Transforming the Aerospace & Defense landscape with industry-specific experiences for enhanced efficiency with digital continuity

Customer expectations are growing with the need for lower costs, higher quality, increased capabilities and the ever-growing complexity making it even more challenging for manufacturers. Complex system requirements challenges OEMs and suppliers to amplify their creativity, collaboration and innovation by upgrading to the factory of the future focused on improved efficiency and production agility. New approaches towards conception, designing, manufacturing, validation and sustenance are required for new air, space and defense vehicles.

Aerospace & Defense companies face a spectrum of challenges as well as growth opportunities with the continued growth of commercial aviation and an increase in the defense budget. With the increasing number of projects, there is an increase in Request for Proposals’ (RFPs) but manufacturers have less time to respond to complex RFPs for multiple components in a competitive environment for better customer experience.

Dassault Systèmes provides a portfolio of industry-specific solutions through the 3DEXPERIENCE platform for Aerospace & Defense manufacturers and suppliers to transform the traditional process with new and latest technologies.

Powered by Dassault Systèmes’ 3DEXPERIENCE platform, EDS Technologies provides industry solution experiences to transform your business processes with enhanced efficiency and digital continuity:

  1. Engineered to Fly accelerates A&D supplier process from idea to delivery with enhanced margins
  2. Co-Design to Target delivers aerospace programs ‘On specification’, ‘On- time’ and ‘On-Budget’

These solutions enable:

  1. Driven & Controlled Execution: Displays the status of current proposals and KPIs regarding costs and risks to enable process visibility. Project execution is driven in a connected process. The intellectual property is secured with traceability for authorities to manage collaborative efforts with multiple customers in a single source environment to ensure OEM certifications.
  2. Operational Efficiency: Predefined proposal templates, automated routing and tracking, clear view of projects to implement, accessibility to design and manufacturing components and collaboration with OEMs help streamline the whole process.
  3. Digital Continuity: From design engineering to manufacturing, best in class engineering tools are in place with quality and efficiency in a controlled environment to maintain digital continuity.

Engineered to Fly

Engineered to Fly is tailored to the aerospace industry with essential features and functionalities. It includes robust tools to help A&D businesses ‘Built-to-print’ or ‘Design-and-build’ to manage their whole business process. Some of the capabilities include addressing RFPs promptly, executing the projects with APQP and quickly adapting new changes in the current manufacturing process.

Project execution is driven and controlled with real-time status tracking throughout the stages of a proposal to product delivery. Validation and quality assurance are integrated for certification to meet the OEM standards. The value chain maintains digital continuity to deliver products with enhanced process efficiency and business profitability.

and-blog

For instance, an aircraft’s frame is composed of sheet metal parts comprising 4,700 rivets. With engineered to fly, the sheet metal is designed in 3D to position the rivet holes so the part assembly process is error-free and done right the first time. Also, each part is versioned and tracked for easy access to real-time product data as required to relevant stakeholders through digital continuity.

Digital continuity enables improvements in the holistic process for up to:

  • 30% error reduction
  • 40% productivity boost
  • 40% process changes requested

Benefits

  • Win more business: Significant cut down of the proposal response and turnaround time has helped in the business growth with improved bid quality for up to 25% without additional stakeholders.
  • Stay in control: Execution across multiple organizations through real-time KPIs with full traceability for stakeholders or OEM certifications.
  • Drive design & production efficiency: Digital continuity across all value streams from engineering to manufacturing to eliminate inefficiencies in the design process and ensure product quality.
  • Higher margins: 40% increased productivity with 30% reduce in change process requests and errors with strong controls, rules-based optimization and seamless collaboration

Co-Design to Target

Over 50% of projects miss out on their delivery data due to issues in the later stages that are discovered in the manufacturing process. Designing right the first time can prevent these issues in the first stage with the automated validation and quality assurance against the OEM standards.

Co-Design to Target enables OEMs with disparate tools and processes in a single stream to optimize the form, fit and function within an integrated Digital Mock-Up system (DMU). This system eliminates many integration issues that majorly affect  cost and schedule.

