Are you interested in “Life Changing Innovation”? As with Thomas Edison, we have a history of working with the world’s greatest innovators. We solve our customers’ most complex problems that others can’t or won’t. Collaboration, Innovative Spirit and Career Development are just a few of the reasons world class professionals choose Corning Incorporated for a career. We are headquartered in Corning - a vibrant city in Upstate, NY where residents enjoy the benefits of a rich arts and culture scene, one of the world’s fastest-growing wine regions and a family friendly area with affordable homes and quality education.
Corning is the world leader in specialty glass and ceramics, creating and manufacturing keystone components that enable high-technology systems.
Corning’s history is filled with breakthrough technologies that have played an important role in the way the world works. We thrive on solving difficult, commercially relevant problems through an innovative and collaborative research and development process. Corning succeeds through sustained investment in R&D, more than 160 years of materials science and process engineering knowledge, and a distinctive collaborative culture.
For almost three decades, Corning Environmental Technologies has developed creative, highly effective emission control solutions for mobile and stationary sources around the world. We joined the campaign for cleaner air in the early 1970s, when we developed high-performance, cost-effective cellular ceramic substrates for use in catalytic converters. Our invention has become the industry standard for more than 95% of today’s catalytic catalytic-converter equipped vehicles. Today, we hold more than 200 patents on emission-control products and processes used in gasoline, diesel and alternative-fuel vehicles, as well as stationary applications.
To know more about Corning Environmental Technologies, visit us at: http://www.corning.com/products_services/environmental_technologies.aspx
Scope of Position:
• Primary function is to execute finite element models with a structural mechanics focus. This person will specialize in product reliability ceramic honeycomb products. In this role, this person will support new products in assessing material options, product designs and manufacturing processes to identify technical challenges & unique failure modes for the purpose of ensuring new products meet performance requirements related to reliability. In addition, this role would also be involved in the design of dies for new products to include die stress analysis and fluid dynamics to model batch flow through the die.
• Additionally, about 50% of this person’s time will be spent conducting laboratory tests related to product and material characterization. This includes the use of machine vision systems and their measurement outputs as well as using mechanical load frame testing of brittle materials at high temperatures with non-contact sensors. The other 50% of this jobs time will be used for data analysis (interpreting experimental results, data processing, and running simulations).
• Emphasis is on, but not limited to, mechanical reliability performance. Focus is on understanding of fundamental science as it relates to the projects goals.
• The successful candidate will be comfortable in working with technical product development groups, research scientists and engineering. Providing presentations to management may be required.
• The role of this individual is to serve as a technical support staff in mechanical properties and/or material science as well as having a strong understanding of reliability principles and will interface with numerous project groups.
Day to Day Responsibilities:
Collaborate with new product projects to:
• Identify potential critical challenges and failure modes – includes team facilitation to identify risks
• Identify the proper testing methods & develop new methods if needed to evaluate the risks
• Develop & manage testing plans
• Conduct experiments to gain fundamental knowledge to address the technical challenges
• Perform data analysis and interpretation
• Make recommendations to projects to improve functional performance and reliability
• Develop new intellectual property
• Run structural mechanics simulations using finite element analysis (ANSYS, ABAQUS)
Travel Requirements: Variable but expectation is <5%, possibly international
Hours of work/work schedule/flex-time: 40+ hours per week with flex-time
Required Education: MS or PhD in Mechanical Engineering
• 0-3 Years of Experience
• Experience with ANSYS, ABAQUS, Matlab or other computer programming required. Experience with material property (mechanical) testing
• Technical knowledge in area of brittle material fracture mechanics and strength
• FEA modeling experience using ANSYS or ABAQUS.
• Computer programming experience using Matlab, or other languages (C#, etc.).
• Laboratory experience with the equipment and test methods used in materials testing, particularly strength and fracture testing
• Ability to work across organizational boundaries from research to manufacturing
• Ability to define DOEs and perform statistical analyses
• Familiarity with reliability engineering concepts
• Strong communication skills and comfort in facilitation of technical personnel
• Predictive life modeling, FMEA, QFD &Fault Tree Analysis experience.
• Familiarity with Fractography of brittle materials
• 6-Sigma black belt training
• Industry experience
• Customer facing interaction and communication skills/experience
• Team player who enjoys collaboration.
• Excellent communication and presentation skills, ranging from communicating with teams, management to sophisticated outside customers.
• Strong facilitation skills to enable leading of teams through ambiguous evaluations.
• Experience working in small to medium sized cross-functional technical teams.
• Comfortable with a hands-on approach to problem solving.
EOE/AA including Veterans and Disabled