Contract Game Mathematician (Hourly)

As a Contract Game Mathematician at Otherworld, your key responsibilities will include analyzing and validating game math for our custom slot and crash-style games, simulating expected payouts and volatility, and writing detailed math specifications. You'll also perform technical analyses on probability models, develop tools for Monte Carlo simulations, and recommend adjustments to enhance game fairness and profitability.

The Contract Game Mathematician role at Otherworld requires a degree or higher in Mathematics, Statistics, Physics, or a related quantitative field. Proficiency in Python for simulations is essential, along with a solid understanding of probability theory, combinatorics, and RTP modeling. Experience with real-money slot games and strong communication skills are also important to interpret game design and document complex math effectively.

At Otherworld, remote work is at the core of our values. As a Contract Game Mathematician, you can work from anywhere in the world and set your own hours. Our fully remote environment encourages flexibility and independent work, allowing you to collaborate asynchronously with a diverse and experimental team.

Joining Otherworld as a Contract Game Mathematician opens up unique opportunities like being part of a bold team redefining online gambling. You'll gain early access to innovative crypto games and contribute to an exciting, experimental culture that prioritizes creativity over corporate rigidity, creating an engaging experience for players around the world.

While not mandatory, additional experience in provably fair algorithms, game theory, or gaming analytics tools will be beneficial for the Contract Game Mathematician position at Otherworld. Familiarity with gaming compliance frameworks and telemetry data is also a plus, helping you navigate and contribute to the complex landscape of online gaming mathematics.

When validating game math for slot games, I start by reviewing the game design documents to understand the intended mechanics. I ensure that all mathematical aspects, such as payout percentages and hit frequency, align with the game’s objectives. I also develop simulations to verify these calculations under various scenarios, ensuring accurate representation of player experiences.

For Monte Carlo simulations in game design, I utilize Python scripting to create models that simulate various outcomes based on defined probabilities and game mechanics. I run multiple iterations to analyze expected values, player win curves, and other relevant metrics. This helps in evaluating the fairness and excitement of the games.

In a previous role, I had to present the RTP models to the design team. I utilized visual aids and simplified language to break down complex concepts into relatable terms. By focusing on the implications of the math on player experience, I ensured the team understood how these concepts impacted game design.

To ensure game fairness while maximizing profitability, I analyze various mathematical models and their implications on player experience. I recommend adjustments based on simulations and statistical analysis. It’s essential to balance excitement and engagement with profitability without compromising the game’s integrity.

One challenge I faced was ensuring compliance with varying regulations across jurisdictions. To overcome this, I researched specific compliance frameworks and collaborated with compliance teams to integrate requirements into mathematical specifications, ensuring that our games met legal standards while maintaining design integrity.

I have significant experience with gaming analytics tools to track player behavior and game performance metrics. These insights help inform my game design choices by identifying trends that indicate player preferences, allowing me to adjust game mechanics accordingly and ensure an engaging user experience.

When working on multiple projects, I prioritize tasks based on deadlines and dependencies. I create a structured plan outlining key milestones for each project. Utilizing project management tools helps keep me organized and focused, ensuring that I meet all deadlines while maintaining the quality of my work.

A deep understanding of probability theory is crucial for a game mathematician because it underpins all game mechanics and player experience. By grasping these concepts, I can create mathematically sound game logic that yields desired player outcomes and ensures fair play, ultimately enhancing trust and engagement.

I have led A/B testing initiatives to assess different game features and their impacts on player retention and revenue. By analyzing player responses and statistical outcomes, I've been able to recommend feature adjustments that maximize engagement, ensuring that our games remain compelling and profitable.

I view feedback from design and development teams as a collaborative opportunity. I analyze the feedback critically and discuss it openly to understand their perspectives. Making necessary adjustments while explaining the mathematical implications ensures that the games are both technically sound and align with the creative vision.