayette, IN 47907
(765) 494-5730
Email: [email protected]
https://engineering.purdue.edu/ME/AboutUs/contact.html
School of Mechanical Engineering
Mechanical Engineering is, simply, applying engineering principles to machines that have movement. If you think that sounds all-encompassing, well, you’re right. Mechanical Engineering is the broadest of all Engineering majors, and their students can do just about anything because they have a broad understanding of the principles of physics, design, thermodynamics, and control systems.
In the job world, you can take these skills to almost any industry. Many Mechanical Engineering students end up in the automotive or manufacturing industries, but many also pursue biotech, law, renewable energy, electronics, or any number of emerging industries. NASA loves Purdue students, and many mechanical engineers find places in the aerospace and defense industries. And some ME graduates don’t go into engineering at all but use their problem-solving skills to start a business or go into sales or management. The foundational know-how of Mechanical Engineering will serve you, wherever in the world you choose to go.
Academic Programs:
Master’s Program—Thesis or Non-Thesis
Students admitted to the Master’s program can choose to complete either the thesis option or the non-thesis option. The thesis option is highly recommended because it includes conducting independent research and a publishable report or thesis. The non-thesis option allows for a more predictable completion time frame of coursework so students can more accurately plan a graduation date.
Professional Master’s Program
A full-time on-campus program blending 21 credits of technical specialties with 9 credits of management and professional development classes, offered by Purdue’s Krannert School of Management. This option is perfect for current undergrads who want a graduate degree, but still want to jump into industry quickly, or students who want a more practice-oriented engineering degree; or for busy professionals who want specialized expertise to advance in their careers.
Online Master’s Program
You can get a Master’s Degree from Purdue University Mechanical Engineering entirely online. Your course materials and lectures are accessible online any time, so you aren’t restricted by timetables. You get the same quality education from the same faculty who teach on-campus but on your schedule.
Combined Degree Program (5-Year Plan–Undergraduate Degree/Master’s Degree )
The combined BSME/MSME Program is an integrated five-year degree program in which qualified students can receive a BS and an MS in Mechanical Engineering. The program provides a seamless transition from the BS to MS programs for Purdue students where graduate courses taken as undergraduate electives are counted toward both the BS and MS degrees, thereby reducing the overall time required for the MS degree. This program is only available at the West Lafayette campus.
Doctor of Philosophy (PhD)
Mechanical Engineering’s PhD program requires a minimum of 21 credit hours of coursework beyond the Master’s Degree. A minimum of 90 graduate course and research credit hours is required for graduation.
Direct Ph.D. Degree Program
Students with a strong performance in coursework and some research experience at the undergraduate level may be admitted to our Direct to a PhD program at the time of admission to graduate students at Purdue. Students enrolled in this program have the option of seeking a Master’s Degree “along the way” to the Ph.D.
Concentrations (Areas of Study):
Research areas include:
- Bioengineering
- Computational Engineering
- Fluid Mechanics
- Heat Transfer
- HVAC & Refrigeration
- Manufacturing & Materials
- Mechanics & Vibration
- Nanotechnology
- Solid Mechanics
- Systems, Measurement, & Controls
Graduate Certificate
Hybrid Vehicle Systems ME Graduate Certificate is available to graduate students in good standing in the College of Engineering. The certificate program is focused on providing students a framework for gaining relevant expertise in the area of advanced hybrid vehicle systems.
Mechanical Engineering has more than 80 faculty members, pursuing research in numerous fields. Are you interested in doing research as an undergrad? Contact a faculty member whose research interests you:
https://purdue.edu/ME/people
