3DEXPERIENCE for Academia (r2017x)
3DEXPERIENCE for Academia, the most advanced software for product and learning innovation, is now available in a few clicks on the cloud, or on-premises, within an institution's own operating environment. Both options bring new capabilities to educators and students who want to experience the engineering practices of industry leaders for increased employment opportunities in the new global economy. Years of collaboration with educators and students across a wide variety of institutions and disciplines have led to a flexible, tailored set of learning solutions.
3DEXPERIENCE for Academia encompasses a suite of world-class integrated software:
- CATIA® for product design
- DELMIA® for digital manufacturing
- SIMULIA® for realistic simulation
- ENOVIA® for collaborative innovation
3DEXPERIENCE for Academia opens a new playground for educators and learners. With installation as fast as 10 minutes and no IT support required, everyone can almost instantly access the vast field of solutions that have revolutionized worldwide industry processes during the last decades.
BRINGING INDUSTRY AND INNOVATION INTO THE CLASSROOM
3DEXPERIENCE for Academia is an advanced product innovation platform designed for use across a variety of industries. What’s more, it offers the ideal infrastructure for bringing industry endorsed practices into learning. Encompassing comprehensive CAD, CAM and CAE capabilities, the platform provides powerful solutions for managing collaborative work and joint innovation. Fully modular, the platform can be adopted either in full or for a specific component.
3DEXPERIENCE for Academia comes as a multi-disciplinary social collaboration baseline. It can be extended with dedicated packages supporting educational, research, and organizational processes in Design and Engineering, Systems Engineering, Manufacturing and Production, Architecture and Civil Engineering and Governance and Project Management.
Through an intuitive, web-based user interface, educators can easily create domestic or international collaborative environments, such as student projects or exams, and assign roles to participants. Students can start projects on campus, continue at home, and discuss issues over online communities or screen-sharing sessions. The platform ensures that they always have access to the latest version of their work.
3DEXPERIENCE for Academia is the ideal platform for enhancing project-centric learning, providing an integrated, distributed, collective digital universe for project-oriented learning methods such as “Conceive – Design – Implement – Operate” (CDIO®) or “Project (Problem)- based-learning” (PBL). At any time, educators can remotely monitor projects, manage idea maturity, and assign grades. Collaboration becomes easy, dynamic, and natural among teachers, researchers, students, and industry mentors. The platform enables project mentors to facilitate more projects without compromising on the attention needed by students.
3DEXPERIENCE for Academia provides a proven environment for deploying digital labs involving realistic virtual 3D equipment, coupled bi-directionally with real remote devices. By creating an Internet of Things (IoT) across dispersed pools of learners, educators, devices and content, the platform opens new horizons for innovative educational practices, such as distant learning, Massive Open Online Courses (MOOCs), and flipped learning.
3DEXPERIENCE for Academia is constantly evolving to support national manufacturing initiatives with enhanced capabilities for teaching, learning and advancing the most promising industry practices – from the Industrial Internet of Things (IoT), to the digital value chains, through additive manufacturing, smart buildings, or intelligent farms. It provides institutions with a credible up-to-date digital universe to apply for educational research grants in numerous areas of innovation.
Current users of CATIA, DELMIA V5 or V6 will find all the features they are familiar with in the 3DEXPERIENCE for Academia platform, together with a host of new capabilities, enabling their students to contribute to the ongoing transition among employers toward experiencebased innovation. Special offers are available to facilitate gradual migration as well as various instruments to facilitate quick learning and updating of existing educational content.
The 3DEXPERIENCE platform is structured as sets of roles corresponding to typical industry activity profiles. The specific ‘academia’ package builds on packages that aggregate broad sets of the same roles.
All packages are available in four sizes (S, M, L, XL) to meet the needs of diverse institutions in higher and secondary education:
- Small – for up to 30 users
- Medium – for up to 100 users
- Large – for up to 300 users
- Extra Large – for up to 900 users
NEW: While the cloud version is especially relevant for institutions with limited IT support, an on-premise option is now available for those looking for extended integration within their own operating environment. Both options offer equivalent functionality, including social and collaborative capabilities. Both provide the same scope for scaling from focused to multipurpose use.
Available on the cloud, pricing includes all use and service costs and any configuration is easily scalable. Suitable storage capacity is available depending on customer needs.
Simple IT: Easy Installation
On the cloud, 3DEXPERIENCE for academia works on multiple devices, requiring only a 3D graphic card and Internet access.
