Job Description

Date:

Jul 21, 2025

Location:

Pune, MH, IN, 410501

Company:

Corning


Requisition Number: 69925

The company built on breakthroughs.

Join us.

Corning is one of the world's leading innovators in glass, ceramic, and materials science. From the depths of the ocean to the farthest reaches of space, our technologies push the boundaries of what's possible.



How do we do this? With our people. They break through limitations and expectations - not once in a career, but every day. They help move our company, and the world, forward.



At Corning, there are endless possibilities for making an impact. You can help connect the unconnected, drive the future of automobiles, transform at-home entertainment, and ensure the delivery of lifesaving medicines. And so much more.



Come break through with us.

Required Job Profile:

Corning Research Center India is seeking a technically exceptional and innovative

Senior Scientist

to join the team in Pune, India. The ideal candidate will apply engineering knowledge, advanced numerical methods, and computational modeling techniques to solve challenging problems related to product performance and manufacturing processes across Corning's diverse portfolio of materials and technologies.





We are looking for a creative, out-of-the-box thinker who can work independently and collaborate effectively with global, multidisciplinary teams to deliver high-impact, innovative, and life-changing solutions. This role requires expertise in heat and mass transfer, highly viscous flows, reaction engineering, multiphase flows, combustion, turbulence, Computational Fluid Dynamics (CFD), advanced modeling techniques, and strong programming skills.

Key Responsibilities:

Develop, validate, and implement numerical models to address complex engineering problems in heat and mass transfer, highly viscous flows, reaction engineering, combustion, multiphase flows, turbulence, and computational fluid dynamics (CFD). Collaborate with cross-functional teams, including experimentalists, researchers, scientists, and project leaders located globally, to address research and development challenges. Create models using appropriate numerical methods and software and expand modeling capabilities as required. Translate real-world problems into solvable modeling objectives and provide actionable insights. Communicate and present project updates to stakeholders across global locations. Document results and findings via internal reports and external publications. Stay at technological forefront in modeling, simulation, and applied mechanics.

Required Skills:

Solid expertise in fluid dynamics, including heat and mass transfer, highly viscous flows, reaction engineering, combustion, multiphase flows, turbulence, and advanced numerical and computational techniques. Hands-on experience with commercial / opensource CFD softwares, including (but not limited to)

FLUENT, Polyflow, Ansys-Thermal, OpenFOAM, COMSOL, SpaceClaim, ANSYS Meshing Platform, MATLAB, and Tecplot.

Proficiency in programming languages such as C/C++, Unix, Shell, and Python. Strong analytical, diagnostic, and problem-solving skills. Ability to break down complex real-world problems into solvable modeling objectives. Versatility in adapting to various technology areas; a balanced combination of technical depth and breadth. Self-motivated with a long-term interest in technical growth.

Desired Skills:

Familiarity with polymer processing, viscoelastic flow, or injection molding modeling will be a plus. Proficiency in

open-source CFD software

such as

OpenFOAM,

and commercial tools like

MoldFlow

or

Moldex3D,

is highly desirable. Exposure to

Artificial Intelligence (AI), Machine Learning (ML), and Data Analytics

techniques particularly as applied to modeling, simulation, or materials science. Familiarity with

statistical methods, machine learning frameworks

(e.g., TensorFlow, PyTorch),

or

data visualization tools

. Experience working in an

industrial R&D environment

. Knowledge of

data-driven modeling, optimization, or predictive analytics

. Flexibility to thrive in a dynamic work environment and adapt to changing priorities. Ability to integrate physics-based models with data-driven approaches to enhance predictive capabilities.

Soft Skills:

Highly collaborative and capable of fostering open engagement with colleagues to achieve project goals. Strong technical curiosity with a desire to continually learn and grow in diverse technology areas. Ability to translate complex technical concepts into simplified explanations for broader audiences. Self-driven with a proven ability to manage independent workstreams. Effective communication skills for remote collaboration with global teams via phone and video calls.

Education and Experience:

A

PhD, Master's, or Dual Degree

in

Mechanical Engineering (Fluid and Thermal), Aerospace Engineering or Chemical Engineering

with a strong emphasis on

heat and mass transfer, fluid flow

and Computational Fluid Dynamics

from IITs, IISc, or other reputed institutions (including leading foreign universities). Candidates with

more than 4 years of relevant work experience post-Masters/Dual Degree

or

more than 2 years of relevant experience post-PhD

are encouraged to apply. Exceptionally bright candidates with

lesser experience

but a proven track record of excellence and strong capabilities in relevant areas are also invited to apply

Travel:

Opportunities for travel to global locations

to collaborate with diverse and talented teams in

research, development, engineering, and manufacturing

, fostering innovation and cross-cultural exchange.

Work Flexibility:

*

Flexible work arrangements

, including the option to

work from home up to 2 days per week

, promoting work-life balance and productivity.