The Third Angle

PTC

Best Business Podcast (Gold), British Podcast Awards 2023

How do you build a fully electric motorcycle with no compromises on performance? How can we truly experience what the virtual world feels like? What does it take to design the first commercially available flying car? And how do you build a lightsaber? These are some of the questions this podcast answers as we share the moments where digital transforms physical, and meet the brilliant minds behind some of the most innovative products around the world - each powered by PTC technology.

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Our Editor's Take

The Third Angle podcast is an exciting engineering podcast. It offers all the latest innovations and breakthroughs in engineering. Conversations explore everything from life-saving robotics to technology for safer skies. Listeners hear from people working hard to improve lives through science and technology. Many of the products discussed on the podcast seem to belong in sci-fi movies, but they are existing, practical products used worldwide. The show curates them from across Europe, the Americas, Africa, Australia, and Asia.

Host Paul Haimes specializes in product lifecycle management and computer aided engineering. He has worked with the podcast's parent company, PTC, for over two decades. Haimes is the VP of Solutions Consulting for the company. He chats with many like-minded people on the podcast.

The Third Angle features some of the most breathtaking innovations around. One such exciting product is akin to Iron Man's helmet. Superheroes may have all the fame, but the true heroes are making science fiction a reality. What is more exciting than having real-life, usable technology? BAE Systems' Striker II is pushing piloting into higher realms. In the past, pilots had to peer down at consoles to see things like fuel mileage, altitude, and more. A step up from that was overlaying dashboard information on the windshield. BAE's technology is a more significant leap from both forms of piloting. The company built a helmet-type system. It gives pilots a 40-degree view of their surroundings.

Another episode features MediTel, a robotic medic. The University of Sheffield's robotics team built this first-of-its-kind robot. The podcast's producer Allistair interviews the university's head of digital design, David King. During the interview, the producer was able to see MediTel in action. The robot's many skills include taking vitals and acting as a scout in risky situations. Equipped with tactile capabilities, the robot can deliver medicine and perform life-saving tasks.

The highlighted innovations are two out of many products discussed on the podcast. New episodes of The Third Angle debut every other Tuesday.

