Senior Software Engineer, Proofs

As a Senior Software Engineer at OP Labs, you will focus on enhancing Ethereum's performance by developing the infrastructure for secure fund withdrawals from OP Stack chains. You’ll be evolving the Optimism fault proof system, participating in interdisciplinary collaboration, and utilizing your experience in Go or Rust for blockchain development.

Candidates should have substantial experience in Go, Rust, or similar programming languages, coupled with a strong background in blockchain development. Knowledge of systems programming, cryptographic principles, and preferably Zero Knowledge Proofs will greatly benefit your work at OP Labs as a Senior Software Engineer.

Yes, previous blockchain development experience is essential for the Senior Software Engineer role at OP Labs. Your expertise will be pivotal in evolving our proof systems and contributing to the overall growth and performance of the Ethereum ecosystem.

At OP Labs, you can expect a supportive and diverse work culture where team members celebrate each other's accomplishments. We value every individual's contribution and embrace a fully remote setting that encourages engagement and enjoyment in our work.

As a Senior Software Engineer at OP Labs, you will work with a variety of technologies, particularly focusing on Go and Rust while contributing to projects related to virtual machines, fault proof systems, and innovative ZK validity proofs to enhance Ethereum's capabilities.

OP Labs offers competitive compensation packages, fully paid medical, dental, and vision coverage, and a 4% 401K match. We also prioritize employee well-being and support professional development and team collaboration.

OP Labs is committed to the Ethereum community by focusing on open-source innovation and supporting public goods funding. Our mission is to create scalable and sustainable solutions that align private incentives with the public good, fostering a resilient digital ecosystem.

When addressing the development of a proof system for blockchain, it’s essential to first understand the underlying requirements. I begin with thorough research on existing proof systems, engage with the team for brainstorming sessions, and leverage my experience to propose innovative solutions while ensuring compatibility with overall blockchain architecture.

In my previous roles, I have utilized Go and Rust extensively for systems programming, focusing on creating efficient, robust applications. For instance, I developed a virtual machine in Go that optimized transaction processing, ensuring both high performance and security standards.

Effective collaboration in a remote team requires clear communication and regular check-ins. I leverage project management tools to keep everyone aligned on tasks, utilize video calls for brainstorming, and maintain a culture of openness where team members feel comfortable sharing ideas and challenges.

I stay updated with blockchain technology by following industry-leading publications, participating in online courses, attending webinars, and engaging with developer communities to exchange insights and knowledge with other professionals in the field.

Zero Knowledge Proofs (ZKPs) are cryptographic methods allowing one party to prove to another that a statement is true without disclosing any information beyond the validity of the statement. In blockchain, they can enhance privacy and scalability by enabling anonymous transactions while maintaining security.

In a previous project, I led the development of a compiler for a new programming language. The challenge involved optimizing the compiler to reduce runtime errors while integrating advanced features, which required in-depth knowledge of systems programming and collaboration with cross-functional teams.

In complex projects, I prioritize tasks by assessing their impact on project goals and timelines. I break down larger tasks into manageable parts, communicate with my team to understand dependencies, and use agile methodologies to adapt as needed while keeping the focus on high-priority deliverables.

Decentralization is vital in blockchain technology as it enhances security, reduces the risk of single points of failure, and promotes transparency. It empowers users by removing the need for central authorities and fosters trust between participants in the ecosystem, driving adoption and innovation.

I meticulously document technical details through clear, structured writing to ensure future maintainability. I include design decisions, code comments, and utilize diagrams or flowcharts where necessary, making it easier for others to understand the context and rationale behind our choices.

I’m inspired to work in the Ethereum ecosystem because of its commitment to innovation and public good. The potential to solve significant coordination issues and contribute to a decentralized future motivates me to push boundaries and develop technologies that can make a positive impact.