Senior Laboratory Engineer - Washer Cycle Development

As a Senior Laboratory Engineer - Washer Cycle Development, your primary responsibilities include leading the design and development of high-efficiency washing machine cycle systems. You will research the physics of cleaning fabrics, deliver innovative proposals, develop control algorithms using Model Based Design (MBD) with MATLAB, and apply Six Sigma methodologies to enhance product functionalities. This position also involves coordinating testing, data analysis, and ensuring seamless integration within a global technical team.

To qualify as a Senior Laboratory Engineer - Washer Cycle Development, you must possess a Bachelor’s or equivalent degree in Mechanical or Electrical Engineering along with four years of relevant experience. Experience leading high-efficiency washing machine cycle systems, utilizing Six Sigma methodologies, and proficiency in MATLAB for system design and analysis are also essential. A Six Sigma certification is required as part of the application.

Candidates for the Senior Laboratory Engineer - Washer Cycle Development position should be well-versed in engineering methodologies such as Six Sigma, SCRUM, and Agile. These methodologies will assist in developing new or improved washing and drying cycles and ensure that these appliances meet performance, functionality, and regulatory standards.

In the role of Senior Laboratory Engineer - Washer Cycle Development, you significantly contribute to product innovation by researching and applying advanced principles in thermodynamics and while leveraging consumer insights to inform design decisions. You’ll be tasked with developing automated routines and cycle features while delivering proposals that have potential for intellectual property, thereby shaping the future of laundry technologies.

Candidates for the Senior Laboratory Engineer - Washer Cycle Development role should be proficient in MATLAB and Simulink for developing control algorithms, as well as using programming languages like LabView for automating laundry appliance cycle routines. Familiarity with JMP software for applying Design of Experiment techniques is also important for success in this position.

When answering this question, highlight specific projects where you applied Six Sigma principles, detailing the challenges faced, methodologies used, and the outcomes achieved. Emphasize how Six Sigma helped enhance efficiency and meet performance standards in washing cycle systems.

To effectively answer this, discuss your experience with Model Based Design and use of tools like MATLAB and Simulink. Provide examples of algorithms you've developed, the challenges encountered, and how you ensure they meet both functionality and regulatory requirements.

Answering this question should involve sharing specific methods, such as algebraic modeling and thermodynamic optimization. Explain how you analyze data to minimize service calls and enhance overall cycle performance.

During your response, talk about your hands-on experience with testing and analyzing performance in a laboratory setting. Mention how you document findings, coordinate with teams, and use consumer feedback to inform design adjustments.

Think of a project where you were at the helm. Talk about the cycle development phases you led, any obstacles related to team collaboration or design constraints, and how you navigated these challenges to achieve successful outcomes.

Discuss your knowledge of applicable regulations for washing machines and how you keep updated with changes. Explain your process for incorporating these standards throughout the design and development phases.

Emphasize how you value consumer insights in shaping design decisions. Provide examples of how feedback has led to significant improvements in washing cycles or features.

Mention specific industry publications, conferences, or networks you engage with to keep your knowledge up-to-date. Your answer should reflect a proactive approach to learning about trends and technologies that impact washing cycle development.

If applicable, outline specific projects in which you've utilized LabView for development, focusing on your ability to automate laundry appliance routines and highlight any complexities involved.

When responding, stress the importance of clear communication, scheduled check-ins, and the use of collaborative technologies. Share how you align project goals across locations and manage differences in engineering practices.