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DRONE EMOTIONS TECHNICAL SCENARIO · 03

Building a University Photogrammetry Lab with Agisoft Metashape

An illustrative deployment framework for creating a reliable academic photogrammetry laboratory—from curriculum objectives and licensing strategy to hardware validation, shared datasets, faculty preparation and repeatable student workflows.

APPLICATION
Higher Education

ILLUSTRATIVE SCALE
20-Seat Lab

PLATFORM
Metashape Pro

CONTENT TYPE
Illustrative

Explore the Framework Discuss Your University Lab

03
TECHNICAL SCENARIO

Academic Lab Deployment
Teaching · Research · Skills
Licensing · Hardware · Curriculum

PREPARED BY DRONE EMOTIONS

ILLUSTRATIVE SCENARIO

This technical scenario was developed by Drone Emotions to illustrate how an accredited university could plan a multi-seat photogrammetry laboratory. It does not describe a specific institution or completed customer deployment. Licensing eligibility, workstation specifications, user numbers, costs and teaching requirements must be validated for the actual university.

PROJECT BRIEF

The academic deployment challenge

The assumed institution wants to establish a 20-seat laboratory for teaching photogrammetry across surveying, geomatics, archaeology, architecture, engineering and environmental disciplines. The laboratory should also provide a controlled foundation for non-commercial academic research and supervised student projects.

Installing the application on multiple computers is only one part of the project. A successful academic environment must connect learning outcomes, lawful license use, concurrent access, suitable hardware, storage, standardized data, faculty competence, student permissions and technical support.

The central objective is consistency. Every student should be able to open the same exercise, follow the intended workflow and produce outputs that can be assessed against documented quality criteria. At the same time, instructors and researchers need enough flexibility to test larger or discipline-specific datasets without destabilizing the teaching environment.

✓ Match the laboratory to measurable learning outcomes

✓ Separate teaching, research and commercial requirements

✓ Validate hardware with representative datasets

✓ Create repeatable workflows for students and staff

SCENARIO PROFILE

University Photogrammetry Laboratory

SETTINGAccredited university

ILLUSTRATIVE CAPACITY20 student workstations

USERSStudents, faculty and researchers

PRIMARY USETeaching and academic research

SOFTWAREMetashape Professional

DELIVERY MODELFixed, floating or hybrid

Educational licensing is subject to institutional eligibility and non-commercial-use restrictions. The final model must be confirmed before purchase and deployment.

LAB DESIGN PILLARS

Build an academic system, not only a computer room

The laboratory should be designed as a complete teaching and operating environment in which technology supports the curriculum.

01

Learning Outcomes

Define what students must understand, perform, validate and communicate before choosing software editions, datasets or hardware.

02

Licensing & Access

Map eligibility, concurrent users, fixed workstations, shared pools and permitted uses to the appropriate licensing model.

03

Computing & Storage

Benchmark representative teaching and research datasets across CPU, GPU, RAM, local storage and shared infrastructure.

04

Teaching Operations

Standardize project templates, sample data, permissions, versioning, assessment and recovery procedures for every class.

IMPLEMENTATION FRAMEWORK

A six-stage university deployment

The proposed sequence reduces the risk of purchasing licenses or hardware before the institution has defined how the laboratory will actually be used.

01

Map Courses and Users

Identify departments, modules, class sizes, peak simultaneous users, research teams, academic calendars and required outputs. Separate introductory exercises from advanced production workloads.

02

Confirm Edition and Licensing

Map required functions to the appropriate edition, verify educational eligibility and decide whether fixed node-locked installations, floating concurrent access or a mixed model better fits the institution.

03

Benchmark Representative Hardware

Test a teaching dataset and a demanding research dataset on candidate workstations. Record stage-specific performance, memory use, storage demand and classroom completion time rather than relying only on minimum specifications.

04

Design Data and Lab Operations

Define local and shared storage, permissions, class folders, naming, backups, project reset procedures, software versions, update windows and retention rules for student and research data.

05

Prepare Curriculum and Staff

Create validated teaching datasets, project templates, exercise instructions, expected outputs and assessment rubrics. Train instructors and technical staff before students enter the production environment.

06

Pilot, Deploy and Review

Test the complete exercise on a small number of representative workstations, then deploy to the laboratory. Review license access, processing completion, support requests and student outcomes after the first teaching cycle.

DEPLOYMENT MODELS

Select access around real concurrency

The number of enrolled students is not always the number of licenses required. The institution should identify how many users need to run Metashape simultaneously, where those computers are located and whether access must follow users between different rooms or research workstations.

Licensing and infrastructure should be evaluated together. A flexible license pool still requires reliable server administration, network access and an operating policy for peak teaching periods.

MODEL 01

Fixed Teaching Laboratory

Node-locked licenses may suit a stable room where each licensed workstation has a predictable role and software movement is infrequent.

MODEL 02

Floating Concurrent Pool

A central license server can manage simultaneous access across installed computers, with concurrency limited to the number of licenses purchased.

MODEL 03

Hybrid Teaching & Research

Fixed classroom capacity can be combined with selected flexible access or dedicated research workstations when teaching and research workloads differ.

MODEL 04

Central Processing Resources

Larger research projects may use separate high-capacity or distributed resources while classroom exercises remain optimized for predictable completion times.

