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Michelin, an e2open customer evaluated Oracle Transportation Management

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Wayfair, a Korber HighJump WMS customer just evaluated Manhattan WMS

Westpac NZ, an Infosys Finacle customer evaluated nCino Bank OS

List of Siemens Simcenter Customers

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Logo Customer Industry Empl. Revenue Country Vendor Application Category When SI Insight Insight Source
A. James Clark School of Engineering Education 200 $78M United States Siemens Digital Industries Software Siemens Simcenter Product Lifecycle Management 2013 n/a In 2013, the A. James Clark School of Engineering implemented Siemens Simcenter as part of a major in-kind software grant from Siemens Digital Industries Software. The grant, valued at more than $750 million in commercial software, supported a Product Lifecycle Management initiative that provided faculty, researchers, and students access to industry-grade simulation and testing tools alongside PLM and CAD systems. Siemens Simcenter was deployed with a focus on engineering simulation and testing capabilities, including structural analysis workflows using Simcenter Nastran, meshing and pre post processing with Simcenter Femap, and computational fluid dynamics using Simcenter STAR-CCM+. These Simcenter products were used alongside NX for design and model preparation, enabling end to end simulation workflows in courses covering finite element analysis, aerospace structures, and space systems design. The implementation was integrated into the school s broader PLM environment, with Teamcenter Rapid Start delivering product data management and Piterion engaged to configure Teamcenter for student teams such as UMDLoop. Operational coverage included the Departments of Mechanical and Aerospace Engineering, research labs such as the Glenn L. Martin Wind Tunnel, and multidisciplinary student competition teams, enabling managed data exchange between design, simulation, and manufacturing planning tools with future plans to introduce the Tecnomatix portfolio. Governance included structured training programs with week long and short courses, Learning Advantage e learning licenses for self paced study, and in person expert demos to build faculty and student proficiency. As a result of provisioning Siemens Simcenter and the broader PLM stack, the A. James Clark School of Engineering reported growing curricular adoption of advanced PLM solutions, notable student competition successes, and improved job placement outcomes for graduates skilled in Siemens Simcenter and related Product Lifecycle Management tools.
Amazonen-Werke Manufacturing 1500 $600M Germany Siemens Digital Industries Software Siemens Simcenter Product Lifecycle Management 2013 n/a In 2013 Amazonen-Werke implemented Siemens Simcenter as part of its Product Lifecycle Management environment to accelerate design validation and shorten time to market. The deployment was anchored in the engineering groups at the Hasbergen-Gaste headquarters and paired closely with NX and Teamcenter, establishing a CAD to CAE to PLM loop that supported product development for soil tillage, sowing, fertilization and crop protection equipment. Siemens Simcenter was configured for multi-body dynamics, coupled finite element method simulation and hydraulics simulation, using Simcenter 3D Motion for flexible body motion and Simcenter Amesim for systems and controls where appropriate. The implementation emphasized high-fidelity modeling, including finite element models with millions of nodes and a virtual test track workflow to predict vibration, deflection and motion behavior of complex agricultural machines. Integration points were explicit and constrained, NX served as the geometry and CAD authoring source feeding Simcenter simulation models, and Teamcenter organized and controlled product development and production workflows under the Product Lifecycle Management umbrella. Controls work continued to leverage MATLAB when appropriate, while Simcenter replaced MATLAB for detailed flexible body and coupled CAE workflows, and validation remained grounded in test-bench and field test correlation. Governance shifted toward an iterative, simulation-driven engineering process, with CAE guiding design changes earlier in the cycle and formal model validation steps linked into PLM-managed release processes. Outcomes stated by the customer include a reduction in prototypes to a single physical prototype, decreased physical testing, earlier detection of design flaws and a compression of concept to production lead time from about one year to three or four months.
Arc Boat Company Manufacturing 100 $10M United States Siemens Digital Industries Software Siemens Simcenter Product Lifecycle Management 2025 n/a In 2025, Arc Boat Company implemented Siemens Simcenter as part of a broader adoption of the Siemens Xcelerator portfolio to support simulation driven design for its all electric boats. Arc Boat Company designs and manufactures battery packs, powertrain systems, thermal control systems and full boat assemblies in house, and has used NX and Simcenter in tandem to accelerate iteration from concept to delivered product while bringing a second product, the Arc Sport, into production. Siemens Simcenter is used to perform multi discipline simulation work including center of gravity optimization, composite hull and deck lightweighting, and smaller scale part level structural, vibration and thermal analysis. Arc leverages NX for parameterized 3D modeling to capture hull parameters such as deadrise, chine beam and keel angle, then uses Simcenter simulation to validate and tune those parameters within the design loop. Simcenter is integrated operationally with NX and Teamcenter, with Teamcenter implemented to provide Product Lifecycle Management and to manage increasing product and production data complexity as Arc scaled to its second product. The implementation spans engineering, design and manufacturing workflows, and supports data continuity from parametric CAD models through simulation results and PLM governed release processes. Governance and rollout were staged alongside product development, with Teamcenter introduced during Arc Sport development to centralize configuration and production data while Simcenter and NX remained the core engineering toolset. The approach enabled parameter driven iteration and clearer design control, outcomes explicitly noted by Arc include rapid design iteration using parameterized models and simulation led optimization, and a sold out initial production run for the companys first product.
Manufacturing 44027 $35.9B Netherlands Siemens Digital Industries Software Siemens Simcenter Product Lifecycle Management 2012 n/a
Manufacturing 50 $3M Italy Siemens Digital Industries Software Siemens Simcenter Product Lifecycle Management 2010 n/a
Professional Services 175 $17M United States Siemens Digital Industries Software Siemens Simcenter Product Lifecycle Management 2019 n/a
Aerospace and Defense 70 $8M United States Siemens Digital Industries Software Siemens Simcenter Product Lifecycle Management 2020 n/a
Manufacturing 113200 $67.1B United States Siemens Digital Industries Software Siemens Simcenter Product Lifecycle Management 2013 n/a
Manufacturing 20 $2M Canada Siemens Digital Industries Software Siemens Simcenter Product Lifecycle Management 2015 n/a
Manufacturing 100 $10M United Kingdom Siemens Digital Industries Software Siemens Simcenter Product Lifecycle Management 2024 Emixa
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Buyer Intent: Companies Evaluating Siemens Simcenter

ARTW Buyer Intent uncovers actionable customer signals, identifying software buyers actively evaluating Siemens Simcenter. Gain ongoing access to real-time prospects and uncover hidden opportunities. Companies Actively Evaluating Siemens Simcenter for Product Lifecycle Management include:

  1. Teknobingo Scandinavia Norway, a Norway based Leisure and Hospitality organization with 15 Employees
  2. Volo Turkey, a Turkey based Aerospace and Defense company with 120 Employees
  3. Naksh Technology, a India based Distribution organization with 12 Employees

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