Senior Software Engineer, Lindus Health

• You have 4+ years experience as a software engineer collaborating within a team
• You are product-minded: you want to understand why we are building something to figure out the best how in collaboration with product managers, designers and users
• You are comfortable working across a stack that includes frontend (TypeScript/React), backend (Python/Django/Postgres) and infrastructure (AWS). You don’t necessarily have hands-on experience with all pieces of our stack but are happy to pick up technology that’s new to you
• You like a startup environment with a small team (2 PMs, 2 designers, 7 engineers) where you bring ideas and initiative to improve our engineering practices and where you have opportunities to grow in all areas that interest you
• You have high agency and a bias for action
• You are passionate and curious about our mission; changing how the healthcare industry operates and how new health treatments are developed
• You want to learn what life is like at a high-growth, mission-driven VC funded startup

• We are looking for an experienced software engineer to build the platform powering the next generation of clinical trials
• Join a small, fast-moving team and help us scale the product to manage complex trials and bring new treatments to patients faster!
• This is an onsite role in London with a flexible (hybrid) office arrangement. After an initial onboarding period full-time at our headquarters (near London Bridge) we expect you to be in the office at least 3 days a week
• In your first month:
• Learn about clinical trials and the problems we are trying to solve through our onboarding training and chats with people across the company
• Collaborate with the product team on a starter project and make your first commits
• Become familiar with the core components of our stack (React, TypeScript, Django, Python, Postgres, Amazon ECS)
• In your first 3 months:
• Become a part of the regular product development cycle: take ownership of a feature in Citrus, our trial delivery platform, seeing it through end-to-end from idea to deployment in collaboration with our PMs, designers and other engineers
• Get close to users, observe the product being used in real trials and support the team in responding to feature requests and bug reports
• Contribute actively to the team’s processes and rituals, such as product planning, retrospectives, release management and backlog grooming
• Within your first year:
• Take on responsibility for substantial new features in Citrus and facilitate related architecture and design decisions
• Shape our engineering practices and work on making the team more productive in areas such as testing, CI, deployment pipelines, cloud architecture
• Help grow the product & engineering team by interviewing candidates, onboarding new hires and possibly mentoring junior engineers

• Initial conversation with Gina, Talent Partner (30 minutes)
• Functional Interview with 2 our Engineers (60 minutes)
• Culture and values interview with one of our Co-Founders, Meri or Michael and another team member (30 minutes)

• Generous stock options
• Unlimited holidays; everyone is encouraged to take off at least 28 days each year
• Flexible office arrangement for UK employees; you are encouraged to work 2-3 days per week in our office in London (near London Bridge) when you start, but you are free to work flexibly once you've had a chance to get to know everyone
• Regular team events; we've been to Legoland, a Bake Off competition, and a Millwall FC home game (decided by popular vote)
• Up to £1,000 per year towards courses and development
• A new laptop as your main workstation
• Employee benefits program
• Enhanced parental leave; 16 weeks full pay for primary caregiver, 6 weeks full pay for secondary caregiver

Total funding: $78.7m

Traditional clinical research companies are often inefficient and rely upon pen and paper, even for the UK COVID-19 vaccine trial, one of the best-funded trials in history. In addition, the cost of conducting clinical trials has skyrocketed over the last decade. This stifles innovation and means fewer new treatments for patients.