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Blue Marble User Conference Speakers

BMUC presentations feature Blue Marble users from many different industries and locations including:

Ron Chapple

Ron Chapple

CEO
GEO1, the Aerial Survey Division of Aerial Filmworks

Presenting at: BMUC Los Angeles 2018

Speaker Bio

Ron's company, Aerial Filmworks, was the first to build a hardware device to simultaneously overlay geo-position, date/time, and aircraft information on HD Video while synching the video with GPS time-code. Ron continues to work in the dual world of cinema for clients including National Geographic, BBC, PBS, and Universal Studios, along with highly visible electrical and gas/oil transmission companies who share the same need for high quality aerial sensors and file management.

Abstract: Demonstration of GEOLook, a Custom Video Extension for Global Mapper

The Aerial Survey Division of Aerial Filmworks evolved into aerial sensing and survey from the aerial videography world. Ron's extensive background in photography and cinema, combined with a passion for technology and desire for innovative solutions, provided the framework for developing a new approach to use of airborne video for corridor surveillance.


Thea Youngs

Thea Youngs

GIS Specialist
City of Portland

Presented at: BMUC Portland 2017

Speaker Bio

Thea Youngs is a GIS specialist working in the Engineering division of the City of Portland Department of Public Works. She has held several prior positions including Applications Support at Blue Marble Geographics, and GIS Lab Manager at the University of Southern Maine. She is an active member of Maptime ME. Her other interests include vegetable gardening and reading pretty much anything she can get her hands on.

Abstract: Using Global Mapper in Municipal Public Works

Managing public infrastructure relies heavily on both GIS and CAD software. It can be a challenge to share information between these different environments. There are many cases where the wide variety of format support and LIDAR processing capabilities in Global Mapper are helpful. Some examples include processing LIDAR data in order to make it useful in site surveys, reading legacy file types, and converting files. Hopeful future tasks using Global Mapper also include analysis of building heights and research into watershed boundaries.


Alexander Gray

Alexander Gray

Adaptation Specialist/GIS Analyst
GEI Consultants, Inc.

Presented at: BMUC Portland 2017

Speaker Bio

Mr. Alexander Gray is an Adaptation Specialist/GIS Analyst in GEI's Portland, ME office with 5 years of experience in the Industry. Prior to coming to GEI, Mr. Gray was an essential member of the Catalysis Adaptation Partners team, using his GIS analytic skills to build models to assist municipalities and community organizations in understanding their vulnerabilities to potential storm surges and sea level rise. At GEI Alexander has developed methods to quantify climate-related risks and calculate costs and benefits for various adaptation strategies. Mr. Gray also assists the Portland, ME office with hydrology and hydraulics modeling for hypothetical dam breaches and maps resulting inundation boundaries for emergency action plans and creates other visual aids for decision-making. His graduate school research in coastal community vulnerabilities was cited in the Northeast Chapter of the 2014 National Climate Assessment report and responsibilities after graduate school included training municipal code enforcement officers on coastal hazards. Mr. Gray earned a BA in Environmental Studies from Connecticut College and an MS in Ecology and Environmental Sciences from the University of Maine.

Abstract: Using Global Mapper to Develop Terrain Files For Hydraulic Analysis

GEI recently completed a two-dimensional hydraulic analysis for a hydropower client on the Ohio River. The client needed to fix a damaged portion of hydropower infrastructure and GEI was hired to design the infrastructure. There was concern about elevated velocities both during construction and post-construction (compared to existing conditions) by the hydropower owner, the contractor, the engineer, and agencies involved in river navigation and hydropower regulation. GEI needed to show the client, contractor, engineer, and regulators that velocities associated with the post-construction design and construction process were not significantly greater than the existing conditions. USACE's HEC-RAS software was used to estimate the velocities around the powerhouse for a range of river flows and three different terrain conditions: Existing, during-construction and post-construction. The velocities for the "during-construction" and "post-construction" conditions were compared to the "existing conditions" to quantify velocities for engineers and the contractor and their equipment (.i.e. barges) and to verify velocity deltas were negligible.

GEI used Global Mapper to develop the three terrain files (Digital Elevation Models). The "existing conditions" terrain file consisted of a Digital Elevation Model (DEM) created using LiDAR ground points and bathymetric survey points. Other portions of the dam that were not present in either survey were created using georeferenced shapefiles and known elevations for those areas. The "during-construction" and "post-construction" conditions were modified versions of the "existing conditions" DEM. They contained georeferenced shapefiles from engineered drawings with known elevations and other portions of the DEMs were modified by editing the point cloud. This included eliminating portions of the dam and replacing with a one-dimensional dam structure inside the model and creating a ramp along the river bank that will be used for access for construction vehicles and equipment.