TEACHING PATH

A progressive photogrammetry curriculum

Students should learn why a decision is made before being assessed on which command to select. The sequence below connects field acquisition, processing and defensible interpretation.

MODULE 01

Photogrammetry Foundations

Image geometry, overlap, scale, resolution, calibration, coordinate systems and the difference between visual quality and metric reliability.

MODULE 02

Acquisition Planning

Camera selection, aerial or terrestrial capture, control design, site constraints, metadata and field quality assurance.

MODULE 03

Alignment & Reference

Project setup, image alignment, camera groups, GCPs, checkpoints, optimization and interpretation of residual information.

MODULE 04

3D Reconstruction

Point clouds, depth information, surface models, meshes and textures selected according to the intended application.

MODULE 05

Mapping Products

DEM, DTM, orthomosaics, measurements, projections and exports for GIS, CAD or discipline-specific analysis.

MODULE 06

Quality & Reporting

Independent validation, limitations, reproducibility, processing reports and communication of evidence rather than unsupported claims.

OPERATIONAL READINESS

Make every class recoverable and repeatable

A university lab must remain stable across multiple cohorts and instructors. Documentation, permissions and recovery procedures are therefore as important as raw processing performance.

Maintain a validated software and driver baseline for the teaching period. Test updates before deploying them across every workstation and record which version was used for assessed work.

Test activation or floating-license availability from the student network before classes begin. Define who monitors access and how instructors respond if the expected concurrency is exceeded.

Provide read-only master datasets and separate student working areas. Establish quotas, naming conventions, export folders, retention periods and backup responsibilities.

Use a standard project structure, coordinate reference, processing log and submission checklist so that results can be compared and assessed consistently.

Document common errors, escalation contacts and reset procedures. Keep clean copies of exercises so a damaged project does not prevent a student from completing the learning objective.

DEPLOYMENT DELIVERABLES

What a completed laboratory plan should contain

These outputs turn procurement decisions into an environment that faculty, IT staff and students can understand and maintain.

◆

Deployment Plan

Users, concurrency, licensing, workstations, storage, network and implementation sequence.

■

Validated Environment

A tested workstation baseline with known teaching-dataset performance and recovery procedure.

●

Teaching Package

Datasets, templates, exercises, expected outputs, assessment criteria and instructor notes.

✓

Operations & QA Guide

Version policy, permissions, support, backups, validation and reproducibility requirements.

LICENSING & PLANNING QUESTIONS

Decisions to confirm before procurement

No. For the same Metashape edition, educational and ordinary licenses are technically identical in functionality. The difference is legal: educational licenses are restricted to eligible accredited educational institutions and permitted non-commercial educational or research use.

Node-locked licenses can suit stable, dedicated workstations. Floating licenses can serve a larger installed computer pool while limiting simultaneous use to the purchased concurrency. The choice depends on rooms, users, network reliability, administration and timetable peaks.

The answer depends on how many students must use the software simultaneously and on the selected license model. A 20-computer room does not automatically determine the correct quantity without reviewing concurrency and teaching schedules.

No. Institutional affiliation alone does not make every activity educational. Commercial work is prohibited under educational licensing, and externally funded or service-based projects may require a separate licensing review. The intended use should be confirmed before deployment.

A consistent baseline simplifies teaching and support, but complete identity is not always necessary. Every assigned workstation should nevertheless complete the required exercise within the teaching period and produce comparable outputs.

Yes, but research datasets may exceed the practical limits of classroom workstations or scheduled teaching sessions. Dedicated high-capacity resources, controlled access and separate data management may be appropriate for advanced projects.

HOW TO INTERPRET THIS SCENARIO

Planning guidance, not a fixed bill of materials

This page does not claim that every university requires 20 seats, a particular license type or a standardized workstation specification. The number of students, simultaneous users, disciplines, datasets, teaching hours, operating systems and institutional IT policies determine the final design.

It also does not confirm eligibility for educational licensing. Accreditation and intended use must be documented and reviewed under the applicable Agisoft terms before purchase.

INSTITUTION-SPECIFIC VALIDATION

Information required for a real plan

✓ Institutional accreditation and intended use

✓ Departments, courses and student numbers

✓ Maximum simultaneous users

✓ Required Metashape functions and outputs

✓ Existing workstation and network specifications

✓ Research scale, storage and support capacity

CONTINUE EXPLORING

Related academic and technical resources

Move from this illustrative framework to live learning, customized training, educational licensing information and official terms.

UNIVERSITY WEBINAR

Building a Photogrammetry Lab

Explore the dedicated live session designed for U.S. universities and academic teams.

View Webinar

TRAINING

Customized Academic Training

Build faculty and student capability around your curriculum, datasets and equipment.

Explore Training

EDUCATIONAL EDITION

Metashape Professional EDU

Review the educational Professional edition and request institutional guidance.

View Educational Edition

OFFICIAL RESOURCE

Agisoft Licensing Options

Consult the current official descriptions of node-locked, floating and educational licenses.

Open Official Licensing

FROM SCENARIO TO CAMPUS PLAN

Planning an Agisoft Metashape lab for your university?

Tell Drone Emotions about your courses, departments, students, simultaneous users, existing computers and research requirements. We can help evaluate licensing, infrastructure and a suitable training path.

Technical scenario prepared by Drone Emotions S.R.L. — Authorized Agisoft Reseller & Training Center · Last reviewed September 2026