Bachelor of Science In Computer Science

Students will gain a foundation for college-level writing, crucial for nearly all fields. They will learn the most appropriate method to carefully read, write effectively, comprehend the writing process, participate with others' ideas, cite correctly, and create powerful prose. Students will have the chance to build their ability to think carefully regarding the audience, message, purpose, and genre of their writing. The module will also make students understand the impact of their writing on their community. This module will build their ability to understand the writing processes— drafting, revision, and editing.

The module introduces students to the diverse biological challenges that humans face. The module begins with the concept of a healthy body and delves into the mechanisms enabling the maintenance of biological order. Students will learn how human biology intertwines with the current issues and problems relevant to their lives. The core topics in this module include:

• Human body structure and function
• Reproduction and development
• Genetics

The module also stresses the application of the principles of contemporary issues and challenges in life sciences, including, but not restricted only to, genetic engineering, common human diseases, and stem cell research.

Through this module, students will explore the sociological way of thinking, inquiry into certain areas and asking questions, and the scientific methods involved in understanding individuals and society. The module focuses on the diverse areas of society, including class, race, gender and ethnicity, to give a broad understanding of the perspectives of sociologists, the theories and methods they employ in understanding the relationship between society and individuals, social conditions and historical events.

In this module, students will understand the process of personal computer hardware and software. They will have the ability to confidently manage technology in their personal and business life. The module explores topics including:

• Operating systems
• Word processing
• Presentation
• Spreadsheet scheduling
• Spreadsheet scheduling
• Database management

This module gives students exposure to the general introduction to mathematics. The topics covered in this module are:

• Polynomials
• Equations
• Inequalities
• Straight line
• Cartesian coordinates
• Functions and graphs
• Systems of linear equations
• Logarithms and exponential
• Matrix algebra
• Limits and derivative of a function
• Integral

The module introduces Microeconomics, an area of economics that is concerned with the concepts of individual businesses or industries, individual products and individual consumers. Students will delve into the theories and concepts foundational to the individual areas of economic activity, like price dynamics, market structure, and operations of firms, etc. Students will gain a broad understanding of the impact of individual government policies on businesses and society.

This module introduces students to a variety of topics in business, information technology, and education requiring mathematical calculations and the ability to analyze statistical information. Throughout this course, the symbol on the right will provide insight between the material being covered in a particular lesson and how that math or analysis skill is performed in the field.

This is an introductory speech module to help students develop their oral and written communication skills. While refining the business writing and communication skills acquired in Semester I, this module will help students develop the skills necessary for successful interactional communication (i.e., meetings, conferences, oral presentations, essay structure) in a professional setting. Students will spend time on this by delivering individual presentations as well as group presentations.

The central themes and rhetorical strategic modes are designed to help students understand the connectivity of reading, writing and grammar. The module focuses on the structuring of diverse types of essays, such as:

• Expository essay
• Comparison/contrast essay
• Cause-and-effect essay
• Argumentative essay

By the end of the module, students will gain basic skills that will enable them to analyze, and build a thesis statement, a paragraph, the body, and the conclusion of the essays.

This module explores the foundational areas of Macroeconomics, along with an overview of the operational methods of economy and choices considering the scarcity of resources. Students will explore the major macroeconomic variables that influence inflation, output and unemployment. They will use supply and demand analysis students to study the measurement of gross domestic product(GDP), and factors impacting economic growth, productivity, inflation and unemployment in an economy. The module also delves into the development of monetary and fiscal policy in the U.S. and the role of the Federal Reserve System, money markets and government in influencing economic outcomes

In this introductory module students will learn about business and management. This module focuses on the major forms of business, sole proprietorship, partnership, and corporation operating in the U.S. Students will examine the liability, taxation, and management of these forms of business and how to select one based on the concept of risk. The economical structure of the private sector will be examined, and students will be introduced to major concepts in finance, marketing, and other functional management areas.

This module focuses on problem-solving and algorithm design, covers structured programming concepts such as data types, control structures, arrays, subprograms, and recursion. Students explore computing's social implications and apply programming techniques to foundational business and scientific applications.

This module comprises development, testing, and maintenance of software and firmware used in computer systems. The interface between the machine and applications presents specific challenges and opportunities to develop and improve systems performance and reliability. This module focuses on understanding this domain and learning techniques like, modifying systems interfaces, the primary tools and techniques for developing device drivers, and managing operational performance. Students use low level, compiled languages including C and operating systems shell scripting languages to implement solutions.

This third level writing and presentation module offers students to focus on advanced presentation and communication techniques. Mass media, information channels, media culture, values inherent in the structure and content of new technologies, and the influence of information systems on organizational, social, and private behavior and how these factors must be considered when undertaking new business projects and ventures.

This module helps students in developing practical computer application skills for both for-profit and non-profit management settings. It focuses on using software tools to improve organizational efficiency, streamline data management, and support effective decision-making processes.

This module comprises real numbers, coordinate systems, and functions, along with concepts of limits and continuity and topics include differentiation and its applications, trigonometric functions, indefinite and definite integrals, their applications, and the fundamental theorem of integral calculus.

This module includes historical overview of operating systems and explores core functions, concepts and processes, processor allocation, memory management, virtual memory, I/O systems, file management, protection, and system design. Students test existing operating systems and typically engage in a group project to design and implement a small-scale operating system.

Computer organization and architecture addresses the basic interaction with computer hardware and larger environments. This module shows how a low-level language is executed by the hardware through hands-on work in designing and building functional units by using basic hardware building blocks. Logical circuit design, integrated circuits, and digital functions are addressed, along with data representation, register transfer operations, and microprogramming. Basic computer organization, the central processor, and arithmetic operations are also explored.

