Computer Systems Engineering

Computer Systems Engineering at Carleton University offers a comprehensive and innovative academic program designed to prepare students for the dynamic field of computing technology. This multidisciplinary program integrates principles from electrical engineering, computer science, and systems engineering to develop professionals capable of designing, analyzing, and optimizing complex computer systems. The curriculum emphasizes both theoretical foundations and practical applications, ensuring graduates are well-equipped to address challenges in areas such as embedded systems, hardware-software integration, computer networks, and cybersecurity. Students will engage with a broad range of subjects including digital logic, computer architecture, programming, operating systems, and system design. The program is structured to foster critical thinking, problem-solving skills, and hands-on experience through laboratory work, projects, and internships. Carleton University’s state-of-the-art facilities and close ties with industry provide students with valuable opportunities for experiential learning, co-op placements, and research collaborations. The program also emphasizes interdisciplinary teamwork and communication skills, preparing graduates for leadership roles in increasingly interconnected technological environments. Upon completion, students will have developed the technical expertise and adaptive mindset necessary for careers in software development, systems analysis, telecommunications, automation, and beyond. Whether pursuing employment in industry or further academic study, graduates of the Computer Systems Engineering program at Carleton are equipped to contribute meaningfully to technological innovations and advancements in the rapidly evolving digital landscape.

Computer Systems Engineering at Carleton University offers a comprehensive and innovative curriculum designed to prepare students for the rapidly evolving field of computing technology. The program focuses on the design, development, and integration of hardware and software systems, providing students with a deep understanding of computer architecture, networking, embedded systems, and software engineering principles. Throughout the program, students engage with foundational courses in programming, mathematics, and physics, building a strong theoretical base. They then progress to specialized courses such as digital systems, operating systems, cybersecurity, and real-time systems, ensuring a well-rounded education that balances theoretical knowledge with practical skills.

Hands-on learning is a core component of the program, with laboratory work, project-based assignments, and industry collaborations designed to simulate real-world engineering challenges. Students gain proficiency in programming languages, system design tools, and hardware-software integration methods, preparing them for careers in various sectors including telecommunications, automation, robotics, and multimedia systems. The curriculum also emphasizes the importance of teamwork, communication, and ethical practices in engineering, supporting the development of professional competencies.

Research opportunities are available for students interested in exploring cutting-edge topics such as artificial intelligence, cloud computing, Internet of Things (IoT), and cybersecurity. The program also benefits from Carleton University's strong connections with industry partners, facilitating internships, cooperative education placements, and networking events. These experiences enable students to apply their knowledge in practical environments, enhancing their employment prospects upon graduation. Graduates of the Computer Systems Engineering program at Carleton are well-equipped to innovate, lead, and make significant contributions to the field of computer engineering.

The Bachelor of Engineering in Computer Systems Engineering at Carleton University requires students to complete a comprehensive set of program requirements designed to build a strong foundation in both computer engineering principles and systems integration. The program spans typically four years for full-time students, encompassing prerequisite courses, core technical disciplines, and electives that allow specialization in areas such as hardware, software, or networks. Students must accumulate a designated number of credits, which include mandatory courses in mathematics, physics, electronics, programming, and computer architecture. Foundational courses cover programming languages, data structures, algorithms, digital logic design, and embedded systems, ensuring students develop critical coding and engineering skills. Advanced coursework involves topics like operating systems, computer networks, cybersecurity, software engineering, and hardware design. Additionally, students undertake laboratory work, design projects, and sometimes co-op placements or industry internships to gain practical experience. To graduate, students must also complete a capstone project demonstrating their ability to design and implement comprehensive computer systems solutions. Electives offer further specialization, allowing students to tailor their education toward areas such as artificial intelligence, machine learning, or telecommunications. Consistent academic advising ensures students meet progression requirements, including maintaining minimum grade point averages and fulfilling experiential learning components. The program's integrated curriculum emphasizes both theoretical understanding and practical application, preparing graduates for careers in various sectors such as computing industry, telecommunications, embedded systems, or further studies in academia. Overall, the curriculum aligns with industry standards and prepares students for the rapidly evolving field of computer systems engineering through rigorous coursework, hands-on learning, and industry collaboration.

The Computer Systems Engineering program at Carleton University offers a range of financing options to support students throughout their studies. Tuition fees for domestic students are established annually and are publicly available on the university’s official website. International students are charged higher tuition fees, also published annually. In addition to tuition, students should budget for ancillary costs such as student fees, books, supplies, and personal expenses. Carleton University provides various financial aid opportunities, including entrance scholarships, which are awarded based on academic excellence and other criteria. These scholarships can significantly reduce the financial burden for eligible students and are renewable based on academic performance.

For undergraduate students, the university offers numerous bursaries and awards for students demonstrating financial need, academic merit, or involvement in extracurricular activities. Students are encouraged to apply for government student aid programs, including Canada Student Loans and Ontario Student Assistance Program (OSAP), which provide need-based funding to qualified students. Additionally, students can explore private sponsorships and external scholarships from organizations and foundations that support STEM fields and engineering disciplines.

Work-study programs are available for eligible students, allowing them to work part-time on campus to earn income that can help offset educational costs. Carleton University's Career Services also provides resources to assist students in finding part-time or co-op employment related to their field of study, which can enhance their practical experience and financial situation. International students can access scholarships specifically designed for them, as well as opportunities through international partner organizations.

Many students complement their financing strategies by participating in industry-sponsored internship programs or cooperative education options embedded within the program. These programs often offer stipends or paid co-op placements, providing valuable work experience while aiding in financing their education. Carleton University remains committed to transparency in its fee structure and actively provides financial planning resources and counseling to help students make informed decisions about funding their studies. Overall, prospective and current students are encouraged to explore the university’s official website and contact the Financial Aid Office for detailed and personalized information on available funding opportunities for the Computer Systems Engineering program.

The Bachelor of Engineering (BEng) in Computer Systems Engineering at Carleton University offers students a comprehensive education that combines the principles of electrical engineering, computer science, and engineering design. This program is designed to prepare graduates for careers in the development, integration, and management of computer hardware and software systems. The curriculum emphasizes a strong foundation in mathematics, physics, and engineering sciences, alongside specialized courses in computer architecture, embedded systems, networking, digital system design, and software development. Students gain practical skills through laboratory work, design projects, and co-operative education opportunities, which provide real-world industry experience. The program also incorporates courses on communication systems, microprocessors, and cybersecurity to ensure graduates are well-equipped to tackle diverse challenges in modern computing environments. Emphasis is placed on the integration of hardware and software components, systems analysis, and the design of reliable and efficient systems. As part of their education, students participate in team-based projects and interdisciplinary collaboration, reflecting the interconnected nature of contemporary engineering disciplines. Graduates of the program are prepared for employment in areas such as telecommunications, embedded systems, computer hardware design, and systems analysis. They may also pursue graduate studies in engineering or related fields. Carleton University’s approach combines theoretical knowledge with practical application, supported by state-of-the-art laboratories and research facilities, and fosters skills in problem-solving, innovation, and technical communication. The program prepares students not only for immediate employment but also for lifelong learning in a rapidly evolving field.