Solid Mechanics Modeling Engineer at Corning

Location: Corning, New York
Type: Full-time
Level: mid
Posted: Jun 3, 2026

Summary from listing

Corning is hiring a full-time onsite Solid Mechanics Modeling Engineer at its Sullivan Park R&D campus in Corning, New York. The role applies solid mechanics, finite element analysis, and topology optimization to evaluate structural performance, identify failure modes, improve product reliability, and support research, development, manufacturing, and customer-facing engineering challenges. The engineer will develop material and structural models, design and interpret validation experiments, provide technical guidance, and communicate findings across cross-functional teams. The position requires an M.S. or Ph.D. in a relevant technical field, at least three years of relevant professional experience, and expertise in brittle-material modeling, FEA, optimization, and programming with tools such as Abaqus, Tosca, ANSYS, Python, MATLAB, or C++.

Required Skills

Solid mechanics
Finite element analysis
Topology optimization
Abaqus
Python
MATLAB
C++

Additional Information

Minimum Education: M.S. or Ph.D. in Mechanical Engineering, Civil Engineering, Materials Science, or a related technical field
Required Previous Experiences: At least 3 years of relevant professional experience after degree completion; postdoctoral research experience may also be considered
Experience developing constitutive material models and characterization approaches for brittle materials, including hands-on materials testing, especially strength and fracture testing
Preferred Qualifications: Experience with open-source FEA or multiphysics tools, such as MOOSE
Experience in process engineering, product engineering, or manufacturing support, including product performance evaluation and technical data analysis
Broad knowledge of mechanical and materials testing techniques and experience with structured experimental and problem-solving methods
Ability to manage multiple technical projects and work effectively across diverse stakeholders and cultures