01 Performance
By the end of this programme, learners demonstrate measurable competence in Game Development. Through 4 structured modules, continuous practical exercises, portfolio-building projects, and a culminating assessment, every learner shows visible progress against the objectives below — supported by feedback from their instructor.
02 Objectives
- Understand and confidently apply the ideas covered in "Game Design Thinking"
- Understand and confidently apply the ideas covered in "Core Programming for Games"
- Understand and confidently apply the ideas covered in "Physics & Interaction"
- Understand and confidently apply the ideas covered in "Build & Release"
- Complete graded exercises after every module with tutor feedback
- Produce a final piece of work that demonstrates overall mastery
03 Content
Game Design Thinking
- Anatomy of great games
- Mechanics, dynamics & aesthetics
- Planning your first game
Core Programming for Games
- Game loop concept
- Sprites & animation
- Input handling
Physics & Interaction
- Movement & gravity
- Collision detection
- Scoring & lives
Build & Release
- Levels & progression
- Sound & polish
- Sharing your game
04 Knowledge
- Core terminology and foundational principles of Game Development
- Essential knowledge areas within Game Design Thinking
- Essential knowledge areas within Core Programming for Games
- Essential knowledge areas within Physics & Interaction
- How the different parts of Game Development connect into a coherent whole
05 Skills
- Hands-on ability: anatomy of great games
- Hands-on ability: game loop concept
- Hands-on ability: movement & gravity
- Hands-on ability: levels & progression
- Independent problem-solving on unfamiliar tasks
- Presenting completed work clearly and confidently
06 Key Competencies
- Critical thinking — analysing problems before jumping to solutions
- Practical execution — finishing real work, not just theory
- Communication — explaining reasoning and results
- Digital tool fluency used responsibly and safely
- Collaboration — giving and receiving useful feedback
07 Values
- Excellence: doing careful, complete work rather than rushing
- Integrity: honest effort, original work and truthful reporting
- Curiosity: asking questions and exploring beyond the lesson
- Responsibility: safe, ethical use of technology and information
- Growth mindset: treating mistakes as steps toward mastery
08 Learning Activities
Guided lessons
Interactive teaching sessions covering each module of Game Development with live demonstration and questioning.
Hands-on practice
Supervised individual exercises immediately applying each topic — the majority of contact time.
Mid-programme checkpoint (Physics & Interaction)
A reviewed mini-assessment confirming understanding before progressing.
Capstone experience
An end-of-programme project or assessment integrating all modules, presented for feedback.
09 Teaching & Learning Resources
- Dynamic Academy course materials and practice sets
- A laptop or desktop with required free software installed
- Internet access for research and tool accounts
- Access to the student portal for announcements, assignments and progress tracking
10 Evaluation Guide
11 Practical Projects
Project 1:Starter project: applied Game Design Thinking
A small but complete piece of work using the first module's skills, submitted through the portal.
Project 2:Build-out project: Physics & Interaction
A more substantial task combining earlier skills with the middle modules.
Project 3:Final showcase project
A personal project demonstrating full command of Game Development, presented at the end of the programme.
12 Learning Outcomes
- Understand what makes games fun: loops, goals & feedback
- Program sprites, movement and collisions
- Design levels and difficulty progression
- Publish a finished game friends can play
13 Course Pathway
Learners progress through a guided technology ladder at Dynamic Academy: foundations (Digital Skills / HTML & CSS / Python Programming), then specialisation (Web Development, Artificial Intelligence, Robotics, Game Development, UI/UX Design), then advanced practice (Backend Development, AI Chatbot Development). Each stage's final project feeds the next stage's portfolio.