Importance and Scope of Digitalisation

Develop the ability to identify and assess the need for Computer Science (DT/IT) in various industries and sectors. Understand the scope and potential benefits of digitalisation in optimising processes, improving efficiency, and enhancing customer experiences.

Product Development Fundamentals

Gain a strong foundation in product development fundamentals, including market research, user experience design, and agile development methodologies, to create innovative digital products and services. Learn to conceptualise, design, and execute digital products and services that align with market demands and user needs.

Logical Reasoning and Problem-Solving Skills

Enhance logical reasoning and problem-solving abilities within the Computer Science (DT/IT) context. Develop critical thinking skills to analyse complex challenges, identify innovative solutions, and make data-driven decisions.

Programming Languages

Acquire proficiency in programming languages commonly used in digital transformation initiatives. Hone the skills to develop software applications, implement algorithms, and leverage programming tools to create innovative digital solutions. Customise your learning experience by exploring various languages that align with the specific projects you undertake, enabling you to adapt to diverse technological requirements.

Artificial Intelligence and Machine Learning

Explore the potential of artificial intelligence (AI) and machine learning (ML) in Computer Science (DT/IT). Acquire knowledge of AI/ML algorithms and techniques to automate processes, gain insights from data, and drive intelligent decision-making.

Algorithms and Data Structures

Learn to design and analyse algorithms and implement data structures to solve computational problems. 

Cyber Security

Understand the importance of cyber security in the digital age. Learn best practices and techniques to protect digital assets, mitigate cyber threats to ensure data privacy and integrity in digital transformation processes.

Computer Architecture

Delve into computer architecture principles and components that underpin digital systems. Understand the organisation and design of computer hardware to optimise performance of digital transformation initiatives.

Cloud Technologies

Acquire knowledge of cloud technologies and their role in digital transformation. Learn to leverage cloud computing platforms, services, and infrastructure to enhance scalability, flexibility, and accessibility of digital solutions.

IoT and Sensors

Explore the Internet of Things (IoT) and sensor technologies that drive digital transformation. Understand the deployment and integration of IoT devices and sensors to collect and analyse data for informed decision-making and automation.

Enterprise Resource Planning (ERP)

Gain an understanding of enterprise resource planning systems and their significance. Learn to manage and integrate core business processes through ERP software, optimising operational efficiency and resource utilisation.

Normative Technologies

Gain the expertise to develop technologies that align with ethical principles and societal values, ensuring your creations contribute positively to the world.

Principles of Design Thinking

Learn the principles and methodologies of design thinking to create user-centred and intuitive interactive experiences that leave a lasting impact.

Design User Interface and Experience

Delve into the fundamentals of user interface (UI) and user experience (UX) design, ensuring your interactive technologies are intuitive, visually appealing, and provide seamless user interactions.

IoT Ready Product Development 

Learn how to design and develop products that integrate with the Internet of Things (IoT), leveraging the power of connected devices and data to create innovative interactive solutions.

Machine Learning

Discover the power of machine learning algorithms and techniques, enabling you to create intelligent and adaptive interactive systems that learn from user behaviour and provide personalised experiences.

Game Development

Delve into the realm of game development and learn the art of creating engaging, interactive, and captivating gaming experiences using industry-standard tools and technologies.

Robotics with ROS Platforms 

Gain hands-on experience with Robotics Operating System (ROS) platforms, allowing you to design and program robots capable of performing various tasks and interacting with their environment.

Virtual & Augmented Reality Development

Dive into the world of virtual reality (VR) and augmented reality (AR), gaining proficiency in creating immersive environments and interactive experiences that blur the line between the physical and digital worlds.

Metaverse Development

Immerse yourself in the exciting world of the metaverse, exploring virtual reality, augmented reality, and mixed reality technologies to create immersive and interactive digital experiences.

Tech Entrepreneurship

Acquire the knowledge and skills required to transform your innovative ideas into successful technology startups, exploring the entrepreneurial aspects of the interactive technologies industry.

Rapid Prototyping

Master the art of rapid prototyping using cutting-edge tools and techniques, enabling you to quickly iterate and refine your interactive technology concepts.

Project Management

Acquire essential project management skills to plan, organise, and execute interactive technology projects efficiently, ensuring they are delivered on time and within budget.

Creative Thinking 

Cultivate your creative prowess by exploring innovative ideas, thinking outside the box, and pushing the boundaries of what interactive technologies can achieve.

• Digital Connectivity Blueprint: Studying the existing digital connectivity blueprint of the campus.
• Transforming Campus Connectivity for the Future:  Evaluating the scope of different wireless technologies on campus.
• Water Consumption Tracking: Developing a remote system to track and monitor water consumption.
• Bridging Language Barriers Through Digitization: Deploying a mini e-library with indexes digitised and translated in 5 different languages.
• Empowering Collaboration with Enhanced Security: Building a notes-sharing platform on the cloud with relevant access controls.  
• Innovating Protection for Modern Homes: Engineering a home security system using mobile phones.
• Enhancing Safety and Efficiency on the Road: Designing a vehicle monitoring system that measures various parameters and sends bot-based reminders to users.

A major in Computer Science (DT/IT) offers you a range of career pathways in the emerging, interconnected, and smart workspaces of the future:

• Data Scientist
• Software Development Engineer
• Technical Architect 
• R&D Engineer 
• Design Engineer 
• Product Developer 
• User Experience Designer 
• User Experience Developer 
• Solution Architect 
• Technical Marketing Engineer 
• Pre-Sales Engineer 
• Deployment Specialist 
• Cloud Engineer 
• Technical Program Manager

• Tech Entrepreneur 
• User Experience Designer
• Robotics Engineer
• Business Program Manager
• Technical Architect
• Creative/Art Technologist
• Technology Specialist
• Engineer Design & Development
• System Analyst
• Game Developer
• UI/UX Developer