Janna Salmin Rigel Bissonette

Rigel Bissonette

Geomatics Manager
EagleView (Pictometry)

Janna Salmin

Photogrammetric Coordinator
EagleView (Pictometry)

Presented at: BMUC San Diego 2017

Speaker Bios

Rigel Bissonette joined Eagleview in 2016 as a Geomatics Technician. Besides using Blue Marble and EagleView's proprietary software daily to produce geo-referenced aerial imagery, Rigel is also a part of EagleView's Capture Team for their Critical360 product, a 360° interior mapping platform. With 15 years of professional photographic experience, Rigel earned her MA in photojournalism from London's University of Westminster in 2008.

Janna Salmin joined EagleView in 2016, and is a Coordinator in the Photogrammetric Department where she works with the high-end AccuPLUS product. Global Mapper is an essential part of her daily workflow, where it is utilized to customize deliverables to fit customer's needs. Janna holds a degree from Rochester Institute of Technology in Photography and is certified in Project Management.

Abstract: Applying Global Mapper to Geospatial Workflows

EagleView is the unparalleled provider of cutting edge aerial imagery, data analytics, property data, and GIS solutions for government, infrastructure and commercial sectors. The patented Pictometry® imagery is captured across North America (and beyond), requiring millions of images to be processed accurately and efficiently. Global Mapper's broad raster and vector tools help define the imagery workflows. While presenting EagleView's process from capture through delivery, we will focus on where Global Mapper's power and versatility allow us to handle our ever-growing library of geospatial imagery.


Michael Frings

Michael Frings

General Manager and Owner
MFBI Technologies

Presented at: BMUC Amsterdam 2017

Speaker Bio

Michael Frings is a veteran in the field of Information Technology with 25 years of experience in the fields of High Performance Computing, Cyber Security, and Applied Technologies. As a Reservist of the German Army, he served during Operation Enduring Freedom and ISAF in Afghanistan as a CIS Staff Officer.

Abstract: Global Mapper Enables Modern Land Surveyor Technology

In the process of introducing UAV-based aerial photography, photogrammetry, and 3D modeling into the production of geo-information for a large construction project, MFBI Technologies was looking for a central application that could be used for interfacing with different applications, presenting data to customers, and providing information transparency. Global Mapper was selected because of its interfacing capability with many sources and destinations, the handling of large point clouds, and its feature-richness.


Roel Nicolai

Roel Nicolai

Presented at: BMUC Amsterdam 2017

Speaker Bio

Dr. Roel Nicolai is a former Principal Geodesist with Shell International. He graduated in 1978 with an MSc in geodesy from TU Delft and worked in the Hydrographic Service of the Royal Netherlands Navy and Rijkswaterstaat before joining Shell in 1984. In 2014 he was awarded a PhD at the University of Utrecht on the subject of the mysterious origin of portolan charts, a subject he had studied as a hobby in his spare time for 10 years. Dr. Nicolai is currently semi-retired and occasionally engages in geodetic consultancy work.

Abstract: The Origin of Portolan Charts - A Medieval Geodetic Mystery

Portolan charts are realistic and detailed nautical charts of the Mediterranean and Black Seas which appeared suddenly in Italy in the 13th century. One of the most remarkable characteristics of these charts is their close resemblance to a modern map on the Mercator projection. Roel Nicolai analysed five charts as part of his PhD research using quantitative geodetic and statistical techniques. The results are surprising. The charts are demonstrated to be more accurate than has been assumed until now and are shown to be mosaics of five to ten sub-charts, some of which have considerable overlaps. Nicolai's analysis also shows that the map projection can only be an intentionally applied design feature of the original charts. These charts are not the simple, medieval maps they have been believed to be until now. They are quite sophisticated and cannot be medieval. Their origin must lay considerably further back in time.


Rebeccah Baker

Rebeccah Baker

Archivist
National Archives and Records Administration (NARA)

Presented at: BMUC Silver Spring 2017

Speaker Bio

Rebeccah Baker is an Archivist within the Electronic Records Division at the National Archives in College Park, MD. She has experience processing analog, scanned, and born-digital federal records, including archival geospatial data to ensure long term preservation and access. Rebeccah earned a Masters of Library Science degree with a specialization in the Curation and Management of Digital Assets at the University of Maryland iSchool in 2016.

