SUSS BICT Course Assignment Sample

Information and Communication Technology (ICT) is the key enabler of digital transformation. Many businesses and organizations have accelerated the adoption of digital technologies to unlock new growth opportunities, thus leading to increased ICT manpower demands with the creation of new job roles in various industries.  BICT Course covers knowledge in computer science foundations, software and application development, computer systems and networking, cloud computing and big data, cybersecurity, database management, information systems and business processes. 

In addition, the course offers students work-study experiences and relevant training in preparation for industry professional certifications. This will ensure students are well prepared for the industry with the necessary digitalization skills upon graduation. 

Furthermore, students can take a minor from various disciplines in social sciences, business, and management, as part of this course. A key feature of the course is incorporating industry certification and practitioner-oriented courses. Students are provided with a strong theoretical foundation in the various technologies related to the handling, processing and communication of information. Graduates will be industry-ready and well-prepared for a multitude of careers in the Infocomm industry.

Flexible Learning Options for Diverse Lifestyles in the BICT Course

The Bachelor of Information and Communication Technology (BICT) Course is thoughtfully designed to accommodate a variety of lifestyles, ensuring that all students can pursue their educational and professional goals. With options for both full-time and part-time study, the BICT Course offers the flexibility needed to balance education with work, family, and other commitments.

Full-Time Study: Comprehensive and Immersive

Course Structure: The full-time BICT Course is ideal for students who can dedicate themselves fully to their studies. To achieve a Bachelor’s degree, students must complete 200 credit units (cu), including:

• 60 cu of SUSS Core Courses: Foundational courses that provide essential knowledge and skills.
• 90 cu of Major Compulsory Courses: Core subjects focusing on key IT disciplines.
• 10 cu of Major Elective Courses: Opportunities to specialize in areas of interest.
• 40 cu of Free Electives and/or Minor: Additional courses that broaden academic and professional perspectives.

Benefits:

• Intensive Learning Experience: Full immersion in the curriculum accelerates knowledge acquisition and skill development.
• Faster Completion: Graduates can enter the workforce more quickly, capitalizing on emerging opportunities.

Part-Time Study: Flexible and Balanced

Course Structure: The part-time BICT Course caters to students balancing multiple responsibilities. To graduate, students must complete 130 credit units (cu), including:

• 20 cu of SUSS Core Courses: Fundamental courses providing a solid foundation in IT.
• 60 cu of Major Compulsory Courses: Essential courses in core IT areas.
• 20 cu of Major Elective Courses: Specialized courses tailored to personal interests.
• 30 cu of Free Electives or Minor: Additional courses that enhance educational breadth and career prospects.

The curriculum is structured as follows:

• Level 1 Courses: Cover computer architecture and coding fundamentals.
• Level 2 Courses: Include advanced coding, operating systems, computer networks, data management, and industry certification courses from leading providers such as AWS, Red Hat, Oracle, and Huawei.
• Level 3 Courses: Focus on application development, DevOps, cloud computing, big data computing, cybersecurity, and IT project management.

Benefits:

• Work-Life Balance: Allows students to manage their studies alongside professional and personal commitments.
• Paced Learning: Students can progress through the Course at a manageable pace, ensuring a sustainable and balanced approach to education.

Get Comprehensive Assignment Help in a Wide Range of BICT Courses 

SUSS CORE COMPULSORY

Full-time:

NCO101 Living with Community: Explores the concept of community living and its importance in modern society. Focuses on developing skills for effective community engagement and social responsibility.

NCO102 Effective Writing: Develops students’ ability to write clearly and persuasively in various contexts. Covers different writing styles, structures, and techniques for effective communication.

NCO103 Listen and Be Heard: Effective Communication through Storytelling: Enhances communication skills through the art of storytelling. Focuses on active listening and effective narrative techniques for impactful communication.

NCO201 Learn to Learn, Learn for Life: Promotes lifelong learning skills and strategies. Explores various learning techniques and mindsets to adapt to changing environments.

NCO203 Critical Thinking and Problem Solving: Develops analytical and problem-solving skills. Teaches methods to evaluate information, construct arguments, and approach complex problems systematically.

NCO205 User-Centered Design: Human Factors and Design Thinking: Introduces principles of user-centered design and design thinking. Focuses on understanding user needs and creating solutions that enhance user experience.

NIE201 Interdisciplinary Processes for a Better World: Explores interdisciplinary approaches to addressing global challenges. Encourages holistic thinking and collaboration across different fields of study.

NIE301 Learning with Communities: Emphasizes experiential learning through community engagement. Applies academic knowledge to real-world community projects and issues.

NIE351 Interdisciplinary Global Learning: Focuses on global issues from an interdisciplinary perspective. Encourages critical thinking about international challenges and potential solutions.

Part-time:

NCO101 Living with Community: (Same description as full-time)

NCO201 Learn to Learn, Learn for Life: (Same description as full-time)

SUSS CORE ELECTIVES (CAPACITIES)

Full-time only:

NCO211 Data Interpretation and Social Analytics: Teaches skills for interpreting and analyzing social data. Covers statistical methods and tools for deriving insights from social datasets.

