We are looking for software engineer new graduates with strong experience in both low-level C/C++ programming and smart contract development in Solidity.

Our team extends the EVM to enable additional functionality while preserving backward compatibility. Your blend of skills make you ideally suited to contribute to the effort. You will leverage your knowledge of high-performance C++ to design and build new VM features, and then use your smart contract development experience to implement core infrastructure that directly leverages the new functionality.

You'll be given a lot of responsibility, and you’ll work on high-impact problems that are core to our team’s mission. You will learn a lot by being part of a small, hyper-focused team with high engineering standards and coding practices. We think that you'll find the work very challenging and rewarding.

Note: We use email for communications, please check your Spam filter for @monad.xyz or @greenhouse-mail.io domains.

Who you are

You're graduating before June 2023 with a BS, masters, or doctorate (or equivalent) in computer science or a related field.

Required:

You're fluent in C++ with excellent knowledge of lower-level details like memory management and multithreading You’ve taken an operating systems class You have significant experience developing smart contracts in Solidity You have extensive knowledge of smart contract security and common pitfalls (e.g. you understand the cause of all major historical reentrancy attacks and other vulnerabilities) You have experience writing extensive unit and integration tests You're resourceful and able to work fairly independently You value communication and collaboration You’re excited about working in a startup, where you’ll wear many hats and be given significant responsibilities You’re able to work in person in NYC, i.e. you have US work authorization or can obtain it via F-1 visa Bonus:

You’re experienced with kernel development You’ve contributed to open source projects What you’ll be doing

You’ll collaborate with the rest of the team to develop features of the Monad VM, aka EVM++ You’ll contribute to design and development of major projects with a smart contract component such as bridges, order books, staking, and NFT minting services. This will draw on your knowledge of existing tools as well as leveraging new primitives in Monad’s VM. You’ll develop rigorous unit and integration tests, and thoroughly consider potential attack vectors You’ll contribute to architectural decisions that maximize security and minimize trust requirements You'll contributing to tools that help both our team and end users be more productive You'll use our tech stack: C++, go, clang, LLVM, gdb, perf, unix, git Why work with us

Working at Monad Labs means doing challenging work on a high-impact problem with exceptional teammates.

Here are some of the people you’ll work with:

James, performance engineering expert and system architect; previously designed and built ultra-low-latency systems for a top high-frequency trading team at Jump Trading; Ariq, expert at low-level firmware and software programming; previously a senior engineer at Arista Networks, where he served as lead maintainer on multiple linux kernel networking drivers for Arista EOS devices; Aashish, expert systems designer and hacker, previously the first engineer at Pattern Research, a leading crypto HFT firm, where he designed and built the entire trading stack from scratch Why work with us?

You’ll quickly develop your skills as a professional software engineer through meaningful and challenging responsibilities, combined with excellent mentorship from our team You’ll work on extremely challenging problems with massive potential impact You’ll work with and learn from a small, exceptional team You’ll receive a competitive compensation package with a competitive base salary and equity You’ll shape the culture as an early employee and make impactful contributions from day one You’ll be part of a flat, results-driven organization Your work will be deeply impactful, enabling much cheaper and more efficient decentralized computation and ultimately paving the way for new dapps that improve many people’s lives.