- Plug & Play start-up : Instant availability
The 3DEXPERIENCE platform—with advanced collaborative features—is downloaded and installed on devices on-the-fly and fully configured in minutes.
Simple maintenance : Secure, available 24/7, always up-to-date
• The 3DEXPERIENCE platform is continuously serviced and the customer data is protected. The platform and its client software are automatically upgraded when a new version is available.
Simple Access : Anytime, anywhere
• 3DEXPERIENCE for Academia is available from the lab, from home, from other institutions, or any location, without struggling with firewall issues. Collaborative, regional, or international projects have never been as easy and natural.
Simple acquisition : Predicable and affordable
• Prices include all use and service cost and any configuration is easily scalable.
Entry point for all learning activities
Business & Industry Innovation is the baseline block designed for institutions interested in social collaboration and research.
Not just engineering
With its dashboard capabilities, Business & Industry Innovation enables project follow-up, hands-on exercises, and technology watch through RSS feeds.
Collaboration at the heart of teaching and peer learning
• Integrated online communities: blogs, Q&As, surveys, idea maturity management
• Instant collaboration enablement: chat, mockup co-design and co-review
• Definition of digital workspaces tailored to teaching strategies: hands-on, student projects, parts library, access list management
Advanced search engine
Find parts, community posts, or documents, whatever their nature and wherever they are.
The platform is accessible from anywhere, anytime, inside and outside the institution: in the lab, at home, and while traveling.
Industry Innovation provides common platorm services for securely organizing, managing and collaborating on content in real-time
Connect to 3DEXPERIENCE. Unite employees, suppliers, customers, consumers and regulators into the framework for sustainable innovation.
3DEXPERIENCE Essentials is a broad application set build upon the Business & Industry Innovation foundation, encompassing a vast set of Dassault Systèmes’ solutions.
The ideal basis for universities or technical colleges to support their transition towards project based learning or student centered learning, 3DEXPERIENCE Essentials provides a complete digital framework for team based ideation, contextual learning, collective innovation, solution creation and various methods for project evaluation.
3DEXPERIENCE Essentials provides ENOVIA's powerful collaborative management capabilities to control and synchronize assemblies, resources and teamwork. Including a large subset of CATIA design functions, it enables conceptualizing and detailing virtually any type of object. With DELMIA digital manufacturing tools, it makes machining, robotics and rapid prototyping an integrated exercise, ensuring manufacturability of designs and streamlining manufacturing programming. Right-first-time practices are enforced through mechanism simulation, associative stress analysis from SIMULIA, and ergonomics simulations.
New additions focus on various aspects of powder-bed fusion additive manufacturing, including nesting, automated support design and laser path optimization. New cutting tool design functions extend the broad set of subtractive manufacturing capabilities.
Converters to and from other applications, as well as 3D printing output formats, are available for exchanging data with various partners and devices.
Create and manage complete mechanical projects
|MKS||Mechanism Simulation Designer||
Create and manage complex mechanisms, perform and analyze kinematic simulation
|CSS||Creative Designer||Creative Designer: To quickly create and explore conceptual ideas|
|M3C||3DMaster Conceptual Designer||A comprehensive conceptual role which simplifies the creation, sharing and validation of preliminary designs in an integrated collaborative platform|
|PST||Manufacturing Engineer||Manufacturing Process and Resource Project Administration|
|EQE||Shop Floor Equipment Engineer||Create Virtual Models of Manufacturing Equipment|
|NPM||NC Prismatic Programmer||Program 2.5 Axis Milling Machines|
|NPT||NC Prismatic & Turning Programmer||Create, optimize and validate prismatic milling and turning programs|
|NMG||NC Milling Machining Programmer||Program 2.5 and 3 Axis Milling Machines|
|EAA||Ergonomics Specialist||Ergonomics Analysis and Evaluation With a Lifelike Manikin Editor|
|CNV||Collaborative Innovation||Collaborative Innovation provides engineering teams with a scalable, online, environment for managing product design, multi-physics simulation and manufacturing process planning with maximum traceability and flexibility.|
|TRM||Requirements Manager||Requirements Manager enables organizations to improve their overall global requirement management process by capturing the “voice of the customer.|
|MBO||Manufacturing BOM Manager||Manufacturing BOM Manager provides companies with a comprehensive Manufacturing Bill-of-Material (MBOM) management solution.|
|PDE||Product Engineer||Product Engineer addresses strategic global product development business challenges by eliminating the significant process and data communication barriers.|
