Master of Science in Engineering Technology
The Masters of Science in Engineering Technology is designed to provide students with an understanding of the production and operations interfaces between electrical and mechanical environments in the manufacturing setting. The curriculum will provide course work that supports the integration of current manufacturing standards.
Since there is increasing industry demand for graduates who can work in an interdisciplinary engineering environment that supports automation and interfacing of control systems to support advanced manufacturing topologies. The degree provides courses in advanced robotic manufacturing processes including vision-based systems, and instrumentation and smart sensor interfacing to support the manufacturing process. The program covers design and modeling of electromechanical systems such as positioning of robotic arms, pick and place technology using vision, recognition and feedback sensing, Programmable Logic Controllers (PLC) and interfacing sensors.
Class work will include both high and low level languages such as FPGA programming and platform based control systems such as LabVIEW, and WINCAPS. Support courses include an understanding of manufacturing process methodologies, solid modeling, project management and accessing and utilizing innovative technologies.
Common Career Paths
The Engineering Technology graduate program can prepare you for a variety of careers such as:
- Project Manager or Leader
- Production Control Manager
- Technical Consultant
- Manufacturing Supervisor
- Technical Sales Manager
- Process Engineer
- Quality Engineer
- Applications Engineer
- Automation Engineer
- Entrepreneur
Student Spotlight
Meet Darak Nanto:
Darak graduated with his Master's in Engineering Technology and a certificate in Business Administration. While at ETSU, Darak invented the Eco Smart Can which helps reduce excess waste by monitoring the trash level in public trashcans. Darak was able to create a prototype of his invention by utilizing the resources and equipment available in his program's labs, applying the knowledge he learned in the classroom, and winning startup funding through the college's iBucs competition. Darak's future plans are to develop a company to market and sell the Eco Smart Can.
Admission Requirements and Program of Study
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Admission Requirements
Applicants must meet all the requirements for admission to both the Graduate School and:
1. Submit a personal statement of 1-2 pages (double spaced, minimum 1-inch (2.54 cm) margins, minimum 12 point font) describing your industrial work experience and/or academic course work, and why you seek entry to the program. This statement will be reviewed by the faculty to support admission decisions to the program.
2. Have a Bachelor’s or Master’s degree in one of the following areas: Engineering, Engineering Technology, Mathematics, or Physics or other technical related area.
3. Have a minimum cumulative GPA of 3.0 (on a scale of 4.0) for all attempted course work for the Bachelor’s and/or Master’s degree described in item 2 above.
Preference will be given to students who have graduated from an ABET accredited engineering/engineering technology program or international equivalent; or have relevant industrial experience in the degree areas of study.
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Program of Study
Engineering Technology, M.S. Degree Requirements: 40-42 credits
Core Requirements: 30 credits
Engineering Technology Symposium: 4 credits
Capstone (choose one): 6-8 credits
Thesis (6 credits)
Non-thesis Option 1: Internship (6 credits)
Non-thesis Option 2: Advisor Approved Electives (6-8 credits)
TOTAL: 40-42 credits
Engineering Technology Core Requirements: 30 credits
CSCI 5730 - Enterprise Information Systems (3 credits)
ENTC 5010 - Modern Industry (3 credits)
ENTC 5045 - Complex Instrumentation and Sensor Systems (3 credits)
ENTC 5055 - Automated Systems Integration (3 credits)
ENTC 5065 - Solid Modeling and Prototyping (3 credits)
ENTC 5075 - Production Control and Communication Standards (3 credits)
ENTC 5170 - Strategic Management of Technology and Innovation (3 credits)
ENTC 5257 - Plant Layout & Materials Handling (3 credits)
ENTC 5630 - Project Management (3 credits)
ENTC 5950 - Methods of Research (3 credits)Engineering Technology Symposium: 4 credits
ENTC 5000 - Engineering Technology Symposium (1 credit) (Take 4 times for a total of 4 credits)Capstone
Choose one option from the following:Thesis Option: 6 credits
ENTC 5960 - Thesis (3 credits) (Take for a total of 6 credits)Non-thesis Option 1: 6 credits
ENTC 5999 - Internship/Cooperative Education (1-3 credits) (Take for a total of 6 credits)Non-thesis Option 2: 6-8 credits
Choose two courses from the list below:
ENTC 5237 - Ergonomics and Process Optimization (4 credits)
ENTC 5037 - Quality Assurance I (3 credits)
ENTC 5217 - Tool Design (4 credits)
ENTC 5277 - Process Control and Instrumentation (4 credits)
ENTC 5357 - CIM Applications (3 credits)
ENTC 5517 - Industrial Automation and Robotics (4 credits)
ENTC 5957 - Topics in Technology (1-6 credits)International Student Seminar Policy
International Students: Must complete 4 credits of International Student Seminar as part of their graduate program.
Contact Us:
Website: www.etsu.edu/cbatgradstudies
