Senior Process Integration Engineer

Role Summary Serves as the technical owner for customer programs from concept through scalable production. Leads Atomica's E/S/V execution framework, drives rapid prototyping, establishes validated Process-of-Record (POR) solutions, and serves as the primary customer-facing technical leader. Responsible for balancing technical risk, schedule, manufacturability, cost, and customer objectives. Core Responsibilities Own technical strategy, integration architecture, and development roadmap. Translate customer requirements into executable development plans. Lead cross-functional teams across Integration Engineering, Process Engineering, Fab Operations, Quality, Manufacturing, Modeling & Simulation, and Test Engineering. Drive process integration, yield improvement, and manufacturability. Present technical results, recommendations, and recovery plans to customers and management. E/S/V Execution Expectations Define and lead E-Lot, S-Lot, and V-Lot strategy for assigned programs. Ensure E/S/V activities execute in parallel whenever possible to accelerate customer learning. Drive progression from process exploration to integration validation, prototype demonstration, and scalable production. Establish and maintain POR development plans, success criteria, and exit criteria. Technical Leadership Expectations Serve as primary technical interface to customers. Own technical r [... source excerpt omitted ...] elopment planning. Demonstrated ability to independently define and execute development strategies that efficiently balance technical risk, schedule, cost, manufacturability, and customer objectives within a high-mix MEMS foundry environment. Quantifiable Deliverables / KPIs Lead 5–10 active customer programs simultaneously. >90% technical milestone attainment. >95% customer technical action-item closure. Lead execution of 30+ E-Lots, S-Lots, and V-Lots annually. Transition 2–5 programs annually toward prototype, qualification, or production readiness. Establish validated PORs and measurable improvements in yield, cycle time, manufacturability, quality, or cost. Required [... source excerpt omitted ...] ization, and guiding fabrication activities. Strong knowledge of lithography, deposition, etch, CMP, bonding, packaging, metrology, and semiconductor manufacturing. Demonstrated customer-facing technical leadership. Experience leading complex development programs within a high-mix foundry environment. U.S. Person as defined by ITAR. Preferred Qualifications MEMS, photonics, sensors, advanced packaging, CMOS, heterogeneous integration, or semiconductor process integration experience. Experience with COMSOL, Fusion 360, SimScale, Coventor, TCAD, or equivalent modeling and simulation platforms. Strong understanding of DOE, JMP, SPC, yield optimization, and statistical proces