NCO212 The ‘Smart City’ and Society: Explores the concept of smart cities and their impact on society. Discusses technological innovations in urban planning and their social implications.

SUSS CORE ELECTIVES (ENGAGEMENT)

Both full-time and part-time:

SST101 Principles of Project Management: Introduces fundamental concepts and methodologies of project management. Covers project planning, execution, monitoring, and closure processes.

SST388 STEM Interdisciplinary Project: Applies STEM knowledge to interdisciplinary projects. Encourages collaboration and practical application of skills across different scientific and technical domains.

SUSS CORE ELECTIVES (PEOPLE)

Full-time:

NCO111 Work and Learning in a Changing World: Examines the evolving nature of work and learning in the modern era. Discusses strategies for adapting to changing work environments and continuous learning.

NCO112 Peak Performance: Focuses on strategies for achieving and maintaining high performance in various aspects of life. Covers goal-setting, time management, and personal development techniques.

NCO113 Teamwork in the Modern Workplace: Develops skills for effective collaboration in diverse work environments. Covers team dynamics, conflict resolution, and strategies for successful teamwork.

Part-time: (Same courses as full-time, plus:)

NCO205 User-Centered Design: Human Factors and Design Thinking: (Same description as in SUSS CORE COMPULSORY)

COMPULSORY

Full-time:

ICT101 Computational Thinking: Introduces fundamental concepts of computational problem-solving. It covers algorithmic thinking, abstraction, and basic coding concepts.

ICT114 Computer Architecture: Explores the structure and organization of computer systems. Covers hardware components, memory hierarchy, and basic computer architecture principles.

ICT133 Structured Programming: Teaches fundamental programming concepts using a structured approach. Focuses on problem-solving techniques and basic algorithm development.

ICT162 Object Oriented Programming: Introduces object-oriented programming paradigms and design principles. Covers classes, objects, inheritance, and polymorphism.

ICT225 Management Information Systems: Examines the role of information systems in business management. Covers IT strategy, systems analysis, and the impact of technology on organizations.

ICT231 Data Structures and Algorithms I: Introduces fundamental data structures and algorithms. Covers arrays, linked lists, stacks, queues, and basic sorting algorithms.

ICT232 Data Structures and Algorithms II: Builds on Data Structures and Algorithms I with more advanced concepts. Covers trees, graphs, advanced sorting, and searching algorithms.

ICT233 Data Programming: Focuses on programming techniques for data manipulation and analysis. It covers data processing, file I/O, and basic data analytics using coding languages.

ICT239 Web Application Development: Teaches principles and practices of web application development. Covers client-side and server-side coding, database integration, and web frameworks.

ICT246 Operating Systems: Explores the principles and design of operating systems. Covers process management, memory management, file systems, and system security.

ICT259 Computer Networking: Introduces computer networking concepts and protocols. Covers network architectures, TCP/IP, routing, and network security basics.

ICT318 Network Security: Focuses on securing computer networks against various threats. Covers encryption, authentication, firewalls, and intrusion detection systems.

ICT330 Database Management Systems: Teaches principles of database design and management. Covers relational database concepts, SQL, and database administration basics.

ICT335 Cloud Computing: Business Case and Technical Models: Explores cloud computing technologies and their business applications. Covers cloud service models, deployment strategies, and cloud security.

ICT340 Application Analysis and Design: Focuses on software application analysis and design methodologies. Covers requirements gathering, system modelling, and software architecture design.

ICT348 Information Security Offence Defense and Incident Management: Examines strategies for protecting against and responding to cybersecurity incidents. Covers threat analysis, incident response planning, and security management.

ICT499 Capstone ICT Project: Allows students to apply their ICT knowledge to a substantial project. Involves project planning, implementation, and presentation of results.

MTH251 Data Structures and Algorithms I: Provides a mathematical approach to data structures and algorithms. Covers complexity analysis and mathematical foundations of common algorithms.

MTH252 Data Structures and Algorithms II: Continues from MTH251 with more advanced algorithmic concepts. Focuses on mathematical analysis of complex algorithms and data structures.

Part-time: (Includes a subset of the full-time compulsory courses, with the same descriptions)

ELECTIVE

Both full-time and part-time:

ANL201 Data Visualization for Business: Teaches techniques for effectively visualizing business data. Covers various chart types, design principles, and tools for creating impactful data visualizations.

ANL303 Fundamentals of Data Mining: Introduces core concepts and techniques in data mining. Covers data preprocessing, pattern recognition, and predictive modelling methods.

BME363 Applications of Artificial Intelligence in Healthcare: Explores the use of AI technologies in healthcare settings. Discusses machine learning applications in diagnosis, treatment planning, and patient care.

DSM101 Mathematical Foundations for Data Science: Provides essential mathematical concepts for data science. Covers linear algebra, probability, statistics, and optimization techniques relevant to data analysis.

ENG233 Internet of Things (IoT): Introduces the concept and technologies behind IoT. Covers sensor networks, data collection, and applications of IoT in various industries.

