Nhà thiết kế trò chơi at Kola

This position requires a numerical planning expert specializing in game economic systems to design, optimize, and balance virtual economies in Web3 games, ensuring sustainable development and player engagement.

• Experience in designing and adjusting numerical systems for game economies, including event points, prize settings, and NFT-related assets.
• Strong analytical skills to interpret complex data sets and player behavior patterns.
• Deep understanding of game balance principles and player psychology to enhance user retention.
• Familiarity with Web3 game mechanics and blockchain-based asset management.
• Ability to collaborate with cross-functional teams and maintain comprehensive documentation.

Kola, as a likely innovative game development company in the Web3 space, is seeking a Numerical Planning Game Designer to address the challenges of designing balanced and sustainable economic systems in emerging blockchain-based games. Their recruitment intent is to attract candidates who can innovate within this dynamic industry, ensuring long-term player engagement and adaptability to market changes. By emphasizing Web3 mechanics, Kola aims to build a team that can handle complex numerical designs, interpret data for optimization, and contribute to the company's growth in a competitive landscape, possibly targeting retention rates and scalability in virtual economies.

When assessing candidates, prioritize their proven experience in numerical design for game economic systems, particularly in Web3 contexts, as this directly impacts game balance and player satisfaction. Look for strong analytical abilities demonstrated through data interpretation and problem-solving skills. Emphasize collaboration and documentation in team settings, as candidates must work closely with development and design teams. Additionally, evaluate their passion for gaming and awareness of industry trends to ensure they align with Kola's innovative and adaptive culture, focusing on how they can translate player feedback into actionable numerical adjustments.