Staff Module R&d Engineer

Maxeon Solar Technologies is a global leader in solar innovation. Built from 35 years of boundary-pushing solar innovation, Maxeon designs, manufactures, and sells industry-leading SunPower branded solar products. Maxeon is Powering Positive Change every day with a brilliant, passionate and driven team of more than 5,000 people globally.

We push the boundaries, taking solar technology higher, faster, and farther than before.
We hold ourselves to a higher standard, striving for the highest integrity, safety, and quality.
We thrive together as a global team, embracing our diverse backgrounds to make a positive impact on the world.

Join us in POWERING POSITIVE CHANGE
Maxeon Solar Technologies is a global leader in solar innovation. Built from 35 years of boundary-pushing solar innovation, Maxeon designs, manufactures, and sells industry leading SunPower branded solar products. Maxeon is Powering Positive Change every day with a brilliant, passionate and driven team of more than 5,000 people globally.

We hold ourselves to a higher standard, striving for the highest integrity, safety, and quality. We thrive together as a global team, embracing our diverse backgrounds to make a positive impact on the world.
Join us in POWERING POSITIVE CHANGE

Role Description
As a Staff R&D Engineer within the Maxeon R&D team, you will develop new designs and processes to lower the cost and enhance the performance and reliability of solar cell and module technologies. You will work within a team of process, equipment, and reliability engineers to assess and develop necessary toolsets and metrology to achieve these objectives. You will work on projects from design, process development, and reliability testing at a laboratory scale to implementation in high-volume manufacturing. This will require optimizing robust processes through rigorous characterization and statistical validation.

**Essential Duties and Responsibilities**:
Lead strategically on the PV glass materials and mechanical designs of existing and next-generation solar panels
Evaluate and simulate the value proposition of any PV glass materials and whether they meet the product requirement in efficiency, cost, weight, reliability, and quality
Build prototypes and execute experiments in the laboratory, at production sites, and at vendor sites using techniques such as statistical design of experiments to verify the predicted benefits or issues
Analyze data to form conclusions, plans for next experiments, and recommended decisions and present them clearly and concisely
Own projects from initial development through transfer to high volume manufacturing and collaborate with cross-functional team of PV module engineers, cell scientists, reliability engineers, Ops, and product Managers
Support 8Ds of production issues and integrate new learnings into future designs

**Minimum Education and Experience**:
B.S degree in Engineering and 3-5 years of related experience OR M.S. degree and 1-3 years OR Ph.D
Experience with developing and reliability testing of module materials a plus
Professional or Research experience in
Product design in project environment
Laboratory testing and field testing
Process development and deployment in high-volume manufacturing
Vendor management to ensure that their designs are technical-sound, cost-effective and delivered-on-time
Ability to combine technical and business considerations (e.g. cost, value propositions etc)
Self-starter, creative problem solver, persistent and flexible, able to get results
Team player, but able to work independently with little direction
Excellent communicator, both in oral presentations and written reports
Enthusiastic about learning new things and fully understanding issues and concepts
Willing to travel up to 25% of the time

**Preferred Experience**:
Specialists in PV Glass or manufacturing is a plus
Process development and/or reliability testing experience in solar photovoltaics, batteries, or semiconductor industries
Experience with

**Materials characterization and failure analysis on PV glass**: Anti-reflective coating, physical or chemical tempering, porosity, uniformity, float glass, low Fe glass, glass warping, glass soiling, Silicon oxide, glass patterning, impact resistant glass, UV-vis spectrometer, glossmeter, contact angle measurement, ellipsometry, colorimetry, SEM, FTIR
Engineering statistics and statistical software (e.g. JMP)
Design of Experiment (DOE)
Statistical process control (SPC)
Failure modes and effects analysis (FMEA)
Writing code for analyzing and fitting data - (ex. Python, matlab, JMP)

**Document management system**: Bill of Material (BOM), and Engineering Change (EC) Process
Safety Compliance
Your safety is our number one priority at Maxeon. All our employees must complete regular workplace safety training and comply with our mandatory safety standards.

Equal Employment Opportunity
It is Maxeon’s policy to provide equal employment opportunity to all applicants and employees. Maxeo