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Full Time Discrete Element Method Jobs (NOW HIRING)

METECS

Terramechanics Engineer

Houston, TX · On-site

This role emphasizes physics-based approaches to soil structure interaction, ranging from continuum and discrete element methods to semi-empirical terramechanics models. This position also includes ...

Mondelez International

Discrete element method: Rocky DEM, EDEM * Extended realities (AR/VR) for visualization * Computer-aided design: Fusion 360, SolidWorks Technical Rigor * Strong analytical problem-solving mindset ...

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Full Time Discrete Element Method information

What is the difference between Full Time Discrete Element Method vs Full Time Finite Element Analyst?

AspectFull Time Discrete Element MethodFull Time Finite Element Analyst
CredentialsEngineering degrees, certifications in DEM softwareEngineering degrees, certifications in FEA software
Work EnvironmentResearch labs, manufacturing, simulation firmsEngineering firms, aerospace, automotive industries
Industry UsageMining, pharmaceuticals, granular material analysisStructural analysis, stress testing, product design

Both roles involve advanced simulation skills, but Discrete Element Method specialists focus on particle-based modeling, while Finite Element Analysts work on structural and continuum mechanics simulations. The choice depends on the industry and specific project needs.

What are the applications of discrete element method?

The discrete element method (DEM) is used by professionals in simulation and modeling roles to analyze granular materials, powders, and particulate systems in industries such as mining, pharmaceuticals, and civil engineering. It helps predict material behavior, optimize processes, and design equipment by modeling particle interactions and flow dynamics.

What engineer makes $500,000 a year?

Highly experienced engineers in specialized fields such as petroleum, aerospace, or senior software engineering roles can earn $500,000 or more annually, often including bonuses and stock options. Achieving this level typically requires advanced skills, extensive experience, and working in high-paying industries or leadership positions.

What is a Full Time Discrete Element Method (DEM) job?

A Full Time Discrete Element Method (DEM) job typically involves using computational techniques to model and analyze the behavior of systems composed of discrete particles, such as grains, powders, or rocks. Professionals in this field work on developing, implementing, and running DEM simulations to solve engineering problems in industries like mining, pharmaceuticals, agriculture, and civil engineering. The role may require knowledge of physics, material science, and programming, as well as experience with DEM software. Tasks could include designing experiments, interpreting simulation results, and collaborating with multidisciplinary teams. Full-time positions often require at least a bachelor's or master's degree in engineering, physics, or a related field.

What are the key skills and qualifications needed to thrive as a Discrete Element Method (DEM) Engineer, and why are they important?

To thrive as a Discrete Element Method (DEM) Engineer, you need a strong background in mechanical or civil engineering, applied mathematics, and computational modeling, usually supported by a relevant engineering degree. Familiarity with DEM simulation software (such as EDEM or LIGGGHTS), programming languages like Python or C++, and experience with high-performance computing are typically required. Problem-solving, analytical thinking, and effective communication are essential soft skills for interpreting results and collaborating with multidisciplinary teams. These abilities ensure accurate simulations, innovative solutions, and successful project outcomes in complex engineering environments.

What is the discrete element method Siemens?

The discrete element method (DEM) is a numerical technique used to simulate the behavior of granular materials and particle systems. Siemens, as a company, may develop or utilize DEM software for engineering and industrial applications, often requiring skills in computational modeling and simulation. In a job context, roles may involve implementing DEM tools, analyzing material interactions, and working with simulation software in engineering environments.

What is the extended discrete element method?

The extended discrete element method (DEM) is an advanced simulation technique used to model the behavior of granular materials and particulate systems by incorporating additional physical effects such as cohesion, damping, or complex contact laws. It enhances the standard DEM approach to better represent real-world material interactions, often requiring specialized software and computational skills. This method is valuable in industries like pharmaceuticals, mining, and materials engineering for analyzing particle flow and stress distribution.

What are some common challenges faced by professionals working with the Discrete Element Method (DEM) in a full-time role?