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Episodes

Hill Helicopters: The Aston Martin of the Skies
Sep 18 2024
Hill Helicopters: The Aston Martin of the Skies
“An automotive interior that looks like it’s been plucked out of the finest British coachbuilt cars”In this episode of Third Angle, we explore the future of personal aviation with Hill Helicopters, a company aiming to redefine the helicopter industry with their groundbreaking designs. Discover how they combine sleek, luxury design with cutting-edge technology to create helicopters that are not only beautiful but incredibly easy to fly. Hill Helicopters’ ambition is to become the “Aston Martin of the skies,” making flying accessible to newcomers while maintaining top performance.Chairman and Chief Engineer, Jason Hill, takes us behind the scenes at Hill’s brand-new, state-of-the-art production facility in Staffordshire, England. He shares his passion for aviation and explains how every component of their helicopters—from the engine to the cockpit—is designed, developed, and manufactured in-house. Jason also discusses their commitment to being carbon-neutral, and how they’re using biofuel to achieve sustainability in short-range flights.Find out more about Hill Helicopters here.Find out more about Creo and Windchill here.Your host is Paul Haimes from industrial software company PTC. Episodes are released bi-weekly. Follow us on LinkedIn and X for updates.This is an 18Sixty production for PTC. Executive producer is Jacqui Cook. Sound design and editing by Clarissa Maycock. Location recording by Helen Lennard. And music by Rowan Bishop.
Tatum Robotics: Hands-On Innovation for the DeafBlind Community
Mar 26 2024
Tatum Robotics: Hands-On Innovation for the DeafBlind Community
“Her favourite show used to be Friends, and growing up she could hear it and she could read the captions, and it was so exciting for her that she could get that moment back.”In the modern world, we have an abundance of technology that helps us with our communication, information gathering, and entertainment needs. But most of this is inaccessible for DeafBlind individuals whose primary language is tactile sign. It can be difficult for them to access news headlines, or to even find out what the weather will be like later on in the day.  Tatum Robotics is advancing accessibility by developing a robot hand that can communicate with DeafBlind people through tactile sign and allow them to access the internet. Designed to allow for as much movement as possible, the T1 Fingerspelling Hand features 18 degrees of freedom whilst still feeling as much as possible like holding a real human hand. DeafBlind people’s main source of communication is usually through human interpreters, who can’t be with them all of the time, so this technology will open up a world of interaction for them.  Our producer Curt Nickish went to meet Samantha Johnson, the founder of Tatum Robotics, in their headquarters in Boston. She demonstrates how one of the robot hands works and emphasises the importance of testing with members of the deafblind community to capture all of the complexities of tactile sign language. Find out more about Tatum Robotics here.Find out more about OnShape here.Your host is Paul Haimes from industrial software company PTC.Episodes are released bi-weekly. Follow us on LinkedIn and X for updates.This is an 18Sixty production for PTC. Executive producer is Jacqui Cook. Sound design and editing by Clarissa Maycock. Location recording by Curt Nickish. Music by Rowan Bishop.
WaterFleet: Creating drinking water where there is no drinking water!
Mar 12 2024
WaterFleet: Creating drinking water where there is no drinking water!
“What the water rig is at its core is a mobile water treatment technology, and it dramatically changed the lives of the people living on that site.”Having clean, drinkable water is essential for everyone, no matter where they are. For some on-site workers on remote oil and gas drilling sites, this means transporting in large amounts of bottled water. The result is a large amount of plastic waste from the bottles and air pollution from the extra traffic.WaterFleet provides an alternative solution. Their water treatment technology means that a mobile rig can be hooked up to an existing well or water storage source on site and provide people with clean potable water on tap. As the rig processes the water, it automatically and continually monitors the quality to ensure it’s safe. WateFleet also uses this technology to provide temporary water solutions to areas that have been affected by natural disasters. Our producer Eva Ruth went to the WaterFleet headquarters in San Antonio, Texas to meet the Director of Business Intelligence, David Meyers. He explains WaterFleet’s mission statement and takes us inside one of the water rigs.Find out more about the WaterFleet here.Find out more about ServiceMax here.Your host is Paul Haimes from industrial software company PTC.Episodes are released bi-weekly. Follow us on LinkedIn and X for updates.This is an 18Sixty production for PTC. Executive producer is Jacqui Cook. Sound design and editing by Clarissa Maycock. Location recording by Eva Ruth. Music by Rowan Bishop.
Innoptus Solar Team: How fast can you go in a race car powered by the sun?
Feb 13 2024
Innoptus Solar Team: How fast can you go in a race car powered by the sun?
“We try to test new things… our solar cells that we used 5 years ago are now the solar cells on your roof.”In 2004, a group of Belgian engineering students built a solar car to compete in the World Solar Challenge, a 3021km endurance race through the Australian Outback. Twenty years later, the Innoptus Solar team is still going strong, with new students coming together to build new solar racing cars. They are sponsored by PTC Partner Innoptus (part of the 4ITEGO Group) and take part in races all over the world.For the team, success is all about collaboration and innovation, constantly refining the design of their car to make it faster and more efficient. They are currently double World Champions with their tenth solar car, the Infinite. Clever features like the fin at the back of the car improve aerodynamics and give them an extra bit of help from the wind, and a motor which has been optimised to 98% efficiency helps them to go faster. It is also a fantastic development opportunity for the students involved, with them being able to gain the equivalent of 5 years of development experience in 1 year, as well as have the opportunity to work on a World Champion racing car. Our producer Wederik De Backer went to the Innoptus Solar Team HQ in Leuven to meet two students who are part of the current team, Head of Engineering Jonas Vlamijnck and Mechanical Engineer Jasper Gutschoven. As well as explaining how they became involved and the level of dedication needed to win races, they give us a tour of their workspace and latest car. Find out more about the Innoptus Solar Team here.Find out more about Creo+ here.Your host is Paul Haimes from industrial software company PTC.Episodes are released bi-weekly. Follow us on LinkedIn and X for updates.This is an 18Sixty production for PTC. Executive producer is Jacqui Cook. Sound design and editing by Clarissa Maycock. Location recording by Wederik De Backer. Music by Rowan Bishop.
