The Race to Market for Urban Air Mobility

The Race to Market for Urban Air Mobility

The coronavirus pandemic may have cooled the hype, but it hasn’t dampened the enthusiasm in the nascent urban air mobility (UAM) sector. Testing of electric vertical-and-takeoff-and-landing (eVTOL) vehicles is picking up pace, and the first type certifications and commercial deliveries could start in less than three years. The race to be the first to market is heating up.

In the U.S., Joby Aviation is transitioning to a company focused less on development and more on certification, initial manufacturing and laying the groundwork for 

commercial operations of its pioneering air taxi design. In Germany, Volocopter, having recently completed successful demonstration flights of its “VoloCity” aircraft in 

Helsinki and Singapore, has started  selling tickets for limited reservation flights to help fund continued development and certification. And in the U.K., Vertical Aerospace recently released its air taxi design called the VA-1X, which the company expects to certify and put into commercial operation by 2024

All of this momentum stands in sharp contrast to the commercial aviation sector, where airline passenger volume is down by more than half from last year. In the U.S., it’s about 70 percent of what it was in 2019, according to Washington, D.C.-based Airlines for America, the industry’s principal trade organization.

As if that weren’t bad enough, near-term prospects point to only modest improvements, and new Aviation Week Intelligence Network data suggests the demand for new aircraft production could be about 30 percent lower over the next 10 years than previously thought.

First-wave UAM companies moving through prototyping and certification are fleshing out business plans that are not all focused on inner-city transportation. Intercity flights, first responders, medical deliveries and unmanned logistics also are in the emerging market mix.

Joby is on track for certification in 2023. Designated the S4 for certification purposes, the yet-to-be-named air taxi is configured to carry four passengers and one pilot. It will be capable of operating day and night in instrument or visual flight rules up to 150 nautical miles. Driven by the goals safety, noise abatement and affordability, a Joby Aviation official said the design is about 100 times quieter than a helicopter.

The company has completed several hundred flights of its second-generation high-wing, six-propeller “2.0” version since 2019, including some with a pilot onboard. The aircraft features multiple redundancy in power and control surfaces.

Subscale S4 prototypes have been flown more than 700 times, starting in 2015. “The No. 1 priority is safety, and at a level you see in commercial aviation, which is the safest mode of travel we have,” CEO and Chief Engineer JoeBen Bevirt said.

For its part, Vertical Aerospace plans to forego subscale prototyping and proceed directly to full-scale production in order to meet its 2024 certification goal. It’s currently working with suppliers such as avionics provider Honeywell, to test individual systems. “The VA-X1 is an important technical milestone for the UAM industry,” said Stephane Fymat, vice president and general manager of Urban Air Mobility and Unmanned Aerial Systems at Honeywell

Dassault Systèmes will furnish the Product Lifecycle Management software to Vertical Aerospace through its cloud-based 3DEXPERIENCE platform.

VA-1X will have a more complex design that will feature numerous control surfaces and vectored thrust that’s likely to be more challenging to certify but may have more transport applications than an earlier design that employed no fewer than 12 overhead propellers in a multirotor configuration. Thrust vectoring is the ability of an aircraft to manipulate the direction of engine thrust to control its attitude or angular velocity.

The aircraft will have a range of up to 100 nautical miles and a maximum cruising speed of 150 miles per hour. Like Joby’s S4, the VA-1X will be certified to the same safety standards as commercial airliners, according to Vertical CEO Michael Cervenka. In addition, it will be optimized for longer-range flights to take advantage of the tiltrotor’s efficient cruise. The VA-1X is designed to connect entire regions, as well as flying shorter missions within metropolitan areas.

This original post was published on the Dassault Systèmes Blog : https://blogs.3ds.com/northamerica/the-race-to-market-for-urban-air-mobility/

Shaping the future of work with 3DEXPERIENCE

Shaping the future of work with 3DEXPERIENCE

Shaping the future of work with 3DEXPERIENCE

The World Economic Forum has projected that 65% of children currently in primary school will hold jobs that currently don’t exist. While those students are still a few decades from entering the workforce, there is a related challenge upon us today: university students and seasoned professionals alike are finding themselves lacking the job skills currently in demand by industry. This is particularly true for the many companies focused on creating sustainable innovation, which is calling for new technology and new approaches to ideation.

