Webinar: Building Tiltrotor Aircraft, Training Robotic Sea Turtles, and Modelling and Simulation in the Real-World by Wolfram Research

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About This Webinar

The Wolfram Technology in Action: Engineering webinar series brings you first-hand experience from industry-leading innovators on how they're solving complex engineering challenges.

In this webinar:
Bob Burrage, Director at Rotorcraft Operations, will show how he has adapted an off-the-shelf auto-pilot design for conventional planes to be used in his novel tiltrotor aircraft.

Jay Alan Jackson, Musician and Associate Professor at Florida State University, will demonstrate the use of UnityLink and Unity3D to create an interactive mixed-reality music video.

Jan Brugard, CEO of Wolfram MathCore, will provide a unique insight into the real-world application of modelling and simulation tools for engineering challenges.

As well as hearing from these expert users of the Wolfram Language, you'll also get the opportunity to get (virtually) face-to-face with the makers of the software they're using to see how Wolfram can help with your engineering challenges.

Agenda

Adapting Flight Controls for a Tiltrotor Aircraft
How to Train Your Robotic Sea Turtle/Close Encounters of the Mth Kind
Wolfram System Modeler for Real-World Applications

Presenters

Bob Burrage

Director–Rotorcraft Operations Limited

Bob Burrage is researching a novel configuration of tiltrotor aircraft. His background is in aerospace systems engineering for gas turbine and flight control systems.

Jay Alan Jackson

Associate Professor–Rochester Institute of Technology

Jay Alan Jackson is a musician, mathematician and computer scientist. He holds a PhD in mathematics from Florida State University and has been a faculty member at Rochester Institute of Technology since 2002, with joint appointments in the School of Interactive Games & Media and the School of Mathematical Sciences.

Jan Brugård

CEO–Wolfram MathCore

Jan Brugård is the CEO of Wolfram MathCore in Linköping, Sweden. He is an experienced modeler and has spent several years modelling complex engineering applications, primarily within the electrical and mechanical field but also within life sciences and thermodynamics.

Brugård is one of the driving forces behind the development of System Modeler, a modelling and simulation environment that integrates with Mathematica.

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