This module emphasizes on the understanding of essential principles and standards of effective operations. Students will gain understanding of the vital operations management practices in planning, coordinating, and controlling the necessary resources for their company and ensuring whether it is a proper fit for their market or not.

This module provides students with a strong foundation in the principles of web application development starting from the fundamentals to current technologies and focuses on back-end programming rather than website layouts and front-end design. Topics included in this module are creating interactive websites, web application architecture, server-side scripting, databases, client-server interactions, and web security. Students are introduced to specific sets of web programming tools including JavaScript, Node.JS, PhP, Python CGI, and SQL. Students gain an understanding of important technologies that underlie the popular websites they encounter every day, which is both practical for creating web apps and intellectually interesting for computer scientists.

This module emphasizes on the advanced application of an object-oriented programming language to develop object-oriented systems. It provides an in-depth exploration of languages in order to understand how advanced concepts are implemented and applies these concepts to build example systems. This module also focuses on utilizing recent advanced features of the programming language.

In this module, students will learn and understand the fundamentals of designing, creating, and maintaining websites and pages. They will plan and develop their own website by using an XHTML template.

This module covers topics such as database management systems, distributed systems, computer system evaluation and selection, privacy and security, and performance assessment. It provides basic knowledge of relational architecture through hands-on exercises in Microsoft Access and Oracle 8, along with an introduction to SQL.

This module emphasizes on designing and analysis of efficient algorithms, focussing on the implementation and manipulation of data structures such as linked lists, stacks, queues, trees, and graphs. It also covers memory management techniques and explores internal and external searching and sorting algorithms.

This module explores the fundamental principles and technologies that support network and data communications systems. Students will gain a comprehensive understanding of the key concepts, protocols, and technologies involved in the exchange and transmission of data across computer networks.

This module is designed to provide students with a comprehensive understanding of fundamental programming concepts and techniques. Through a combination of lectures, hands-on exercises, and projects, students will gain practical experience in coding and solving problems using a programming language. Students will learn variables, data types, control structures, functions, loops, arrays, and basic algorithm design and thinking algorithmically and develop problem-solving skills essential for programming. Also they will be introduced to the syntax and semantics of a specific programming language, which will serve as a foundation for further exploration in the field of computer science.

This module explores the design and analysis of efficient algorithms, focusing on the implementation and manipulation of data structures such as linked lists, stacks, queues, trees, and graphs. It also includes sub-topics on memory management and both internal and external searching and sorting techniques.

This module comprises the desirable features and specifications of programming languages by examining data types, control structures, data flow, and runtime behavior of various languages such as Prolog, Smalltalk, LISP, Ada, and others. One non-procedural language is studied in detail and the module also covers elements of compiling and interpreting.

This module focuses on applying computers to tasks that typically require human-like intelligence, such as logical problem solving, pattern recognition, game playing, learning, natural language understanding, and the development of expert systems.

This module is dedicated to the field of mathematics for creating algorithms and computational methods for solving mathematical problems. This module helps students with a strong understanding of numerical techniques and algorithms, highlighting their practical applications in solving real-world challenges in science, engineering, and various other disciplines.

This module covers a comprehensive study of organizational change processes, strategies, and techniques. In the current business world, effectively managing change is essential for success. Students will learn skills needed to understand changing dynamics, identify areas for improvement, and implement strategies to manage transitions effectively.

This module explores the intersection of technology, law, and ethics, providing students with a comprehensive understanding of the legal and ethical considerations surrounding computer technologies. In an increasingly digital world, individuals and organizations encounter a myriad of legal and ethical challenges related to the use, development, and regulation of computer systems, software, and data. Throughout the module, students will engage in discussions, case analyses, and practical exercises to deepen their understanding of the legal and ethical implications of computer technologies. By the end of the module, students will be equipped with the knowledge and skills necessary to navigate the complex landscape of technology law and ethics responsibly and ethically.

This module offers detailed learning on protecting computer systems, networks, and data from unauthorized access, attacks, and damage. It also offers students a thorough understanding of the principles, strategies, and technologies used to safeguard information assets in the digital age.

This module focuses on techniques and tools for software design and development, applying them to the creation of a large software system. Topics covered in this module include the software life cycle, analysis, design, implementation, testing, debugging, maintenance, documentation, and considerations for software reliability, portability, expandability, and user interface design.

Calculus is one of humanity's greatest discoveries (or inventions, depending on one's point of view) and provides a framework for understanding and quantifying change. This module develops techniques and applications of integration, differential equations, and series. Students explore these tools from four points of view: geometric, numerical, algebraic, and verbal. Each topic is introduced through assigned readings followed by in-class discussion and collaboration on conceptual and applied problems.

This module explores the rapidly evolving field of electronic commerce (e-commerce) and its influence on the digital economy. Students will gain a comprehensive knowledge of the key concepts, strategies, and technologies that drive successful e-commerce ventures in today’s fast-paced business landscape.

This module helps students in learning skills to plan, develop, and deliver effective group presentations in academic and professional settings. Focused areas include communication principles, teamwork, role allocation, conflict management, slide design, and dynamic delivery. With workshops and feedback, students will refine their presentation skills and build confidence in engaging with diverse audiences.

This module provides an introduction to key concepts, methodologies, and tools in data science, helping students in developing their skills which are necessary to analyze, interpret, and draw meaningful insights from a wide range of datasets.

This module deals with the fundamentals learned in an introductory project management module, providing a deeper exploration of advanced principles, methodologies, and practices. It focuses on managing complex projects, addressing the challenges and differences involved in larger-scale and more intricate project scenarios.

Students get engaged in a semester-long design project that covers one or more areas of computer science. The project focuses on the design process, documentation, and presentation. Additionally, the project explores professional topics like careers in computer science, ethics, technical writing, speaking, and current issues in the field.