Maptek Data System
Maptek Compute Framework
Maptek Orchestration Environment
Join our early access program to unlock value for your organisation.
Drill & blast management
Interconnected mine scheduling
Reliable proximity awareness underground
Dynamic survey surface updates
3D mine planning & geological modelling
Streamlined geological modelling workflow
Machine learning assisted domain modelling
Material tracking & reconciliation systems
3D laser scanning & imaging
Point cloud processing & analysis
LiDAR-based stability & convergence monitoring
Derive value from airborne or mobile sensor data
Monday, February 20th, 2017
Maptek strives to provide inventive, powerful solutions to help mining companies build resilience during periods of economic contraction. At SME in Denver, Colorado this week, Maptek will be sharing insights, whether new techniques for training employees, optimising planning and scheduling, or enhancing site safety.
Three Maptek innovation leaders will address these issues at the 2017 SME Annual Conference & Expo and CMA 119th National Western Mining Conference.
Knowledge today flows globally with a quick swipe across a smartphone or tablet. The ‘millennial brain’ must learn from short bursts of information delivered in a world of distraction, while older generations absorb information differently. This dichotomy of learning styles presents a challenge for instructional designers. In a society with so many opportunities and distractions, alternatives to classroom learning are being evaluated.
To match the various learning styles of today’s industry professionals, learning must be easily accessible, user friendly and efficient. Incorporating multidisciplinary learning and cross-functional lessons ensures companies can develop resourceful, valuable employees.
Maptek Learning and Development Engineer Chris Johnson will explore the educational philosophy behind one practical training solution aimed at professionals, to accelerate training transfer and immediately apply skills to unique industry challenges.
Open pit optimisation and scheduling relies on efficiently transforming real world problems and goals into a mathematical model. These models must be constructed so that they balance the constraints of the algorithms against real world considerations. Maptek Special Applications Development Engineer Matthew Deutsch will outline how computationally efficient and accurate precedence schemes for various scheduling and optimisation algorithms have been implemented, and compare them to other methods.
A primary concern at all mine sites is maintaining a high level of safety in a changing and challenging environment. New technologies using remote sensing techniques can reduce the potential for placing staff in dangerous situations.
When developing a mine design, unfavourable structural orientations, poor rock conditions and steep slope angles can create dangerous highwalls with potential for failure. Advances in 3D laser scanning and geotechnical software allow point cloud data to be analysed for structural orientation, spacing and waviness. Stereonet, rose diagram and advanced kinematics capability for detailed analysis leads to a better understanding of rock face stability and competence.
Maptek I-Site Consultant Aaron Gonçalves will highlight specific case studies that illustrate the benefits of 3D laser scanning and geotechnical software for analysing open pit highwalls.
Attendees can find out more about these and other advanced mine technology solutions at Maptek Booth #1409.
—————————————————————————————————————-
Maptek presentations at SME 2017
Monday February 20, 2.45pm, Room 212 – Practical Online Learning for Cross-Generational Skill Development, presented by Chris Johnson
Wednesday February 22, 9.05am, Room 501 – Efficient Generation of Open Pit Precedences for Scheduling & Optimization, presented by Matthew Deutsch
Wednesday February 22, 9:55 am, Room 502 – 3D Laser Scanning & Geotechnical Software for Safely Mapping Highwalls, presented by Aaron Gonçalves
ReCAPTCHA has failed to load! Try reloading the page to submit this form. ReCAPTCHA no se ha podido cargar. Intente volver a cargar la página para enviar este formulario. Não foi possível carregar ReCAPTCHA. Tente recarregar a página para enviar este formulário. Не удалось загрузить ReCAPTCHA. Попробуйте перезагрузить страницу, чтобы отправить эту форму.
We use cookies to enhance your browsing experience and analyse our traffic. By clicking "Accept all", you consent to our use of cookies. You can customise your cookie preferences by clicking 'Customise Preferences'.
We use cookies to enhance your browsing experience and analyse our traffic.
Our website may store cookies on your computer in order to improve and customise your future visits to the website. By using cookies, we can track information about your usage of the site and improve your experience with anonymous and aggregated user data.
Review our Privacy PolicyEssential for the website's functionality, without which the site cannot operate smoothly.
Remember user preferences and choices to provide a more personalized experience.
Collect data on how users interact with the website, helping to improve user experience.
Used to deliver targeted advertisements to users based on their browsing behavior and preferences.