Regular Graduate Faculty by Rank: Professor: Anil K. Bajaj J. Stuart Bolton James E. Braun Richard Buckius Mukerrem Cakmak Luciano Castillo Qingyan Chen George T. C. Chiu Raymond J. Cipra Patricia Davies Shirley Dyke Jay P. Gore Eckhard Groll Bumsoo Han Stephen Heister E. Daniel Hirleman Greg Jensen Nicole Key Galen B. King Klod Kokini Marisol Koskowski Charles M. Krousqrill Kai Ming Li Robert P. Lucht Ajay Malshe Peter H. Meckl Terrence R. Meyer Issam Mudawar Guillermo Paniagua Arvind Raman Karthik Ramani Jeffrey Rhoads Xiulin Ruan Farshid Sadeghi Cagri A. Savran Gregory M. Shaver Yung C. Shin Thomas Siegmund Paul E. Sojka Steven F. Son Ganesh Subbarayan John Sutherland Pavlos Vlachos Carl Wassgren Steven T. Wereley Xianfan Xu Bin Yao Song Zhang Chenn Zhou Associate Professor: Arezpp Ardekani Edward Berger David Cappellen Jun Chen Gary Cheng Jong Hyun Choi Carlos Corvalan Eugenio Culurciello Xinyan Deng Hector Gomez James D. Jones Martin Byung-Guk Jun Matthew Krane Guang Lin Nina Mahmoudian Amy Marconnet Partha P. Mukherjee Liang Pan Jitesh Panchal Gordon R. Pennock Li Qiao Tahira Reid Smith Shirley Rietdyk Mikhail Slipchenko John M. Starkey Athanasios Tzempelikos Andrea Vacca Justin Weibel Benxin Wu Fu Zhao Assistant Professor: Kartik Ariyur Andres Arrieta Ilias Bilionis Adrian Buganza Tepole Chun-Li Chang Ivan C. Christov Sadegh Dabiri Satari James Gilbert Christopher S. Goldstein Marcial Gonzalez Veeraraghava Raju Hasti W. Travis Horton Neera Jain Chi Hwan Lee Yangfan Liu Aaron Morris Dimitrios Peroul David Piercey Carlo Scalo David Warsinger Kejie Zhao Emeritus Faculty: David Anderson Stephen Citron Raymond Cohen Suresh Garimella Victor Goldschmidt Keith Hawks Joe Hoffman Mel L’Ecuyer Joseph Pearson Robert Schoenhals Werner Soedel John Starkey Howard Thompson Raymond Viskanta
- Mechanical Engineering, PHD
- Mechanical Engineering, MSME
- Hybrid Vehicle Systems ME Graduate Certificate
- Hybrid Vehicle Systems MSE Graduate Certificate
- ME 50000 - Advanced Thermodynamics
- ME 50100 - Statistical Thermodynamics
- ME 50300 - Micro-And-Nano-Scale Energy Transfer Processes
- ME 50400 - Automotive Control
- ME 50500 - Intermediate Heat Transfer
- ME 50600 - Two-Phase Flow And Heat Transfer
- ME 50700 - Laser Processing
- ME 50800 - Heat Trans In Biological Systems
- ME 50900 - Intermediate Fluid Mechanics
- ME 51000 - Gas Dynamics
- ME 51100 - Heat Transfer In Electronic Systems
- ME 51300 - Engineering Acoustics
- ME 51400 - Fundamentals Of Wind Energy
- ME 51700 - Micro/Nanoscale Physical Processes
- ME 51800 - Analysis Of Thermal Systems
- ME 52200 - Indoor Environmental Analysis And Design
- ME 52500 - Combustion
- ME 52600 - Spray Applications And Theory
- ME 52900 - Sustainable Energy Options And Analysis
- ME 53100 - Characteristics Of Particles, Powders, And Compacts
- ME 53300 - Turbomachinery II
- ME 53800 - Air Breathing Propulsion
- ME 54000 - Internal Combustion Engines
- ME 54900 - Practical Experience In Vibrations
- ME 55300 - Product And Process Design
- ME 55400 - Intellectual Property For Engineers
- ME 55600 - Lubrication, Friction & Wear
- ME 55700 - Design For Manufacturability
- ME 55900 - Micromechanics Of Materials
- ME 56000 - Kinematics
- ME 56100 - Optimal Design: Theory With Practice
- ME 56200 - Advanced Dynamics
- ME 56300 - Mechanical Vibrations
- ME 56400 - Vibrations Of Discretized Systems
- ME 56500 - Vehicle Dynamics
- ME 56700 - Dynamical Problems In Design
- ME 56900 - Mechanical Behavior Of Materials
- ME 57000 - Machine Design
- ME 57100 - Reliability Based Design
- ME 57200 - Analysis And Design Of Robotic Manipulators
- ME 57300 - Interactive Computer Graphics
- ME 57500 - Theory And Design Of Control Systems
- ME 57600 - Computer Control Of Manufacturing Processes
- ME 57700 - Human Motion Kinetics
- ME 57800 - Digital Control
- ME 57900 - Fourier Methods In Digital Signal Processing
- ME 58000 - Nonlinear Engineering Systems
- ME 58100 - Numerical Methods In Mechanical Engineering
- ME 58400 - System Identification
- ME 58500 - Instrumentation For Engineering Measurements
- ME 58600 - Microprocessors In Electromechanical Systems
- ME 58700 - Engineering Optics
- ME 58800 - Mechatronics - Integrated Design Of Electro-Mechanical Systems
- ME 59200 - Fundamentals Of Particle Image Velocimetry
- ME 59500 - Special-Topic Minicourses
- ME 59700 - Advanced Mechanical Engineering Projects I
- ME 60500 - Convection Of Heat And Mass
- ME 60600 - Radiation Heat Transfer
- ME 60800 - Numerical Methods In Heat, Mass, And Momentum Transfer
- ME 61000 - Boundary Layer Theory
- ME 61100 - Principles Of Turbulence
- ME 61200 - Continuum Mechanics
- ME 61300 - Advanced Engineering Acoustics
- ME 61400 - Computational Fluid Dynamics
- ME 61500 - Aeroacoustics
- ME 62500 - Advanced Combustion
- ME 64000 - Structural Acoustics
- ME 65000 - Computational Fracture Mechanics
- ME 66400 - Vibrations Of Continuous Systems
- ME 66700 - Advanced Dynamical Problems In Machine Design
- ME 67500 - Multivariable Control System Designs
- ME 67700 - Nonlinear Feedback Controller Design
- ME 68000 - Bifurcations And Chaos
- ME 68100 - Finite And Boundary Element Methods
- ME 68700 - Laser Diagnostics For Reacting Flows
- ME 68900 - Adaptive Control
- ME 69000 - Individual Study In Mechanical Engineering
- ME 69100 - Mechanical Engineering Graduate Seminar
- ME 69600 - Advanced Professional Internship
- ME 69700 - Advanced Mechanical Engineering Projects II
- ME 69800 - Research MS Thesis
- ME 69900 - Research PhD Thesis
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