Lead RPG Economy Designer (Hybrid)

Homa; Poland; Hybrid; PLN 240,000 - 360,000; Full time

Benefits offered by this job

Insurance

Meal vouchers

Public transport

Home office setup allowance

WeWork access in Europe

Job summary

Homa is a global mobile game developer and publisher delivering top‑ranking experiences across live RPG titles. You will own the monetization and economy design for our hybrid RPG portfolio, shaping how players earn, spend, and engage, while balancing live game KPIs and revenue growth.

You will partner with studios and publishing teams to translate complex economic models into practical guidance. The role emphasizes data-driven decisions, scalable simulations, and close collaboration across

Qualifications

• Experience designing the core economy of a free-to-play RPG title end-to-end.
• Strong data analysis skills; ability to translate data into economic decisions.
• Ability to design pricing, sinks/source balancing, and IAP-driven monetization strategies.
• Excellent written and verbal communication to align distributed teams.

Responsibilities

• Design scalable RPG economy systems across live titles.
• Own economic impact of product features and define KPI-aligned roadmaps.
• Define pricing, sink/source balancing, and engagement strategies to drive IAP and retention.
• Build economy simulations and data models from analysis to live balancing decisions.
• Collaborate with studios and publishing teams to implement economy frameworks.

Skills

Free-to-play economy design

Data analysis

SQL

Monetization systems

Communication

Tools

SQL

Python or R

Unity

Excel

Job description

Homa is a global mobile game developer and publisher delivering top‑ranking experiences across live RPG titles. You will own the monetization and economy design for our hybrid RPG portfolio, shaping how players earn, spend, and engage, while balancing live game KPIs and revenue growth.

You will partner with studios and publishing teams to translate complex economic models into practical guidance. The role emphasizes data-driven decisions, scalable simulations, and close collaboration across