Senior Robotics Software Engineer

As a Senior Robotics Software Engineer at Multiply Labs, your primary responsibilities will include developing robust and efficient robotic systems to automate the manufacturing process of cell therapies. You will lead the design, build, and deployment of high-quality production software, collaborate with cross-functional teams to develop robotic interaction protocols, and work on troubleshooting communication and interaction issues. Additionally, you'll contribute to an automated test suite for continuous integration, ensuring our systems operate seamlessly.

To qualify for the Senior Robotics Software Engineer position at Multiply Labs, candidates should hold a Bachelor’s or Master’s degree in Computer Science, Engineering, or a related field. You’ll need a minimum of 5 years of relevant industry experience, with a strong foundation in linear algebra, Python, and data science skills. Experience in leading cross-functional projects involving integrated robotic systems is important, alongside excellent communication and collaboration abilities. A passion for learning and being a self-starter in a dynamic startup environment is also crucial.

At Multiply Labs, the Senior Robotics Software Engineer will be involved in a range of exciting projects that include developing robotic interaction algorithms, integrating data systems, trajectory planning, and implementing imitation learning techniques. You will have the opportunity to collaborate closely with software and hardware teams, enabling innovative approaches to automate the complex processes utilized in the production of cell therapies. This role promotes cross-functional learning, ensuring a dynamic and collaborative work environment.

Multiply Labs offers a comprehensive benefits package to its Senior Robotics Software Engineers, which includes health insurance, health savings accounts, daily catered lunches, commuter benefits, flexible PTO, and a 401K plan. Additionally, employees have an opportunity to receive equity in the company. The company culture promotes collaboration, open communication, and authenticity, contributing to an enriched work experience.

Collaboration is a key component of the Senior Robotics Software Engineer role at Multiply Labs. The team structure promotes frequent rotations across different project teams, enabling engineers to work alongside various specialists, including robotics, mechanical, and electrical engineers, biopharma scientists, and software developers. This approach fosters cross-functional collaboration and rapid learning, allowing all team members to share their unique insights and contribute effectively to the innovative technology we develop.

In responding to this question, provide specific examples of robotic system integration projects you have worked on. Highlight your role in the integration process, the challenges faced, and how you overcame them. Discuss the technologies used and the outcomes to illustrate your expertise in this area.

Be prepared to discuss your proficiency with programming languages, especially Python, which is crucial for this role at Multiply Labs. Offer examples of projects where you've utilized these languages in developing robotic software, including specific libraries or frameworks that enhance your coding capabilities.

When answering this question, showcase your creativity and problem-solving skills by highlighting a specific project where you implemented an innovative approach. Detail your thought process, the implementation steps, and how it positively impacted the project's success.

Discuss the strategies you employ to ensure software reliability and compliance, such as rigorous testing, code reviews, and adhering to industry standards. Provide examples of how you've implemented these practices in previous roles.

Use the STAR method (Situation, Task, Action, Result) to structure your response. Clearly outline the challenge, your approach to solving it, and the resulting success or lessons learned, demonstrating your resilience and problem-solving capability.

Emphasize the importance of communication in robotics engineering, particularly in cross-functional collaborations. Discuss how effective communication can improve teamwork, clarify complex ideas, and ensure project alignment among engineers, scientists, and other stakeholders.

Share your methods for prioritizing tasks, such as using project management tools, assessing project urgency, and defining clear milestones. Highlight your ability to stay organized and focused, even in a fast-paced environment, ensuring that you meet deadlines without compromising quality.

Discuss your commitment to continuous learning by mentioning how you stay updated on industry developments, whether through online courses, attending conferences, or engaging in community forums. Provide examples of skills or technologies you've recently learned and their application in your work.

Explain your troubleshooting process, such as systematic problem-solving techniques, using diagnostic tools, and collaborating with team members for insights. Provide examples of specific issues you've resolved and the methods that were most effective.

In answering this question, show your understanding of current trends and future directions in robotics within biopharma. Discuss potential advancements, ongoing research, or innovations that could greatly impact the industry, reflecting your passion for the field and your vision for its development.