This podcast focuses on explaining the fascinating ways that science and engineering change the world around us. In each episode, we talk to leading engineers from elite-level sports like cycling and Formula 1 to some of world's top academics to understand how fluid dynamics, machine learning & supercomputing are bringing in a new era of discovery. We also hear life stories, career advice and lessons they've learnt along the way that will help you to pursue a career in science and engineering.
This podcast focuses on explaining the fascinating ways that science and engineering change the world around us. In each episode, we talk to leading engineers from elite-level sports like cycling and Formula 1 to some of world's top academics to understand how fluid dynamics, machine learning & supercomputing are bringing in a new era of discovery. We also hear life stories, career advice and lessons they've learnt along the way that will help you to pursue a career in science and engineering.
In this episode of the Neil Ashton podcast, Professor Mike Giles shares his extensive journey through the fields of computational fluid dynamics (CFD), computational finance and HPC. He discusses his early academic influences, his early days at Cambridge, internships at Rolls-Royce, his transition to MIT and Oxford where he made significant contributions to high-performance computing and numerical analysis. The conversation highlights his hands-on approach to research and teaching, as well as his pioneering work in Monte Carlo methods and GPU computing. This conversation explores the journey of a mathematician and engineer from MIT to Rolls-Royce and then to Oxford, highlighting the evolution of computational engineering, the development of the Hydra code, and the transition from CFD to financial applications. In this conversation, the speaker reflects on their journey through burnout, career transitions, and the evolution of their work in computational finance and numerical analysis. They discuss the challenges of managing large software projects, the shift from Hydra code development to finance, and the integration of advanced methodologies in their work. The conversation also touches on the role of high-performance computing, the impact of AI on research, and advice for the next generation of students pursuing careers in mathematics and programming.
Links:
https://people.maths.ox.ac.uk/gilesm/
Chapters
00:00 Introduction
06:25 Professor Mike Giles: A Journey Through CFD and Finance
17:30 Early Academic Influences and Career Path
29:34 Transition to MIT and Early Research
40:01 High-Performance Computing and Its Impact
41:30 Navigating Between MIT and Rolls-Royce
44:54 The Evolution of Research at MIT
48:47 Transitioning to Oxford and the Role of Rolls-Royce
51:07 The Genesis of the Hydra Code
01:00:47 The Role of Conferences in Engineering
01:10:58 The Shift from CFD to Financial Applications
01:21:30 Navigating Burnout and Career Transitions
01:24:04 Shifting Focus: From Hydrocode to Computational Finance
01:29:30 Bridging Mathematics and Finance: Methodologies and Techniques
01:35:09 The Role of High-Performance Computing in Modern Research
01:39:20 AI's Impact on Research and Future Directions
01:54:00 Advice for the Next Generation: Pursuing Passion and Skills