DeFi Liquidation Bot Developer

We are looking for an experienced smart contract developer with experience in running liquidation bots on DeFi lending protocols.

Summary

You will help build liquidator bots on Euler and other protocols, implement and come up with your own quantitative strategies.

Additionally, you will use blockchain data to backtest strategies and visualise the outcomes for the team.

We are offering a generous salary and EUL tokens allocation and a key role within a growing startup.

Please send us a portfolio of your work (for eg on Github) involving liquidations as well as CV (if available).

Technical requirements: experienced in Solidity, C++, Javascript, ability to write DeFi liquidator bots.

Plus: Trading experience, UI/UX.

About Euler

We are the creators of Euler: a capital efficient lending and borrowing protocol that helps users to earn interest on their crypto assets or hedge against volatile markets without the need for a trusted third-party. You can think of Euler as the Uniswap of lending.

We are a fast-growth startup backed by world-leading investors and looking to scale our operation rapidly in the coming year. All of our employees work remotely and are distributed across the globe.

As an early member of the team you will have the opportunity to have a significant impact on the growth of Euler and be rewarded accordingly with a competitive salary and, for long-term roles, token options.

How do we hire?

• Candidates can send us their portfolio of work (for eg on Github) and CV (if available)
• The best candidates will then be invited on a call to discuss their motivations, industry knowledge, background and experience with one of the founding team
• We will then invite candidates to a further technical interview designed to bring out their best qualities and let them showcase their skill
• Successful candidates will be hired on a 2-3 month basis with the hope of long-term contract afterwards

Compensation

Competitive negotiable salary and, for long-term positions, token allocation.