Bachelor of Computer Science (Mobile Computing) (Honours)

This program is for students interested in being at the forefront of computer science innovation.

The new computer science: mobile computing

Throughout your educational career, you'll be presented with many opportunities to develop software, design next-generation mobile applications, implement pervasive information systems and analyze and plan wireless networks. This program fosters an entrepreneurial spirit that embraces the mobile movement and is poised to prepare tomorrow's leaders in the new age of mobility.

Prepare for your career

Industry collaboration through internships and undergraduate research provides you with a variety of exciting job opportunities in this rapidly growing field. This program offers eight academic semesters with three co-op semesters for up to 12 months of industry experience upon graduation. You'll be well prepared to start your career or continue your studies in graduate programs.

Combine theory with practice

Balancing theory and practice, this program offers an exceptional education in mobile computing, app development, software engineering and wireless technologies. With a degree in mobile computing you'll receive preparation to become a well-rounded, job-ready graduate. Pursue a Capstone Project or a Thesis for maximum flexibility and future career options.

What you'll learn

Sheridan’s Mobile Computing degree program offers diverse courses in computer science, software engineering, mobile development and wireless networking. You’ll cover fundamental areas of computer science such as operating systems and computer architecture as well as advanced topics like artificial intelligence and theory of computation.

You’ll also learn to develop programs in many programming languages like C#, C++, Java, Swift, Python, JavaScript and others using industry-grade frameworks and tools.

You’ll take dedicated courses in software design and software engineering that inform the software development process. Specialized courses in mobile computing and wireless networking make this program unique, and ensure that you’ll be able to create advanced mobile applications that leverage cognitive computing, the cloud and the Internet of Things.

You'll also have the opportunity to engage in applied research at Sheridan's Centre for Mobile Innovation (CMI) during your academic semesters and co-op work terms. CMI is one of our cornerstone research centres. It uses leading mobile and related technologies to create innovative solutions to health-care problems.

Learning Outcomes

Core Computer Science

• Determine solutions using problem solving principles, logic and systematic methodologies.

• Evaluate the architecture and principles of operation of computer systems and networks.

• Synthesize principles and theories of computer science and software engineering for application to different computing paradigms.

• Design and develop software systems for various application domains.

• Design and develop secure enterprise-grade information systems.

• Manage the development of software systems through a variety of development processes and methodologies.

• Design effective user interfaces using human computer interaction principles.

• Synthesize new knowledge in the field of computer science by using appropriate research methodologies.

Mobile Application Development

• Apply the fundamental design paradigms and technologies to mobile computing applications.

• Develop consumer and enterprise mobile applications using representative mobile devices and platforms using modern development methodologies.

• Design effective mobile interfaces using human computer interaction principles.

• Evaluate the role of mobile applications in software intensive systems.

• Evaluate the usability of representative mobile devices such as smartphones and tablets.

• Appraise the quality and performance of mobile applications.

• Assess and implement security principles in mobile applications.

• Synthesize new knowledge in the area of mobile computing by using appropriate research methodologies and techniques.

Wireless Networks

• Assess the capabilities of next-generation networks and the role of wireless technologies in network design and operation.

• Evaluate network protocols, routing algorithms, connectivity methods and characteristics.

• Evaluate wireless network topologies, wireless connectivity and characteristics, and the impact of wireless networks on security and Internet communications.

• Select appropriate wireless technologies in commercial and enterprise applications.

Professional and Social Conduct, Behaviours and Attitudes

• Identify the skills and business practices of successful entrepreneurs needed to assess and seize business opportunities, set up a business, and manage its growth.

• Exhibit effective collaboration when working in multidisciplinary teams.

• Integrate knowledge of ethical and legal frameworks with effective business practices.

• Apply project planning principles and processes in order to enhance business competitiveness.

• Exhibit professional attitudes and behaviours including meeting project due dates and meeting client needs.