For years, studies have pointed to a gap between the skills needed to fill vacant jobs and what is being taught in schools. Industry disruption from the COVID-19 pandemic became a proof point of this for chasm; as companies needed to quickly pivot to redefine their business model, it became clear how much reskilling, upskilling and training is needed. Roles are evovling fast. Industry alone can’t make overcome this challenge: academic institutions must also transform their approach to what they teach, and how, now that hybrid learning is becoming the new norm.

To help shape the workforce of the future, we have launched 3DEXPERIENCE Edu, a new Dassault Systèmes world to empower people with the right skills to create a more sustainable future! 3DEXPERIENCE Edu is designed to help students and professionals thrive in the workplace with in-demand skills. It also will connect academic institutions with businesses to redefine how they can work together to identify needs and training methods. The goal is to boost employability by reducing the gap between industry needs and what is taught in classes.

3DEXPERIENCE Edu will also continue the Dassault Systèmes tradition of offering challenges and competitions for hands-on learning. Experience-based learning is growing in popularity, and helps people actively grow both hard and soft skills. You can see current and past challenges here.

To work on these challenges and provide first-hand know-how, the program also offers students access to software throughout the year. Through November 6, in celebration of back to school, students can request one year of free access to the 3DEXPERIENCE platform through 3DEXPERIENCE Engineer based on CATIA or 3D Designer based on SOLIDWORKS. Interested students can learn more here.

3DEXPERIENCE Edu offers an inclusive world where excellence, individual performance and purpose combine with user communities to make learning fun and enjoyable for all. We look forward to sharing stories about how the different entities – students, academics, professionals and companies – are working through 3DEXPERIENCE Edu to be more agile and ready to take on – and create – what’s next. Stay tuned!

This original Blog was published on Dassault Systemes blog : https://blogs.3ds.com/perspectives/shaping-the-future-of-work-with-3dexperience/

Tackling pollution and transforming the car ownership experience

Tackling pollution and transforming the car ownership experience

 

In 2010, there were only around 17,000 electric cars on the world’s roads. By 2019, that number had swelled to 7.2 million, almost half of which were in China – the world’s largest automobile market. For China, electric vehicles (EVs) are one of 10 commercial sectors central to the government’s “Made in China” effort to boost advanced industrial technology. The government will provide billions of dollars to subsidize the manufacturing of EVs and batteries, and encouraging businesses and consumers to buy them.

Not only does China’s EV industry play to the government’s national ambitions, it’s also helping to solve some of the nation’s most pressing energy and environmental concerns as China continues to tackle high air pollution in its major cities and reduce its climate change emissions.

One of the leaders in China’s fledgling electric car industry is NIO, whose ambition is to make EVs the natural choice for everyone, leading to a more sustainable tomorrow. Hence the start-up’s Chinese name: Weilei, which translates as ‘blue sky coming.’

Since 2014, the company has been building a new generation of electric road cars that deliver superior performance and unique user experiences, backed by a vision to help consumers rediscover the ‘joyful lifestyle’ of car ownership. The company primarily serves the Chinese market, but from the very beginning has been committed to expanding its global reach. They needed a strong technology platform to support its growth. NIO decided on the 3DEXPERIENCE platform as the foundation for its enterprise-wide research and development activities.

Before implementing the 3DEXPERIENCE platform, NIO’s designers and engineers worked in siloes, focused only on their local product development activities. Now they all work collaboratively on a truly global development platform, which manages the company’s entire product development lifecycle, ensuring digital continuity, data integrity and effective change management at every stage of the process.

Crucially, NIO was able to move from concept to launch of its ES8 model in just three years, thanks to enhanced collaboration between its global teams and partners on the platform. With completely integrated design and manufacturing processes and accurate data, NIO can now focus on innovation as it continues to scale its business.

