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Integrated Vehicle Systems Engineering MSE Sample Plan of Study

The Interdisciplinary Engineering Degrees (MSE or MS) require 30 credit hours total with at least 18 hours in engineering and 18 hours from Purdue.  Courses can count in either or both categories and most are 3 credit hours.  You may add a concentration to your degree but a concentration is not required.  If chosen, the concentration requirements must be met in addition to the regular degree requirements.  A concentration is chosen on the e-POS form and shows on the transcript, not the diploma.

The list of courses offered via distance may be sorted by semester/year or school.  Please keep in mind that this list is subject to change and you will need to review it frequently throughout your degree program.  Changes may be made to your POS in the future if they meet the degree and concentration requirements.

 

Degree requirements checklist:

_____ INTV courses – see below ( ≥ 5 courses / 15 hours)
_____ total number of engineering courses *  ( ≥ 6 courses / 18 hours)
_____ total number of Purdue courses  ( ≥ 6 courses / 18 hours)

* Engineering courses  are offered by engineering schools and/or taught by engineering faculty such as AAE-Aero & Astro, BME-Biomedical Engineering, CE-Civil Engineering, ECE-Electrical & Computer Engineering, IE-Industrial Engineering, ME-Mechanical Engineering.   Examples of non-engineering courses are CS-Computer Science, GRAD-Graduate studies, MA-Mathematics, STAT-Statistics, etc.

  

  • AAE 51400 Intermediate Aerodynamics
  • AAE 55000 Multidisciplinary Design Optimization
  • AAE 55200 Nondestructive Evaluation of Structures and Materials
  • AAE 55400 Fatigue of Structures and Materials
  • CE 59700 Global Sustainable Engineering
  • ECE 58000 Optimization Methods for Systems & Control
  • ECE 60600 Solid State Devices
  • ECE 61000 Energy Conversion
  • ECE 63300 Modeling & Simulation of Power Systems Control
  • ECE 68000 Modern Automatic Control
  • IE 53000 Quality Control
  • IE 53300 Industrial Applications of Statistics
  • IE 55800 Safety Engineering
  • IE 57000 Manufacturing Process Engineering
  • IE 57400 Industrial Robotics & Flexible Assembly
  • IE 57700 Human Factors in Engineering
  • IE 57900 Design & Control of Production & Manufacturing Systems
  • IE 58200 Advanced Facilities Design
  • IE 58800 e-Work & e-service
  • IE 59000 Applied Ergonomics
  • IE 63200 Scheduling Models
  • MA 51100 Linear Algebra with Applications
  • MA 52500 Introduction to Complex Analysis
  • MA 52700 Advanced Mathematics for Engineers & Physicists I
  • MA 52800 Advanced Mathematics for Engineers & Physicists II
  • ME 50500 Intermediate Heat Transfer
  • ME 50900 Intermediate Fluid Mechanics
  • ME 51300 Engineering Acoustics
  • ME 51800 Analysis of Thermal Systems
  • ME 52500 Combustion
  • ME 55300 Product & Process Design
  • ME 55700 Design for Manufacturability  (includes 3 on-campus labs)
  • ME 55900 Micromechanics of Materials
  • ME 56000 Kinematics
  • ME 56200 Advanced Dynamics
  • ME 56300 Mechanical Vibrations
  • ME 57000 Machine Design
  • ME 57100 Reliability-Based Design
  • ME 57500 Theory & Design of Control Systems
  • ME 57700 Human Motion Kinetics
  • ME 57800 Digital Control
  • ME 58100 Numerical Methods in Mechanical Engineering
  • ME 59700 Heat Transfer in Electronic Systems
  • ME 61400 Computational Fluid Dynamics
  • MSE 53600 Solidification of Castings
  • STAT 51100 Statistical Methods
  • STAT 51200 Applied Regression Analysis
  • STAT 51400 Design of Experiments
  • STAT51600 Basic Probability & Applications
  • STAT 51700 Statistical Inference
  • STAT 52200 Sampling & Survey Techniques

 

Required 5 from the list above     

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Other Graduate Courses (5 courses):

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This form is not your plan of study (POS), it is a worksheet to help you understand the program requirements. The actual POS is submitted via myPurdue during the first semester you’re registered after admission to a degree program.