Course Code	Credits	Course Title
LE/CSSD 1101	3.00	Coding through Biology (CS1 A)
LE/CSSD 1102	3.00	Coding through Chemistry (CS1 B)
LE/CSSD 1201	4.00	Coding with Objects (CS 2)
LE/CSSD 1202	4.00	Web-Centric Programming
LE/CSSD 1203	4.00	Logic and Computing
LE/CSSD 1161	2.00	Teamwork and Communication in Software Development
SC/MATH 1516	3.00	General Mathematics for Software Development
LE/CSSD-DIGT 1172	3.00	Being a Digital Citizenship
LE/CSSD-DIGT 1272	3.00	Mobilizing Digital Citizenship

The Year-1 program is designed to establish a strong foundation in computer science by blending programming skills with practical applications in various scientific fields. Students gain proficiency in procedural and object-oriented programming, with an emphasis on real-world problems. Key web development skills are also introduced, alongside the critical mathematical concepts essential for logical reasoning and problem-solving in computing. Furthermore, the program fosters teamwork and communication abilities, preparing students to effectively collaborate in diverse, professional software development environments. Overall, the program equips students with a versatile skill set pivotal for future academic and career pursuits in technology.

Course Code	Credits	Course Title
LE/CSSD 2101	4.00	Object-Oriented Programming
LE/CSSD 2102	4.00	Data Structures and Algorithms
LE/CSSD 2103	0.50	Shell Scripting
LE/CSSD 2104	2.00	Programming in C
LE/CSSD 2105	1.00	Programming in Assembly
LE/CSSD 2106	0.50	Testing, Debugging, and Profiling C code
LE/CSSD 2202	4.00	Design and Analysis of Algorithms
LE/CSSD 2203	4.00	Software Design
LE/CSSD 2261	3.00	Professionalism, Systems Thinking, and Meaningful Impact in Technology
LE/CSSD 2061	1.00	Preparation for the Workplace: Portfolios & Interviewing
LE/COOP 2100	2.00	Professional Development for Co-Op Students
LE/CSSD 2211	3.00	Fundamentals of Distributed Computing
LE/CSSD 2231	3.00	Introduction to Data Science and Application
LE/CSSD 2401	4.00	User Interface Development

The Year 2 program builds upon the introductory knowledge gained in Year 1, focusing on deepening the technical skills necessary for complex software development. Students advance their understanding of object-oriented programming and are introduced to critical data structures and algorithms that form the backbone of efficient coding practices. The program delves into low-level programming with courses in C and Assembly, sharpening students’ abilities to interact directly with hardware and optimize performance. A strong emphasis is placed on practical application through shell scripting and the testing, debugging, and profiling of code. Additionally, the program broadens students’ perspectives on software engineering by addressing software design principles, distributed computing, and user interface development, ensuring a holistic approach to system creation. Alongside these technical skills, the curriculum reinforces the importance of professionalism, ethical considerations, and diversity in the workplace, preparing students to become well-rounded, industry-ready professionals.  

Course Code	Credits	Course Title
LE/CSSD 3101	3.00	Software Requirements & Analysis
LE/CSSD 3102	1.00	Introduction to Functional Programming
LE/CSSD 3103	1.00	Introduction to Logic Programming
LE/CSSD 3104	1.00	Programming for Multicore CPU
LE/CSSD 3105	1.00	Programming for GPU
LE/CSSD 3201	4.00	Data Management
LE/CSSD 3203	3.00	Software Testing and Quality
LE/CSSD 3106	2.00	Principles of Computer Networks
LE/CSSD 3107	2.00	Operating Systems Essentials
LE/CSSD 3070/1/2/3/4	1.00	Undergraduate Research
LE/CSSD 3075/6/7/8/9	1.00	Programming Challenges

Course Code	Credits	Course Title
LE/CSSD 3111	3.00	Introduction to Cloud Computing
LE/CSSD 3211	3.00	Software Development for Cloud Computing

Course Code	Credits	Course Title
LE/CSSD 3121	3.00	Information Systems Forensics
LE/CSSD 3221	3.00	Network Security

Course Code	Credits	Course Title
LE/CSSD 3131	3.00	Machine Learning
LE/CSSD 3231	3.00	Machine Learning Project

In Year 3, students delve deeper into specialized areas of computer science, enhancing their practical and theoretical knowledge in core and elective streams. The common courses build upon foundational concepts in software requirements, diverse programming paradigms, data management, and essential computer science principles like software testing, networking, and operating systems. Additionally, research and programming challenges courses encourage independent learning and problem-solving skills. The elective streams in Cloud Computing, Cybersecurity, and Data Science allow students to tailor their education to specific interests and career goals. Cloud Computing stream courses focus on cloud services and software development for cloud-based applications. The Cybersecurity stream offers in-depth study of information systems forensics and network security. In contrast, the Data Science stream deepens understanding in machine learning and its practical applications. Overall, the third-year program equips students with a blend of advanced technical skills, specialized knowledge, and practical experience, preparing them for the complexities and challenges of the evolving field of computer science.

Course Code	Credits	Course Title
LE/CSSD 4071	2.00	Capstone Project: Requirements
LE/CSSD 4072	2.00	Capstone Project: Documentation
LE/CSSD 4073	4.00	Capstone Project: Implementation
LE/CSSD 4103	3.00	Software Project Management
LE/CSSD 4061	2.00	Advanced Preparation for the Workplace

Course Code	Credits	Course Title
LE/CSSD 4211	3.00	Orchestration and DevOps for Cloud Computing

Course Code	Credits	Course Title
LE/CSSD 4221	3.00	Vulnerability Detection

Course Code	Credits	Course Title
LE/CSSD 4231	3.00	Advanced Topic in Data Science – Computer Vision and NLP

In Year 4, the program culminates with an emphasis on real-world application and specialization, preparing students for their transition into professional roles. The Capstone Project, spanning requirements, documentation, and implementation phases, allows students to undertake comprehensive software development projects from concept to deployment, simulating real-world scenarios. This experience is augmented by a course in Software Project Management, which equips students with skills in managing the lifecycle of software projects using contemporary methodologies like Agile. The Advanced Preparation for the Workplace course further helps in transitioning from academic to professional settings, emphasizing the application of co-op experiences and e-portfolios.
 
In the specialized streams, the Security Stream focuses on advanced cybersecurity topics like Vulnerability Detection, preparing students for roles in IT security and ethical hacking. The Data Science Stream delves into complex areas like Computer Vision and NLP, enhancing skills in AI and machine learning for big data analytics. Meanwhile, the Cloud Computing Stream’s Orchestration and DevOps for Cloud Computing course equips students with practical knowledge in cloud-based application development and management, preparing them for modern software engineering roles. Overall, the Year 4 program equips students with a blend of advanced technical skills, project management acumen, and specialized knowledge, making them well-prepared for the challenges of the tech industry.