Appliance Engineering Intern: NPD & Prototyping

Keurig Dr Pepper; Burlington (MA); On-site; USD 36,000 - 50,000; Full time

Job summary

Keurig Dr Pepper is seeking a Summer 2027 Intern - Appliance Engineering in Burlington, MA to contribute to developing and improving Keurig appliances, including future Alta and K-rounds concepts. This is a 40-hour/week, in-person internship during June–August 2027.

You'll work on rapid learning cycles, NPD, and cross-functional projects, with mentor support and leadership presentations. Ideal candidates are undergraduates in Electrical/Mechanical Engineering or Computer Science with strong

Qualifications

• Undergraduate enrolled in a full-time engineering or CS program at an accredited college or university.
• Availability to work 40 hours per week in person.
• Strong organization, attention to detail and ability to manage multiple projects.
• Strong communication skills including written and verbal abilities.

Responsibilities

• Learn about Rapid Learning Cycles, NPD and designing solutions to satisfy consumer needs.
• Lead a new design or improvement initiative and present results to leadership.
• Use project management, guided experimentation and knowledge management tools to plan and capture learnings.
• Gain exposure to a global supply chain including electromechanical components, plastics and electronics.
• Engage in cross-functional teamwork and partner on innovative projects.

Skills

Project management

Cross-functional collaboration

Communication

Design thinking

Education

Undergraduate in Electrical Engineering/Computer Science/Computer Engineering/Mechanical Engineering or related field

Tools

Excel

PowerPoint

Job description

Keurig Dr Pepper is seeking a Summer 2027 Intern - Appliance Engineering in Burlington, MA to contribute to developing and improving Keurig appliances, including future Alta and K-rounds concepts. This is a 40-hour/week, in-person internship during June–August 2027.

You'll work on rapid learning cycles, NPD, and cross-functional projects, with mentor support and leadership presentations. Ideal candidates are undergraduates in Electrical/Mechanical Engineering or Computer Science with strong