M.S. in Engineering Technology

Entry requirements for Postgraduate programs

Application Fee: US $ 50

Academic Requirements: MTSU maintains a competitive yet inclusive approach to academic requirements. Students are expected to have a strong academic foundation, with an average academic requirement falling within the range of 80%-82%.  

English Language Proficiency:  

• IELTS (International English Language Testing System): A minimum score of 6.5 is required.

• TOEFL (Test of English as a Foreign Language): MTSU considers a minimum score of 71 on the TOEFL.

• DET (Duolingo English Test): A score of 95 on the DET is accepted.

Score reporting required.

Middle Tennessee State University is dedicated to fostering a diverse and inclusive academic community, attracting bright minds from around the world. To support international students in their pursuit of higher education, MTSU offers a range of scholarships designed to ease financial burdens and promote academic excellence.  

International Merit Scholarships: MTSU extends International Merit Scholarships to outstanding students demonstrating exceptional academic achievements. These merit-based scholarships are designed to recognize and reward excellence, providing financial support to deserving individuals.

International Graduate Assistantships: MTSU provides International Graduate Assistantships, offering financial assistance to international students pursuing master's or doctoral degrees. These assistantships often involve research or teaching responsibilities, allowing students to gain valuable academic and professional experience.

Global Ambassador Scholarship: The Global Ambassador Scholarship is a unique opportunity for international students with a passion for promoting cultural exchange and fostering global understanding. Recipients of this scholarship actively contribute to MTSU's international community through various initiatives.

English Language Institute (ELI) Scholarships: MTSU's English Language Institute (ELI) offers scholarships to international students seeking English language proficiency programs. These scholarships support students in enhancing their language skills, preparing them for successful academic integration.

College-Specific Scholarships: Various colleges within MTSU may offer specific scholarships tailored to international students enrolled in particular academic disciplines. These scholarships acknowledge the diverse talents and contributions of students across different fields of study.

Cultural Diversity Scholarship: MTSU values cultural diversity and provides scholarships to international students who actively contribute to creating a culturally rich and inclusive campus environment. These scholarships aim to celebrate and support students from diverse backgrounds.

Graduates of Middle Tennessee State University's Master of Science (M.S.) in Engineering Technology program enter the professional arena armed with a diverse skill set and a deep understanding of cutting-edge technologies. The program's emphasis on practical skills, interdisciplinary knowledge, and industry collaboration positions graduates for a range of exciting career prospects in the dynamic field of engineering technology. Middle Tennessee State University's M.S. in Engineering Technology program not only equips graduates with technical proficiency but also fosters a holistic skill set that aligns with the evolving demands of the engineering and technology sectors. The diverse career prospects reflect the program's commitment to preparing professionals who can navigate the challenges and contribute meaningfully to the technological landscape.

1. Engineering Manager: Many graduates ascend to leadership roles as engineering managers, overseeing teams and projects. Their comprehensive understanding of engineering principles, coupled with management skills acquired during the program, positions them to lead successful engineering initiatives.

2. Technology Consultant: The program equips graduates to become technology consultants, offering their expertise to businesses seeking guidance on implementing the latest technologies. Consultants may specialize in areas such as cybersecurity, automation, or sustainable energy solutions.

3. Manufacturing Engineer: With a focus on manufacturing processes and technology, graduates may pursue roles as manufacturing engineers. They optimize production processes, implement new technologies, and ensure efficiency in manufacturing operations.

4. Project Engineer: M.S. in Engineering Technology alumni often step into roles as project engineers, managing and executing engineering projects from conception to completion. Their interdisciplinary skills make them valuable contributors to complex projects.

5. Systems Analyst: Graduates with a keen interest in systems integration and technology solutions may find fulfilling careers as systems analysts. They assess and optimize technology systems, ensuring seamless integration and functionality across various platforms.

6. Research and Development Specialist: The program's research-focused approach prepares graduates for roles in research and development. They may work with companies, government agencies, or research institutions, contributing to the development of innovative technologies.

7. Technical Sales Engineer: Some alumni leverage their technical expertise in sales engineering roles. They bridge the gap between technical knowledge and customer needs, providing solutions and support to clients interested in adopting new technologies.

8. Cybersecurity Specialist: With the increasing importance of cybersecurity, graduates may specialize in this field. They work to safeguard systems and networks, analyze potential threats, and implement measures to protect sensitive information.

9. Renewable Energy Engineer: Given the program's emphasis on sustainable energy, graduates may pursue careers as renewable energy engineers. They contribute to the development and implementation of environmentally friendly energy solutions.

10. Robotics Engineer: As technology continues to advance, graduates may explore careers in robotics engineering. They design, build, and maintain robotic systems used in industries ranging from manufacturing to healthcare.

11. Educator/Trainer: Some graduates choose to share their knowledge by pursuing careers in education or training. They may become educators in academic institutions or trainers within corporate settings, preparing the next generation of engineering professionals.