Bachelor of Engineering - Cyber Systems Engineering

Program Overview

The program emphasizes real-world problem-solving, hands-on projects, and collaboration with industry professionals, preparing graduates for in-demand careers in cybersecurity, network administration, and embedded systems engineering.

Program Outline

Overview:

This four-year Bachelor of Engineering program delves into the emerging and crucial domain of Cyber Systems Engineering. The program combines elements of Communications Engineering, Computer Engineering, and Software Engineering while focusing on real-time systems, communications, networks, and risk management, all through a cybersecurity lens.

Objectives:

• Equip graduates with the necessary skills and knowledge to design, develop, and operate secure and resilient cyber systems.
• Provide a deep understanding of the fundamental principles of cyber security, communication networks, and real-time systems.
• Cultivate critical thinking and problem-solving abilities within the context of cyber threats and vulnerabilities.
• Foster collaboration and communication skills essential for success in the field.
• Focus: Real-time systems, communications, networks, and risk management within cybersecurity.
This program is offered with various start dates and locations:
• Start: August 2024, August 2025
• Campus: Cambridge – Fountain St., Cambridge – Doon
It emphasizes hands-on learning and real-world application of acquired knowledge.

First Year:

• Fundamentals: Establishes a solid foundation in mathematics, physics, and engineering principles.
• Introduction to Programming: Develops programming skills essential for building cyber-secure systems.
• Electronics Fundamentals: Covers the basic principles of electronic circuits and their application in various systems.

Second Year:

• Digital Communication Systems: Explores the fundamentals of digital communication networks and technologies.
• Computer Networks: Delves into the design and implementation of computer networks, including security considerations.
• Data Structures and Algorithms: Equips students with the ability to design and analyze efficient algorithms for complex problems, which is crucial in cybersecurity.
• Operating Systems: Provides insights into the design and implementation of operating systems, emphasizing secure operating practices.

Third Year:

• Real-Time Systems: Examines the principles and design methodologies of real-time systems, crucial for cyber-physical systems.
• Cybersecurity Fundamentals: Covers the core concepts of cybersecurity, including cryptography, network security, and system vulnerability analysis.
• Software Engineering: Emphasizes the principles of software design and development, with specific focus on secure coding practices.
• Risk Management: Equips students with the necessary skills to identify, assess, and mitigate risks associated with cyber systems.

Fourth Year:

• Cyber-Physical Systems: Explores the integration of physical processes with cyber systems and associated cybersecurity challenges.
• Advanced Network Security: Provides in-depth knowledge of advanced network security techniques and technologies.
• Secure System Design: Focuses on designing and developing secure software and hardware systems.
• Capstone Project: Students engage in a real-world project, applying the acquired knowledge and skills to address complex cybersecurity challenges.
This allows them to showcase their problem-solving and design abilities and gain valuable hands-on experience.
• Elective: Students can choose electives to further specialize or explore areas of personal interest within the broader field of cyber systems engineering.

Co-operative Education (Optional):

Students have the option to participate in co-operative education, gaining valuable work experience in relevant industries and collaborating with industry professionals on real-world projects. This provides an opportunity to build professional networks, hone practical skills, and gain valuable insights into the contemporary cyber security landscape. These methods can vary across courses and modules depending on the learning objectives:

• Examinations: Traditional written examinations assess students' theoretical knowledge and comprehension of core concepts.
• Assignments & Projects: Individual or group assignments and projects allow students to apply their theoretical knowledge to practical problems, demonstrate problem-solving skills, and showcase their ability to work collaboratively.
• Laboratory Activities: Hands-on laboratory exercises provide practical experience with cyber systems engineering tools and technologies, reinforcing theoretical understanding and fostering critical thinking.
• Presentations: Students may be required to present their work or findings, honing communication skills and showcasing their understanding of the subject matter.
• Participation & Engagement: Active participation in classes and discussions contributes to a well-rounded assessment and encourages active learning.

