Preparing the scene…

Educational example with hypothetical data Vertical scale exaggerated ×3 for clarity

A scientific seminar on drones and civil engineering.

From the Sky to the Field

Drones and spatial data for smarter reconstruction

In partnership between the Syrian Association for Artificial Intelligence and Entrepreneurship and the Tech Entrepreneurs Community

Discover how aerial images become coordinates, elevations and engineering maps — and then knowledge that supports planning and setting reconstruction priorities.

Venue
Faculty of Civil Engineering — Damascus University.
Date
To be announced.
Register interest Start the data journey

The date and final programme will be announced once approved.

Choose the drone
Scroll to see how the ground becomes usable data.

02

The Tech Entrepreneurs Community trains young people and engineers in modern technologies, including drones. This seminar opens a practical discussion that brings together academic knowledge, technical expertise and the needs of planning and reconstruction,

and takes students to an advanced technical level beyond the tools they use today,

  1. from aerial data
  2. to spatial analysis
  3. and engineering decisions.
  1. Coordinates and elevations.
  2. Maps and digital models.
  3. Integrated spatial analysis.
  4. Data-driven decisions.

Let's start rebuilding Syria

Start the case study

03 — Case study

From a point on the ground to a decision that serves the area

Imagine an area that needs a road rehabilitated and better access to its services. How do we know the shape of the ground? How do we link buildings and roads to residents' needs? Follow the data journey step by step, from the first survey to a map that helps set priorities.

Educational example with hypothetical data

The scene explains the method; it is not an approved survey of a real area.

Skip to seminar details

1 / 7Setup and data capture

Every measurement starts with a clear reference

We define the area boundary and the required outputs, and choose the coordinate system and the vertical datum. We set up survey control and check points, then capture and process aerial data to build a digital representation that can be measured and reviewed.

  1. Study area boundary.
  2. Ground control point.
  3. Independent check point.
  4. Image capture path.
  5. Data processing.

Keep scrolling slowly to watch each step in the scene.

OutputSpatial data tied to a defined reference.

2 / 7Coordinates and elevations

Every point has a position and an elevation

Pick a point on the survey model to see its horizontal position and elevation. Pick two points to compare their heights and see the elevation difference between them.

Pick a point to see its coordinates, or two points to compare.

Point ID
—
X coordinate (m)
—
Y coordinate (m)
—
Elevation Z (m)
—
Reference
Hypothetical local system
Show points as a table
Educational model points (synthetic values in metres)
PointXYZ

Synthetic values in metres; they do not refer to real geographic coordinates or heights.

OutputPoints that can be measured and compared.

3 / 7Terrain

Read the shape of the ground before you design

The points come together in a model that shows the highs and lows of the ground. From it we read contour lines, slopes and sections to understand the site before developing design options.

Click any point on the model to see its coordinates and elevation.

Point elevation
—
Distance along section
—
Elevation difference
—

OutputA terrain model and sections that help understand the site.

4 / 7Engineering decision

Turn the terrain into project calculations

Compare the ground surface with a proposed design surface and see where we need to cut and where we need to fill. This comparison helps study quantities and understand how design options affect the required works.

101.25 m

Change the design level and watch the quantities change in this educational example.

Cut volume (m³)—
Fill volume (m³)—
Difference—

Illustrative engineering volumes

OutputA quantity comparison between existing conditions and design.

5 / 7The urban area

Add buildings, roads and services to the picture

We widen the reading from the ground surface to the elements of the area. We add buildings, roads and services and link them to available notes and field verification, to understand the current situation and identify what needs deeper study.

Layers
Element type
—
Note
—
Data source
—
Last updated
—
Verification status
—
  • ✓Field verified
  • !Needs verification
  • ∅Data not available

OutputAn organised, updatable spatial database.

6 / 7Population data

Link the state of the place to residents' needs

We link spatial data to reliable, up-to-date population and service sources to understand how needs are distributed across the area. This integration helps direct studies and services to the places that need them.

Aerial imagery supports spatial analysis. Population data comes from approved population and field sources.

Layers

Zones

—

Reading
—
Data source
—
Last updated
—
Aggregation level
—
Verification status
—

Illustrative population data

OutputAn integrated spatial and population reading of needs.

7 / 7Priority map

One map, clearer priorities

Ground measurements and data on buildings, roads, services and population come together in one dashboard. From it, needs can be compared, what requires further study identified, and intervention priorities discussed with the relevant authorities.

Keep scrolling to see an illustrative vision of improving the area step by step, following the order of priorities.

The priorities shown are illustrative and subject to engineering and institutional review.

This is where data becomes a basis for discussion and action.

Explore the seminar topics

04

What will this seminar add to your knowledge?

The seminar gives you a way into the data journey and the role of each discipline in it, from surveying to planning and decision-making.

  • Understanding coordinates and elevations

    How points are read, and why we set a measurement reference and check the quality of results.

