Process Integration Engineer

Summary Supports customer programs through Atomica's E/S/V (Experimental, Short-Loop, Prototype) development framework. Works closely with Technical Leads, Program Managers, Process Engineers, Modeling & Simulation, Test Engineering, and Fab Operations to drive rapid prototyping, integration validation, POR development, and transition toward scalable manufacturing. May serve as Technical Lead for lower-complexity customer programs. Responsibilities Develop process flows, integration plans, DOE strategies, and technical documentation. Support execution of customer programs from concept through prototype and production readiness. Interface with modeling, simulation, characterization, and test teams to accelerate development learning cycles. Analyze data and drive process optimization, yield improvement, and manufacturability. Coordinate activities across Process Engineering, Fab Operations, Quality, Manufacturing, and Program Management. E/S/V Execution Expectations Support planning and execution of E-Lots, S-Lots, and V-Lots. Ensure development activities maximize parallel execution and minimize cycle time. Support establishment of Process-of-Record (POR) candidates. Drive integration validation and manufacturability learning. Identify risks early and develop mitigation plans with customers and internal stakeholders. Technical Leadership Expectations Lead lower-co [... source excerpt omitted ...] ty programs or major workstreams. Participate in customer technical reviews and development planning. Support rapid prototyping strategies that accelerate transition to scalable production. Quantifiable Deliverables / KPIs Support 3–6 active customer programs simultaneously. Support execution of 30+ E-Lots, S-Lots, and V-Lots annually. >90% on-time closure of assigned technical action items. Technical reports within 5 business days of major lot completion. Contribute to establishment of validated POR candidates and integration plans. Required Qualifications BS or MS in Electrical Engineering, Materials Science, Physics, Chemistry, Mechanical Engineering, or related field. [... source excerpt omitted ...] fundamentals. Strong analytical and problem-solving skills. Ability to operate effectively within a high-mix MEMS foundry environment. U.S. Person as defined by ITAR Preferred Qualifications Experience in MEMS, photonics, sensors, advanced packaging, or semiconductor foundries. Experience with COMSOL, Fusion 360, SimScale, Coventor, or equivalent modeling and simulation tools. Experience with electrical test, characterization, yield analysis, or failure analysis. Knowledge of JMP, SPC, DOE methodology, and statistical analysis. Programming experience using Python, MATLAB, or similar tools. Career Progression Process Integration Engineer → Senior Integration Engineer / Techni