Vestas: How large can wind turbines get, and is bigger always better?
Jan 30 2024
Vestas: How large can wind turbines get, and is bigger always better?
“The technology challenges we are facing as an industry are not so much how do we grow the size of turbines, but how do we increase their efficiency at their current size.”Wind power is playing a huge role in the global renewable energy landscape. In the United States, electricity generation from wind power is on course to potentially surpass coal-fired electricity generation by 2026. Across Europe, this is already the case, with electricity generation from wind exceeding coal for the first time in the region in Q4 2023. Vestas Wind Systems, based in Denmark, are world leaders in wind turbines, they’ve installed more than any other company in the world. They have more than 40 years of experience in wind energy and were the first company to reach the 100 GW landmarks for both the installation and service of wind turbines. With higher than ever demand for wind energy, wind turbines are getting larger. However, that creates its own challenges, not least ensuring the whole supply chain stays sustainable. In this episode, we find out how Vestas is taking on that challenge through initiatives such as ensuring crucial components like blades are recyclable, or that wind turbine towers can be made using low-emission steel.Our producer Peter Nørgaard Mathiasen went to the Vestas headquarters in Aarhus, Denmark, to meet Pedro Pastilha, the Head of Onshore Product Management. He tells us more about the wind industry and the future of wind production.Find out more about Vestas here.Find out more about Windchill here.Your host is Paul Haimes from industrial software company PTC.Episodes are released bi-weekly. Follow us on LinkedIn and X for updates.This is an 18Sixty production for PTC. Executive producer is Jacqui Cook. Sound design and editing by Clarissa Maycock. Location recording by Peter Nørgaard Mathiasen. Music by Rowan Bishop.
Volvo Group: The augmented reality keeping first responders safe.
Jan 15 2024
Volvo Group: The augmented reality keeping first responders safe.
“The rescue services need to know that the vehicle is safe to approach… with this app, we have a 3D view of each truck and this augmented reality view.”With many governments making commitments toward zero-emission targets, more and more of the trucks on our roads are becoming electric. Whilst good news for the environment, it can present challenges for emergency responders, who may not be familiar with how these types of trucks are built. In the event of an accident, emergency services need to be able to access vehicles safely, and potentially, rescue people trapped inside. This means knowing things like where the battery is, where high-voltage cables are or which parts of the truck can be safely cut through. Volvo Group is the market leader in the manufacture of electric trucks in Europe, and as has been the case for decades, they’re improving safety through clever innovation. They’ve developed an app for use at the scene of an emergency which guides those on the scene around the important components of the truck using 3D images as well as augmented reality. This means that first responders simply need to type the licence plate of the truck into the app and look at it through their device, and they can see information about the important components and potential hazards overlaid on the image. Our producer Lasse Edfast travelled to Volvo Group’s HQ in Gothenburg, Sweden to meet Anna Wrige Berling, Traffic & Product Safety Director, and Vincent Barnoux, AR Expert & Business Solution Engineer at Volvo. They demonstrate the app for us on one of their trucks and talk about the benefits of using this kind of technology to safely guide users around electric vehicles.  Find out more about Volvo here.Find out more about Vuforia here.Your host is Paul Haimes from industrial software company PTC.Episodes are released bi-weekly. Follow us on LinkedIn and Twitter for updates.This is an 18Sixty production for PTC. Executive producer is Jacqui Cook. Sound design and editing by Clarissa Maycock. Location recording by Lasse Edfast. Music by Rowan Bishop.
Jabra: Designing the future of audio in 360 degrees
Dec 12 2023
Jabra: Designing the future of audio in 360 degrees
DESCRIPTION“Spatialisation or 3D rendering of sound means that you get the feeling that you are pulling your speakers out of your ears… hearing the sound or music coming from around you instead. It is actually proven through various studies that that is a more natural way of listening. ”Jabra’s owner company GN is an audio and video communications technology company which was founded over 100 years ago to undertake the epic task of placing the first telephone line between China and Scandinavia. Since then they have continued to innovate in the area of communications and today they design and manufacture communications devices such as wireless earbuds, headsets, intelligent hearing aids and video conferencing solutions. Their wireless earbuds are full of cutting edge technology such as advanced noise cancellation, wind cancellation and of course essential for the runners, sweat resistance. They even manufacture some of the toughest, most durable headphones on the market. One of the latest advances though is spatial, or 3D audio, meaning sound it’s just left or right, it can be a 360 experience for the user.Our producer Lærke Sivkjær went to visit Vice President of Consumer Devices, Morten Urup, at the Jabra offices in Copenhagen. Morton showed her the sound lab where testing for many of the products takes place, including two anechoic chambers which cancel out outside sound completely for a completely controlled audio environment. He also talks about the future of audio innovation and how AI may play a part in driving it forward. Find out more about Jabra here.Find out more about Creo here.Your host is Paul Haimes from industrial software company PTC.Episodes are released bi-weekly. Follow us on LinkedIn and Twitter for updates.This is an 18Sixty production for PTC. Executive producer is Jacqui Cook. Sound design and editing by Ollie Guillou. Location recording by Lærke Sivkjær. Music by Rowan Bishop.