Overview

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The "Geospatial Technology for Construction" course adopts a multi-disciplinary approach, integrating key aspects of Geospatial and Construction Engineering. The content is structured into seven modules for a comprehensive learning experience. In Module One, learners will understand geospatial thinking, its daily applications, and the importance of spatial thinking. This includes differentiating information types and communicating spatial information effectively. Module Two explores the necessity of Geospatial Technology in the construction industry, covering its role in tender processes, design, execution, and lifecycle management. Module Three delves into geospatial surveying and mapping, introducing components, basics of surveying, and advanced solutions through practical use cases. Module Four covers digital level, electronic total station, and GNSS technologies, demonstrating their use and providing an overview of GNSS components and field procedures. Module Five introduces advanced spatial sensing and imaging technologies, including scanning, remote sensing, and sensor applications. Module Six provides in-depth knowledge of photogrammetry and LiDAR, with practical demonstrations of equipment and data processing. Module Seven explores engineering solutions in geospatial contexts, introducing CORS, scan-to-model techniques, and construction site optimization using UAVs. Visualization in construction projects is also emphasized. We look forward to you joining us on this journey into Geospatial Technology for Construction, equipping you with essential skills and knowledge for this dynamic field! Target Learners: • Undergraduate students of Civil Engineering • Post-Graduate Students in Geoinformatics/ Remote Sensing/ Geospatial Engineering. • Practicing Engineers involved in geospatial applications in construction. • Faculties in Civil and Geospatial Engineering. • Industry professionals working in construction, surveying, and geospatial technology companies. • Project managers and consultants in construction and infrastructure development sectors. Prerequisites: • Basic knowledge of Civil Engineering principles • Familiarity with Surveying and Mapping • Understanding of Construction Practices • Software: ArcGIS, AutoCAD, Trimble Business Center, SCENE Software

Syllabus

Introduction to GeoSpatial Technology

This module provides an introduction to geospatial thinking and its applications in everyday life. Learners will explore the importance of spatial thinking, differentiate between information and location information, and understand the necessity of communicating spatial information in spatial formats. The module also covers the logic and language specific to geospatial technologies, distinguishing GIS from associated 6systems.

Need for GeoSpatial Technology in Construction Industry

This module focuses on the role of geospatial technology in the construction industry. Learners will explore the location perspective of construction activities across different phases, from analysis and tendering to design, execution, and operations & maintenance (O&M). The module emphasizes the integration of geospatial technologies throughout the construction lifecycle management.

GeoSpatial Technology - Fundamental Survey & Mapping

This module delves into the fundamentals of geospatial surveying and mapping. Learners will gain insights into the components of geospatial technologies, basic surveying principles, types of surveys, traversing concepts, and the necessity for advanced geospatial solutions. The module also includes a use case discussion to illustrate practical applications of these technologies.

GeoSpatial Technology - Digital Level, Electronic Total Station & GNSS

This module provides essential knowledge of surveying technologies, focusing on digital level, electronic total station, and GNSS (Global Navigation Satellite System). Learners will explore the equipment used in geospatial surveying, including demonstrations of leveling and total station devices. The module also covers GNSS navigation essentials, including an overview of GNSS components, signal structure, sources of errors, and various processing methods. Additionally, learners will discover the applications and advantages of GNSS in different contexts.

GeoSpatial Technology -'Remote Sensing Concepts

This module introduces advanced concepts in spatial sensing and imaging technologies. Learners will explore 3D scanning, various sensory systems, and the science behind sensors. The module covers platform solutions and their applications in remote sensing, providing insights into how these technologies are used in practical scenarios.

GeoSpatial Technology -'Photogrammetry & LiDAR Concepts

This module delves into imaging and sensing technologies such as photogrammetry and LiDAR (Light Detection and Ranging). Learners will explore the principles and applications of photogrammetry and LiDAR, including demonstrations of terrestrial LiDAR equipment for outdoor and indoor scanning. The module also covers advanced sensing applications including bathymetry and ground-penetrating RADAR, highlighting their data collection and processing methodologies.

Geospatial Engineering Solutions

This module focuses on engineering solutions in geospatial contexts, emphasizing applications such as CORS (Continuously Operating Reference Station) and scan-to-model technologies. Learners will explore the optimization of construction sites using UAVs (Unmanned Aerial Vehicles) and techniques for quantity estimation and visualization.