Discover what’s new and what’s next in HDS technology with immersive sessions and a day dedicated to learning, led by Leica Geosystems experts.
The HDS User Conference is designed to deliver a new experience for all attendees from Australia and New Zealand.
Together with our partners C.R. Kennedy and Global Survey the HDS User Conference will bring together Leica Geosystem HDS users in a community environment where they’ll access training sessions, learn about our latest innovations, listen to best practices from industry and experience live demos of the latest HDS technology and solutions.
The HDS User Conference features insightful keynote addresses, customer success stories and HDS dedicated group training sessions. Discover and test-drive new, innovative hardware and software solutions that will improve the performance, speed, workflows and efficiency across your organisation.
SEE AGENDA
Reasons to attend:
- Experience the latest solutions that will help you compete and win in today’s dynamic environment
- Learn about reality capture hardware and software solutions and how to be more efficient and productive
- Leica Geosystems will unveil several new innovations and attendees will get a first-hand look at the latest technology advancements
- Experience hands-on demonstrations and training to improve your workflows
- Learn from and network with peers across industries
What’s included in your registration:
- Two days filled with informative sessions and networking opportunities plus a dedicated day to learning
- Evening welcome cocktail reception
- Post-conference access to training material and presentations
- Morning tea, lunch and afternoon tea catering
- Delegate bags
NOTE: We ask that you select your preferred training session time when registering. Simply choose from the four session times available, per workshop.
This helps us manage classroom numbers to ensure we provide you with quality training sessions and you will have the opportunity to attend each topic throughout day two of the conference.
Day two- August 15
Workshop sessions and timings
Maximising 3DReshaper
9am – 10:30am I 11am- 12:30pm I 1:30pm-3:00pm I 3:30pm-5:00pm
Advanced data management and registration workflow
9am – 10:30am I 11am- 12:30pm I 1:30pm-3:00pm I 3:30pm-5:00pm
Creating diverse deliverables: optimising the latest Leica HDS software updates to transform point cloud data into value- added deliverables
9am – 10:30am I 11am- 12:30pm I 1:30pm-3:00pm I 3:30pm-5:00pm
BIM workflow
9am – 10:30am I 11am- 12:30pm I 1:30pm-3:00pm I 3:30pm-5:00pm
Visit the event page for more information
If you have any questions about the HDS User Conference, training sessions, or assistance regarding registration, please contact:
Tamara Stakic
Marketing Manager
info.anz.geo@leica-geosystems.com
T: +61 3 9914 2262
Invitation to Graphene+2018: The 4th Industrial Revolution conference
Monday October 8, Hawthorn Arts Centre, Melbourne
Scientists, academia, advanced manufacturers and global start-up incubator leaders address: How Australia can spearhead the technology, and foster the start-up culture, that will drive the next generation of interconnectedness through the Internet of Things using graphene as the enabler of change.
Speakers include —
Government:
- Daniel Mulino MLC, Parliamentary Secretary for Treasury and Finance, Victoria
Startup incubation:
- Omer Gozen, VP, New Materials & Packaging, Plug and Play (USA)
Academia:
- Professor Linda Kristjanson AO, Vice Chancellor, Swinburne University
- Professor Bronwyn Fox, Director, Manufacturing Futures Research Institute, Swinburne University of Technology
- Professor David Officer, Centre of Excellence for Electromaterials Research
Business:
- Chris Gilbey OAM, CEO Imagine IM; Chair, Australian Graphene Industry Association
- Ray Gibbs, CEO, Haydale Limited
- Brendan Swifte, CEO, Geofabrics
- Elina Ollila, CEO, UX-Fit (USA)
- Dominic Rohrmus, Senior Engineer, Siemens AG (Germany)
- Professor Peter Middendorf, Director Arena2036 (Germany)
- Volkmar Doericht, R&D for Digitalization and Automation, Siemens (Germany)
Issues to be discussed include —
- Graphene: Solving big problems
- Designing Materials: Doing more with less
- From startup to billion dollar markets
- Invention, research and IP
- Making Australian manufacturing globally relevant
For the complete agenda, please visit: grapheneindustry.org.au/conference/schedule
The Australasian Hydrographic Society’s HydroSpatial2021 Conference will focus on how hydrography will develop in the future, noting the development of ‘digital twinning’ and the emerging name variants for hydrography such as ‘hydrospatial’ or ‘hydrogeomatics’.
The conference theme, Hydrography of the Future, morphs two modern yet wide-ranging aspects of the hydrographic surveying profession, and should draw papers from relevant scientific, technological, operational and environmental communities. The aim is to provide delegates with valuable insights, creative ideas and inspiration on how to harness current and future technologies, systems and processes so that they can deal with present challenges and prepare for a more sustainable future.
The International Association of the IEEE-Geoscience and Remote Sensing Society (GRSS), the IEEE-Computational Intelligence Society (CIS) and the local organising committee invite geospatial and computing professionals to attend the International Conference on Machine Intelligence for GeoAnalytics and Remote Sensing (MIGARS) to be held in Wellington, Aotearoa New Zealand in April 2024.
MIGARS aims to explore the interface of machine intelligence approaches with geosciences, spatial analytics, and remote sensing. With the tremendous developments in remote sensing technology, data acquisitions and sensing platforms, digital data have grown leaps and bounds to stream and are too big by volume, variety, and veracity. The challenge is handling, processing, and automating geo-data from various sources, such as multi-platform remote sensors and IoT devices, informing decision-making and monitoring our planet.
The conference will focus on connecting researchers from various disciplines, including computation/artificial intelligence, engineering, remote sensing, hydrology, agriculture and geosciences, and look for the potential use of intelligent computational approaches for geo-data-based applications and for serving society at large.