Sr Process Development Engineer

The Company

Dexcom Corporation (NASDAQ DXCM) is a pioneer and global leader in continuous glucose monitoring (CGM). Dexcom began as a small company with a big dream:
To forever change how diabetes is managed. To unlock information and insights that drive better health outcomes. Here we are 25 years later, having pioneered an industry. And we're just getting started. We are broadening our vision beyond diabetes to empower people to take control of health. That means personalized, actionable insights aimed at solving important health challenges. To continue what we've started:
Improving human health.

We are driven by thousands of ambitious, passionate people worldwide who are willing to fight like warriors to earn the trust of our customers by listening, serving with integrity, thinking big, and being dependable. We've already changed millions of lives and we're ready to change millions more. Our future ambition is to become a leading consumer health technology company while continuing to develop solutions for serious health conditions.

We'll get there by constantly reinventing unique biosensing-technology experiences. Though we've come a long way from our small company days, our dreams are bigger than ever. The opportunity to improve health on a global scale stands before us.

Meet the team:

You will join Dexcom’s Product Development organization, where we push the boundaries of continuous glucose monitoring technology through innovation in materials, process engineering, and device design. This role sits at the core of design realization—bridging early concept development with scalable, high-volume manufacturing.

As a Senior Staff Process Engineer, you will help shape next-generation products by driving advances in precision materials processing, while embedding Dexcom’s Product & Process Excellence principles—our integrated approach to Lean, Six Sigma, and critical parameter management (CPM)—into development from the ground up.

Where you come in:

• Provide a summary of specific job duties and responsibilities in addition to basic summary information listed above.

• You lead process technology development strategies that enable next-generation product architectures, including smaller form factors and tighter tolerances.

• You drive design realization by aligning product requirements with process capability and manufacturing strategy.

• You influence product design through DFx (DFM, DFA, DFR) insights, leveraging deep process understanding and trade-off analysis.

• You develop and scale advanced processes for micro-dispensing, bonding, and encapsulation of adhesives, epoxies, and soft materials.

• You architect and execute process characterization strategies, including DOE, multivariate analysis, and statistically rigorous experimentation.

• You define and manage CPPs, CQAs, process windows, and control strategies using Product & Process Excellence methodologies.

• You ensure processes are designed for scalability, robustness, and high-volume manufacturability early in development.

• You lead design verification (DV) readiness, including process definition, risk mitigation, and capability demonstration.

• You establish metrology and inspection strategies aligned to micro-scale feature requirements and tolerance validation.

• You lead cross-functional collaboration across R&D, quality, reliability, and manufacturing, serving as a key technical voice in design reviews.

What makes you successful:

• You bring deep expertise in adhesives, epoxies, soft materials, or other precision material systems used in high-performance devices.

• You have strong experience in design realization and process-driven product development within R&D environments.

• You demonstrate advanced proficiency in DOE, process capability analysis, and statistical modeling.

• You have a track record of developing scalable, high-precision processes for complex product architectures.

• You apply Product & Process Excellence principles (Lean, Six Sigma, CPM) to drive process capability, variation reduction, and manufacturability.

• You possess strong knowledge of process-material interactions and their impact on performance and reliability.

• You effectively influence cross-functional…