Assessment Criteria:

Assessment of student work adheres to specific criteria based on the learning outcomes of each module or course. These criteria can include:

• Accuracy: Demonstrating a comprehensive understanding of the relevant theoretical concepts and their application.
• Problem-solving: Effectively applying acquired knowledge to solve complex problems, designing, and implementing solutions.
• Critical Thinking: Analyzing information, identifying potential challenges, and developing innovative solutions.
• Communication: Articulating ideas effectively both verbally and in writing, presenting work clearly and concisely.
• Collaboration: Working effectively in teams, contributing meaningfully, and fostering a collaborative environment.

Teaching Methods:

The Bachelor of Engineering - Cyber Systems Engineering program employs varied teaching methods to cater to diverse learning styles, promote active engagement, and foster critical thinking. These methods may include:

• Interactive Lectures: Instructors deliver presentations and engage students in interactive discussions, promoting active participation and encouraging questions.
• Hands-on Labs: Laboratory work provides opportunities for practical application of theoretical concepts, enhancing understanding and developing technical skills.
• Collaborative Group Activities: Students engage in group projects and problem-solving exercises, fostering collaboration and communication skills while solidifying their understanding of the material.
• Case Studies: Analyzing real-world scenarios helps students apply theoretical knowledge to practical problems and develop critical thinking and problem-solving abilities.
• Use of Technology: The program utilizes various technologies to enhance the learning experience, including simulation software, online resources, and specialized lab equipment.

Faculty:

The teaching faculty comprises experienced professors, researchers, and industry professionals dedicated to providing students with a high-quality education and a stimulating learning environment. The faculty members possess extensive industry experience and academic qualifications in various areas of cyber systems engineering, allowing them to share expertise and current industry trends with students.

Unique Features:

• Combines Engineering Disciplines: Blends elements of Communications, Computer, and Software Engineering, offering a unique approach to cybersecurity.
• Real-World Problem Solving: Emphasizes practical implementation of theoretical knowledge through hands-on projects and laboratory assignments.
• Faculty Collaboration: Industry veterans provide valuable insights and expertise, enhancing the overall learning experience.
• Focus on Cyber-Physical Systems: Equips students with the skills required to address emerging challenges in this increasingly crucial field.
• Co-operative Education: Optional co-op experiences provide valuable industry insights and career preparation.

Careers: Bachelor of Engineering - Cyber Systems Engineering

Potential Career Paths:

This program prepares graduates for a wide range of careers in the growing and in-demand field of cyber systems engineering. Potential career paths include:

• Cybersecurity Engineer: Design, develop, and implement secure and resilient cyber systems to protect critical infrastructure.
• Network Administrator: Manage network security protocols and ensure the smooth operation of secure computer networks.
• Embedded Systems Engineer: Design and develop secure embedded systems for various industries, including automotive, aerospace, and healthcare.
• Cyber-Physical Systems Engineer: Design, entwickeln, and implement complex systems that integrate physical processes with cyber components and address security challenges.
• Security Consultant: Provide expert advice and guidance to organizations in developing robust cybersecurity strategies and practices.
• Forensics Investigator: Investigate cybercrimes, analyzing digital evidence and identifying perpetrators.

Career Opportunities & Outcomes:

Graduates of the Bachelor of Engineering - Cyber Systems Engineering program are highly sought-after in diverse industries, including:

• Information Technology: Network and system security, software development, consulting firms.
• Government & Public Sector: Cybersecurity in critical infrastructure, national security agencies, policy development.
• Finance & Banking: Financial services, protecting customer data and online transactions.
• Telecommunications: Secure network development, network operations, and cyber incident response.
• Healthcare: Protecting sensitive patient data and medical systems.
• Transportation: Securing autonomous systems and connected cars.
It prepares graduates for leadership positions and positions them to become experts in the dynamic field of cybersecurity.

Other: Bachelor of Engineering - Cyber Systems Engineering

Additional Points to Consider:

• This program is designed for students passionate about solving complex technical challenges and contributing to building a more secure digital infrastructure.
• Strong analytical, problem-solving, and critical thinking skills are essential for success in this program.
• Interest in information technologies, communication protocols, and security concepts is highly beneficial.
• Graduates can pursue professional engineering licensure after fulfilling registration requirements.
• The program actively seeks to promote diversity and inclusion in the field of cyber systems engineering by encouraging applications from individuals from all backgrounds.