Data security is a top priority for consumers, business leaders, and government officials nowadays. The security industry is currently facing a shortage of 30,000 skilled workers.
Latest Research Reports estimate that by 2021, there is a humungous demand for 3.5 million cybersecurity experts in various sectors. The Master of Science in Computer Engineering- Cybersecurity will boost your career.
One of the fastest-growing areas globally is cybersecurity, its expertise is required to meet rising demands. This demand for expertise is met by the University of Tennessee.
Students who complete a Master of Engineering with a specialization in cybersecurity gain real-world expertise in designing, developing, testing, and deploying secure systems, as well as leadership skills in risk management and records management.
This program at the University of Tennessee also takes human factors into account, unlike other cybersecurity programs.
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Master’s Program Features at The University of Tennessee
In the digital age, organizations including public, private, non-profit and non-governmental entities are increasingly dependent on cyber resources for the protection, security and privacy of customers and enterprise-level data.
There is a clear requirement that engineers across all fields develop a good understanding of cybersecurity principles as society becomes more connected and as smart systems evolve.
It is essential that engineers understand the cybersecurity ramifications of medical devices, for instance, and they must understand the implications of smart and connected communities for cybersecurity.
The Master of Science in Computer Engineering with a specialization in cybersecurity was developed to address the need for well-versed engineers who can perform cybersecurity tasks.
Courses required for graduation:
- Cybersecurity core courses
- Cybersecurity directed electives
- Foundational area
- Free elective
Application Procedure
- Degree of Bachelor of Science (B.S.) with four years of study.
- Computer science, computer engineering, software engineering, or a closely related field is required for admission.
- Candidates with professional experience after completing a post-baccalaureate degree can be considered (e.g., physics, mathematics, electrical engineering).
- An overall GPA of 3.0 or higher for the last 60 technical semester units, 90 technical units from the previous quarter, or all degree units.
- Bachelor’s degrees (or equivalents) from other countries are acceptable.
- The Personal statement must concisely describe the multi-disciplinary nature of the student’s desired educational study, the credentials necessary to succeed in a graduate program of study, and the career path that the student intends to take upon graduation.
- Graduate students must provide three letters of recommendation (current Tennessee graduate students may submit two letters of recommendation)
- Faculty members at Tennessee must agree to mentor the student’s research.
- Ideally, the remaining letters should come from professors whose previous academic work has been at the student’s most advanced level and who are able to assess the student’s potential for advanced scholarly studies.
- References from family friends and co-workers are not acceptable since they can’t fairly assess your academic abilities.
- Submit Resumé/Curriculum Vitae.
- Fall 2021 and spring 2022 applicants are exempt from the GRE requirement. Candidates may self-report their general Graduate Record Examinations (GRE) test scores (subject tests are not required) in the Quadrant 2 Academic History section of the application form.
- Additionally, you may upload copies of your unofficial test scores under the Documents section of the Quadrant 4 Program application.
- All transcripts from previously attended colleges/universities.
Please Note: In order to create a multi-disciplinary program of study and research focus, it is necessary for applications to work with faculty in disciplines of interest within the University of Tennessee before applying to the program.
There must be two letters of recommendation written by former Tennessee university faculty members committed to advising the student’s research (one committee chair and one committee member).
Scholarships and Funding:
You are welcome to learn about scholarships if you are interested. College scholarships are a good way for students to fund their education.
Along with the University of Tennessee’s scholarships, you are encouraged to apply to several other organizations and scholarship companies.
Requirements for Scholarship:
- In the College of Engineering, you must be enrolled in a major.
- Have to be working on the first baccalaureate degree.
- have a minimum cumulative GPR of 2.75.
Please Note: Current students at the College of Engineering are now able to apply for scholarships using the University of
Tennessee common scholarship application.
Future Prospects:
For students who will graduate with an MS in Computer Engineering degree:
- Have a broad understanding of software engineering, from vision planning to analysis, design, validation and deployment.
- To have competence in challenging engineering problems and tasks using the principles, methodologies and tools of the technological age.
- Become an effective leader and demonstrated contributor in a multi-disciplinary environment with engineering, science, and business people.
Conclusion
The future of cybersecurity is similar to the present in that it is controversial and nearly impossible to define as digital technologies interact with humans on virtually every level of economics, social work, and politics.
