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Ansys Manager Jobs (NOW HIRING)

Build and execute finite element models using ANSYS, ABAQUS, or comparable tools. Model components ... program management and external customers. * Process Improvement : Contribute to internal tool ...

Build and execute finite element models using ANSYS, ABAQUS, or comparable tools. Model components ... program management and external customers. * Process Improvement : Contribute to internal tool ...

... ANSYS software a plus Proficient with Microsoft Office Suite Excellent verbal and written communication skills Excellent organizational skills and attention to detail Excellent time management skills ...

Experience managing out-of-box returns (OOB) and driving RCCA for non-conforming products ... Ansys tool experience. Knowledge of out of box returns (OOB) and RCCA. Manufacturing and material ...

Familiarity with modeling, simulation, and technical analysis tools (STK, MATLAB, COMSOL, ANSYS, Python, R) * Project Management Professional (PMP) certification (preferred) * Proficiency in ...

Structural Engineer (Senior)

Birmingham, AL · On-site +1

$94K - $127K/yr

... ANSYS. The successful candidate will be responsible for the design and analysis of complex ... Providing technical support to project managers and architects * Working with other engineers and ...

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Ansys Manager information

What is the difference between Ansys Manager vs Mechanical Engineer?

AspectAnsys ManagerMechanical Engineer
Required CredentialsBachelor's or Master's in Engineering, certifications in simulation toolsBachelor's or Master's in Mechanical Engineering, relevant certifications
Work EnvironmentTeam leadership, project management, software oversightDesign, analysis, testing, and development of mechanical systems
Employer & Industry UsageEngineering firms, manufacturing, aerospace, automotiveManufacturing, product design, automotive, aerospace

While Ansys Managers oversee simulation projects and coordinate teams using Ansys software, Mechanical Engineers focus on designing and analyzing mechanical systems. Both roles require engineering backgrounds, but Ansys Managers emphasize project management and software expertise, whereas Mechanical Engineers concentrate on technical design and analysis.

What are some common challenges Ansys Managers face when leading simulation teams, and how can these be addressed?

Ansys Managers often navigate challenges such as aligning simulation workflows across multiple projects, ensuring team members stay updated with evolving Ansys software capabilities, and balancing project deadlines with simulation accuracy. Effective communication, regular training sessions, and establishing standardized best practices within the team can help address these issues. Additionally, fostering a collaborative environment encourages knowledge sharing and problem-solving, which is essential for managing complex engineering simulations.

What is an Ansys Manager?

An Ansys Manager is a professional responsible for overseeing the use and implementation of Ansys simulation software within an organization. Their duties typically include managing simulation projects, coordinating a team of engineers or analysts, ensuring efficient use of Ansys tools, and helping integrate simulation workflows into product development processes. They may also provide technical guidance, training, and support to team members, as well as communicate with stakeholders to align simulation efforts with business objectives. Ansys Managers play a key role in optimizing simulation processes to improve product quality and reduce development time.

What are the key skills and qualifications needed to thrive as an Ansys Manager, and why are they important?

To thrive as an Ansys Manager, you need a deep understanding of engineering simulation principles, proficiency in Ansys software, and a relevant engineering degree. Experience with simulation tools like Ansys Workbench, CFD, FEA modules, and industry certifications such as Certified Ansys Professional are commonly required. Strong leadership, project management, and communication skills are essential for effectively guiding teams and collaborating with stakeholders. These skills ensure accurate simulation results, efficient project delivery, and successful team performance in complex engineering environments.
More about Ansys Manager jobs
What cities are hiring for Ansys Manager jobs? Cities with the most Ansys Manager job openings:
What are the most commonly searched types of Ansys jobs? The most popular types of Ansys jobs are:
What states have the most Ansys Manager jobs? States with the most job openings for Ansys Manager jobs include:
Infographic showing various Ansys Manager job openings in the United States as of May 2026, with employment types broken down into 84% Full Time, 15% Part Time, and 1% Contract. Highlights an 94% Physical, 2% Hybrid, and 4% Remote job distribution.

Lead, Structural Engineering

L3HHCM20

Huntsville, AL

Other

Posted 29 days ago


Job description

Job Title: Lead, Structural Engineer

Job Code: 37364

Job Location: Huntsville, AL 

Job Schedule: 9/80: Employees work 9 out of every 14 days - totaling 80 hours worked - and have every other Friday off

Job Description:

Join our team shaping the next generation of solid rocket propulsion systems. We are seeking a Lead, Structures & Dynamics stress analyst for our Huntsville AL location. In this role, you will perform structural analysis to verify product designs meet structural performance requirements and assist with preliminary design verification.

As a key contributor, you will support structural modeling and analysis efforts for solid rocket motor (SRM) components throughout the product lifecycle-from early development through qualification and production. You will collaborate closely with cross-disciplinary teams, interface with customers, and drive technical excellence.

 

Essential Functions:

  • Structural Analysis Ownership: Drive analysis tasks for SRM components including metallic and composite motor cases, nozzles, insulation, and propellant grains. Ensure structural integrity across all phases of flight and ground handling.

  • FEA Modeling & Execution: Build and execute finite element models using ANSYS, ABAQUS, or comparable tools. Model components using isotropic, orthotropic, and viscoelastic material definitions with nonlinear and temperature-dependent properties. Apply classical methods to validate and supplement numerical results, especially for preliminary design trades or quick-turn assessments.

  • Margin of Safety Evaluation: Determine margins of safety against yield, ultimate failure, buckling, HCF, LCF, and fracture using established industry standard practices and internal allowables. Produce high-quality technical reports, stress notes, and presentations that clearly outline methods, assumptions, and conclusions for both internal reviews and external customer delivery.

  • Design Integration: Participate in formal and informal design reviews. Communicate results, trade-offs, and risk areas effectively to multidisciplinary audiences, including program management and external customers.

  • Process Improvement: Contribute to internal tool development, analysis automation, and knowledge capture to enhance team efficiency and standardization.

  • Ability to obtain a US Secret Security Clearance.

  • Travel: 10%.

Qualifications:

  • Bachelor's Degree and minimum 9 years of prior structural analysis experience. Graduate Degree and a minimum of 7 years of prior structural analysis experience. In lieu of a degree, minimum of 13 years of prior structural analysis experience.

Preferred Additional Skills:

  • Bachelor's Degree (in Mechanical, Aerospace, or related Engineering discipline) is preferred.

  • Proven experience in linear, nonlinear, and dynamic structural analysis supporting design and qualification of solid rocket motors.

  • Proficiency with FEA tools such as ANSYS Mechanical; experience with ANSYS MAPDL or Python scripting is highly desirable.

  • Familiarity with structural assessment and design of filament-wound composite pressure vessels is a strong asset.

  • Demonstrated ability to interpret aerospace structural requirements and coordinate load development with cross-functional teams.

  • Exposure to full lifecycle aerospace SRM propulsion product development, from design through manufacturing and test.

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