Professionals working full-time with the Discrete Element Method often encounter challenges such as handling large datasets and computational intensity, which can require advanced simulation hardware and efficient coding practices. Additionally, translating real-world material behaviors into accurate DEM models can be complex and time-consuming, especially when calibrating model parameters. Collaboration with multidisciplinary teams—such as mechanical engineers, material scientists, and software developers—is essential to ensure the simulations align with both theoretical and practical project goals. Staying updated with the latest DEM software and best practices is also crucial for success in this field.
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Infographic showing various Full Time Discrete Element Method job openings in the United States as of June 2026, with employment types broken down into 100% Full Time. Highlights an 100% In-person job distribution.
Terramechanics Engineer

Terramechanics Engineer

METECS

Houston, TX • On-site

Full-time

Posted 9 days ago

Job description

METECS is seeking a Terramechanics Engineer who is excited about lunar exploration to support high-fidelity modeling and simulation of lunar terrain. This role emphasizes physics-based approaches to soil structure interaction, ranging from continuum and discrete element methods to semi-empirical terramechanics models. This position also includes the use of multi-body dynamics and simulation frameworks for analysis, design, and validation.
The ideal candidate brings a strong grounding in classical terramechanics and an interest in advancing higher-fidelity modeling approaches to soil-structure interaction in extreme environments. We are looking for someone who is driven, curious, and motivated to contribute directly to the technologies that will support sustained human presence on the lunar surface.
Responsibilities:
  • Develop, implement, and apply terrain and soil interaction models within coupled multi-body dynamics simulations.
  • Work with higher-fidelity modeling approaches such as continuum mechanics (e.g., SPH-based methods) and/or discrete element method (DEM) simulations to model granular and deformable terrain behavior.
  • Maintain and apply semi-empirical terramechanics models (e.g., Bekker-type formulations) as baselines, validation references, or computationally efficient tools.
  • Extend terrain interaction models to support deformable or conformable contact elements, including tires or other compliant structures.
  • Integrate soil and contact models into simulation frameworks and workflows, including NASA's Trick environment or similar tools.
  • Perform simulation validation through comparison with experimental data, test results, or field measurements.
  • Conduct uncertainty quantification, sensitivity analyses, and model calibration to assess prediction robustness.
  • Collaborate with multidisciplinary teams to interpret results, communicate model assumptions and limitations, and inform system-level decisions.

Required Qualifications:
  • Master's or advanced degree in mechanical engineering, aerospace engineering, applied physics, or a closely related technical field.
  • Working knowledge of foundational terramechanics principles, including Bekker-type soil-vehicle interaction theories.
  • Proficiency in C/C++ and Python for scientific computing, simulation development, and analysis.
  • Strong data-analysis skills, including experience working with simulation and experimental datasets.
  • Experience developing or applying physics-based models within a simulation environment.
  • Clear technical communication and documentation skills.

Desired Qualifications:
  • Experience with continuum mechanics-based modeling approaches (e.g., SPH or related methods).
  • Experience with discrete element method (DEM) simulations or granular material modeling.
  • Familiarity with deformable or compliant contact modeling (e.g., tires, tracks, or soft structures).
  • Familiarity with NASA's Trick simulation framework or similar simulation infrastructures.
  • Experience with coupled multi-body dynamics and soil-terrain interaction simulations.
  • Background in simulation validation, uncertainty quantification, or model verification.
  • Experience in aerospace, robotics, off-road vehicle dynamics, or related terrain-interaction domains.

Citizenship or lawful permanent resident required due to federal position.
About METECS:
We are a high-performance team providing advanced engineering, software, and analysis solutions for human space flight and terrestrial applications. We develop and integrate custom software for NASA and other government and commercial customers utilizing a wide variety of in-house, commercial, and open-source technologies. Our specialties include robotics automation, embedded systems, hardware/software integration, multibody dynamics simulations, immersive computer graphics, XR systems and advanced web-based tools.
METECS is an Equal Opportunity Employer, including veterans and individuals with disabilities.

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