|DPJ||Project Team Member||Project Team Member provides a collaborative environment for global Project Team Members to access, manage and report on their task assignments.|
|CCM||Classification Manager||Classification Manager enables companies to define product content libraries to improve reuse throughout product development|
|DEY||Design Review Manager||Design Review Manager enables users to organize, manage and follow-up digital mockup reviews, packaging, and pre-assembly analyses.|
|VOO||Volume Computation||Volume Computation provides the ability to create alternate representations of products or assemblies for size reduction or for the creation of geometry creation better suited to specific contexts.|
|SEI||Simulation Foundation||Provides apps and services that allow all users to access the corporate library of deployed simulation methods|
|MDS||Stress Engineer||Perform routine strength and deflection calculations under static loading conditions|
|MAE||Process Simulation Analyst||Assembly Process Simulation for Producibility Analysis|
|PLA||Plant Layout Designer||Define Plant Layouts|
|CHG||Change Management||Improve Collaboration and Change Management Efficiency throughout the Enterprise.|
|CFG||Configuration Management||Manage configurable product data structures to optimize reuse while satisfying all possible variations|
|RTS||Robotics Engineer (new)||Simulate and Validate Industrial Robot Behavior|
|ROL||Robotics Offline Programmer (new)|
|AMR||Additive Manufacturing Engineer (new)|
|NTT||Cutting Tool Technologist (new)|
Multiple converters to & from other applications
|Multiple converters and other applications are also integrated, for more details please check the link below|
Design and Engineering extends 3DEXPERIENCE Essentials with the capability to automate the modeling of parts produced using specific manufacturing processes, such as sheet metal, composites, and molding or routed systems comprising pipes, tubes and wires. In addition, Design and Engineering automates the associative design of tooling which is required to actually produce such parts and systems.
Essential to teaching modern development practices in industries such as foundry, automotive and aerospace, Design and Engineering is also an ideal solution for learning and teaching industrial design and styling. It brings advanced capabilities in support of processes that are seen critical in several national manufacturing initiatives: topological optimization in support of additive manufacturing, an end-to-end packaging solution to further reduce new product time-to-market and various simulation capabilities for plastic injection parts, fluid dynamics and composite optimization.
Powerful process automation tools are provided to template routine work or reuse design expertise.
|SMW||SheetMetal Designer||It provides an associative feature-based modeling, making it possible to design sheet metal representations in concurrent engineering between the unfolded or folded 3D shape representations.|
|FPP||Plastic Mechanical Designer||A comprehensive set of applications to create manufacturing-ready molded parts, using ultra-fast functional modeling technology.|
|VSO||Reverse Shape Optimizer||Reverse Shape Optimizer optimizes virtual 3D shapes from simulation results or digitized real operating or manufacturing conditions.|
|CDD||Product Industrial Designer||Product Industrial Designer is the complete and unified industrial design solution to boost creativity, design quality and reduce time to market|
|RPE||Virtual & Physical Prototyper||Virtual Physical Prototyper: Create rapid prototypes and 3D-prints or visualize physical objects with reverse engineering|
|KPO||Product Optimization Designer||Optimize product creation and definition, respecting key performance indicators|
|KDI||Template Designer||Create & define Engineering template capture, containing knowledge behavior & parameters and re-use as generative|
|CDF||Composites Engineer||Complete solution built for designing and industrializing composites parts - combining Composites Designer and Manufacturer roles.|
|MTG||Mold & Tooling Designer||Design, Detail and Validate Injection Mold|
|MDT||Mechanical Tooling Designer||Process oriented set of applications for the creation and management of products which include predefined components|
|KHC||Best practices Designer||Create & define enterprise rules, respecting company standards and best practices|
|ELG||Electrical 3D Systems Designer||An integrated 3D electrical development environment which enables the physical design of wire harnesses and cabling in the context of the Digital Mock-Up|
|EMP||Electrical Harness Manufacturing Engineer||Generate a flattened definition of the 3D wire harness design to create manufacturing form-boards and harness documentation|
|FLG||Fluid 3D Systems Designer||An integrated 3D fluid systems development environment for the physical design of tubing, piping and HVAC systems in the context of the full DMU|
|ICD||Class A Modeler||Class A Modeler: State of the art and integrated Class-A surface modeling solution combining the power of CATIA with the precision of ICEM|
|FFX||Class A Expert||Class A Expert add-on process, provides specific Surface Modeling apps, functions and analysis tools to create and modify Class A surfaces|
|ECA||Car Design Ergonomist||Use Lifelike Manikins to Analyze Ergonomics and Occupant Safety|