  • Telling engineering outputs apart

    The difference between an orthophoto, a point cloud, a terrain model and contour lines.

  • Discovering practical applications

    How data helps with cut-and-fill studies, monitoring works and understanding the site.

  • Linking place to needs

    How maps integrate with urban, population and service data.

  • Exploring ways to take part

    Where a research idea, graduation project or applied collaboration can begin.

05

Four topics that bring together measurement, analysis and application

Capturing aerial data, determining point coordinates and elevations, producing maps and models, and understanding the role of survey control and result verification.

Reading buildings, roads and services, and linking spatial information with population and field data to support needs assessment and the ordering of interventions.

Extracting urban features, comparing data over time, and organising it in GIS and dashboards that support analysis and review.

Survey requirements, data privacy, cooperation between the university, public bodies and companies, and opportunities to develop a pilot project that can be evaluated.

06

A shared space for those who measure, analyse, plan and build

  • Measure

    Students and researchers

    To connect academic knowledge with applied projects in surveying, planning and reconstruction.

  • Analyse

    Engineers, surveyors and planners

    To understand digital outputs, how to use them and how to verify them.

  • Plan

    Municipalities and public bodies

    To discuss needs for maps, data and services, and opportunities to cooperate.

  • Build

    Companies and engineering firms

    To explore practical applications and contribute expertise and actionable proposals.

07

From a shared vision to practical steps

The programme below is proposed; session times and speaker names will be published once approved.

  1. Welcome and opening

    Introducing the seminar's idea and goals, and presenting the data journey from aerial image to decision.

  2. Institutional vision

    Discussing planning and reconstruction needs and the role of knowledge and innovation in supporting them.

  3. From training to applied solutions

    The Tech Entrepreneurs Community's experience, and opportunities to connect student teams and graduation projects with real needs.

  4. From data to knowledge

    The role of artificial intelligence, spatial analysis and result verification.

  5. Technical capabilities on the ground

    Equipment, software, outputs and survey requirements from a practical perspective.

  6. How we build a smart needs map

    A session bringing together surveying, civil engineering, planning and GIS.

  7. Technical demonstration

    A simulation or recorded demo showing capture, processing, outputs and analysis.

  8. Institutional and applied dialogue

    Data needs, cooperation, funding and opportunities to run a pilot project.

  9. Initiatives and next steps

    Proposals for working groups, graduation projects and the preliminary study of the pilot area.

  10. Recognition and networking

    Closing the seminar, with time to meet and exchange ideas between attendees and participating organisations.

09

Let's open a path from the seminar to a pilot project

InitiativeThe Smart Reconstruction Map.

The concept proposes an initiative to select a pilot area, define its data needs, and then set up a path combining survey, analysis and field verification. The aim is to test the value of the outputs and document the results before considering expansion.

  1. 1

    Define the area and the need

    Choose a suitable area in coordination with the relevant bodies.

  2. 2

    Collect and verify the data

    Produce the spatial outputs and link them to the available data.

  3. 3

    Prepare a needs map

    Organise the information and discuss priorities and sources of uncertainty.

  4. 4

    Evaluate the pilot

    Review accuracy, duration, cost and feasibility based on implementation data.

A research idea, a graduation project or field experience can be the start of a wider contribution.

Express interest in the initiative

10

FAQ

Who is the seminar for?

Students, researchers, engineers, surveyors and planners, as well as public bodies, municipalities and companies interested in drone and spatial-data applications in engineering and reconstruction.

Do I need prior experience flying drones?

The introductory journey starts by explaining the role of data and its outputs. The level of the sessions and any special requirements will be stated in the final programme.

Does the content cover point coordinates and heights?

Yes. The case study starts with the coordinate system and the vertical datum, then explains how to read points and the terrain model, and how to use them in engineering.

How do we know how accurate survey results are?

Results are reviewed against the survey method, independent check points and the project quality report. Accuracy depends on site conditions and how the data is captured and processed.

Can a drone tell how many people live in an area?

A drone provides spatial data about the area's features. Population analysis needs that data combined with reliable, up-to-date population and field data.

Will the seminar include a practical demonstration?

The concept includes a technical demo of the data journey, as a simulation or recording. Its final format will be announced in the approved programme.

When and where will the seminar take place?

The planned venue is the Faculty of Civil Engineering at Damascus University. The date, time and hall will be announced once the arrangements are approved.

Does registering interest confirm a seat?

Registering interest lets you receive the seminar details and registration process when announced. Attendance is confirmed through the final registration process.

Are there participation fees or certificates?

Details of any fees and of certificates, if available, will be announced with the final programme.

11

Be part of the conversation on the future of surveying and planning

Register your interest to receive the seminar details and registration process once approved. You can also mark your interest in graduation projects or the pilot project.

From the Sky to the FieldDrones & Civil Engineering Seminar

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