Training: Smart Geo-Optimisation Techniques for Cost-Efficient Infrastructure Development

Hey there, faculty members in engineering and the built environment, practising engineers, construction managers, young graduates, university students!     

??? Introduction

Earth Observation (EO) and Geospatial Technologies are expanding the horizon of possibilities, with Kenya exemplifying this progress as it leads the region by developing the Taifa-1 Earth Observation Nanosatellite, its launch from California scheduled for April 11, 2023. The satellite will provide crucial geospatial data to support decisions on natural resource management, security intelligence, and environmental monitoring. We must note, however, that our rapidly changing world places ever-increasing demands on infrastructure development. As a result, it becomes increasingly essential to understand project cost minimisation techniques. Geospatial data is the lifeblood for the desired decision support systems for achieving cost efficiencies. Geo-optimisation techniques constitute the delivery mechanism.

Geo-optimisation, an interdisciplinary approach, integrates geospatial data, advanced mathematical techniques, and computational methods to find optimal solutions for problems related to spatial planning, smart geodesign, construction, and natural resource management. It utilises geospatial metrics, such as geocoordinates, geographical features, and terrain data, along with mathematical tools such as coordinate geometry, calculus, and graph theory to analyse, model, and optimise various aspects of projects. The primary goal of geo-optimisation is to achieve cost-effective, sustainable, and efficient designs by considering factors such as terrain conditions, existing land use and land cover, topography, material and labour costs, and environmental impact, ultimately leading to improved decision-making in the planning and development of the built environment.

Are you a professional or researcher looking to enhance your skills in optimisation for projects dealing with physical infrastructure development? Join this tailor-made and practice-oriented CPD short course, “Minimising Infrastructure Development Costs with Smart Geo-Optimisation Techniques “!

Discover how to harness the potential of geospatial coordinates, calculus, graph theory, and GIS to minimise design and construction costs, taking into account terrain conditions, excavation costs, and material and labour expenses. As a precursor to the full tailor-made two-day CPD short course, an overview session will be held virtually on 10^th April 2023, 18:00 EAT. MS Teams Link. The rest of the sessions will be spread out after receiving feedback from the participants on 10^th April 2023.

? Target Group:

1. Engineering and the built environment faculty members, practising surveyors and engineers in the building and construction sector, including mining projects, as well as geoscientists and the larger geomatics fraternity.
2. Managers and decision makers dealing with spatial planning and infrastructure development projects
3. Young graduates and college students engaged in research that can be leveraged using spatial data and mathematical models by engaging various optimisation techniques

? Learning Outcome: Master the application of coordinate geometry, calculus, and graph theory to determine the most cost-effective routes for designing and implementing construction assignments, optimising your infrastructure development projects for various terrain conditions and input costs.

Don’t miss this opportunity to elevate your career and optimise your infrastructure and construction projects! Register now for this game-changing short course. Spaces are limited, so act fast! ??‍♂️?

To register your interest, send email to nashon.adero@ttu.ac.ke by April 15, 2023.