<p>As they say, 'if you're in control, you're not going fast enough.'  The HCHP Team sits down with Aram Goganian, Chief Engineer at Predator Cycling, and talks about his 'move' in competitive track cycling, to Olympic Oopies, and how he's transforming the cycling industry through the power of digital simulation.</p>

As they say, 'if you're in control, you're not going fast enough.' The HCHP Team sits down with Aram Goganian, Chief Engineer at Predator Cycling, and talks about his 'move' in competitive track cycling, to Olympic Oopies, and how he's transforming the cycling industry through the power of digital simulation.

<p>As they say, 'if you're in control, you're not going fast enough.'&nbsp; The HCHP Team sits down with Aram Goganian, Chief Engineer at Predator Cycling, and talks about his 'move' in competitive track cycling, to Olympic Oopies, and how he's transforming the cycling industry through the power of digital simulation.</p>

The Need for Speed through Simulation

Since the dawn of time, dreamers have imagined our future, and engineers have brought these visions into reality. But it's much easier to imagine all wonderful things than it is to make them happen or to predict the future at all. Today, many of our daily gadgets and technology were unimaginable just a few years ago. And yet, things predicted 70 years ago that seemed obvious next steps still elude us today. Having a computer in your pocket seemed unobtainable yet driving to work in your hover car was almost a foregone conclusion. But why? We don't all drive hover cars because the technology challenges are more complex than we realized. It is a challenging problem, even by today's standards.And the number of hard problems is growing. New revolutionary technologies are being invented, causing everything to become more connected and more complex. New creations create even more complicated, hard problems to solve. Hover Cars and Hard Problems podcast discusses the engineering problems of today and the future.  The days of tackling getting better gas mileage in the automotive industry is a one-directional approach in our rearview mirror. Now we're challenged with improving safety and autonomy and communicating with other automobiles or collecting data to help evolve the transportation industry.Join us on our quest to solve these engineering and simulation challenges. Subscribe to get a brand-new episode every two weeks.The information provided in this podcast is provided “as is” and may be changed without notice.  The information is not guaranteed to be correct, complete, or up to date.  From time to time, Ansys may refer to other products, services, companies, consultants, and/or experts. Any such reference is not intended as an endorsement or statement that the information provided by the other party is accurate.  Ansys provides this information as a reference for users.  It is your responsibility to conduct your own investigation and make your own determination about any such product, service, company, consultant, and/or expert.

Technology

Since the dawn of time, dreamers have imagined our future, and engineers have brought these visions into reality. But it's much easier to imagine all wonderful things than it is to make them happen or to predict the future at all. Today, many of our daily gadgets and technology were unimaginable just a few years ago. And yet, things predicted 70 years ago that seemed obvious next steps still elude us today. Having a computer in your pocket seemed unobtainable yet driving to work in your hover car was almost a foregone conclusion. But why? We don't all drive hover cars because the technology challenges are more complex than we realized. It is a challenging problem, even by today's standards.And the number of hard problems is growing. New revolutionary technologies are being invented, causing everything to become more connected and more complex. New creations create even more complicated, hard problems to solve. Hover Cars and Hard Problems podcast discusses the engineering problems of today and the future. The days of tackling getting better gas mileage in the automotive industry is a one-directional approach in our rearview mirror. Now we're challenged with improving safety and autonomy and communicating with other automobiles or collecting data to help evolve the transportation industry.Join us on our quest to solve these engineering and simulation challenges. Subscribe to get a brand-new episode every two weeks.The information provided in this podcast is provided “as is” and may be changed without notice. The information is not guaranteed to be correct, complete, or up to date. From time to time, Ansys may refer to other products, services, companies, consultants, and/or experts. Any such reference is not intended as an endorsement or statement that the information provided by the other party is accurate. Ansys provides this information as a reference for users. It is your responsibility to conduct your own investigation and make your own determination about any such product, service, company, consultant, and/or expert.

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The Need for Speed through Simulation

The Need for Speed through Simulation