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Artificial Intelligence is a mix of many technologies.

For students going for the AI track, ISTD has a rich collection of subjects to offer. These includes:

• Artificial Intelligence
• Machine Learning
• Theory and Practice of Deep Learning
• Computational Data Science
• Natural Language Processing
• Computer Vision

These subjects provide students with a strong foundation in both the theoretical and practical aspects of AI, covering essential algorithms, data analysis techniques, and neural networks. Through these courses, students gain hands-on experience in developing AI solutions and applying them to real-world problems across various industries.

By working on projects and utilizing cutting-edge tools, ISTD students develop critical skills in problem-solving, data analysis, and the implementation of AI models. This track prepares them for a range of AI-intensive careers, such as AI engineers, data scientists, and machine learning specialists, equipping them to lead in a rapidly evolving field.

ISTD offers a diverse curriculum with 5 core subjects and 26 electives, giving you the flexibility to explore and specialize in various areas of information systems, technology, and design. The core subjects provide a solid foundation in essential technical skills, while the wide range of electives allows you to tailor your education to match your career goals. By completing the ISTD curriculum, you’ll gain hands-on experience and advanced problem-solving skills, preparing you to apply interdisciplinary knowledge in fields like data science, artificial intelligence, networking, and cybersecurity. This comprehensive training ensures you are well-equipped for high-demand roles in technology, innovation, and entrepreneurship, making you a strong candidate for top-tier job opportunities after graduation.

1.Software Development ● Python Programming Projects ● Artificial Intelligence Projects 2. Hardware Integration ● Programming with Robots (Arduino) ● Raspberry Pi Projects ● Sphero Projects 3. Software/Hardware Co-design ● Projects integrating both software and hardware components 4. User Experience ● User Interface Design Projects 5. Network and Security ● Networking and Cybersecurity Projects These projects are delivered through a mix of structured coursework, hands-on laboratory sessions, and workshops. Many ISTD courses feature semester-long projects applying theoretical concepts to practical problems. Capstone courses typically combine knowledge from various classes to address complex, real-world problems in partnership with other SUTD pillars. This approach ensures students gain both theoretical knowledge and practical experience, preparing them for diverse technological challenges in the field.

ISTD graduates develop products and systems that drive innovation and impact a wide range of industries. Equipped with cutting-edge knowledge in technology and design, ISTD graduates are prepared to meet the demands of the current job market and adapt to the evolving needs of the future. They possess the ability to create, optimize, and implement solutions that are essential for Singapore’s growth and technological advancement.

Traditional Computer Science Graduates have a deep technical background, excelling in programming and theoretical computing. They are well-suited for roles requiring deep technical expertise but may lack exposure to broader design or business integration. ISTD Graduates combine computer science, technology design, and interdisciplinary problem-solving to create innovative, user-centric products and systems. They are highly adaptable and can fit into various roles that require both technical knowledge and business or design insight. Traditional Information Systems Graduates bridge the gap between technology and business, focusing on implementing and managing IT solutions within organizational settings. They are well-equipped for roles that require aligning technology to business processes and improving operational efficiency.

The ISTD pillar focuses on information and computing technologies and their relationship with the world. It integrates the traditional disciplines of Computer Science and Information Systems while emphasizing computing, systems, and intelligence. This integration aims to offer you the flexibility to acquire a strong foundation in computing knowledge and skills in your chosen areas, as well as the ability to interact creatively with other engineering disciplines. The combination of computing grounding, systems thinking, and intense exposure to design in an interdisciplinary context empowers you to tackle challenging computing and information problems.