|FFS||Aesthetical Shape Modeler||Aesthetical Shape Modeler extension provides specific surface modeling apps to achieve increased shape quality and precision|
|SMH||Hydroformed SheetMetal Designer||It provides an associative feature-based modeling, making it possible to design sheet metal representations in concurrent engineering between the unfolded or folded 3D shape representations.|
|CBA||Composites Braiding Designer||The “Composites Braiding Designer” role is a powerfull role-based on 3D-Braiding process application which allows designers to accelerate the design of composites parts by simulating the braiding process from preliminary design to manufacturing.|
|FDE||Fasteners Designer||Fastening is an app dedicated to the design and instantiation of fasteners across all industries.|
|EMA||Ergonomist||Create highly specific lifelike manikins|
|DRD||Structural Analysis Engineer||Concentrate Resources on Deliverables, Driving Successful Product Launches.|
|CTN||Structural Package Designer (new)||The Structural Package Designer role enables designers to create and modify packages with accuracy. It offers a highly productive and intuitive design environment providing different tools to fulfill packaging needs|
|GDE||Function Driven Generative Designer (new)||Explore and generate organic shapes, on target, with a solution for Additive Manufacturing, also addressed to traditional manufacturing.|
|SCI||Composites Simulation Engineer (new)|
|INJ||Plastic Injection Part Engineer (new)|
|FMK||Fluid Dynamics Engineer (new)||Perform routine fluid calculations under steady-state flow conditions|
Systems Engineering groups a rich set of functions essential for concurrently designing and simulating various types of objects using models that optimize their geometry and their function. Indispensable for modeling modern electromechanical systems, simulating their behavior, and optimizing smart products, Systems Engineering comes with numerous libraries explaining the physics of diverse technologies and phenomena. Open to other simulation systems, it provides a comprehensive multi-physics design, simulation, and optimization framework for any mechatronic or systems engineering course.
Real electromechanical systems, whether programmable or not, can be completely virtualized, connected, and controlled using the solution, reflecting software-in-the-loop and hardware-in-the-loop methodologies.
These characteristics open up the immense field of virtual labs, tele-operated learning devices, and “flip lab” practices.
New capabilities are provided to increase integration across the different levels of system representations (Requirements, Functional, Logical and Physical). This structured environment creates an ideal framework for learning the principles and practices of systems architecture and tradeoffs.
|SDY||Dynamic Systems Designer||Technical component|
|SEF||Systems Schematic Designer||Create discipline-specific intelligent schematics for wiring, cabling, piping/tubing and HVAC systems|
|SMQ||Mechatronics Systems Designer||Technical component|
|DOY||Systems Behavior Optimization||Optimize and tune systems parameters of a device or its controller to improve system dynamics for multiple criteria and multiple cases|
|PWZ||Systems Powertrain Library||Model and simulate the characteristics of vehicle powertrain systems including the resulting motion of the vehicle|
|FBZ||Systems Flexible Bodies Library||Accelerate the analysis of large motions of flexible beams, annular plates and flexible bodies|
|SEZ||Systems Smart Electric Drives Library||Previous Next Previous Next Simulate and optimize high performance and general purpose electric drive systems|
|ENZ||Systems Engine Dynamics Library||Simulate and analyze combustion engine systems, including the complete study of the pressure and thermal dynamics of the air-gas exchange process|
|FDZ||Systems Flight Dynamics Library||Model, simulate and analyze of the flight dynamic characteristics of a wide range of flight vehicles|
|XSK||Systems Simulink Export||Export Modelica compliant systems behavior models from the 3DEXPERIENCE® Platform for simulation within a Simulink® environment|
|XRE||Systems Real Time Execution||Export from the 3DEXPERIENCE® Platform, Modelica compliant systems behavior models for use in Hardware in the Loop (HIL) test environments|
|XFM||Systems FMU Export||Generate Functional Mock-up Units (FMUs) from the 3DEXPERIENCE® Platform in order to integrate & simulate the model on other co-simulation platforms|
|HCZ||Systems Human Comfort Library||Model and analyze the thermal comfort of building and vehicle occupants|
|BTZ||Systems Battery Library||Bring battery simulation to the system level.|
|EIZ||Systems Engines Library||Model spark ignition and compression ignition engines for intake and exhaust flows, emissions and torque assessment.|
|HVZ||Systems HVAC Library (new)||Optimize the design & performance of Heat, Ventilation and Air Conditioning (HVAC) systems|
|ETZ||Systems Electrified Power Train (new)||Assists design steps during the entire process of developing electric drives.|
Architecture and Civil Engineering is a new set of capabilities expanding the powerful collaborative framework of 3DEXPERIENCE Essentials in the construction and offshore and shipbuilding industries.
