FAQs

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.

If you have passion for computing, technology, and a desire to innovate, ISTD is a great choice for you. Your analytical thinking and holistic problem solving skills will help you maximize the benefits of the program. In addition, joining ISTD would result in the following benefits and opportunities.

1. Future-focused education
2. Interdisciplinary learning
3. Exposure to emerging technologies
4. Foundation for lifelong learning
5. Strong industry demand
6. Opportunity for entrepreneurship

No, ISTD is not all about coding. ISTD focuses on the design, development, and application of information systems to solve real world problems. In ISTD, you learn algorithms, techniques to secure complex systems, methods for reliable data communications, algorithms for machine learning, analysis of algorithms, logic for Artificial Intelligence, and many more. Learning these often does require the design of computer programs, but is more so as a means to an end. It is by no means the main focus of what you learn in ISTD.

ISTD modules provide students with a diverse set of skills including:

 

1. Core Computing Skills

• Problem-solving and critical thinking
• Programming in multiple languages
• Computer hardware fundamentals

 

2. Software Engineering

• Software design and development
• Testing and deployment of software products
• Database management

 

3. Hardware and Integration

• Software/hardware integration
• Testing and deployment of hardware products
• Computer graphics and computational fabrication

 

4. Specialized Technical Areas

• Networking and cybersecurity
• AI/ML applications
• User interface design
• Extended reality / Metaverse

 

5. Professional Skills

• Multidisciplinary teamwork
• Self-learning of new technologies

 

These skills prepare ISTD graduates for versatile roles across various technology-driven industries, making them valuable assets in the modern job market.

ISTD graduates have diverse and expanding career opportunities due to the pervasive nature of computing in nearly all sectors. Recent developments have further broadened these prospects: * Software Development: Graduates can develop applications for a wide range of industries, including finance, healthcare, e-commerce, and entertainment. * Cybersecurity: With increasing cyber threats, there’s high demand for security specialists in both public and private sectors. * Artificial Intelligence and Machine Learning: These fields are rapidly growing, offering opportunities in data analysis, predictive modeling, and automation across industries. * Internet of Things (IoT): ISTD graduates can design and develop smart devices and systems for homes, cities, and industries. * Financial Technology (FinTech): The booming FinTech sector offers roles in developing secure, efficient financial systems and applications. * Cloud Computing: As businesses migrate to the cloud, expertise in cloud architecture and management is highly sought after. * Blockchain Technology: Though relatively new, blockchain offers opportunities in cryptocurrency, supply chain management, and secure transactions. * Entrepreneurship: Graduates can leverage their skills to start their own tech companies or app development firms. * Consulting: Tech consultancy roles are available for those who prefer advising businesses on digital transformation. * Research and Development: Opportunities exist in academia and industry R&D departments for those interested in pushing technological boundaries. The versatility of ISTD education allows graduates to adapt to emerging technologies and changing market demands, ensuring long-term career viability across various sectors.

Outstanding students who demonstrate academic excellence, leadership qualities, special talents, good moral character and strong community spirit will be considered for scholarships for the undergraduate programme.

 

You may apply for scholarships for the graduate programme before the programme at Duke-NUS commences.

You can still enrol in this special track. You will need to inform SUTD of your intention not to take up the scholarship.

Although you are not required to make a binding commitment to Duke-NUS at the time of admission, you should inform SUTD and Duke-NUS of your withdrawal from the track at least the year preceding medical school matriculation. You can still continue with SUTD’s normal undergraduate degree programme should you discontinue with the track, subject to meeting the academic requirements for the undergraduate programme.