Lower Risk

Gaming

Game Economy Designer

AI is poised to impact Game Economy Designers by automating some data analysis and simulation tasks. LLMs can assist in generating item descriptions and quest narratives, while AI-powered analytics tools can optimize in-game economies. However, the core creative and strategic aspects of game economy design, requiring deep understanding of player psychology and game balance, will likely remain human-driven for the foreseeable future.

Top risks:

Design and balance in-game economies, including resource acquisition, crafting systems, and virtual item pricing.40%
Analyze player behavior and economic data to identify trends and optimize game economies.60%
Create and maintain documentation for game economies, including design specifications and balancing guidelines.50%

Gaming

Game Programmer

AI is poised to significantly impact game programming by automating routine tasks such as code generation, bug detection, and asset creation. Large Language Models (LLMs) are increasingly capable of generating code snippets and entire functions, while AI-powered tools can automate testing and debugging. Generative AI is also impacting asset creation, allowing for rapid prototyping and iteration. However, the high-level design, creative problem-solving, and complex system integration aspects of game programming will likely remain human-driven for the foreseeable future.

Top risks:

Writing and debugging game code in languages such as C++, C#, or Lua40%
Designing and implementing game mechanics and systems30%
Optimizing game performance and memory usage50%

Side-by-Side Metrics

Metric	Game Economy Designer	Game Programmer
Risk Score	66%	68%
Risk Level	High Risk	High Risk
Timeline	5-10 years	5-10 years
Category	Gaming	Gaming
Tasks at Risk	7 tasks	6 tasks
Skills at Risk	4 skills	4 skills
Safe Skills	5 skills	5 skills

Risk Comparison

Game Economy Designer66%

Game Programmer68%

Game Economy Designer has 2 percentage points lower risk than Game Programmer.

Tasks at Risk

Game Economy Designer Tasks at Risk

Design and balance in-game economies, including resource acquisition, crafting systems, and virtual item pricing.40%

5-10 years

Analyze player behavior and economic data to identify trends and optimize game economies.60%

2-5 years

Create and maintain documentation for game economies, including design specifications and balancing guidelines.50%

2-5 years

Collaborate with game designers, artists, and programmers to implement and refine game economies.20%

10+ years

Develop and implement monetization strategies for free-to-play games.30%

5-10 years

Game Programmer Tasks at Risk

Writing and debugging game code in languages such as C++, C#, or Lua40%

5-10 years

Designing and implementing game mechanics and systems30%

10+ years

Optimizing game performance and memory usage50%

5-10 years

Collaborating with artists, designers, and other programmers to integrate assets and features10%

10+ years

Creating and maintaining game documentation60%

2-5 years

Skills Comparison

Game Economy Designer -- Safe Skills

Creative game designStrategic thinkingCollaborationEthical considerationsUnderstanding player psychology

Game Economy Designer -- Skills at Risk

Data analysisDocumentationPattern recognitionPredictive modeling

Game Programmer -- Safe Skills

Game designCreative problem-solvingComplex system integrationTeam collaborationUnderstanding player experience

Game Programmer -- Skills at Risk

Code generationBug detectionDocumentationBasic scripting

Shared Vulnerable Skills(at risk in both careers)

Documentation

Recommendations