Master of Science in Computer Science - Software Engineering

Lewis University

The benefits of graduating with a master's degree in computer science has become an increasingly valuable field for professionals in the sciences, IT, engineering, cyber security, and application development.Faculty Research and Industry Certifications – Faculty members actively engage in research areas such as software engineering, cybersecurity, artificial intelligence (AI), and large language models (LLMs). Students collaborate on research projects that are frequently published in peer-reviewed conferences. Instructors also hold professional certifications from institutions such as Cisco Networking Academy and AWS Academy, integrating real-world industry expertise into coursework.Staying Current with AI and Machine Learning Advancements – The MSCS program remains at the forefront of emerging technologies by offering courses in machine learning operations, generative AI (GenAI), neural networks and deep learning, natural language processing, and applied AI for business applications.Specialized Concentrations and Customization – Students can customize your studies through these concentrations: artificial intelligence, cloud computing, cybersecurity, digital forensics, and software engineering. This allows you to develop deep expertise in high-demand fields while gaining a strong foundation in core computer science principles.The Master of Science degree in Computer Science program prepares you with an advanced understanding of the principles that underlie the science of computing. Designed for the working adult who wants to drive innovation through technology, the computer science graduate program offers classes in the evening in accelerated, eight-week sessions, with a flexible curriculum. The MS Computer Science program can be completed in as little as one year.In this computer science concentration you will learn the development process of software for a wide variety of platforms and systems.Understand the foundations of software engineering conceptsUnderstand the software development process, models, and ethicsLearn the skills of software requirements engineeringLearn the different software process methods including agile and waterfall methodsStudy embedded systems designDiscuss distributed software engineering including client server computing and software as a serviceStudy software architecture, design and evolutionUtilize software testing, quality assurance, and securityMonitor software development project management

College of Aviation, Science and Technology