Sustaining Engineer Intern (Summer 2025)

As a Sustaining Engineer Intern at Bevi, your core responsibilities will include supporting the Sustaining Engineering team in prioritizing necessary improvements to Bevi machines, conducting product failure investigations, leading design reviews, developing and executing tests, and actively participating in bringing prototypes to production. This role will help hone your engineering skills while ensuring that each machine provides the best possible customer experience.

To qualify for the Sustaining Engineer Internship at Bevi, candidates should be pursuing a bachelor's degree in Mechanical Engineering and be entering their junior or senior year. Additionally, a minimum cumulative GPA of 3.0 is essential, along with familiarity with a CAD software – ideally SolidWorks. Hands-on experience with prototype development and basic machine shop tools will also be beneficial for success in this role.

To prepare for the Sustaining Engineer Intern role at Bevi, focus on strengthening your skills in CAD programs like SolidWorks, and gain hands-on experience with prototyping and basic fabrication tools. It's also advisable to familiarize yourself with root cause analysis techniques and stay curious about global engineering trends, as well as nurturing your ability to communicate effectively within engineering teams.

Interns at Bevi can expect a hands-on, fast-paced learning environment where they will work alongside experienced engineers and contribute meaningfully to projects. You will not only improve current products but also get involved in exciting new developments. The culture encourages collaboration, innovation, and a focus on sustainability, making your summer at Bevi both impactful and rewarding.

Yes, the Sustaining Engineer Internship at Bevi requires on-site presence at our Boston office for 4-5 days a week. This setup allows interns to engage directly with their teams, gain hands-on experience, and immerse themselves in the day-to-day operations, fostering both professional development and a sense of community.

When answering this question, elaborate on any courses you have taken or projects where you used SolidWorks. Highlight your ability to create 2D prints and 3D models, and share any specific designs or modifications you've implemented, emphasizing how these contributed to a project’s success.

Talk about your process of identifying a problem, analyzing data, considering various solutions, and then executing the chosen solution. Providing a specific example from a class project or personal experience can showcase your critical thinking and analytical skills.

Discuss your understanding of current product limitations and how your skills in engineering principles and innovation could create solutions. Highlight your eagerness to learn from data analysis and gather insights through discussions with the team.

In your response, mention key aspects such as functionality, safety, manufacturability, and compliance with customer requirements. Highlight the importance of clear communication and collaboration during design reviews to effectively convey risks and proposed improvements.

Explain your method for assessing the urgency and impact of tasks, referencing any tools or techniques you may use, such as a project management app or a simple priority matrix. Providing an example of a past project where you successfully prioritized tasks will illustrate this skill.

When responding, share any specific projects where you worked on prototype development, detailing the processes you used, the materials involved, and the outcome of the prototypes. Emphasize your hands-on experience using machine shop tools.

Prepare a STAR response (Situation, Task, Action, Result) to detail a specific challenge you encountered, your role in addressing it, the steps you took to resolve it, and the outcome. This demonstrates your problem-solving skills and resilience.

Articulate your passion for sustainability and technology. Speak about how you see the impact of smart water solutions on the environment and business efficiency, tying this back to Bevi’s mission and how it resonates with your career aspirations.

Reference specific newsletters, websites, or professional organizations related to mechanical engineering and IoT technologies. Discuss how staying informed allows you to apply the latest trends and concepts to your internship projects, ensuring relevant contributions.

Emphasize the critical importance of clear communication and collaboration among team members in engineering to ensure successful project outcomes. You might want to give an example where effective teamwork helped solve a complex design issue.