Abstract: Processing Archival Geospatial Data with Global Mapper

The Electronic Records Division accessions, processes, arranges for preservation, describes, and provides access to the born-digital federal records scheduled for permanent retention in the National Archives. The complex structure of geospatial data presents unique challenges for long term preservation and access. The Archives overcomes many of these challenges by using Global Mapper to process this data and create preservation copies in preferred formats.


Mark Negri

Mark Negri

Information Technology Specialist
Department of the Interior (DOI)

Presented at: BMUC Silver Spring 2017

Speaker Bio

Mark Negri is an Information Technology (IT) Specialist for the Department of the Interior (DOI). After receiving a Bachelor of Science degree in geology from James Madison University in Virginia Mark began his 34 year career with DOI as a geologist with the U.S. Geological Survey (USGS) and Bureau of Land Management (BLM), then as an Information Technology (IT) Specialist for geospatial applications. Mark is now the lead IT Specialist for geospatial technology acquisition in DOI.

Abstract: Managing the Department of the Interior's Enterprise License Agreement

The Department of the Interior (DOI) utilizes many geospatial technologies. Global Mapper software is one of the technologies that most Bureaus in DOI have used over the last decade. In 2015 DOI awarded a 3-year Enterprise License Agreement (ELA) to Blue Marble Geographics for unlimited use of Global Mapper software with a limited number of LiDAR extensions. As use of Global Mapper grew, the ELA was modified to include unlimited use of the LiDAR extension as well, diversifying DOI's geospatial portfolio to most efficiently and cost effectively accomplish its many land management and scientific mission critical geospatial tasks. Budgets permitting, DOI plans to renew the ELA for 2018.


Alonzo de la Cruz

Alonzo de la Cruz

Geomatics Specialist, P.Eng.
Suncor Energy

Presented at: BMUC Calgary 2017

Speaker Bio

Alonzo de la Cruz is the Geomatics Specialist for the Upstream group at Suncor and has over 10 years of experience in the Geomatics Industry. He is currently involved with monitoring and improving the geodetic integrity of Suncor's spatial data as well as educating the company on Geomatics concepts and technology. His previous work has included surveying in B.C and Alberta as well as fixing and updating the Alberta cadastral and DIDS mapping databases. Alonzo graduated from the University of Calgary in 2002 with degrees in Geomatics Engineering and Political Science.

Abstract: Vertically Challenged: Using Global Mapper to Create Vertical Shift Grids for Use in Geographic Calculator

Suncor has a few 3D custom coordinate systems for our assets in Northern Alberta. Up until the release of Geographic Calculator 2015, we could only use Geographic Calculator to convert to and from the horizontal part of the custom coordinate systems. Thus we had to use other, less efficient, methods for the vertical coordinate conversion. GC v2015 introduced "Custom vertical grid support in conjunction with Global Mapper" which meant I could use Global Mapper to create Blue Marble Grid files. GC can read the BMG files to perform the correct vertical coordinate conversion.


Bob Saunders

Bob Saunders

Sr. Geotechnical Engineer
Thurber Engineering Ltd.

Presented at: BMUC Calgary 2017

Speaker Bio

Bob is a Senior Associate and Geotechnical Engineer with Thurber Engineering Ltd. and has worked in the Calgary office for over 10 years. He has a B.Sc. in Civil Engineering from the University of Calgary (1981) and a Master of Engineering in Geotechnical Engineering from the University of Alberta (1989). He has over 30 years' experience in a wide range of geotechnical projects in Western and Northern Canada. Bob began his career in permafrost engineering and worked on several major northern pipeline projects including the Foothills Alaska Highway Gas Pipeline, the Norman Wells Pipeline, the Mackenzie Gas Project and the Alaska Pipeline Project. His Master's project was on wheel ditcher productivity in permafrost.

Mr. Saunders' main area of experience is with linear infrastructure projects (mostly pipeline), specializing in geohazard assessments and trenchless crossing design. Given the nature of linear projects to traverse long distances through diverse terrain and varied landforms, working in this field has inspired a need and a passion to embrace GIS and integrate its use into the geotechnical engineering workflow. Global Mapper has been one of the tools adopted by Bob and Thurber to assist with this integration. Bob has been an avid user of Global Mapper since Version 6.

