DSE ICT Syllabus: Modules, Electives and Paper Structure

Information and Communication Technology is one of the elective subjects in the Technology Education Key Learning Area of senior secondary schooling, and its public assessment is based on the Information and Communication Technology Curriculum and Assessment Guide (Secondary 4–6), jointly prepared by the Curriculum Development Council and the Hong Kong Examinations and Assessment Authority (updated in 2021, applicable to Secondary 4 from the 2022/23 school year). The curriculum has a compulsory part and an elective part: the five compulsory modules build the foundation, while two of three electives take one area deeper, and both aim at understanding principles, hands-on practice and judging impact.

Structurally, ICT is planned over about 250 hours across three years, in three parts:Compulsory part (144 hours, about one and a half school years, with five modules: Information Processing 37 hours, Computer System Fundamentals 20 hours, Internet and Its Applications 31 hours, Computational Thinking and Programming 48 hours, and ICT and Society 8 hours); Elective part (76 hours, about one school year, two of three options: Databases, Web Application Development, and Algorithm and Programming, about 38 hours each); School-based Assessment (30 hours, two guided tasks, worth 20% of the DSE result in this subject); the three parts total about 250 hours.

The relationship between the three parts is breadth, depth and hands-on work: the five compulsory modules make sure every candidate understands how data is represented, how a computer works, how networks and security operate and how a program is written; the two electives push one area to the point where it can actually be built; and the School-based Assessment asks students to walk a complete development cycle from idea and design to testing. The clearest change in the 2021 update is that Computational Thinking and Programming rose from 24 to 48 hours in the compulsory part, so students no longer only describe an algorithm but genuinely write and test programs; content already covered in junior secondary (such as word processing) was reduced accordingly, and the elective part was consolidated from four options to three, of which candidates take two.

It is worth noting that the public assessment of ICTincludes School-based Assessment (20% of the subject), with the public examination worth 80%: Paper 1 covers the compulsory part, worth 55% of the subject over 2 hours, with Section A multiple-choice questions (22%) and Section B short and structured questions (33%), all of which must be answered; Paper 2 covers the elective part, worth 25% over 1 hour 30 minutes, and candidates answer on two of 2A Databases, 2B Web Application Development and 2C Algorithm and Programming. The School-based Assessment consists of two guided tasks, Task 1 “Conceptualisation and Application” worth 25 marks and Task 2 “Testing and Evaluation” worth 15 marks, 40 marks in total; private candidates do not take the School-based Assessment and their result is calculated entirely from the public examination.

What makes ICT uniquely demanding is that it asks for three sets of ability at once: concepts (data representation, system operation, network principles), hands-on skill (spreadsheet analysis, SQL queries, writing and debugging programs) and judgement (security, privacy, intellectual property and ethics). With concepts memorised but no hands-on experience, the structured questions in Paper 1 Section B and Paper 2 run out of marks very quickly.

The compulsory part totals 144 hours, and the five modules carry clearly different weights. Information Processing and Computational Thinking and Programming together take 85 hours and are the two centres of gravity; Internet and Its Applications takes 31 hours and Computer System Fundamentals 20; ICT and Society takes only 8 hours but is often combined with other modules in scenario questions. The main learning focuses of the five modules are set out below.

The elective part takes 76 hours, and candidates must take two of the three options at about 38 hours each. The options fall into two kinds: Databases and Web Application Development lean towards application and implementation, while Algorithm and Programming continues the computational thinking of the compulsory part towards tertiary-level programming. Paper 2 examines only the two options you take, and the questions expect you to fold in knowledge from the compulsory part, so an elective is not a separate book but the same set of concepts pushed deeper.

The scope of ICT looks loose, but the papers keep comparing the same few sets of things. The six comparisons below are the most economical way to turn the five compulsory modules from a pile of terms into an answering framework; each deserves one page of two-column notes, and before the exam you need only those six pages.

Public assessment in ICT consists of a public examination and School-based Assessment: the public examination is worth 80% of the subject,School-based Assessment 20%. Paper 1 covers the compulsory part, worth 55% of the subject over 2 hours, with Section A multiple-choice questions at 22% and Section B short and structured questions at 33%, all questions compulsory; Paper 2 covers the elective part, worth 25% over 1 hour 30 minutes, and candidates answer two of 2A, 2B and 2C. According to the HKEAA 2026 HKDSE Information and Communication Technology Assessment Framework, these weightings remain unchanged.

Assessment in ICT aims to evaluate five abilities: knowledge and understanding of the organisation of a computer system and its relationship with hardware, software and data; appreciation of the social, ethical and legal issues arising from the use of ICT; effective and ethical use and identification of a range of application software to support information processing and problem solving; understanding of various approaches to analysing problems and the use of ICT to plan and implement solutions; and appreciation of how information literacy and knowledge sharing affect people’s decisions and change society.

The first type is concepts and definitions, seen in the Paper 1 Section A multiple-choice questions. Prepare by writing one comparison card per module: for example binary and hexadecimal conversion, the range of values an n-bit number can represent, the trade-off between sequential and direct access, and the division of labour between TCP/IP and HTTP. Multiple-choice questions need no long reasoning, but a fuzzy concept loses marks in a run.

The second type is scenario and application, mainly in Paper 1 Section B and Paper 2 structured questions. The question usually gives a scenario (a school wants a library lending system, a small shop wants a website) and then asks which tool you would use, why, and how you would set it up. Answer with reasons and trade-offs rather than nouns alone; explaining why a database rather than a spreadsheet, for instance, should mention data volume, concurrent access and data integrity.

The third type is design and implementation, in Paper 2 elective questions and the School-based Assessment. Marks here come from detail: does the table have primary and foreign keys, does the SQL handle nulls, does the program handle boundary cases, do the tests cover normal and abnormal input. Build the habit in everyday homework of drawing first, coding second and testing last, and the exam will not start from zero.

ICT is both knowledge and evidence of ability. The three points below are the practical considerations parents and students raise most often when choosing subjects.

The gap in ICT results rarely comes from being clever or not; it usually comes from method. Below are the four places our tutors most often see marks lost, with the matching strategy.

• Official resources—the Education Bureau’s Information and Communication Technology Curriculum and Assessment Guide (Secondary 4–6), jointly prepared by the Curriculum Development Council and the HKEAA (2021 update), which sets out the curriculum framework, the topics, hours and learning targets of the five compulsory modules and three electives; and the HKEAA’s ICT Assessment Framework together with the Question Papers series, which carries marking references and comments on candidate performance. Curriculum documents and assessment frameworks are always more reliable than circulated notes.
• Further reading—syllabus guides on this platform: DSE Chinese History Syllabus, DSE Geography Syllabus and DSE Economics Syllabus.
• A tip for parents—marks in ICT are usually lost by watching rather than doing, not by failing to understand. Ask your child to organise the household expenses in a spreadsheet once a month, or to write a small program for a repetitive job (such as renaming photo files), and to actually use the functions and loops from the textbook once; practice with a real purpose makes both memory and understanding far more secure.

Note: The information above is for reference only. Please consult professional education institutions for details.

This article was initially drafted and organised with AI. Editor / Professor Chan Kwok-wai,

Managing Editor / Kong Yee-leung