“The 3DEXPERIENCE platform drives our users’ creativity and promotes innovation by allowing them to work in 3D,” said Longyun Zou, associate director, digital engineering team & expert at NIO. “Having a single product design platform, coupled with synchronized engineering, significantly accelerates product design. This strong technology support certainly helped to accelerate the ES8’s time to market.”

Want to discover more about how NIO is taking advantage of the 3DEXPERIENCE platform to accelerate product development and grow its global presence? Watch the videos below or read the detailed case study.

This original artIcle has been published on the Dassault Systèmes’ blog: https://blogs.3ds.com/perspectives/tackling-pollution-and-transforming-the-car-ownership-experience/

 

Bringing South Korea’s smart construction vision to life

Bringing South Korea’s smart construction vision to life

The South Korean government is on a mission to bring cutting-edge technology to the construction industry. It’s part of an ambitious smart construction technology roadmap that will see the nation’s civil engineering businesses embrace a combination of cloud computing, building information modeling (BIM), the Internet of Things, big data, drones and robots as we enter a new chapter in human development driven by the Fourth Industrial Revolution.

For Dasan Consultants, this created a great opportunity to build the foundation for a new BIM design approach. The leading Korean engineering and consulting firm specializes in delivering planning, design and construction management services to the global transportation, land, water, environment, energy and plant sectors. Not only did it want to improve its competitive edge and grow its reputation as a national trailblazer, it also wanted to cut down on unnecessary costs while guaranteeing quality, reliability and sustainability.

The company turned to the 3DEXPERIENCE platform on cloud to drive its business-wide transformation and make the switch from 2D to 3D. Today, the platform serves as a centralized database to manage data and intellectual property, securely share information with all stakeholders and work on designs company wide, bringing all design and engineering units together. At the same time, Dasan can actively avoid the design errors, incoherence, interference and miscalculation that commonly crop up in traditional 2D drawings.

Dasan used the 3DEXPERIENCE platform to manage the Yangpyung-Icheon Expressway construction project with impressive results.

“This was the first time we used our new BIM design approach in a project,” said Kim Bong-Seok, director at Dasan Consultants. “Our client recognized the excellent quality of the civil engineering design, enabled by the 3DEXPERIENCE platform, and it meant that we were able to win the next project as well.”

Want to learn more about how Dasan is building on its leading reputation and using the 3DEXPERIENCE platform to make 3D BIM a reality? Watch the videos below or read the detailed case study.

This original article was published on Dassault Systèmes’ blog: https://blogs.3ds.com/

Cloud and industries: where do we stand?

Cloud and industries: where do we stand?

All company departments are concerned by Cloud computing. One might think that the Cloud approach has largely entered into practice. Yet according to a survey by Club Décision DSI, in France, only 32% of IT decision-makers have opted for a Cloud first approach.

Why the Cloud?

Only 32% of IT decision-makers have opted for the Cloud approach. This figure may seem low. The question arises: should we systematically adopt a Cloud approach? What are the business and business challenges of such an approach? To answer this question, it is necessary to go back to the definition of the Cloud. Here, we are talking about Cloud first, in other words, when an organization moves all its information systems (its skills, its software and hardware consumption model, its governance, or its project management) into the Cloud. This does not imply that the remaining 68% are not cloud users.

A company’s first reflex is often to want to act internally, with the “means at hand”. It should be noted that the cloud is not necessarily adapted to all applications. Indeed, each company must define its needs. For example, if a company already has in-house servers running 24 hours a day to store its data, then the Cloud may not be the right answer to its needs: “the Cloud is not meant to host. The Cloud is not meant to host,” as Servane Augier, Managing Director of 3DS OUTSCALE, points out. The real need that the Cloud can meet is rather that of agility, its main asset is to “be able to provide on-demand”. In this sense, all areas of activity are concerned, because they all have a peak load: either because of seasonal activities, or because their development requires high computing loads. Therefore, although 32% seems low, these figures will evolve over time, especially with the new generations of companies.

