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100+ Free NSSCO Computer Studies (6134) Practice Questions

Prepare for the Namibia Senior Secondary Certificate Ordinary Level Computer Studies (Syllabus 6134) exam with instant access — no signup required.

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Key Facts: NSSCO Computer Studies (6134) Exam

6134

NSSCO Computer Studies syllabus code

NIED NSSCO Computer Studies Syllabus

70/30

Paper 1 written / Paper 2 coursework weighting (%)

NIED NSSCO Computer Studies scheme of assessment

100

Paper 1 marks (2 hours 30 minutes)

NIED NSSCO Computer Studies Syllabus

50

Paper 2 coursework marks (extended period)

NIED NSSCO Computer Studies Syllabus

150

Combined marks across both papers

NIED NSSCO Computer Studies Syllabus

A*–G

Grade scale (syllabus descriptors for A, C, E, G)

NIED NSSCO Computer Studies Syllabus / grade descriptions

100

Free practice MCQs on this page (study adaptation)

OpenExamPrep

NSSCO Computer Studies 6134 is examined by DNEA through a compulsory written Paper 1 (100 marks, 2 h 30 min, 70%) and compulsory Paper 2 coursework (50 marks, 30%), totalling 150 marks with grades A*–G. Official assessment is written questions plus a practical project — not MCQ-only. This page’s 100 free questions are an English-language MCQ study adaptation aligned to the NIED syllabus; they disclose coursework rules but do not replace your own project.

Sample NSSCO Computer Studies (6134) Practice Questions

Try these sample questions to test your NSSCO Computer Studies (6134) exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1In the NSSCO Computer Studies system life cycle, which stage comes immediately after analysis?
A.Testing
B.Design
C.Maintenance
D.Evaluation
Explanation: After analysis defines the problem and requirements, the design stage specifies inputs, processing, outputs, storage and the interface for the new system. Testing, evaluation and maintenance come later in the cycle.
2Which fact-finding method gathers data by watching how staff currently use an existing system?
A.Questionnaire
B.Structured interview
C.Observation
D.Document study alone
Explanation: Observation means watching people and processes in the existing system to see data flow, hardware use and procedures. Questionnaires and interviews ask people; document study reviews forms and records.
3What is the main purpose of a feasibility study in system analysis?
A.To write user documentation after go-live
B.To decide whether a proposed system is worth developing
C.To train staff on the finished software only
D.To grade the coursework project for Paper 2
Explanation: A feasibility study examines whether a proposed computer-based solution is practical and worthwhile — typically considering technical, economic and organisational factors — before major design and development begin.
4Why do computer systems usually have a limited life span?
A.Hardware never wears out and software never needs updates
B.Organisational needs, technology and requirements change over time
C.Systems stop working exactly five years after installation by law
D.Binary numbers expire after a fixed number of processing cycles
Explanation: Systems age because business requirements, technology, legislation and user expectations change. Hardware also becomes obsolete. That is why evaluation and maintenance, and eventually replacement, are part of the life cycle.
5When designing a new system, data validation is primarily associated with which component?
A.Data input
B.Printer toner selection
C.Network cable colour coding
D.Screen resolution only
Explanation: Validation checks that data entered is sensible and meets rules (for example range or type checks) at input. It is part of designing reliable data input for the new system.
6A portable system design means the solution should ideally be:
A.Tied permanently to one brand of computer hardware only
B.Independent of a particular computer system so it can transfer more easily
C.Written only in machine code with no high-level tools
D.Unable to accept future enhancements
Explanation: Portable design aims for independence from one specific machine so the system can move or adapt with less major re-organisation. Good design also allows future development.
7Which pair correctly matches documentation types in system development?
A.Technical documentation for developers/maintainers; user documentation for end users
B.User documentation only for examiners; technical documentation only for marketing
C.Technical documentation replaces the need for testing
D.User documentation is written before analysis begins
Explanation: Technical documentation explains how the system is built for maintenance and development. User documentation explains how end users operate the system. Both are important life-cycle outputs.
8Hardware and software for a new system should be chosen mainly based on:
A.The latest advertising slogans only
B.System requirements, cost implications, and staff skills including training needs
C.The colour of the school badge
D.Whether the logo uses Comic Sans
Explanation: Specification links design to requirements: choose hardware and software that meet the task, fit the budget, and match staff skill levels (including training).
9Evaluating a new system against initial specified objectives mainly checks whether:
A.The project folder has a fancy cover page
B.The delivered system meets what was originally required
C.Only the printer driver was installed
D.Binary addition was used in every module
Explanation: Evaluation compares results of the new system with the objectives and requirements set earlier. That feedback can lead to maintenance or further change.
10Which statement best describes maintenance in the system life cycle?
A.It only happens before analysis starts
B.It keeps the live system meeting organisational expectations after implementation
C.It replaces the need for a feasibility study
D.It is identical to the first fact-finding interview
Explanation: Maintenance updates and fixes a live system so it continues to perform as the organisation expects. Reassessment after a period may show further changes are needed.

About the NSSCO Computer Studies (6134) Exam

NSSCO Computer Studies (6134) is Namibia’s Ordinary Level senior secondary computing qualification for Grades 10–11. The NIED syllabus (publication 2018; implementation 2019; first examination 2020) covers system analysis and design; applications of computers and social/economic implications; applications software and data organisation; algorithms, programming concepts and logic gates; hardware, software and communication; and a compulsory coursework project.