Abstract: Slope Analysis for Linear Infrastructure Projects Using Global Mapper

Slope stability is one of the more important geohazards considered when assessing new linear infrastructure projects. The stability of natural slopes is affected by several factors; strength, groundwater conditions and gradient (slope angle). With the increased availability of processed bare earth LiDAR DEM for most major projects, slopes can be assessed in greater detail at a desk study level than previously possible.

Thurber Engineering Ltd. uses Global Mapper as our principal GIS tool for geohazard assessments. The workflows described in this presentation are focused on how we work with and manipulate bare earth DEM, as opposed to landform and landslide characterization, which are also done with Global Mapper. Several methods of analyses are outlined in this presentation, from simple slope gradient take-offs at points, to more complex proximity to steep slope analyses using buffers and perpendicular offset lines. Data preparation and visualization with custom slope shaders are also discussed.


Ivy Li

Ivy Li

GIS Analyst
BGC Engineering

Presented at: BMUC Calgary 2017

Speaker Bio

BGC Engineering Inc. is committed to bringing responsible solutions to complex earth science challenges. We are an international consulting firm providing professional services in a broad spectrum of industries including mining, oil sands, pipelines, water resources, power, municipal, transportation and environmental management. Ivy Li is a GIS Analyst committed to creating a visual platform for connecting our team of engineers and scientists to communicate with their target audiences. She has a degree in Geography from the University of British Columbia, and an advance diploma in GIS from BCIT.

Abstract: Creating Spatial Communication Through Integrated Mine Planning

Integrated mine planning allows mining operators, regulators, communities, and first nations to set and meet realistic performance goals for the reclaimed closure landscape. Topographical models are used in integrated planning as a framework to track the mining mass balance and the timing of material placement. However, 2D mapping outputs and paper reporting of the topographical models are not sufficient to bring clarity and alignment on the integrated planning process to operators, regulators, communities, and first nations. Mixed reality representation in a HoloLens application can bridge the gap, providing clarity and alignment on the long term performance goals for the closure landscape.


Debasis Chatterjee

Director R&D
Katalyst Data Management

Corey Puffalt

Chief Architect, Software Development
Katalyst Data Management

Presented at: BMUC Calgary 2017

Speaker Bios

Debasis Chatterjee is a seasoned Information Management professional with 35+ years of experience in the "Oil and Gas" domain. Debasis currently works at Katalyst Data Management as Director (Research and Development). He also worked with Noah Consulting as Information Management Consultant. Before that, he spent 28 years with Schlumberger Information Solutions in various countries and assignments. During his long career, Debasis played many roles ranging from Software Development to Project Management, Team Lead, Development Manager, and Portfolio Product Champion. He led multi-million dollar client projects for NOCs and important International Oil & Gas companies. He also led important developments of commercial software both at Schlumberger (Finder, LogDB, ProSource, Seabed) and Katalyst (iGlass series and SeismicZone).

Corey Puffalt is the Chief Architect of Software Development for Katalyst Data Management, a company which specializes in sub-surface data management for the Oil and Gas industry. He has been working in the seismic industry for nearly 20 years.

Abstract: Development of the iGlass Map Utilizing the GeoCalc SDK

Katalyst Data Management (www.katalystdm.com) provides full life cycle subsurface data management solutions for seismic, well and project domains. Every step in the data management process is handled in-house, from data capture and verification, to data storage and organization, to marketing seismic data online. Katalyst's SaaS offering is securely managed over private cloud for both metadata and actual data files, amounting to several petabytes of data in multiple data centers for many reputed customers across the globe.

It is in the development of the iGlass map that Katalyst employs GeoCalc SDK (both the Java and .Net editions) from Blue Marble. This library is utilized in order to upload navigation information from external files in standard industry formats (such as SegP1, UKOOA among others). This is also utilized when users want to export selected seismic lines' navigation information into standard industry formats. For either operation (inbound or outbound), the users get a choice of coordinate transformation. As Katalyst stores spatial data in WGS84 datum, it often becomes necessary to apply transform for either input or output navigation data in other datum as suitable for different parts of the world such as NAD27 or ED50 or SAD69 or SIRGAS 2000. Katalyst clients feel assured when they know about use of IOGP-compliant GeoCalc for coordinate transformation.



Additional speakers to be announced.

Interested in presenting at the Blue Marble User Conference? View our Call for Papers for more information.

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