Start-ups and SMBs: Conversion to the Cloud Coming Soon

The motivations are not always the same, however, the advantages of the cloud are numerous. At Techno MAP, for example, the move to the cloud was driven by its own customers. Christophe Vergneault, CEO of Techno MAP, says: “We are at the service of our customers. We need to be completely integrated into the data they are going to make available to us in order to be able to interact on it. “The real-time data exchange with customers – from the automotive industry – was the decisive point for this change in software support. According to him, a collaborative platform such as 3DEXPERIENCE is the key to enabling this interactivity between his company’s businesses and its customers. It is a real time-saver, where each user is constantly in control of the data they are working on. Users can therefore maintain traceability of the various jobs. And this agility makes even more sense when the number of customers increases.

Aron Kapshitzer, Co-founder and CTO, 5th Dimension, is happy to confirm this observation. 5th Dimension has been designing eyewear for 3 years, integrating many complex technologies. Having suppliers on every continent, the question of information sharing obviously arises. The implementation of 3DEXPERIENCE was “exactly what we needed”. It enabled it to integrate all the different business areas: ideation, digital mock-up, evolution, integration of electronics, etc. In just a few hours “we have tools that cover all the company’s business activities. “. This is ideal for a startup that needs agility, speed, and above all no room for error.

Trends and issues

Beyond a single platform, today several major trends are emerging around the subject of the Cloud and remain strong questions for some business leaders:

“Multi-cloud: which consists of relying on several Cloud services and several suppliers. In particular, this approach enables the use of targeted applications from different cloud providers. Since not all PaaS providers actually provide the same services and uses, some will be complementary;

“Edge computing: a technique enabling data to be processed at the edge of the network, rather than by transferring data to data centers as is currently possible with traditional Cloud computing. In particular, this process helps reduce electricity consumption;

“Serverless: this service is offered by a Cloud-managed service provider, and enables a developer to deposit code directly so that it can be executed on an infrastructure that can be consumed on demand. The service is managed: it is automatically distributed to resolve load or backup problems. This way, the customer no longer needs to worry about hardware or network problems, execution runtimes, or middleware requirements.

Did you say “trust”?

Then we come to an exciting question that animated this exchange: that of trust. If there’s one point on which our guests agree, it’s that of trustability, which is essential when choosing a cloud. Recently, the French government commissioned 3DS OUTSCALE, described as a cloud of hyper-confidence, to develop a sovereign cloud. This decision echoes the Andromeda project, an initiative of the French government in 2011, to create a real alternative to American suppliers, but which was a failure at the time. It was the recent extension of the Patriot Act, known as the Cloud Act, that came as an electroshock: today, an American administrative entity can retrieve data from an American cloud provider, regardless of where it is located.

“The intentions are good. The intentions are good,” says Servane Augier, the law is there to “facilitate judicial interactions: fighting crime, paedophilia, terrorism, etc.”. “. The reality is different: “there is a real risk of industrial espionage and economic war. “, she reminds us.

In this context, sovereignty comes to secure our data. But there is also “a logic of digital independence and autonomy for France and Europe. “. So it is more than urgent to preserve an economic fabric capable of providing such a service from our territories.

As the head of SMEs, and a partner of major national manufacturers, Christophe Vergneault enabled us to conclude the debate with a pragmatic speech: “It’s very simple: there is a problem of data security. Clearly, yes, we’re going to move towards that. We’re clearly going to move towards that,” referring to the need to create real alternatives to GAFAM.

Source : Dassault Systèmes blog. Click here to access the complete article.

How to Accelerate Innovation in Medical Device Product Development: Register for Free Webinar

How to Accelerate Innovation in Medical Device Product Development: Register for Free Webinar

Doctor and medical assistant robot analysis and testing result of DNA on modern virtual interface, science and technology, innovative and future of medical healthcare in laboratory background.From arterial stents to ventilators to monitoring devices, medical device development is incredibly challenging for one fundamental reason: the universe of variations in the human body. Although the aerospace and automotive industries may require the most complex product designs to compete, a Boeing 737 and a Mercedes Sprinter van have the benefit of being nearly identical worldwide. On the other hand, developing a breakthrough insulin delivery device that can be safely operated by both a 14-year-old youth and an arthritic senior alike, can be deceptively difficult.

