IM&T01 Project Title Jupyter Enhancement Project Description Jupyter is an open source, language agnostic development environment for scientific computing and data science. The project will update and enhance the service currently available within CSIRO to better integrate with and use the organisations high performance and cloud computing environments. Project Duties/Tasks Familiarise with CSIRO's scientific and high performance computing facilities Learn about Jupyter (), Docker, Docker Swarm Deploy a Jupyter Hub () service that makes use of Docker Swarm to spawn Jupyter scientific computing environments across a range of CSIRO HPC and cloud systems Customise Jupyter to local requirements, potentially through extensions written in Python and JavaScript Relevant Fields of Study Information Technology Software Engineering Computer Science Location: Clayton, Melbourne Contact: Sam Moskwa via phone on phone on (03) 9545 7845 or email IM&T02 Project Title Web based visualisation showcasing CSIRO’s National Facilities Project Description Develop a web based framework that allows for the display of CSIRO's National Facilities For example, for CSIRO’s new research vessel the RV Investigator, the tool could present a range of graphical information including Current location (if available) and planned route Experiment(s) underway Links to the latest photos/videos/sensor data Similarly for the Parkes radio telescope it might show Current orientation Target source(s) Realtime view of incoming radio sources Project Duties/Tasks Develop a web based framework for interactive display of CSIRO’s National Facility data Using this framework, present data from a one National Facility in a visually appealing way on the web e.g. If available, access real-time feed of telemetry and other data Allow for some interaction, e.g. zoom to particular location, search for events based on keywords, drill down into sensor information, view some data in 3D Optionally select data from previous expeditions/events/experiments Relevant Fields of Study
IM&T01 Project Title Jupyter Enhancement Project Description Jupyter is an open source, language agnostic development environment for scientific computing and data science. The project will update and enhance the service currently available within CSIRO to better integrate with and use the organisations high performance and cloud computing environments. Project Duties/Tasks Familiarise with CSIRO's scientific and high performance computing facilities Learn about Jupyter (), Docker, Docker Swarm Deploy a Jupyter Hub () service that makes use of Docker Swarm to spawn Jupyter scientific computing environments across a range of CSIRO HPC and cloud systems Customise Jupyter to local requirements, potentially through extensions written in Python and JavaScript Relevant Fields of Study Information Technology Software Engineering Computer Science Location: Clayton, Melbourne Contact: Sam Moskwa via phone on phone on (03) 9545 7845 or email IM&T02 Project Title Web based visualisation showcasing CSIRO’s National Facilities Project Description Develop a web based framework that allows for the display of CSIRO's National Facilities For example, for CSIRO’s new research vessel the RV Investigator, the tool could present a range of graphical information including Current location (if available) and planned route Experiment(s) underway Links to the latest photos/videos/sensor data Similarly for the Parkes radio telescope it might show Current orientation Target source(s) Realtime view of incoming radio sources Project Duties/Tasks Develop a web based framework for interactive display of CSIRO’s National Facility data Using this framework, present data from a one National Facility in a visually appealing way on the web e.g. If available, access real-time feed of telemetry and other data Allow for some interaction, e.g. zoom to particular location, search for events based on keywords, drill down into sensor information, view some data in 3D Optionally select data from previous expeditions/events/experiments Relevant Fields of Study
2201IMTVacationScholarshipProjectDetails.docx