Auburn University - College of Engineering
Master of Industrial and Systems Engineering - Residential
Auburn, USA
MSc
DURATION
2 years
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
EARLIEST START DATE
STUDY FORMAT
On-Campus
Key Summary
About : The Master of Industrial and Systems Engineering - Residential focuses on equipping students with advanced engineering principles. The program emphasizes areas such as optimization, data analysis, and systems design. This degree aims to prepare graduates for challenging roles in various industries, providing a comprehensive understanding of systems efficiency and improvement.
Career Outcomes : Graduates can pursue careers in fields such as manufacturing, logistics, and quality control. Potential job titles include industrial engineer, systems analyst, and operations manager. The skills gained will enable graduates to contribute effectively to organizational efficiency and decision-making processes.
Why this degree?
The coursework-only Master of Industrial and Systems Engineering is designed for individuals who want to acquire a substantial understanding of industrial engineering methods in a variety of industries including automotive, healthcare, supply chain, manufacturing, and telecommunications.
What can you expect?
Once admitted into Auburn Engineering's graduate program, you will work with the graduate program officer to create a plan of study.
Auburn Engineering Online Graduate Programs ranked 17th by U.S. News and World Report (2022)!
Who is eligible?
- Those who hold a bachelor's degree in industrial engineering, other engineering disciplines, mathematics, or sciences from an institution of recognized standing (transcripts required) are eligible.
- Applicants with degrees in other science, technology, engineering, and mathematics disciplines are encouraged to apply and may be required to complete undergraduate courses before official admission into the graduate program which may include:
- MATH 1610 Calculus I 4 hours
- MATH 1620 Calculus II 4 hours
- MATH 2630 Calculus III 4 hours
- MATH 2650 Differential Equations 3 hours
- MATH 2660 Linear Algebra 3 hours
- MATH 1610 Calculus I 4 hours
- MATH 1620 Calculus II 4 hours
- MATH 2630 Calculus III 4 hours
- MATH 2650 Differential Equations 3 hours
- MATH 2660 Linear Algebra 3 hours
- Evaluators also expect competency in core industrial and systems engineering undergraduate areas, including:
- INSY 3600 Engineering Economy 3 hours. Pr., ENGR 1110.
- INSY 3410 Deterministic Operations Research 3 hours. Pr., ENGR 1110, MATH 2660.
- INSY 3400 Stochastic Operations Research 3 hours. Pr., ENGR 1110, MATH 2660.
- STAT 3600 Probability And Statistics I 3 hours. Pr., MATH 1620.
- STAT 3610, Probability and Statistics II 3 hours. Pr., STAT 3600 or Continuation of STAT 3600
- STAT 3611 Probability & Statistics II LAB 1 hour. Coreq., STAT 3610 or departmental approval.
- INSY 3600 Engineering Economy 3 hours. Pr., ENGR 1110.
- INSY 3410 Deterministic Operations Research 3 hours. Pr., ENGR 1110, MATH 2660.
- INSY 3400 Stochastic Operations Research 3 hours. Pr., ENGR 1110, MATH 2660.
- STAT 3600 Probability And Statistics I 3 hours. Pr., MATH 1620.
- STAT 3610, Probability and Statistics II 3 hours. Pr., STAT 3600 or Continuation of STAT 3600
- STAT 3611 Probability & Statistics II LAB 1 hour. Coreq., STAT 3610 or departmental approval.
- Applicants with a minimum 2.75 GPA from an ABET-accredited engineering program are exempt from the GRE. All other applicants must take the GRE.
- Complete a minimum of 31 credit hours of graduate (6000- 8000) level course work that must include:
- INSY 6600 Manufacturing/Production Economics
- INSY 7300 Advanced Engineering Statistics I
- INSY 7420 Linear Programming and Network Flows
- INSY 6600 Manufacturing/Production Economics
- INSY 7300 Advanced Engineering Statistics I
- INSY 7420 Linear Programming and Network Flows
- Minimum of four additional INSY electives
- Three INSY or ISE-related electives
- 1 hour of graduate seminar (INSY 7950)