Especially targeting early project stages, it provides schools of architecture and departments of civil engineering with an integrative Building Information Modeling (BIM) environment to harmonize interactions between creative architects, architectural engineers, and fabrication and construction engineers.
Powerful methods for conducting multidisciplinary trade studies help optimize the overall structure of ships, buildings, dams, stadiums, and bridges. New steel structure analysis and routed systems modeling capabilities further facilitate structure, HVAC, fluid and electrical engineering.
Architecture and Civil Engineering relies upon proven clash management and design automation functions to produce highly accurate designs. It familiarizes students with essential practices, such as template-based reuse methodologies or weight and cost management, promoting compliance with environmental regulation, and building and fabrication constraints.
Architecture and Civil Engineering provides 2D and 3D capabilities, together with a range of data conversion tools, to engage students with the intrinsically collaborative methods of the fragmented, multi-stakeholder organizations encountered in the construction industry.
|BDP||Concept Architectural Designer||Simplify the task of arranging the structure of a building, while still in the early phase of a project.|
|BDS||Concept Structural Designer||Manage the general arrangement of a building’s structure, including primary beams, secondary beams pattern, and foundation elements.|
|CIV||Civil Engineer||A comprehensive set of applications to design, review and collaborate around a civil infrastructure project|
|KDI||Template Designer||Create & define Engineering template capture, containing knowledge behavior & parameters and re-use as generative|
|ADL||Architectural Detail Designer||Comprehensive set of applications for designing and collaborating on a building infrastructure project|
|M3D||3DMaster Designer (new)||One single full 3D product definition for manufacturing without drawing documents|
|ELG||Electrical 3D Systems Designer (new)||An integrated 3D electrical development environment which enables the physical design of wire harnesses and cabling in the context of the Digital Mock-Up|
|FLG||Fluid 3D Systems Designer (news)||An integrated 3D fluid systems development environment for the physical design of tubing, piping and HVAC systems in the context of the Digital Mockup|
|STR||Structure Designer (new)||Structure Designer supports metallic structure design from preliminary design to detail design|
|SEL||Steel and Equipment Layout Designer (new)||Steel and Equipment Layout Designer supports metallic structure detail design and positioning of component|
|SAO||Space Allocation Architect (new)||An industry-tailored role for the arrangement of ships general equipment, including safety zones, building zones and rooms|
|ACG||Accomodation Designer (new)||Layout and design of compartment spaces, complete with ceilings, coverings, adoors and windows|
|DRD||Structural Analysis Engineer (new)||Use finite element techniques to assess the structural integrity of products|
Manufacturing and Production extends 3DEXPERIENCE Essentials to digital manufacturing for Industrial or Manufacturing engineering programs.
This extended set of functions enables the design, simulation, automation, and control of sophisticated part production as well as assembly-level production. From off-line robots programming to producing ergonomic operator’s instructions, from optimizing automated production cells to balancing complete lines, Manufacturing and Production provides students with an ideal environment to experience methods practiced and required by various industries operating small facilities to large multi-plant production set-ups.
Major new functions have been added in the package to further automate the design of assembly processes especially in the field of heavy industry, shipbuilding, automotive and aerospace, when large numbers of assembly points must be managed in a comfortable manner.
