Senior Embedded Software Engineer

A Senior Embedded Software Engineer at RISE™ Robotics is responsible for designing, developing, and maintaining embedded software for robotic lift systems. This includes collaborating with hardware engineers, developing control algorithms, implementing real-time systems, conducting thorough testing and debugging, and maintaining proper documentation throughout the software design and development process.

To apply for the Senior Embedded Software Engineer role at RISE™ Robotics, candidates should have at least 5 years of professional experience in embedded software development using C, C++, and Python. Experience in robotics, motion control systems, and familiarity with common embedded communication interfaces like CAN, SPI, and I2C are essential. Additionally, a strong background in algorithm development for precise robotic operations is highly valued.

The work environment for a Senior Embedded Software Engineer at RISE™ Robotics is dynamic and collaborative, based in Somerville, MA. The role is hybrid, allowing for a combination of in-office and remote work, which fosters flexibility. Employees work closely in cross-functional teams, sharing ideas and working towards the common goal of redefining heavy machinery operations.

At RISE™ Robotics, Senior Embedded Software Engineers have significant opportunities for career growth. By contributing to pioneering projects and working alongside talented professionals in the field, you can advance your skill set, take on leadership roles, and play a vital part in the company's innovation journey. The collaborative environment and outreach to industry partners also provide networking and mentorship opportunities.

As a Senior Embedded Software Engineer at RISE™ Robotics, you can expect a competitive compensation package that includes equity options, comprehensive health insurance (including Blue Cross Blue Shield), a 401(k) program, generous PTO, and flexible work options. The company also hosts regular outings, lunches, and social events to promote a positive and engaging work culture.

When answering this question, highlight specific projects where you designed and implemented embedded software for motion control systems. Discuss the programming languages and tools you used, and detail the impact your work had on the project's success. It's important to showcase your technical skills while also demonstrating your problem-solving capabilities.

To answer this question effectively, discuss the testing methodologies you employ, such as unit testing, integration testing, and validation. Explain how you prioritize thorough debugging and documentation to maintain high standards for reliability and performance in the embedded systems you develop.

Share details about any control algorithms you've created or optimized for robotic motion control. Describe the challenges you faced, the solutions you implemented, and the results achieved. This is an excellent opportunity to demonstrate your technical expertise and innovative thinking.

When discussing a challenging project, focus on your approach to addressing difficulties and how you collaborated with your team to find solutions. Highlight specific outcomes, what you learned, and how the experience made you a more effective engineer.

Convey your passion for continuous learning by mentioning resources such as online courses, conferences, and publications relevant to embedded systems and robotics. Explain how staying informed has positively impacted your work and the value it brings to your role.

Discuss any relevant experience you have with software safety standards, such as ISO 26262, and how you've implemented these standards in your work to ensure compliance and safety in embedded software. Highlight the importance of these standards in developing reliable and safe motion control systems.

In your response, emphasize your communication skills and teamwork ethos. Discuss how you've successfully collaborated with mechanical and electrical engineers or application specialists on past projects, and how you ensure alignment on project goals and expectations.

List specific tools and technologies you've used in embedded systems development, such as integrated development environments (IDEs), debugging tools, or version control systems. Be prepared to discuss how you've utilized these technologies in your projects to enhance productivity and foster team collaboration.

Describe your troubleshooting process, starting from the identification of the issue through to resolution. Mention the techniques and tools you use to isolate the problems, as well as any strategies for preventing similar issues in the future by implementing robust coding practices.

Express your passion for technology and innovation in your response. Discuss specific aspects of embedded software engineering that inspire you, be it the challenge of solving complex problems, the thrill of bringing ideas to life, or your enjoyment of collaborating with diverse teams to create impactful solutions.