Senior FEA/CFD Simulation Engineer
$95K - $129K/yr
... and multiphysics simulation projects. · Develop and validate FEA and CFD models for thermal ... Technical Leadership · Serve as a subject matter expert in computational engineering and ...
$95K - $129K/yr
... and multiphysics simulation projects. · Develop and validate FEA and CFD models for thermal ... Technical Leadership · Serve as a subject matter expert in computational engineering and ...
$95K - $129K/yr
... and multiphysics simulation projects. · Develop and validate FEA and CFD models for thermal ... Technical Leadership · Serve as a subject matter expert in computational engineering and ...
Saint Louis, MO · On-site
$95K - $129K/yr
... and multiphysics simulation projects. • Develop and validate FEA and CFD models for thermal ... Technical Leadership • Serve as a subject matter expert in computational engineering and ...
Saint Louis, MO · On-site
$95K - $129K/yr
... and multiphysics simulation projects. • Develop and validate FEA and CFD models for thermal ... Technical Leadership • Serve as a subject matter expert in computational engineering and ...
$82K - $109K/yr
Experience using computational electromagnetic (CEM) tools such as SENTRI, XPATCH, CARLOS, HFSS ... Experience preparing CAD models for electromagnetic simulation and analysis * Strong technical ...
$82K - $109K/yr
Experience using computational electromagnetic (CEM) tools such as SENTRI, XPATCH, CARLOS, HFSS ... Experience preparing CAD models for electromagnetic simulation and analysis * Strong technical ...
Berkeley, MO · On-site
$82K - $109K/yr
Experience using computational electromagnetic (CEM) tools such as SENTRI, XPATCH, CARLOS, HFSS ... Experience preparing CAD models for electromagnetic simulation and analysis * Strong technical ...
Berkeley, MO · On-site
$82K - $109K/yr
Experience using computational electromagnetic (CEM) tools such as SENTRI, XPATCH, CARLOS, HFSS ... Experience preparing CAD models for electromagnetic simulation and analysis * Strong technical ...
Experience using computational electromagnetic (CEM) tools such as SENTRI, XPATCH, CARLOS, HFSS ... Experience preparing CAD models for electromagnetic simulation and analysis * Strong technical ...
Experience using computational electromagnetic (CEM) tools such as SENTRI, XPATCH, CARLOS, HFSS ... Experience preparing CAD models for electromagnetic simulation and analysis * Strong technical ...
Saint Louis, MO · On-site
$47K - $64K/yr
Proven expertise in multiphysics modeling (thermal, chemical, mechanical, hydraulic, and wave propagation processes). Proficiency in advanced programming and simulation tools such as MATLAB, LabVIEW ...
Saint Louis, MO · On-site
$47K - $64K/yr
Proven expertise in multiphysics modeling (thermal, chemical, mechanical, hydraulic, and wave propagation processes). Proficiency in advanced programming and simulation tools such as MATLAB, LabVIEW ...
... drug design and simulation techniques to help drive in silico drug discovery activities ... Strong statistical thinking and understanding of uncertainty, validation strategies, and model ...
... drug design and simulation techniques to help drive in silico drug discovery activities ... Strong statistical thinking and understanding of uncertainty, validation strategies, and model ...
... drug design and simulation techniques to help drive in silico drug discovery activities ... Strong statistical thinking and understanding of uncertainty, validation strategies, and model ...
Quick apply
... drug design and simulation techniques to help drive in silico drug discovery activities ... Strong statistical thinking and understanding of uncertainty, validation strategies, and model ...
Saint Charles, MO · On-site +1
... drug design and simulation techniques to help drive in silico drug discovery activities ... Strong statistical thinking and understanding of uncertainty, validation strategies, and model ...
Saint Charles, MO · On-site +1
... drug design and simulation techniques to help drive in silico drug discovery activities ... Strong statistical thinking and understanding of uncertainty, validation strategies, and model ...
Hazelwood, MO · On-site
$110 - $114/hr
... modeling, simulation and other forms of computational electromagnetic (CEM) analysis to predict component and interconnects performance and to optimize design around established requirements. • ...