Assessment

Paper 1: written paper, compulsory questions of varying length, 100 marks, 2 hours 30 minutes, 70% (includes at least one algorithm question). Paper 2: compulsory coursework project, 50 marks, 30%, completed over an extended period (two years). Both papers required for a grade.

Time Limit

Paper 1: 2 hours 30 minutes; Paper 2: extended period across Grades 10–11

Passing Score

Letter grades A*–G (NIED grade descriptions for A, C, E and G). No single published numeric percentage pass mark in the NIED syllabus.

Exam Fee

DNEA per-subject NSSCO entry fee not confirmed from an official DNEA circular at time of writing — confirm with DNEA or your examination centre. Do not use NAMCOL tuition fees as a substitute. (Directorate of National Examinations and Assessment (DNEA); syllabus by Namibia Institute for Educational Development (NIED))

NSSCO Computer Studies (6134) Exam Content Outline

Theme 1

System Analysis and Design

System life cycle; feasibility; fact-finding methods; requirements; design of input (with validation), processing, output, storage and interface; hardware/software selection; technical and user documentation; evaluation and maintenance.

Theme 2

Applications and Social/Economic Implications

Internet services, cloud computing, social media, e-commerce, video-conferencing; commercial and scientific uses; CAD, simulation, modelling and VR; monitoring and control; automation, robotics, nanotechnology and expert systems; e-learning; social impacts and security measures.

Theme 3

Applications Software and Data Organisation

Generic, integrated, specific and custom-made software; spreadsheet features and functions; databases (fields, records, forms); data logging; data versus information; validation and verification checks.

Theme 4

Problem Solution: Algorithms, Programming and Logic

Binary representation and conversion; fetch-execute registers; storage formats; AND/OR/NOT gates and truth tables; algorithm constructs; translating algorithms via programs, macros or query language.

Theme 5

Hardware, Software and Communication

Input, output and storage devices (magnetic, optical, solid state); mobile peripherals; modems, NICs, switches, routers and WAPs; 3G/4G/5G; operating system roles and interfaces; LAN/WAN networking.

Theme 6 / Paper 2

Coursework Project

Problem analysis; Gantt planning; design and implementation meeting complexity criteria; test strategy and results; technical and user documentation; evaluation — compulsory practical component (30%).

How to Pass the NSSCO Computer Studies (6134) Exam

What You Need to Know

  • Passing score: Letter grades A*–G (NIED grade descriptions for A, C, E and G). No single published numeric percentage pass mark in the NIED syllabus.
  • Assessment: Paper 1: written paper, compulsory questions of varying length, 100 marks, 2 hours 30 minutes, 70% (includes at least one algorithm question). Paper 2: compulsory coursework project, 50 marks, 30%, completed over an extended period (two years). Both papers required for a grade.
  • Time limit: Paper 1: 2 hours 30 minutes; Paper 2: extended period across Grades 10–11
  • Exam fee: DNEA per-subject NSSCO entry fee not confirmed from an official DNEA circular at time of writing — confirm with DNEA or your examination centre. Do not use NAMCOL tuition fees as a substitute.

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

NSSCO Computer Studies (6134) Study Tips from Top Performers

1Work from the official NIED NSSCO Computer Studies syllabus PDF — examiners mark to the specific objectives under each theme.
2Practise algorithm tracing and binary/logic items; Paper 1 always includes at least one algorithm question.
3Start the Paper 2 project early in Grade 10 — incomplete coursework can produce an incomplete subject result.
4Use the assessment criteria/rubric in the syllabus Annexe for analysis, design, implementation, testing, documentation and evaluation.
5Read recent NSSCO Examiners Reports for Computer Studies 6134 to target weak centres and recurring mistakes.

Frequently Asked Questions

What is NSSCO Computer Studies 6134?

NSSCO Computer Studies (syllabus code 6134) is Namibia’s Senior Secondary Certificate Ordinary Level computing qualification for Grades 10–11, with learning content published by NIED and national examinations administered by DNEA.

How is NSSCO Computer Studies assessed?

All candidates take Paper 1 (written, 100 marks, 2 hours 30 minutes, 70%) and Paper 2 (compulsory coursework project, 50 marks, 30%). Paper 1 includes at least one algorithm question. Both components are required for a grade.

What grade is needed to pass NSSCO Computer Studies?

Learners are graded on an A*–G scale. The NIED syllabus gives grade descriptions for A, C, E and G; there is no single published numeric percentage pass mark in the syllabus.

How much does the NSSCO Computer Studies exam cost?

A public DNEA per-subject national examination fee schedule was not confirmed from an official DNEA circular at the time of writing. Confirm fees with DNEA or your centre, and do not use NAMCOL tuition amounts as the national exam fee.

Are these official DNEA examination questions?

No. Official assessment includes a written Paper 1 and compulsory practical coursework. This bank is an original English-language MCQ study adaptation for syllabus revision only — it does not replace written answers or your coursework project.

What topics does the 6134 syllabus cover?

Six themes: system analysis and design; applications of computers and social/economic implications; applications software and data organisation; problem solution (algorithms, programming concepts and logic gates); hardware, software and communication; and coursework.