Digital Continuity allows driving projects with a real-time view of KPIs across the organization with multiple stakeholders, sites and suppliers to proactively sustain the project as per the timeline.

For instance, hundreds of engineers work on  detailed product development in the design phase. Thousands of specifications cascade to sub-systems and components based on top-level requirements. Project targets are met with lean development through efficient integration of engineering teams. With Co-Design to Target, these teams work with parallel timelines and collaborate in real-time for quick and easy detailed definitions of each component and system within the finished product.

and-blog (2)

Benefits

  • Manage programs in real-time: Stakeholders can review the real-time status of projects with a quick view of all KPIs with full traceability until delivery. The works-in process is consolidated with various different tools for program controls, systems engineering, design engineering, contracts management, subcontract administrations, configuration management, and data management. Comprehensive management and real-time process visibility improve the success, profitability and value to customers.
  • Achieve manufacturing excellence by design: Design, engineering and manufacturing processes are efficiently integrated and validated with the digital mock-up function to evade costly issues in the later stages. This solution simplifies the product development process by integrating value streams. Transformation in the development phase significantly lowers the cost and time of projects with Co-Design to Target.
  • Reduce costs and improve quality: Program execution is enhanced with multi-discipline simulations to guarantee the delivery of performance, reliability and cost targets. Reducing the complexity in product development stage enables organizations to reap the profits at a lower recurring and non-recurring costs. Co-Design to Target industry-specific solution transforms the product development phase to ensure significant reduction in cost with improved quality.

To know more about our aerospace & defense industry-specific solutions, submit an inquiry to speak to our senior technical experts.

Model, Design, Simulate and Collaborate: Upgrade your business process with 3DEXPERIENCE on the Cloud

Dassault Systèmes’ 3DEXPERIENCE on Cloud provides tools to oversee real-time view of the whole ecosystem and activity progress to realize the business vision and goals. 3DEXPERIENCE is a robust collaborative platform with a portfolio of solutions and an interactive environment across the organization and communities available to cloud-based users at all times. Easy-to-use interfaces allow multiple collaborators to ideate, design, simulate and deliver innovative projects for unique customer experiences. With the 3DEXPERIENCE on Cloud, users break free of the IT constraints with a faster, safer and reliable business process that support global collaboration.

The key capabilities of 3DEPERIENCE platform are as follows:

  1. 3D Modeling
  2. Generative Design
  3. Simulation
  4. Collaboration

Design right the first time with 3D Modeling

In this competitive world, it is crucial to have a faster product to market cycle with saved time and cost. Also, there is huge demand to develop and deliver a wide variety of products with advanced engineering and complex processes. Cloud-based mechanical design and surfacing with 3D Modeling provides state of the art engineering capabilities, design tools to collaborate and maintain digital continuity with stakeholders. Users can also:

  • Develop high-quality complex mechanical shapes
  • High-end surface quality with local surface modifiers and global deformation
  • Resolve complex manufacturing deformations without Product re-design and tooling
  • Save expert product data and reuse it as required
  • Easily access real-time information
  • Validate idea by designing products in motion with structural insights

Design complex shapes and patterns quickly with Generative Design

Major challenge of a designer is to develop increasingly complex and innovative 3D models, shapes and patterns to exceed customer demands. There are several limitations in the designer’s ability to explore and capture the variation of ideas. With generative design tools, users can explore, design and validate the complex variants with repetitive non-regular shapes and patterns. Users can also easily collaborate with stakeholders with the browser-based solution to maintain digital continuity and work remotely. Users can also:

  • Boost the design process with the large number of alternatives to the main design with varying styling capabilities
  • Make informed design decisions and shape research with a dynamic 3D modeling experience
  • Provide the best geometry quality with parametric modeling that provides immediate useable geometries

Validate innovation of products faster with Simulation

Countless rounds of trial and errors before production is eliminated by incorporating virtual simulation at each stage of the product design cycle. Real-time collaboration with engineers from different teams accelerates the product innovation and development process by communicating the insights from virtual simulation to relevant key stakeholders at the right time.

