MS in Engineering Technology
Laurel, USA
MSc
DURATION
1 year
LANGUAGES
English
PACE
Full time, Part time
APPLICATION DEADLINE
EARLIEST START DATE
TUITION FEES
USD 665 / per credit *
STUDY FORMAT
Distance Learning
* non-inclusive of miscellaneous fees
Fast-track counseling
By contacting the school, you'll get access to free priority counselling for any study and application questions.
In an ever-evolving world where technology continues to redefine boundaries, the demand for skilled engineering professionals is on a steady rise. One potent way to enhance your career trajectory in this competitive field is by pursuing a Master of Science in Engineering Technology. As online education becomes increasingly prevalent and respected, the option to earn this degree online makes it an even more appealing prospect. Here are the reasons why earning an MS in Engineering Technology could be a game-changing career choice for aspiring engineering professionals.
Flexibility and Accessibility
The primary advantage of pursuing an MS in Engineering Technology is the unparalleled flexibility it provides. Whether you are a full-time working professional or juggling multiple responsibilities, online programs allow you to adapt your learning to your schedule. As the course materials are accessible 24/7, you can learn at your own pace, and from anywhere in the world. This approach ensures minimal disruption to your personal and professional life while still gaining a valuable qualification.
Advanced Technical Proficiency
The MS in Engineering Technology program prepares students with advanced knowledge in a range of engineering fields. You'll delve into the fundamentals of circuit modeling, analysis, and construction, and gain insights into government and industry regulations. This curriculum is designed to enhance your technical proficiency in key areas that are in high demand across industries.
Enhanced Problem-Solving Skills
Through the comprehensive coursework in an MS in Engineering Technology program, you'll develop a keen understanding of mathematical modeling and analysis, electromagnetic interference and compatibility, and advanced concepts of design for reliability, manufacturability, and testability. This knowledge base will equip you with problem-solving skills vital for troubleshooting and innovation in real-world engineering contexts.
Interdisciplinary Approach
An MS in Engineering Technology degree emphasizes the integration of specialized knowledge across various engineering technology fields. This interdisciplinary approach promotes a broad perspective and adaptability, enabling you to evaluate diverse points of view and navigate efficiently in multidisciplinary teams and projects.
Career Advancement Opportunities
Possessing an MS in Engineering Technology degree opens doors to a multitude of career opportunities in various industries, including engineering, manufacturing, production, design, testing, and evaluations of products and materials. Furthermore, it could potentially fast-track promotions and salary increments, giving you an edge in your professional journey.
Industry-Relevant Experience
Online MS in Engineering Technology programs often incorporate practical projects that mimic real-world scenarios. These hands-on experiences offer a practical application of theoretical principles and help you understand how to design and construct circuits that meet industrial, military, and international standards.
A Master of Science in Engineering Technology is a smart career choice that not only equips you with advanced technical skills but also fosters flexibility, interdisciplinary understanding, and enhanced problem-solving abilities. It’s a unique combination of academic advancement and practical skill-building that's designed to meet the industry's demands and enhance your career growth. No matter where you are in your engineering career, investing in an MS in Engineering Technology degree online can be a significant step towards a promising future.
The program provides the essential knowledge to enter the industry in leadership roles, such as:
- Engineering Technologist - average base salary, $104,9171
- Engineering Specialist - average base salary, $70,7561
- Lead Engineering Specialist - average base salary, $97,6091
1.& Salary based upon 2020 Glassdoor salary data
Market Demand for Engineering Technology
- 82% of our graduates have a job or enter graduate school 90 days after commencement
- The average salary for a MS engineering technology graduate is $74,000
The Master of Science in Engineering Technology is structured to educate students to design and develop applications from the inception stage through the manufacturing, testing, and delivery of a product. The program provides traditional engineers with the fundamentals of design, modeling, analysis, and construction, as well as government and industry regulations.
Students study mathematical analysis, professional management, and advanced concepts of design for reliability, manufacturability, and testability with an emphasis on the practical applications that meet industrial, military, and international standards.
All required courses are offered exclusively online in an 8-week asynchronous format.
Upon graduation, graduates will be able to
- Evaluate diverse points of view and integrate specialized knowledge across various engineering technology fields.
- Engage in critical inquiry.
- Consider ethical principles in evaluating technical solutions, policies, and practices.
Master of Science 30 Credits
Core Courses (18 Credits)
- EE 600 - Mathematical Analysis
- MBA 600 - Fundamentals of Professional Management
- MBA 635 - Technology-Enabled Operations
- MBA 627 - Impact of Emerging Technology on Management and Public Administration
- EE 710 - Designing for Reliability and Manufacturability
- EE 720 - Designing for Testability
Capstone Courses (6 Credits)
- EE 708 - Master's Project Research
- EE 758 - Master's Project
Recommended Electives (6 Credits)
(Choose 2 Courses)
- IAE 674 - Security Risk Management Capstone
- IAE 671 - Legal Aspects of Cybersecurity and Information Privacy
- MBA 615 - Financial Management
- MBA 616 - Financial and Contract Management
- MBA 625 - Organizational Behavior in a Technical Environment
- MBA 631 - Technical Personnel Management
- MBA 646 - Federal Contract Project Management
- MBA 650 - Strategic Management