|TMA||Time Study Analyst||Calculate Operation Times Using Corporate or Industry Standards|
|ASE||Assembly Simulation Expert||Automatically Generate Optimized Assembly Paths|
|NMT||NC Multi-Axis Milling & Turning Programmer||Create, optimize and validate advanced multi-axis milling and turning programs.|
|PPL||Process Planner||Define, optimize and validate Process Plans|
|WKS||Work Instructions Designer||Create Configured 3D Work Instructions|
|RCV||Robotic Native Program Validation Specialist||Simulate Robot Behavior using Native Robot Controller Software|
|NMV||NC Machine Code Validation Specialist||Perform Virtual NC Program Validation|
|EMA||Ergonomist||Create highly specific lifelike manikins|
|EWK||Work Safety Engineer||3D Assembly Feasibility Studies for Product Designers|
|NMX||NC Multi-Axis Milling Programmer||Concentrate Resources on Deliverables, Driving Successful Product Launches.|
|IEN||Industrial Engineer||Define and Simulate Resources and Material Flow|
|NDR||Drill & Fill Engineer||Create, simulate, and validate complex NC drilling and riveting programs|
|PPA||Fastener Process Planner||Create and Reconcile Assembly Fastener Plans|
|MFM||Heavy Industry Assembly Planner||Define Manufacturing Assembly Plans for Heavy Industries|
|PPM||Heavy Industry Process Planner||Create Balanced Process Plans for Marine and Offshore|
|AMP||Additive Manufacturing Programmer (new)|
|RAE||Robotics Arc Engineer (new)||Simulate Arc Welding Robots|
|RSF||Robotics Surface Engineer (new)|
|RSE||Robotics Spot Engineer (new)||Create and Simulate Robotics Workcells with Spot Welding and Drilling & Riveting Capabilities|
|WPM||Heavy Industry Structure Manufacturer (new)||Create Manufacturing Structure Plans for Heavy Industries|
|MPO||Heavy Industry Fluidic Manufacturer (new)||Create Heavy-Industry Fabrication Plans for Piping, HVAC and Raceway|
Governance and Project Management extends Business & Industry Innovation with numerous organizational and work process related tools. It targets any educational activity where the development of technical managerial skills is a desired learning outcome. It also provides educators with powerful tools to control and manage their teaching and research processes.
A group work and deliverable management framework is provided to automate academic work processes, to conduct multi-disciplinary, and potentially multi-year, projects such as engineering student competitions or to teach typical engineering management procedures.
A classification management application is included to enable smart library structuring the discovery and practice of rigorous “build-or-buy” methods that drive critical behaviors in modern engineering.
Governance and Project Management also brings a non geometric option for modeling systems requirements, similar to the one available in the Systems Engineering solution, reflecting the role of systems architects who do not need to model the functional, logical, or physical aspects of a system.
|DPM||Project Manager||Concentrate Resources on Deliverables, Driving Successful Product Launches.|
|CCM||Classification Manager||Improve Reuse and Reduce Costs through Secure Content Classification.|
|TRM||Requirements Manager||Reduce product failures through customer co-creation and a requirements-driven development process.|
|PDA||Product Architect||Manage Conceptual and Commercial Aspects of Products while Maximizing Reuse of Existing IP and Assets.|
|CHG||Change Management||Improve Collaboration and Change Management Efficiency throughout the Enterprise.|
|CMM||Configuration Management for BOM||Collaborate on a Configured BOM to Target Zero BOM Errors.|
A full range of programs and instruments to accelerate implementation
PEER LEARNING EXPERIENCE
Peer Learning Experience is an innovative online learning solution where you can learn engineering, design and project management efficiently. Learning courses are co-developed by an international community of educators working in expert committees. The Peer Learning Experience immerses participants together with peers in an interactive journey along learning paths and reproduces classroom-style co-learning techniques.
PROJECT CENTRIC LEARNING
“ILICE” (Inspire, Learn, Innovate, Create, Evaluate) is a free downloadable, customizable pre-configuration for the 3DEXPERIENCE to quick-start project-centric learning by taking immediate benefit of the platform’s social capabilities and deploying it in project activities: make it easy for project supervisors to give teams all the attention they need, promote ideation activities, have students use modern project management and design methods, and rationalize competence-based evaluation.
As the rate of technological change accelerates, the Dassault Systèmes Certification Program is fast becoming an increasingly important benchmark for customers and partners who want to make smarter recruitment and employee engagement decisions. Dassault Systèmes certified resources help drive business success for customers by optimizing the deployment of Dassault Systèmes solutions.
« The seamless digital engineering processes, combined with cyber-physical production systems, made possible thanks to the app- and cloud-based tools of the 3DEXPERIENCE platform for Academia offer huge potential in education and research. Students learn all about the strengths of integrated data management, cross-functional collaboration, and innovative digital and virtual factory capabilities for developing hybrid work systems and managing smart products based on highly diverse customer requirements in self-steering production systems.»
« Using the 3DEXPERIENCE Platform has allowed us to create a new project dynamic and foster collaborative practices across our institution. The concurrent approach of Engineering and Manufacturing has shown the true value of the 3DEXPERIENCE platform architecture.»
« Getting the 3DEXPERIENCE for Academia on the cloud up and running took a bit less than one hour! »
« The new assembly system closely reflects processes used in industry, which adds value to the work done by our design teams. Being able to use a PLM tool gives our budding engineers first-hand experience of industrial practice. »