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Hazelwood, MO · On-site
$110 - $114/hr
... modeling, simulation and other forms of computational electromagnetic (CEM) analysis to predict component and interconnects performance and to optimize design around established requirements. • ...
Bridgeton, MO · On-site
$79K - $103K/yr
... computational delay/latency, quantization, filtering, saturation, and anti-windup * Support real ... Study alternative concepts and use models and simulations to predict closed-loop system performance ...
Bridgeton, MO · On-site
$79K - $103K/yr
... computational delay/latency, quantization, filtering, saturation, and anti-windup * Support real ... Study alternative concepts and use models and simulations to predict closed-loop system performance ...
The candidate should be familiar with Computational Electromagnetics (CEM) tools and possess ... Perform trade studies, modeling, simulation, and analysis to predict component and system ...
The candidate should be familiar with Computational Electromagnetics (CEM) tools and possess ... Perform trade studies, modeling, simulation, and analysis to predict component and system ...
The candidate should be familiar with Computational Electromagnetics (CEM) tools and possess ... Perform trade studies, modeling, simulation, and analysis to predict component and system ...
The candidate should be familiar with Computational Electromagnetics (CEM) tools and possess ... Perform trade studies, modeling, simulation, and analysis to predict component and system ...
Bridgeton, MO · On-site
$79K - $103K/yr
... computational delay/latency, quantization, filtering, saturation, and anti-windup * Support real ... Study alternative concepts and use models and simulations to predict closed-loop system performance ...
Bridgeton, MO · On-site
$79K - $103K/yr
... computational delay/latency, quantization, filtering, saturation, and anti-windup * Support real ... Study alternative concepts and use models and simulations to predict closed-loop system performance ...
... computational electromagnetic (CEM) solvers used to design and optimize LO solutions. Key ... Use CEM solvers to model, simulate, and optimize LO components and systems (e.g., surface ...
... computational electromagnetic (CEM) solvers used to design and optimize LO solutions. Key ... Use CEM solvers to model, simulate, and optimize LO components and systems (e.g., surface ...
... computational electromagnetic (CEM) solvers used to design and optimize LO solutions. Key ... Use CEM solvers to model, simulate, and optimize LO components and systems (e.g., surface ...
... computational electromagnetic (CEM) solvers used to design and optimize LO solutions. Key ... Use CEM solvers to model, simulate, and optimize LO components and systems (e.g., surface ...
Berkeley, MO · On-site
$75K - $101K/yr
... computational electromagnetic (CEM) solvers used to design and optimize LO solutions. Key ... Use CEM solvers to model, simulate, and optimize LO components and systems (e.g., surface ...
Berkeley, MO · On-site
$75K - $101K/yr
... computational electromagnetic (CEM) solvers used to design and optimize LO solutions. Key ... Use CEM solvers to model, simulate, and optimize LO components and systems (e.g., surface ...
Berkeley, MO · On-site
$75K - $101K/yr
... computational electromagnetic (CEM) solvers used to design and optimize LO solutions. Key ... Use CEM solvers to model, simulate, and optimize LO components and systems (e.g., surface ...
Berkeley, MO · On-site
$75K - $101K/yr
... computational electromagnetic (CEM) solvers used to design and optimize LO solutions. Key ... Use CEM solvers to model, simulate, and optimize LO components and systems (e.g., surface ...
... computational electromagnetic (CEM) solvers used to design and optimize LO solutions. Key ... Use CEM solvers to model, simulate, and optimize LO components and systems (e.g., surface ...
... computational electromagnetic (CEM) solvers used to design and optimize LO solutions. Key ... Use CEM solvers to model, simulate, and optimize LO components and systems (e.g., surface ...
... computational electromagnetic (CEM) solvers used to design and optimize LO solutions. Key ... Use CEM solvers to model, simulate, and optimize LO components and systems (e.g., surface ...