Users can perform sophisticated simulations using the robust technology that enables collaboration and digital continuity with the 3DEXPERIENCE on the Cloud. Simulation solutions offerings are:

  • An environment integrated with CAD, CAE and PLM tools
  • Intuitive applications to eliminate guesswork for improvised product design
  • Meets all the simulation demands at any given time and place
  • Increased productivity by enabling engineers and designers to focus on engineering problems than menial manual tasks
  • Streamline the engineering workflow with quick insights into product performance and quality

Product data and lifecycle management with Collaboration

Stay digitally connected with product design data and collaborative teams to formulate efficient plans that enable development and release new products. Easy access to secured product data and lifecycle management with team-based planning enables real-time sharing of design data. With the 3DEXPERIENCE on the Cloud, users can seamlessly collaborate with product data from anywhere at any time on any device. Users can also:

  • Share and discuss ideas in a secure community
  • Manage product design and documents with the CAD environment
  • Define multiple discipline products for release to manufacturing
  • Collaborate using web-based design reviews and track issues
  • Modify under the governance of a change process that notifies relevant stakeholders
  • Define projects, assign tasks and track the real-time status of deliverables
  • Explore and edit multiple product structures with a web-browser

Benefits of 3DEXPERIENCE on the Cloud:

  1. Cost Effective: Without any IT requisites, the 3DEXPERIENCE on the Cloud easy to deploy and ready to use. The complete offering includes an all-in-one solution required by the organization to achieve their business vision with a portfolio of applications such as CATIA, SIMULIA, DELMIA, ENOVIA.
  2. Adaptability: With automatic updates, the latest versions of the applications are available with frequent new features. The 3DEXPERIENCE on the Cloud is flexible as it can be tailored to the user needs with the subscription model. With the ever-changing market, add applications and user as required to align with the business.
  3. Foster Collaboration: With the cloud-based option, working online and remotely is possible at any given time encouraging collaboration with tools to quickly innovate from idea to delivery with multiple stakeholders.
  4. Data Security: Fully secured and encrypted product data with tools for tracking and management of data and activity.
  5. Environment Friendly: Compared to on-site servers 3DEXPERIENCE on the cloud uses 30% less energy.

To know about 3DEXPERIENCE on the Cloud, contact us to speak to our experts.

How automotive manufacturers can optimize their products for BS VI norms compliance with Dassault Systèmes’ solutions

Bharat Stage Emission Standard (BSES) is the yardstick for regulating the air pollutants from automobiles with combustion engines. BS VI is the sixth stage of the BS Emission norms instated by the Government of India and Central Pollution Control Board to regulate the emission from motor vehicles. Automakers in India must conform to the standards and implementation timeline of BS VI by April 2020. Leading automotive manufacturers have a huge stock shelved that do not comply with the BS VI emission regulation and risk facing huge losses. Automakers need to invest in technology that enables them to upgrade their vehicles in stock. Also, they will have to invest in R&D and infrastructure in the manufacturing plants to develop new kind of auto machinery.

The Supreme Court of India has barred the sale and registration of automotive vehicles not in compliance with the BS VI across the country from 1st April 2020. Leading to automotive manufacturers having a huge stock shelved that do not comply with the BS VI emission regulation and risk facing huge losses. Automakers need to invest in technology that enables them to upgrade their vehicles in stock. Also, they will have to invest in R&D and infrastructure in the manufacturing plants to develop new kind of auto machinery.

Main challenge for automakers is to reduce their development cycles by up to 50%. The process towards compliance is accelerated with advanced design and manufacturing simulation. This digital workflow enables design innovation within the confines of the new regulation. Integration of existing data and IP into a single enterprise platform that is accessible universally enables inter- and intra-team collaboration for digital creation and validation of enhanced designs.

The key to achieving reduced emission is the simulation of each part of the interconnected system. With the 3D simulation model, engineers analyse the vehicle behaviour thoroughly to realize ways for improvements. Redesigning a particular part or the entire engine digitally is done easily and accurately with desired outcomes. Having a clear view of the discrete system and how it operates in real-world scenarios helps in reducing development times within the OEM and supply chains.

