Software Engineer, Full Stack

As a Software Engineer, Full Stack at Benchling, your main responsibilities will include building large-scale projects from ideation to rollout, collaborating with product managers and designers, and engineering across our stack by creating backend models and frontend components. You'll play a key role in streamlining data input solutions that significantly enhance the productivity of scientists using our platform.

To be considered for the Software Engineer, Full Stack position at Benchling, you'll need a minimum of two years of relevant software engineering experience. Candidates should have proficiency in both user-facing and backend experiences within web applications, familiarities with React or similar frameworks, and the ability to manage projects from concept to completion, demonstrating a product-first approach to coding.

Benchling embraces a flexible hybrid work environment for its Software Engineer, Full Stack position. This means you are expected to collaborate face-to-face with your team in our San Francisco office three days a week while enjoying the flexibility of working remotely the rest of the time. This balance fosters teamwork and collaboration while allowing for individual productivity.

The base salary range for a Software Engineer, Full Stack at Benchling is between $141,104 and $190,906, based on market factors and your specific qualifications. In addition to base salary, Benchling offers a comprehensive total rewards package that includes medical benefits, extended parental leave, and learning stipends, enhancing both your career and quality of life.

At Benchling, as a Software Engineer, Full Stack, you will have numerous opportunities for professional growth. You'll be encouraged to take ownership of key areas in the software you help build, participate in technical discussions across teams, and engage in continuous learning and development through stipends offered for further education and skill enhancement.

Absolutely! In my previous roles, I worked extensively on both user interfaces and server-side applications. For frontend, I utilized React to develop dynamic and responsive interfaces, ensuring a smooth user experience. Conversely, in backend development, I've focused on designing RESTful APIs and managing databases to optimize data flow and functionality. This hybrid expertise allows me to contribute effectively across the entire stack.

My approach begins with understanding the project requirements and collaborating with stakeholders to define clear objectives. I then break the project into manageable tasks, prioritize them, and initiate an agile development cycle. This includes regular iterations, testing, and feedback from users, culminating in a well-documented deployment process.

I primarily rely on Git for version control, utilizing platforms like GitHub for collaboration. I follow Git flow methodology to manage branches effectively and ensure smooth integration of changes. Additionally, I value tools like JIRA or Trello for project management and communication with team members, allowing us to stay aligned throughout the development process.

Certainly! In my last position, I worked on a project that involved developing a data visualization dashboard. I collaborated with data scientists to understand their needs and with UX designers to ensure the interface was intuitive. By setting regular sync meeting points and using collaborative tools, we successfully launched the dashboard that met both user expectations and project goals.

I believe in a combination of strategies to ensure high code quality, including adhering to coding standards, performing code reviews, and writing unit tests for new features. I also advocate for pair programming sessions, which provide immediate feedback and promote code ownership across the team.

Staying updated is critical! I regularly read industry blogs, participate in webinars, and attend meetups to connect with fellow professionals. Additionally, I experiment with new technologies through personal projects, which not only solidifies my knowledge but also helps me identify potential applications within my work.

One substantial challenge I encountered was a tight deadline on a critical project. To overcome this, I focus on prioritizing essential features and communicating transparently with stakeholders about timelines. This helped us manage expectations and allocate resources effectively, ultimately delivering a viable product on time.

My coding style is clean and documented, which I believe fosters transparency and collaboration within the team. By paying attention to consistent naming conventions and commenting effectively, I make it easier for other developers to understand and build upon my work. This approach enhances our ability to collaborate and maintain a high-quality codebase.

I handle tight deadlines by leveraging effective time management techniques, such as breaking tasks into smaller parts and using prioritization frameworks. When under pressure, I maintain clear communication with my team and stakeholders, adjusting plans as necessary to ensure we stay on track while delivering quality work.

I am particularly drawn to Benchling's impactful mission in the biotech space and the opportunity to work on tools that genuinely help scientists. I admire the company's focus on user experience and collaboration across disciplines, making it an ideal environment for someone passionate about using technology to drive scientific advancements.