Renso Ronquillo
they/them
Renso is a solution architect , design thinker, and public servant. They use data analytics, and SAAS applications to enable organizations to transition to digital environment involving data-driven tools, automation, and technology that meets business outcomes and long term strategy. They like to collaborate with technical team and empathize with users to identify problem's root-cause, ideate & deliver user-centric solutions that requires less work while bringing highest ROI, and enhance GIS adoption.
Currently leading complexed and provincial-level GIS projects as part of Alberta Transportation's modernization. They play a key- contributor in improving digital delivery of GIS solutions by establishing GIS technical standards, and applying Product Management practices that can help in developing user-centric application, and improve adoption of GIS in the Alberta Transportation. A learner of the intersection of technology, and people, as such they are studying Customer Success Management program at SAIT. They believe by applying CSM to government application, they can provide an enjoying, and seamless experience in using GIS application that leads to better adoption to advocacy of GIS in an organization.
Sessions in which Renso Ronquillo attends
Tuesday 29 October, 2024
The new Canadian Hydrospatial Network (CHN) is set to replace the National Hydrographic Network (NHN) for Canada. Designed for improved use in hydrological models, the CHN is analysis ready with full-network traversing ability, and value-added attributes such as stream order. The CHN is also created from higher-resolution source data and better aligned to elevation than the NHN, where possible, and has been streamlined for production and maintenance.Work is on-going to refine methods a...
How exactly does artificial intelligence work and what can you use it for in the geomatics domain? Using real-life examples from our projects, they demonstrate how you can use AI to gain new insights and increase efficiency by automating your data processing workflows.We explore how GeoAI is fusing spatial data science and Geomatics technology to help automate the extraction, classification, and analysis of all types of spatial or non-spatial data. Learn how GeoAI can detect clusters, ...
Too often, when discussing the value proposition of geospatial data, we focus in on raw data or output products without spending a lot of time in the juicy middle of data throughputs. That is to say that modern geospatial is leaving a lot of value on the table and thus limiting our ability to good with our data by: -> Focusing too heavily on the capturing aspect of geospatial technologies;-> Ignoring or discounting analytical capabilities of geospatial technologie...
The environmental industry has witnessed a significant transformation in recent years, driven by the adoption of advanced positioning technologies. Geomatics positioning tools have emerged as a pivotal component in this paradigm shift, offering unparalleled precision, efficiency, and accuracy in environmental monitoring, management and remediation projects. ProDelta Projects has been an early adopter and developer of these tools including Field DMS, Smart Dig, R20 and through our Minimal dist...
Regional and provincial conservation efforts require detailed human pressure mapping to manage and mitigate human impacts effectively. However, in the province of British Columbia (BC), existing efforts to map human pressures have faced significant challenges, particularly in adequately capturing their full extent. The Geospatial Centre of Biodiversity Pathways at the University of Northern British Columbia, in collaboration with the West Moberly First Nations and the Alberta Biodiversity Mon...
30 years ago, a small group of engineers came together to work on the then difficult problem of interoperable technology, systems and data. These visionaries formed the Open Geospatial Consortium which has helped the world figure out how to collect, process, and share geospatial data over the internet and across a wide variety of technology systems. Today, with the proliferation of technology types, sensors and a...
Despite the rhetoric surrounding the use of building information modelling (BIM) to enhance collaboration by connecting people and data, the status quo is to work with proprietary solutions and closed file formats, limiting accessibility and interoperability. Additionally, the increasing complexity of projects in the Architecture, Engineering, Construction, and Operations (AECO) industry requires technology that integrates data at a range of scales, from asset to city, and beyond. To address ...
Today, digital twins, autonomy and artificial intelligence (AI) dominate the lexicon of the geomatics industry. These capabilities provide significant productivity advantages to our profession, but our domain content and knowledge are critical to their success. These tools will change the way we work and transform the industry. However, they will not replace us, but rather change our role. This is no different than when the EDM, total station, CAD, or GPS became part of our professional lives...
Wednesday 30 October, 2024
Case Study: How DOTs and Utility owners took a Proactive Approach to Protect Underground Pipeline Assets Due to aging infrastructure and lack of accurate utility location information resulting in huge increased operational risk & especially at waterway, transportation, and ROW utility crossings. Utility owners understand the significant underground congestion and utility conflicts which result in future damages and the value the importance of geo location of UNLOCA...
Local governments have been updating their asset inventories to comply with the TCA legislation since the early 2000s, paying particular attention to the attributes, locations, ages and conditions of their assets. However, infrastructure changes constantly due to capital projects and land development, especially in fast-growing municipalities like Kelowna. Collecting accurate and complete information on new assets has been a major challenge, mainly due to limited staff resources. To address t...
Join us for an engaging panel discussion on Geo-Entrepreneurship, featuring distinguished experts from geospatial consultancies, geomatics communication and event companies, and geomatics software firms. This session is designed for those interested in the intersection of geospatial technology and entrepreneurship.Journey to Entrepreneurship: Hear from our panelists on their motivations for leaving traditional careers to pursue entrepreneurial ventures in the geospatial field. Dis...
This presentation delves into two key initiatives underway by buildingSMART Canada: The Digital Transformation for Bridges and a Digital Construction Platform at the National Research Council of Canada. A "Digital Transformation for Bridges Workshop," organized by buildingSMART Canada to unify bridge asset owners across federal, provincial, and municipal levels. The need to overcome the challenges in integrating dive...
How do hydrographic surveys, aerial Remote Sensing and GIS help with environmental efforts? Terra explores 2 projects that use a combination of different sensors and visualizations to achieve these goals. The projects include a rapid marine data collection supported by Aerial LiDAR to aid in rescue efforts of a trapped Orca cafe, and using LiDAR with GIS to support change detection efforts of a major land slide.
A presentation on the latest advancements in construction technology. The session will begin with an introduction to key concepts such as Visual Intelligence and Reality Capture, and a quick look at how construction tech has evolved. The presentation will also include discussions on the use of Visual Intelligence and Reality Capture in construction, with real-world examples from platforms like Timescapes, Cupix, Buildots, and DroneDeploy. Attendees will learn about the challenges and solution...
For the built environment, digitalization is a key sustainability enabler. It helps stakeholders across the construction sector increase productivity and transparency while reducing emissions, resource consumption and costs, and adding digital tools that can help companies establish and optimize their sustainability performance.
