✉   JAYS COMPUTER SCIENCE ACADEMYLEARN   ·   CODE   ·   CREATE   ·   INNOVATE 🇿🇼   Zimbabwe
YOUR NEXT CHAPTER STARTS HERE   /   EXPLORE PRACTICAL TECHNOLOGY TRAINING View programmes ↗
JAYS ACADEMYCOMPUTER SCIENCE & SOFTWARE ENGINEERING
All courses / Form 5 · Software Engineering
FORM 5 · SE

Software Engineering

Form 5 Software Engineering with original lessons and activities aligned to the uploaded syllabus.

Syllabus: MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus)

19level-specific lessons
You can explore the course outline, but lesson content is restricted to enrolled students and assigned staff. Register to enrol

Form 5 lesson sequence

01Software Process Models2 lessons⌄
01
Software process and SDLC6.1, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
02
Waterfall spiral iterative and agile models6.1, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
02Software Project Management3 lessons⌄
03
Project planning and scheduling6.2, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
04
Project feasibility and risk6.2, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
05
Software project documentation6.2, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
03Software Design3 lessons⌄
06
Requirements and software specifications6.3, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
07
Procedural and object oriented design6.3, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
08
UML and system diagrams6.3, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
04Data Structures and Algorithms2 lessons⌄
09
Problem decomposition6.4, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
10
Flowcharts pseudocode and algorithms6.4, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
05Programming3 lessons⌄
11
Structured programming6.5, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
12
Modular programming6.5, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
13
Database programming6.5, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
06Security and Ethics2 lessons⌄
14
System security and confidentiality6.6, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
15
Professional ethics and software quality6.6, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
07Quality Assurance and Testing2 lessons⌄
16
Test plans and test cases6.7, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
17
Black box and white box testing6.7, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
08Enterprise in Software Engineering2 lessons⌄
18
Software product and market research6.8, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view
19
Entrepreneurship and project proposals6.8, Form 5, MoPSE Software Engineering Forms 5–6 (2015–2022; historical syllabus) · 2 quick-check questions
🔒 Enrol to view