... computational electromagnetic (CEM) solvers used to design and optimize LO solutions. Key ... Use CEM solvers to model, simulate, and optimize LO components and systems (e.g., surface ...
| Aspect | Computational Modeling Simulation Multiphysics | Computational Engineer |
|---|---|---|
| Credentials | Typically requires degrees in engineering, physics, or related fields; certifications in simulation software are common | Similar educational background; often holds engineering degrees and software certifications |
| Work Environment | Primarily in R&D labs, engineering firms, or manufacturing settings focusing on complex simulations | Involved in product development, software development, or systems design in various industries |
| Industry Usage | Used in aerospace, automotive, energy, and manufacturing for advanced simulations | Applied across industries for designing, analyzing, and optimizing systems and products |
While both roles involve computational skills and engineering principles, Computational Modeling Simulation Multiphysics specializes in complex, multi-physics simulations, whereas Computational Engineer focuses on designing and implementing computational solutions across various engineering projects.

7.6
Based on 12 frontline employees who took The Breakroom Quiz
64th of 141 rated electronics manufacturers
Staff/Senior Simulation Driven Development Engineer
Position Summary
We are seeking a highly motivated Computational Engineering Engineer to join our Global Computational Engineering Team. This role will lead advanced simulation and digital engineering efforts supporting product development, process improvement, and technology innovation across multiple business units.
The successful candidate will apply Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), thermal-fluid sciences, and engineering analytics to solve complex engineering challenges. This individual will collaborate closely with product research and development, manufacturing, testing, and technology teams to accelerate innovation and improve product performance, reliability, and manufacturability.
Key Responsibilities
Advanced Engineering Simulation
· Lead complex thermal, structural, fluid flow, and multiphysics simulation projects.
· Develop and validate FEA and CFD models for thermal systems, industrial thermal equipment, semiconductor processing applications, and related technologies.
· Conduct steady-state and transient thermal analyses, thermal stress evaluations, modal analyses, and flow simulations.
· Support design optimization through simulation-driven engineering approaches.
Product Development Support
· Partner with design engineers to evaluate concepts, identify risks, and improve product performance early in the development process.
· Provide simulation-based recommendations for design improvements and product standardization initiatives.
· Support root cause investigations and failure analysis efforts.
Validation and Correlation
· Develop validation plans and correlate simulation results with laboratory and field test data.
· Quantify uncertainty and establish best practices for model verification and validation.
· Improve simulation methodologies and modeling standards.
Technical Leadership
· Serve as a subject matter expert in computational engineering and simulation technologies.
· Mentor junior engineers and provide technical guidance across the organization.
· Lead cross-functional technical reviews and communicate complex simulation results to diverse audiences.
· Promote simulation best practices in Watlow engineering community.
Digital Engineering and Innovation
· Support development of digital engineering capabilities, including digital twins, engineering analytics, AI/ML applications, and automation tools.
· Identify opportunities to improve engineering efficiency through advanced modeling and data-driven approaches.
· Contribute to long-term computational engineering strategy and technology roadmaps.
Required Qualifications
· M.S. or Ph.D. in Mechanical Engineering, Aerospace Engineering, Chemical Engineering, Materials Engineering, or related discipline.
· Minimum 8 years of engineering experience with significant experience in computational engineering and simulation.
· Strong expertise in heat transfer, fluid mechanics, thermodynamics, and engineering mechanics.
· Demonstrated experience with FEA and CFD software such as ANSYS Mechanical, Fluent, CFX, COMSOL, STAR-CCM+, or equivalent.
· Experience performing thermal and structural analyses for complex engineering systems.
· Strong analytical, problem-solving, and communication skills.
· Ability to manage multiple projects and collaborate effectively across global teams.
· Experience on FEA structural analysis.
Preferred Qualifications
· Ph.D. in a relevant engineering discipline.
· Experience with industrial heating systems, semiconductor equipment, process equipment, or thermal management applications.
· Experience with multiphysics simulations involving thermal, structural, electrical, and fluid interactions.
· Knowledge of Python, MATLAB, data analytics, machine learning, or automation tools.
· Experience with design optimization, DOE, surrogate modeling, or reduced-order modeling techniques.
· Experience supporting global engineering organizations and customer-facing technical projects.
Sourced by ZipRecruiter
Electrical equipment, appliance, and component manufacturing
1,001 - 5,000 Employees
Saint Louis, MO, US
1922