Existing vehicle models can be upgraded for BS VI compliance by retrofitting new systems and components. Deploying simulation throughout the supply chain aids the improvement in quality before the production of parts. Complex interfaces and co-relationship are easily analysed to address the integration and functionality issues within the new regulations.

Dassault Systèmes solutions help customers certify the numerous variants, meet regulations to ensure on target vehicle launch that helps manufacturers streamline the certification process from design, portfolio management, requirements, test results and verification. Simulation solutions enables the certification process with real-time tracking and achieve challenging targets through enhanced design by leveraging the industry insights and know-how.

Using 3D product development and simulation solution such as CATIA, SIMULIA and more, manufacturers are overcoming major process-related issues to innovate new transportation concepts integrated with the developing infrastructure will help realize this new policy. Few ways to reduce emission using simulation can be done by light weighting, aerodynamic efficiency, powertrain efficiency, electrification, tyre engineering and real driving emissions.

To know how our solutions can help in emission standard adherence, contact us to speak to our expert consultants now.

Integrate Mold and Tooling with 3DEXPERIENCE Platform for first-time-right design

Major challenge for tool makers is the quick turn around and reduce design to manufacturing cycle time as required in every industry. Every manufacturer’s goal is constant innovation to manufacture products with ever improving quality at the right cost. Maximizing efficiency and reliability of tooling regardless of human and resource related contingencies will accelerate the product delivery.

Tool makers work as a collaborative team and the latest product data is misplaced with the collect, exchange, translate and duplicate of data. Tool makers also collaborate with designers. There are multiple iterations of product data from designer to toolmaker and vice versa. With numerous collaborators, there is bound to be numerous iterations due to defects from manufacturability issues. It is necessary to have various iterations to reach at a refined final product but leads to delays in the tooling delivery.

Other challenges faced by tool makers are:

  • Collaborators use different software for design, simulation and manufacturing leading to high data translation cost.
  • Significant amount of time is spent in integrating product design changes due to excessive engineering and poor standardization.

Integrate Mold and Tooling with 3DEXPERIENCE Platform for first-time-right design

mold

With CATIA Mold and Tooling solution, companies are able to create first-time-right collision-free tool paths  through the fully integrated and collaborative 3DEXPERIENCE platform. Easy access to designs to create the appropriate tooling in a single environment is helpful to interact with collaborators, eliminating the need for data translation and to easily freeze product design.

Features of CATIA Mold and Tooling solution

  • Powerful, flexible, and highly customizable experience to address the mold making requirements and challenges
  • Increased design productivity, standardize tooling design practices, automate design tasks and assist decision-making from simple to complex projects
  • Added value to manufacturing companies to produce high quality products
  • Avoid modification cycles and attached costs with design right the first time
  • Consistently deliver high quality tooling
  • Minimize risk of critical situations
  • Increase competitive edge

3 Key Benefits of CATIA Mold and Tooling solution

  1. Increase productivity and reduce cycle time:
    1. Dedicated capabilities addressing toolmakers’ specific needs
    2. Ease to capture, reuse and grow company resource
  2. Promote standardization and ensure lifecycle integrity:
    1. Single software platform for integrated tooling design and manufacturing
    2. Full 3D visual simulation for reference throughout the process
  3. Enhance quality and bolster innovation:
    1. Automate tasks and assist user decision and enable collaborative engineering

Contact us to know more about how CATIA 3DEXPERIENCE can aid your team for first-time-right design.

High quality electromagnetic simulation and NVH analysis for Electric Vehicles with SIMULIA Electric Drive Engineering package

Electric vehicles are much more complex systems to design than it might appear to be. To meet design requirements, the teams need an environment which will allow them to optimize designs by simultaneously taking the challenges into account. Common challenges for electric vehicles are related to noise and vibrations, thermal management of the heat dissipated by high rotation speeds and electromagnetics losses, proper lubrication of the integrated gearbox, etc.

One of the most complex area in developing an electric vehicle is electric drive systems engineering. Electric vehicle engineering will differ from the traditonal internal combustion (IC) engine engineering as the primary challenge is achieving high power density in a small space. As the electric drive systems are complex, their performance needs to be optimized at various stages and across disciplines.