As if that wasn’t enough, the recent pandemic has replaced the collaborative environments and conveniences of conference rooms and labs with isolated home offices, Zoom calls and Dropbox for many medical device manufacturers not on the Coronavirus frontlines. Businesses that were ahead of the curve in their digital transformation pivoted to remote work without missing a beat, while digital laggards have seen their employees become less productive and more frustrated by the day.

Now that full- or part-time remote work is expected to be an integral part of the “next normal,” medical device manufacturers have a choice to make; integrate digital platforms designed to accelerate product innovation in a world where face-to-face collaboration isn’t guaranteed, or watch your competition leap ahead of you.

Here are three ways digitally transformed medical device developers are accelerating their product innovation in the “next normal.”

All your data in one place

With development teams spread across town or around the world, the need to have all product information available digitally—and immediately accessible to anyone who needs it, without compromising security—is more acute than ever.

Even before the pandemic, product engineers were spending 33% of their time doing nothing but searching for information, collecting data, recreating data and other activities that simply prepared them to get their work done.

Cloud-based collaboration platforms can deliver a significant productivity boost by ensuring every bit of information about your medical devices is stored in one secure, central location where it can be easily found and accessed any time.

These platform-based solutions can increase the innovation, productivity and overall employee engagement of product development teams because they’re free to spend more of their day creating and solving challenges and less time just looking for the information they need to get started.

More robust data platforms for more robust products

Medical devices can be incredibly complex, requiring hardware, software, connectivity and cloud working seamlessly together to deliver the desired value: “a system of systems,” so to speak. Most general business/office applications and legacy development processes aren’t able to scale to meet the growing product complexity, creating the need for the kind of force-fits and workarounds that occur when workers don’t have the right tools for the job.

Leading product developers have migrated away from traditional document-based environments and embraced model-based systems engineering (MBSE). MBSE uses robust 2D and 3D models as the base unit of reference, capable contain all the system requirements, design, analysis, verification, and validation data about the product within them.

The models’ ability to deliver complex, multi-dimensional product information at every phase of the development process:

  • Ensures your developers are always working with the latest, most correct information – “one version of the truth”—anywhere in the world.
  • Integrates ironclad change management protocols by automatically alerting anyone affected by a change to the model, no matter where the change is initiated in the development cycle.
  • Accelerates product development time to market and innovation by empowering developers to reuse proven “off the shelf” models to create new products.

Using simulation to speed development and cut costs

Today’s cloud-based simulation tools allow digitally advanced product developers to run thousands of real-world tests on products in development without the need to create a single physical prototype or conduct a single sheep study, in the case of medical devices.

Given the infinite variety of dimensions, compositions and conditions present within the human body, simulation is a powerful tool for medical device manufacturers looking to develop products that can safely accommodate the widest possible range of patients, users, and applications.

Simulation not only dramatically slashes development costs and time to market compared to physical testing, but it may also reduce the need for sheep studies and human testing in some applications.

Simulation results can also be shared with clinicians, surgeons, nurses, and other users to capture their feedback without the need for costly physical prototyping, further cutting production costs and time to market.

Freed from the resource pressures of prototyping and testing, your development teams will be much more willing and able to unlock their innovative potential and develop more “moon shot” products that revolutionize your areas of opportunity, rather than settling for incremental improvements that are more likely to meet target development metrics.

Taking the next step

If you’re a medical device developer or manufacturer looking for ways to speed your product development, improve your quality and cut your development costs, register for a free webcast, “Quality Management for Medical Devices In Today’s New World” going live on August 27, 2020 at 11:00 am EDT, hosted by Persistent Systems, a certified Value Solutions Partner for Dassault Systèmes.

CLICK HERE to register or find out more.