Join an industry leader and make a positive change in the sustainable use of the world's natural resources.
Together, we will transform the business and drive the industry toward a greener future.
At Metso, you will be supported by our inclusive culture and a network of colleagues from around the world.
With us, you will embark on a personal growth journey and are encouraged to realize your potential.
This is your invitation to rise above the possible.
Job posting end date: 09/06/2024
Introduction We are seeking a DEM Scientist to join our team.
You will be responsible for using numerical simulations to improve our designs, creating 3D virtual prototypes, and testing at multiple settings to achieve the expected output at optimum conditions.
Your role will involve scaling DEM (Discrete Element Method) simulations from laboratory-scale experiments to real-world applications and calibrating DEM models to match real-world behavior, as validating simulations against experimental data is crucial for model accuracy.
Team you belong to You will join a team of DEM scientists dedicated to using numerical simulations extensively to improve our designs, creating 3D virtual prototypes and testing at multiple settings to achieve the expected output at optimum conditions.
The members in our team are located in York, PA.
What you'll do Work as a simulation specialist in the minerals digital team, addressing specific processes and software development and troubleshooting needs. Develop code for in-house numerical simulation codebase, particularly DEM. Contribute to process and equipment development by numerical simulation of processes and equipment design. Setup advanced models based on multiphysics/multi-dimensional computer simulation(s). Support experimental data analysis and simulation results testing and implementation. Handle specific customer requirements in terms of failure mode analysis and new developments by means of finite elements-based computer simulation. Who you are The candidate must have or is about to obtain a PhD degree in mechanical engineering, chemical engineering (or a similar discipline) or MSc.
in computer science.
Experience in developing and applying discrete element method (DEM) codes and models, or similar, is expected.
Proficiency in the field of numerical simulations, e.g.
DEM, FEM, SPH is required.
Additional qualifications include:
Proficiency in .NET programming languages (C/C++, C#, VB, F#) - sound programming skills; knowledge of MATLAB, Python or any related language is a plus. Experience with cloud computing; knowledge of CUDA GPU coding is a plus. Knowledge of commercial Multiphysics simulation software (e.g.
COMSOL or ANSYS) represents an advantage. What's in it for you Wellbeing and safety: Benefit from occupational healthcare, generous benefits plan, healthy living rewards, mental well-being services, on-site gym, meal benefits, car/bicycle benefits, and engagement surveys. Annual bonus: Global incentive programs tied to business and performance targets. Hybrid working possibilities: While we are big advocates of meeting and collaborating in person, we believe in fostering a flexible work environment. Extensive learning opportunities: Ongoing growth dialogues, internal mobility, mentoring programs, education assistance, ambitious projects, and global opportunities. Worldwide support: Leverage our network of peers across the world, offering valuable assistance.
We get things done together, through open and honest communication. A thriving culture: We are committed to developing an inclusive culture that enables everyone to do their best and reach their full potential.
A culture that is courageous, compelling, and caring, and unites our people to build a sustainable future together. Get in touch:
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