Process Modeling Engineer (Corning)

Job Description: Job Title: Process Modeling Engineer Location: Corning, NY (100% Onsite) Duration: 12 Months Contract (Possible conversion; no guarantee or defined timeline) Relocation: Non-local candidates must relocate at their own expense Interview Process: Initial Microsoft Teams interview with hiring manager Second round: Extended panel interview (Teams) including candidate presentation Candidates within driving distance may be required onsite for second round Position Overview As a Process Modeling Engineer (Scientist/Engineer), you will model new processes and process conditions to enhance product performance and reduce costs for glass and/or ceramic substrates and filters. The role involves developing and applying analytical and numerical tools to build a fundamental understanding of material and process behavior. This position requires a strong foundation in solid mechanics, expertise in numerical modeling, and the ability to collaborate with globally distributed teams and customers.

Key Responsibilities Model new processes and conditions to improve product performance and reduce costs Develop and apply analytical and numerical models (solid mechanics-based simulations) Collaborate with global research, engineering, and commercial teams Communicate technical results effectively to stakeholders Core Job Duties Apply solid mechanics using analytical methods and FEA/BEM to predict: Thermo-mechanical stress Deformation/warpage Residual stress in glass/ceramic components Develop transient thermal-stress models for process cycles (heating/cooling) Simulate contact, fixturing, and handling to reduce damage risk and variability Evaluate thin film/coating stress and interfacial delamination risk Provide mentorship and recommend new modeling/testing capabilities Support product engineering and customer-related problem solving Prepare technical reports, invention disclosures, and publications Required Qualifications M.S. in Mechanical Engineering, Civil Engineering, or related field with 4+ years of experience OR Ph.D. in Mechanical Engineering, Civil Engineering, or related field Required Skills Experience with finite element analysis (FEA) software (commercial or open-source) Strong knowledge of mechanical behavior of soft materials (gels, polymers) Ability to convert engineering problems into mathematical models Experience designing and validating experiments Strong programming and mathematical skills for FEA/BEM modeling Experience with tools such as Abaqus or Ansys Desired Skills Experience in thin film mechanics and material characterization Experience in process and product engineering Knowledge of material testing techniques Ability to lead experiments, data analysis, and performance evaluations Soft Skills Strong communication and presentation skills Ability to work across global, cross-functional teams Ability to manage multiple priorities and projects Strong analytical and problem-solving capabilities Travel Up to 10% travel required