ENG335 Machine Learning: Explores core machine learning algorithms and their applications. Covers supervised and unsupervised learning techniques, model evaluation, and implementation.

ICT223 Business Analysis: Teaches techniques for analyzing business needs and processes. Covers requirements gathering, process modelling, and solution recommendation.

ICT226 Enterprise Systems and Integrated Business Process: Examines enterprise-wide information systems and their role in business processes. Covers ERP systems, business process integration, and system implementation.

ICT255 Oracle Certified Associate: Prepares students for Oracle database certification. Covers Oracle database administration, SQL, and PL/SQL coding.

ICT257 Red Hat System Administration: Focuses on Linux system administration using Red Hat. Covers installation, configuration, and management of Red Hat Enterprise Linux systems.

ICT263 AWS Certified Cloud Practitioner: Prepares students for the AWS Cloud Practitioner certification. Covers fundamental AWS cloud concepts, services, security, and pricing models.

ICT264 HCIA – Datacom: Introduces Huawei’s data communication technologies. Covers network fundamentals, routing and switching, and network security concepts.

ICT265 IT Service Management Fundamentals: Teaches principles of IT service management. Covers ITIL framework, service lifecycle, and best practices for IT service delivery.

ICT317 IT Project Management: Focuses on managing IT projects effectively. Covers project initiation, planning, execution, monitoring, and closure in IT contexts.

ICT323 Introduction to Parallel Computing (full-time only): Introduces concepts of parallel computing and coding. Covers parallel architectures, algorithms, and performance optimization techniques.

ICT325 Algorithm Design and Analysis (full-time only): Teaches advanced algorithm design techniques and analysis methods. Covers complexity theory, algorithmic paradigms, and optimization strategies.

ICT337 Big Data Computing in the Cloud: Explores big data processing using cloud computing platforms. Covers distributed computing frameworks, data storage solutions, and analytics tools.

ICT338 Information Security Challenges in Smart Computing: Examines security issues in emerging smart technologies. Covers threats and countermeasures in IoT, smart cities, and other smart environments.

ICT341 Web Informatics Programming: Focuses on advanced web programming and information retrieval. Covers web scraping, data extraction, and web-based information systems.

ICT365 AWS Certified Developer – Associate: Prepares students for AWS Developer certification. Covers AWS services for application development, deployment, and management.

ICT366 AWS Certified Solutions Architect – Associate: Prepares students for AWS Solutions Architect certification. Covers designing and deploying scalable, highly available systems on AWS.

ICT367 AWS Certified SysOps Administrator – Associate: Prepares students for AWS SysOps Administrator certification. Covers deployment, management, and operations on the AWS platform.

ICT368 AWS Academy Data Analytics and Machine Learning Foundation (full-time only): Introduces AWS services for data analytics and machine learning. Covers data processing, storage, analysis, and machine learning model deployment on AWS.

ICT369 AWS Certified Machine Learning: Prepares students for AWS Machine Learning certification. Covers machine learning workflows, model training, tuning, and deployment on AWS.

ICT381 Software Engineering and DevOps: Teaches modern software engineering practices and DevOps principles. Covers agile methodologies, continuous integration/delivery, and automation tools.

MTD319 Android Application Development: Focuses on developing mobile applications for Android platforms. Covers Android SDK, UI design, data storage, and app publishing.

MTD367 iOS Application Development: Teaches mobile application development for iOS devices. Covers Swift Programming, iOS SDK, UI design, and App Store submission process.

MTD369 Virtual Reality and Augmented Reality: Introduces concepts and technologies for VR and AR development. Covers 3D modelling, interaction design, and the development of immersive experiences.

MTH352 Cryptography: Explores mathematical foundations and algorithms used in cryptography. Covers encryption schemes, digital signatures, and cryptographic protocols.

Achieve Your BICT Career Prospects with Help from Singapore Assignment Help

Graduates of BICT Courses are well-positioned to pursue technical careers in various domains, including software development, systems analysis, system/network administration, and IT project management. These fields are at the forefront of technological innovation, driving digital transformation across industries. Singapore Assignment Help’s tailored support can help students excel in challenging courses like data structures, algorithms, and cloud computing, which are fundamental to these career paths. By providing comprehensive assistance with assignments and projects, Singapore Assignment Help ensures that students gain a deep understanding of these critical concepts, setting them up for success in their future roles. They can also get help with coursework to ease of their worries to get good marks. 

The career prospects for BICT graduates are vast and diverse, spanning multiple industries beyond just ICT. With the skills honed through their studies and the support of Singapore Assignment Help, graduates can aspire to roles such as software/application/DevOps engineer, security engineer, system analyst, cloud/network engineer, database administrator, and data/business analyst. These positions are in high demand across sectors, offering exciting opportunities for professional growth and innovation. Singapore Assignment Help‘s expertise can help students develop the practical skills and theoretical knowledge needed to stand out in these competitive job markets, ensuring they are well-prepared to tackle the challenges of their chosen career paths in the dynamic world of technology.