Master of Engineering

Area of Study: Modeling & Simulation

Advancements within computer science and engineering are accelerating rapidly, challenging the visionary engineer to find a place in the intensely competitive world of high technology. The online graduate professional program will connect you to the challenges of global integration and prepare you for the many exciting career possibilities the 21st century promises.

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Program Overview

The Master of Engineering degree program offers an area of study in Modeling & Simulation at ASU (Arizona State University). This track offers specialized courses founded on the fundamentals and principles of simulation modeling and software engineering. The applications of modeling and simulation (M&S) incorporate state-of-the-art engineering advances with a focus on systems of the future. The main academic emphasis includes defense applications, large-scale computer and supply chain networks, software factory, and intelligent systems. Students will learn about key technical barriers faced by government organizations - e.g., those set to institutionalize M&S such as DMSO (Defense Modeling and Simulation Organization), - and others in developing increasingly complex decision-making systems. In addition, students will become skilled in M&S science, enabling them to engineer novel solutions for multifaceted problems that the Departments of Defense and Homeland Security, commercial industries, and private and non-profit agencies must contend with.

Program Benefits

The ACIMS (Arizona Center for Integrative Modeling and Simulation), authorized by the Arizona Board of Regents, is among a handful of centers in the United States and abroad devoted to the state-of-the-art modeling and simulation research, education, and professionalism. Students will benefit from a range of national and world-class expertise in modeling and simulation. ASU/ACIMS (http://www.acims.arizona.edu; http://acims.eas.asu.edu) faculty and researchers are actively engaged in shaping the future of multiple aspects of this exciting field.

ASU faculty research expertise has contributed to new innovations in the engineering and science of highly complex and large-scale systems. Their research has resulted in novel approaches and software tools for analysis, design, and development of solutions using recent advances in basic theory and application of distributed computing and software engineering. Through hands-on research, graduate students in modeling and simulation will gain in-depth technical knowledge to develop large, complex systems using integrative simulation-based design and development methodologies and techniques.

In addition to a strong research base, ASU faculty are deeply committed to education. Faculty flexibility and accessibility, coupled with a low student/faculty ratio, allow students to discover their talents and explore new avenues of inquiry. Students will network with other M&S professionals and apply their knowledge to real-world applications that will help advance their careers.

As evidence of their dedication to the advancement of M&S profession, ACIMS faculty have been contributing to the M&S certification developed by the M&SPCC (M&S Professional Certification Commission) and implemented by the NTSA (National Training Systems Association). Therefore, graduates of the program will be well prepared to become certified modeling and simulation professionals. ACIMS faculty contribute to other organizations such as SCS (Society for Modeling and Simulation) and SISO (Simulation Interoperability Standards Organization) which set forth the future directions, emerging technologies, and practices in the field, especially those advocated by DMSO (Defense Modeling & Simulation Organization), IMTI (Integrated Manufacturing Technology Initiative), and NASA (National Aeronautical and Space Administration). Exposure to cutting edge research, education, and professionalism offers key advantages for graduates of this unique program and positions them for highly competitive and rewarding career opportunities.

Admission

Students seeking admission into the program must hold a bachelor of science in engineering. Also considered will be individuals who have taken equivalent courses (or have experience) in computer science, computer engineering, and industrial engineering. U.S. applicants must have a minimum grade point average of 3.25. International students must have the equivalent of a 3.25 GPA and score at least 550 on the written TOEFL or 213 on the computerized TOEFL.

Program Requirements

Students must complete a total of 30 credit hours equaling 10 courses to earn a Masters of Engineering Degree. Computer Science and Engineering (CSE) and Industrial Engineering (IIE) offer a set of courses toward completion of the master degree with specialization in modeling and simulation. With approval from a faculty advisor, a student selects a program of study and may select to (i) take only course work and pass an oral examination based on the course work or (ii) defend a practice oriented project. In both cases, the student together with the advisor will form a three-member committee who will approve a successful completion of the student's practice oriented project or oral examination. The committee is composed of the advisor with the remaining members being faculty and/or practicing professionals. Additional requirements are as follows

  • 18 of the 30 hours must be from required and elective courses offered by CSE and IIE departments
  • 27 hours must be in formal course work.
  • Students may transfer up to 6 credit hours from another institution taken before enrolling at ASU.
  • Students may take courses from Northern Arizona University and the University of Arizona. These count the same as ASU classes.
  • A culminating event is required and will be identified by the student's advisory committee. It could be a final examination or the final report for a practice-oriented project (Applied Project XXX593). Additional requirements may exist for some academic units.
  • Students have the option of including a 3 credit hour practice oriented project (CSE 593 or IIE 593) as part of the 30 hour requirement.
  • 3 credits of applied engineering mathematics.
  • 3 credits of engineering management/business.

Program of Study Courses

The program classes are classified into core and area courses (see also equivalent courses (pdf))

Core Courses

(students are required to take 15 credit hours)
CSE 561*: Modeling and Simulation Theory and Application
CSE 598*: Software Analysis and Design
CSE 566: Software Project, Process and Quality Management **
IEE 572: Design of Engineering Experiments***
IEE 545: Simulating Stochastic Systems

Area Courses

(students select 12 or 15 credit hours)
CSE 563: Software Requirements and Specification
CSE 565: Software Verification, Validation and Testing
CSE 591*: Parallel and Distributed Simulation
CSE 543: Information Assurance and Security
CSE 598: Distributed Software Development
IEE 533: Scheduling and Network Analysis Models
IEE 534: Supply Chain Modeling and Analysis
IEE 561: Production Systems
IEE 566: Simulation in Manufacturing
IEE 567: Simulation System Analysis
CSE/IEE: 593 Applied Project

* An equivalent course is offered in the department of Electrical & Computer Engineering at the University of Arizona.
** Management Requirement
*** Math Requirement

Students considering the MEng Area of Study: Modeling and Simulation should complete a Tentative Program of Study for review by a faculty advisor.

Faculty

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For assistance or questions about this program please contact:
CPD.DegreePrograms@asu.edu or 480.965.1740.