Programs & Admissions
More than ever before, information technology specialists need a deeper understanding of their field. A graduate degree can give you the tools you need to excel in your career.
Master of Applied Science in Networking
Thesis-Based Masters
Key Details
1.5 core course credits
1.0 elective credits
6-term program
Optional cybersecurity specialization
Location
On campus. Thesis work can be done remote.
Enrolment
Full time
Potential for part-time enrolment
Application deadline
Apply any time.
In-takes in September and January.
Advance your career with our thesis-based Master of Applied Science in Networking program! Designed to meet the demands of today's fast-evolving digital landscape, this research degree provides in-depth knowledge and hands-on experience while exploring and researching topics in network design, cybersecurity, cloud computing, and emerging technologies. Through coursework, projects and research, students gain the skills to build secure, high-performance networks for businesses and organizations. Join a community of experts and innovators, and equip yourself for roles in network engineering, security analysis, and beyond.
See our thesis examples and showcase for the types of research being produced by the School of IT.
Research in the Carleton School of Information Technology has direct application to industry and has led to many achievements:
- Apple iPhone networking subsystems
- Network security and privacy
- Cellular mobile networks
- Cloud computing
- Internet of things
- Big data networking systems
- Network systems for applications such as smart grid and connected vehicles
Key Details
1.5 core course credits
1.0 elective credits
6-term program
Optional cybersecurity specialization
Location
On campus. Thesis work can be done remote.
Enrolment
Full time
Potential for part-time enrolment
Application deadline
Apply any time.
In-takes in September and January.
Depending on the student GPA, students in MASc degrees may receive financial assistance in the form of one or more of the following: scholarships, research assistantship, and a TA job.
Cybersecurity Specialization
The cybersecurity specialization has limited spots and is very competitive. It requires one credit (CYBR5000) in cybersecurity.
Timelines and Schedules
Typically, students will take:
- ITEC5001 [0.0 credit] Information Technology Seminar
- 1.5 credits in core courses
- 1.0 credits in electives at 5000-level, chosen in consultation with your graduate supervisor.
The coursework is generally done in university. The rest depends on students and their research supervisor. Keep in mind that a 2-year program completion assumes full-time status. Working on your thesis takes time and outside employment will make it longer, but it is possible to do this degree part-time.
Core Course Options
- ITEC5002 [0.5 credit] Fundamentals of Information Technology Research
- ITEC 5100 [0.5] Planning and Design of Computer Networks
- ITEC 5101 [0.5] Cross Layer Design for Wireless Multimedia Networks
- ITEC 5102 [0.5] Designing Secure Networking and Computer Systems
- ITEC 5103 [0.5] Cloud and Datacentre Networking
- ITEC 5205 [0.5] Design and Development of Data-Intensive Applications
- ITEC 5910 [0.5] Special Topics in Network Technologies
- ITEC 5210 [0.5] Applied Deep Learning (*currently offered as ITEC 5920)
1.0 credit in electives at the 5000-level, chosen in consultation with your supervisor.
2.5 credits in Master's thesis. The Master's thesis is a research thesis that typically takes 3 terms to complete.
M.A.Sc. Networking Technology with Collaborative Specialization in Cybersecurity (5.0 credits)
To obtain the specialization in cybersecurity, there is an additional full credit in cybersecurity, but fewer elective credits.
- 1.0 credit in CYBR 5000 Science and Social Science of Cybersecurity
- ITEC5001 [0.0 credit] Information Technology Seminar
- 1.0 credit from core courses, listed above.
- 2.5 credits in the Master's thesis, in the area of cybersecurity.
Career Paths
Our MNET program at Carleton can assist you in your professional development and job search, at no additional costs. Since almost every home and business relies on the Internet, MNET graduates will find many opportunities to use their skills in the job market as systems administrators, network architects and engineers, and cybersecurity specialists. The advances in mobile technologies, networked automobiles, and the Internet of Things, and all of the requirements for security and privacy these technologies need affords new and exciting additional opportunities for these graduates. Graduates could explore working with network operators, Internet service providers, or pursue careers with networking equipment manufacturers or with government agencies.