Yussuf Ali, Software Research Engineer
I am Software Research Engineer in the High-Performance Computing (HPC) field. My role is to add new features, fix bugs and maintain the HPC codes of the S2T Unit. Before joining OIST I was a HPC software engineer at the Visible Information Center and a cooperate researcher at the Center for Computational Science and e-Systems at the Japan Atomic Energy Agency in the Kanto region. I am interested in large scale distributed computing, numerical algorithms and GPU computing. Beside work I enjoy bouldering, football and learning Japanese.
Saori Chappell, Research Unit Assistant
My role is to support the unit members to achieve their objectives from the administrative side and to ensure smooth running of the unit. I enjoy getting to know everyone's projects and the opportunity to meet people from all over the world. Originally from Okinawa, I spent 10 years living in London, UK. With a background in post-production, I have a wide-ranging administrative experience as subtitle coordinator. Outside of work, I enjoy art, travel and spending time with my family and friends.
Luke Collyer-Hoar, PhD Student
My As part of my Mathematics Masters at Imperial College London, my thesis focused on finding soliton solutions to the Dirac equation in the presence of abelian BPS monopoles using the Nahm transform. I also undertook a project in which I attempted to find solitary waves in an inviscid fluid between two horizontal plates with an electric field passed between. At OIST, as part of the Shocks, Solitons and Turbulence unit, my thesis is focused on continuous mathematical models of mass transportation in biological networks, including trees, root systems and slime mold. In my spare time I enjoy reading, playing and watching football, and in general keeping active.
Andre Krichikov, Data Scientist
My role is to support the Unit's Research in Data Science by creating software solutions for validating scientific models and delivering data-driven insights. I am currently focused on implementing a mobile app powered by an enterprise services platform to gather high volumes of data for optimizing traffic flow for self-driving cars. Additionally, I will facilitate integrated software eco-systems to augment HPC data analysis in various domains. Before joining OIST, I was building software and leading teams for 21+ years to support multiple industries in California. I enjoy fishing, martial arts and being a dad.
Roman Mukhin, Hardware Research Engineer
My role is to support the Unit's Research in matters relating to mechanical and electronic design. I am currently focused on developing tree sensors for forest dynamics research. My background is the design of robotics systems. I completed my bachelor's and master's in robotic engineering and have worked with space and nuclear robotic systems. Outside of work, I have fun with 3D printing, DIY projects and enjoy walking around Okinawa.
Adel Rodriguez, Post-doctoral Researcher
Energy transfers in shallow-water equations
I completed my bachelor's and master's in mechanical engineering at the National University of Colombia. Later, I received my Ph.D. in applied mathematics from KAUST in Saudi Arabia on the study of immiscible incompressible fluids using structure-preserving discretizations. I became a postdoctoral fellow at OIST in the MMMU in 2018 where my research was focused on modeling multi-phase systems with phase-field equations. As part of the Shocks, Solitons, and Turbulence unit I will be studying energy transfers associated with tidal flows.
Stephen Winn, PhD student visiting from Imperial College London
Shocks in non-ideal fluids
I am a PhD student in the Mechanical Engineering Department of Imperial College London. I'm currently at OIST as Special Research Student in the Shocks, Solitons and Turbulence Unit. Before starting my PhD, I completed an MSc at Imperial College London in Mechanical Engineering and an M.Eng at ENSEEIHT, France, specialised in fluid dynamics. During my stay at OIST, I am numerically studying non-ideal effects (i.e. departure from the ideal pV=nRT law) in supersonic nozzles and non-ideal effects in energy transfers through curved shocks. In my downtime, I enjoy cycling around Okinawa taking in the sights and looking for new snorkeling spots!
- 2021-2021: Christian Amor Rodriguez, Rotation Student. Linear stability of convective loops
- 2021-2021: Patrick Clark, Rotation Student. Pressure waves in the arterial tree
- 2021-2021: Jann Zwahlen, Rotation Student. Surface slicks
- 2020-2021: David Lusher, Post-doctoral Researcher. Turbulence far from thermodynamic equilibrium
- 2020-2021: Alicia Murga, Post-doctoral Researcher. Shocks in traffic flows
- 2020-2020: Himani Garg, Post-doctoral Researcher. Shocks in plasmas
- 2020-2020: Hoshu Hiyane, Rotation Student. Shocks in Bose-Einstein condensates