With the help of model based systems engineering, teams hold the functionality to:

  • Multi disciplinary optimizaiton
  • Manage complexity with model based system engineering
  • Deliver high quality products with less time to market

6 Benefits of Electric Drive Engineering Solution

  • Electromagnetic Performance: Provides an all-in-one collaborative cloud or on premise environment to imagine, create, design, simulate and deliver new mobility concepts and services.
  • Strength & Stiffness: Track ideas from initial concept to customer delivery, with integrated governance to improve productivity and reduce development costs.
  • Thermal Management: Accurate predictions of thermal conditions of drive system, multi scale and multi physics integration.
  • Durability: Deliver robust innovation with proven end-to-end engineering solutions to shorten time-to-market.
  • Gearbox Lubrication: Accurate predictions of oil lubrication of drive systems and provide optimized cooling and lubrication in extreme packaging constraints.
  • Noise and Vibration: Provide enhanced performance while improving component durability with best in class acoustics and vibration simulation.

To know more on this please visit the following link. https://edstechnologies.com/industries/transportation-mobility/electric-vehicles/

Design Engineer Learning Curve and Career Path with EDST e-Learning

The Future of Working in Manufacturing

With Industrial Revolution 4.0, the nature of work is transforming with Artificial Intelligence (AI), Advanced Robotics, Cognitive Automation, Advanced Analytics and Internet of Things (IoT).

Advanced new age technology has created more jobs that require a unique skillset leading to the gap of available professionals specializing in these skillsets. To bridge this gap, it is important to educate the workforce of the future.

The future workforce is predicted to have collaborative platforms and instant messaging for high productivity. Digital Transformation in Business has rearranged the work architecture by cutting down routine tasks to focus on meaningful tasks that add value to the customers, end product, company, and the workforce.

EDST e-Learning aims to train the future workforce on the digital and soft skills required. The online courses are based on CAD software applications such as 3DEXPERIENCE platform, CATIA, INVENTOR, SOLIDWORKS, AutoCAD, REVIT and more. These courses are curated to train the workforce for engineering industries such as Aerospace, Automotive, Civil, Mechanical and other relevant fields.

Design Engineer Career Path

Industrial Design is an integration between the field of art and engineering that involves product design and management for manufacturing. Design engineers use Computer Aided Design (CAD) software to create, refine and test products and processes involving Computer Numerically Controlled (CNC) machines.

Design engineers formulate product design and refine the design with visual 3D models for streamlining efficiency throughout the manufacturing process. These engineers also test the assembly design and review the final product to ensure high quality and compliance with company, legal and customer standards. They work in a team of design engineers to boost the functionality in creating the final products within the time and cost constraints efficiently.

Design engineer core responsibilities include:

  • Interact with the R&D team to understand the design requirement
  • Use CAD software to transform ideas into plans and models
  • Collaborate with engineers and managers from different departments
  • Formulate and test product designs in prototypes
  • Refine ideas and designs to execute as per the change in requirements
  • Ensure the design and final product comply with industry standard and guidelines

In the era of digital transformation, design engineers have upgraded to 3D virtual design by using CAD software tools. Today, design engineers use the listed Visual 3D CAD software applications as per their design requirements.

  1. 3DEXPERIENCE
  2. CATIA V5
  3. INVENTOR
  4. SOLIDWORKS

Design Engineer Career Requirements

Degree Bachelors in Engineering for entry-level designers
Field Mechanical Engineering or relevant fields
Skills
  • Understanding of engineering concepts and the PLM process
  • Understanding 2D drafting, drawing & reading
  • Capability to create 3D parametric models using CAD software tools
  • Work with large assemblies having detailed design
  • Customer specific design process
  • Generate Bill of Materials
  • Creative analytical thinking for design and problem-solving
Tools INVENTOR, SOLIDWORKS, CATIA, 3DEXPERIENCE
Licenses Varied, minimum of five years of industry experience to attain Professional Engineers certification


If you want to Upskill yourself with EDST e-Learning courses, visit the learning portal here and register for a course today.

Subscribe to our newsletter

Get all the latest information on Events, Sales and Offers.