SAMPLE REPORT
AI Early Career Guide

Building a Future in Game Design and Interactive Technology

Exploration stage: Direction building

A personalised exploration report. This sample shows the type of insights, career areas, strengths and practical next steps a student can receive after completing the assessment.

Your exploration summary

You have described a clear interest in exploring the gaming industry, especially the part where ideas become rules, challenges and playable experiences. You enjoy strategy games, FIFA and racing games, and you said that designing goals, difficulty and levels sounds most interesting.

You also want to learn how to code a character that moves and responds to controls, while being interested in art, environments and animation. This combination can help you compare several parts of game development, including design, programming, visual creation and player experience.

Over the next year, the most useful step would be to complete a few small projects and notice which activities hold your attention longest: planning game systems, coding, creating visuals, testing with players or leading a project.

What we learned about you

Strong interest in game systems

You repeatedly chose activities involving rules, goals, challenges, levels and difficulty.

A practical problem-solving approach

You described solving problems and building innovative solutions as strengths, with a willingness to test and adjust ideas.

Technology + creativity

You enjoy building things and drawing, and want to explore coding, art, environments and animation.

Early interest in taking ownership

You showed interest in leading a team and deciding the main game direction while using testing to compare ideas.

Career areas worth exploring

1. Game Design and Level Design

Very strong match

This area involves planning rules, goals, challenges, levels and difficulty, including testing and adjusting experiences.

Why it appeared: You said you most want to design rules, challenges and levels and would test and adjust rules when they were not working.

2. Game Programming and Software Development

Strong match

Game programmers turn ideas into working controls, movement, interactions and systems.

Why it appeared: You chose coding how the game works as the skill you most want to learn next and selected a project involving a controllable character.

3. Interactive Media, Art and Animation

Good match

This area combines drawing, visual design, environments, characters and animation to create the world players experience.

Why it appeared: You naturally choose to build something and draw in your free time and expressed interest in game art and environments.

4. User Experience and Game Testing

Good match

User experience and testing focus on how people understand, control and enjoy a game.

Why it appeared: You would test different level designs and adjust difficulty based on what works for players.

5. Game Production and Interactive Project Leadership

Worth exploring

Game production involves coordinating ideas, deciding priorities and helping a team move from a concept to a finished project.

Why it appeared: You selected the role of leading a team and deciding the main direction.

Your strengths

  • You identify and work on problems rather than giving up when an idea needs improvement.
  • You are interested in building and creating, not only consuming games.
  • You can think about rules, goals, challenge and difficulty as connected parts of a player experience.
  • You show curiosity by choosing tutorials and guides when you do not yet know how to build something.
  • You are willing to test competing ideas and use the results to make a decision.

Skills to build next

  • Build a regular coding habit by completing short projects, starting with movement and controls before larger games.
  • Practise explaining game ideas in writing or diagrams so teammates understand the rules, goals and intended player experience.
  • Develop feedback skills by letting other people play your projects and asking specific questions.
  • Strengthen collaboration and project planning by sharing decisions and completing projects with classmates.

What to explore next

  1. Use Code.org Game Lab or a similar beginner coding activity to create a small game in which a character moves, collects an item and reaches a goal.
  2. Design one level on paper before coding it. Draw the layout, write the rules, list the player's goal and mark where difficulty increases.
  3. Create two versions of the same game level with different difficulty settings and let others playtest both.
  4. Make a short game concept presentation with a title, target player, gameplay rules, sketches and three levels.
  5. Join or organise a school coding, robotics, art or gaming-related club and take a collaborative role.
  6. With a parent or guardian, interview an adult who works in software, animation, design or digital media.

Recommended learning

Code.org
Beginner game design, programming fundamentals and interactive projects
Level: Beginner โ€” useful for events, conditions, variables and debugging.
freeCodeCamp
JavaScript fundamentals and interactive web projects
Level: Early intermediate โ€” builds understanding of instructions, functions and conditions.
Khan Academy
JavaScript drawing, animation and interactive programming
Level: Beginner โ€” combines coding with visual creation.

A suggested next step for parents

Consider helping the student choose one small game project this term, provide a regular weekly time for it, and arrange for two or three people to playtest it. Afterwards, ask which part they enjoyed most: planning rules, coding, drawing the world, testing difficulty or coordinating the project.

When to revisit this

Revisit this exploration after the student has completed several suggested activities, especially a small coded game and at least one playtesting or team experience.

Important reminder: These are exploration directions, not predictions or guaranteed career matches. Interests can change as students gain experience. This is a career-exploration assessment, not a definitive psychological, aptitude or career prediction test.