Associate Principal Scientist/Engineer to act as an MDCP analytical lead for one or more exciting projects, developing and owning an analytical strategy and timeline within a cross-functional working group.
Locations (4)
West Point, Pennsylvania, United States
San Francisco, California, United States
Los Angeles, California, United States
Rahway, New Jersey, United States
Compensation
The salary range for the primary location of this role is: $142,400.00 - $224,100.00
Responsibilities
Act as an MDCP analytical lead for projects
Develop and own an analytical strategy to satisfy Design Controls inputs
Associate Principal Scientist/Engineer, Medical Device and Combination Products, Analytical
Lead MDCP analytical work as an individual contributor within the Center for Packaging & Device Analytics, driving design verification and device characterization.
Compensation
$142,400.00 - $224,100.00
Responsibilities
Develop and own analytical strategy for MDCP projects
Manage analytical efforts and timelines
Coordinate internal and external testing
Lead cross‑functional teams
Ensure compliance with Design Controls
Requirements
Ph.D. in Mechanical, Chemical or Biomedical Engineering (or equivalent)
The Laboratory SEM Technician is responsible for performing materials characterization activities to support product qualification, quality assurance, process improvement, customer requests, and root cause investigations. The role utilizes analytical techniques including SEM-EDS, particle characterization, image analysis, and related laboratory methods.
Responsibilities
Serve as the primary technical owner for SEM-based characterization methods, driving continuous improvement in analytical capability, turnaround time, data quality, and customer support.
Perform characterization of raw materials, intermediate products, finished products, and customer samples using established laboratory methods.
Prepare samples for SEM, EDS, particle analysis, and other materials characterization techniques.
Conduct particle counting, classification, and contamination assessment studies using image analysis software and established procedures.
Operate, maintain, calibrate, and troubleshoot SEM and EDS instrumentation to ensure reliable analytical performance.
Lead technical activities for raw materials, supplier engagement, and material qualification to ensure quality, performance, and supply assurance.
Compensation
The range for this position is $95,402.00 - $131,179.00 assuming full time status.
Responsibilities
Serve as the technical lead for assigned raw materials and supplier relationships
Lead technical engagement with suppliers to resolve material quality, performance, supply, and processability issues
Lead and support qualification of new materials, material changes, suppliers, and alternative sources
Partner with sourcing and suppliers to improve material quality, reliability, supply assurance, and cost competitiveness
Assess supplier technical capability, process controls, material characterization methods, and readiness to meet Corning requirements
Requirements
Bachelor’s degree in Materials Science and Engineering, Ceramic Engineering, Chemical Engineering, Mechanical Engineering, or a related technical discipline
Senior Materials Scientist to develop ceramic materials and fabrication processes for electrochemical cells. This is a hands-on R&D role focused on understanding how ceramic composition, microstructure, and processing affect cell performance, mechanical integrity, and manufacturability.
Responsibilities
Evaluate and develop ceramic materials for electrochemical cells, including assessing electrode and electrolyte composition, porosity, microstructure, mechanical strength, and thermal properties.
Develop and optimize ceramic processing methods, including powder preparation, slurry formulation, greenforming, coating, drying, debinding, sintering, and joining.
Plan and execute structured experimental plans to evaluate materials, identify key process parameters, and improve quality and manufacturability.
Carry out root-cause-analysis to address issues such as cracking, warping, inconsistent porosity, weak components, coating defects, and joining failures.
Apply statistical analysis and data-processing methods to evaluate experimental results, quantify relationships between variables, and guide process optimization.
Drive the development of III–V epitaxy technologies to enable new innovations and next-generation devices.
Responsibilities
Contribute to day-to-day epitaxy operations, including process planning, recipe optimization, material growth execution, and materials characterization using tools such as XRD, PL, CL, EL, SEM, AFM, and surface defectivity assessments
Conduct process testing, data analysis, and quality assurance, ensuring continuous improvement in epitaxial performance, uniformity, and yield
Collaborate cross-functionally with teams including Process Engineering, Equipment Engineering, Characterisation & Test, Facilities, and Shift Engineers to achieve project milestones
Contribute to strategic IP development and patents
Ensure compliance with cleanroom protocols and safety regulations
Requirements
Bachelor’s degree in Materials Science, Physics, Electrical Engineering, Chemistry, or a related field
Nice to have: Ph.D. degree in Materials Science, Physics, Electrical Engineering, Chemistry, or related discipline
Deliver expert pre- and post-sales applications and technical support across Leica's advanced microscopy portfolio, driving customer success and revenue growth.
Locations (2)
Barcelona, Catalonia, Spain
Madrid, Madrid, Spain
Responsibilities
Deliver impactful product demonstrations and customer training
Partner with regional sales teams to align account planning, pipelines, and commercial execution
Provide expert application, product, and software support throughout the customer journey
Advance sales opportunities through technical qualification, tailored imaging solutions, workflows, and high-quality application content
Ensure technical excellence and continuous improvement by maintaining demo readiness, resolving issues, applying DBS principles, and aligning activities with commercial priorities
Requirements
Bachelor’s degree or higher in Materials Science, Physics, Engineering, Chemistry, Metallurgy, Electronics, Pharmaceutical Sciences, or a related technical discipline
Manage analytical efforts and timelines
Perform Device Characterization and Design Verification
Develop and validate mechanical test methods
Requirements
Ph.D. in Mechanical, Chemical or Biomedical Engineering
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