Software Engineer - Project Domain Team

About Taskrabbit:

Taskrabbit is a marketplace platform that conveniently connects people with Taskers to handle everyday home to-do’s, such as furniture assembly, handyman work, moving help, and much more.

At Taskrabbit, we want to transform lives one task at a time. As a company we celebrate innovation, inclusion and hard work. Our culture is collaborative, pragmatic, and fast-paced. We’re looking for talented, entrepreneurially minded and data-driven people who also have a passion for helping people do what they love. Together with IKEA, we’re creating more opportunities for people to earn a consistent, meaningful income on their own terms by building lasting relationships with clients in communities around the world.

Taskrabbit is a hybrid company with employees distributed across the US and EU and a Built In — Best Places to Work (2022, 2023, 2024) continually ranked across multiple national and regional categories. Join us at Taskrabbit, where your work will be meaningful, your ideas valued, and your potential unleashed!

This role operates on a hybrid schedule requiring two days of in-office collaboration per week. The position can be based in either our San Francisco office or our new New York City office (opening March 2026).

The Project Domain Team is architecting the future of Taskrabbit’s service engine. Our mission is to build a scalable, event-driven ecosystem that captures client needs with more precision than ever before. This domain focuses on decoupling Demand from Supply and dismantling legacy constraints, empowering the platform to handle our customers' complex needs.

As a Staff Engineer on this team, you won’t just be maintaining a domain system, you will be building the foundation that unlocks high-value revenue streams and enables Taskrabbit to expand into entirely new categories. You will play a pivotal role in creating a better everyday life for our users by making complex home services feel seamless.

Join us in creating a better everyday life for everyday people.

• Designing & Driving the implementation of complex, high-volume backend solutions, focusing on core demand flow and event-driven architectures.
• Contribute to the team’s technical roadmap by proposing and executing platform improvements that dismantle legacy constraints and increase scalability.
• Mentor and collaborate with junior engineers, guiding them through complex design decisions, best practices, and effective goal decomposition.
• Establish and document best-in-class coding patterns and domain standards, ensuring they are accessible and actionable across the team.
• Maintain a culture of excellence through thorough code reviews and by troubleshooting complex performance, testing, and deployment issues in a high-traffic production environment.
• Partner effectively with Product, Design, and other domain teams to ensure cohesive feature delivery and a seamless user experience.

• 8+ years of professional experience in software development, with a primary focus on building and scaling complex backend systems.
• Expert-level proficiency in JavaScript, Type Script, and the NestJS framework, with a proven track record of delivering high-quality, production-grade features at scale.
• Extensive experience building and consuming API-driven applications (e.g., RESTful services) and a strong understanding of microservice architectures.
• A solid foundation in Domain-Driven Design (DDD) principles and the ability to apply them to solve complex business logic challenges.
• Hands‑on experience with Kafka or similar event-streaming platforms to build decoupled, resilient systems.
• A strong commitment to code quality, comprehensive documentation, and a mindset geared toward operational excellence and system reliability.

• Experienced in Ruby on Rails with a proven ability to navigate and interpret complex legacy codebases.
• Expertise in database technologies such as MySQL or Postgre
  
  SQL, with the ability to design efficient schemas and write highly optimized queries.
• Experience operating in a distributed systems environment and a solid conceptual understanding of event-driven architecture…