Introduction to Theory of 3D Scanning - DIG020AS2AE - Opinto-opas

Introduction to Theory of 3D Scanning, 1 cr - DIG020AS2AE

Upcoming implementations

Introduction to Theory of 3D Scanning DIG020AS2AE-3002 19.08.2024-13.12.2024 1 op (NONSTOP, ...) +-
Campus

Pasila Campus

Teaching language

English

Timing

19.08.2024 - 13.12.2024

Enrollment

03.06.2024 - 25.10.2024
Groups
- NONSTOP
- AVOINAMK
- VIRTUAL
- INSTRUCTED
Teachers

Heikki Hietala

Seats

40 - 150

Degree Programme

AVO Avoin ammattikorkeakoulu

R&D proportion

0.00 cr

Virtual proportion

1.00 cr

Evaluation scale

H-5
Introduction to Theory of 3D Scanning DIG020AS2AE-3003 13.01.2025-16.05.2025 1 op (NONSTOP, ...) +-
Campus

Pasila Campus

Teaching language

English

Timing

13.01.2025 - 16.05.2025

Enrollment

01.01.2023 - 01.01.2023
Groups
- NONSTOP
- AVOINAMK
- VIRTUAL
- INSTRUCTED
Teachers

Heikki Hietala

Seats

40 - 150

Degree Programme

AVO Avoin ammattikorkeakoulu

R&D proportion

0.00 cr

Virtual proportion

1.00 cr

Evaluation scale

H-5

Current implementations

Introduction to Theory of 3D Scanning DIG020AS2AE-3001 25.03.2024-17.05.2024 1 op (NONSTOP, ...) +-
Teaching methods and instruction

This cource will be a contact and we will doscuss the topics related to the process of scanning. The process will have the possibility to scan a physical item and use it in a virtual world.

The student will use the practices of 3D scanning and modeling skills.

Some of the software and equipment include:
Artec Eva 3D
Creality Lizard 3D
Reality Capture
Meshroom
Luma.ai

Learning material and recommended literature

All instructional material is either virtual or on-site equipment in the 3D lab.

Working life connections

supports connections and contacts with the working life.

Campus

Pasila Campus

Teaching language

English

Timing

25.03.2024 - 17.05.2024

Enrollment

02.01.2024 - 22.03.2024
Groups
- NONSTOP
- AVOINAMK
- VIRTUAL
Teachers

Heikki Hietala, Juho Kastemaa

Seats

40 - 150

Degree Programme

AVO Avoin ammattikorkeakoulu

R&D proportion

0.00 cr

Virtual proportion

1.00 cr

Evaluation scale

H-5

Past implementations

No past implementations yet.

After this course, the student knows the basic technologies of 3D scanning ands understands how they can be used to convert real world objects into their digital twins. He/she understands the basic similarities and differences of the technologies and can pick a useful technique for a given scanning task

The course will touch on the following subjects:

Laser Triangulation Scanning: how lasers are used to measure the distance to a surface by triangulating the reflected light.

Structured Light Scanning: how patterns of light are projected onto a surface, and the deformed patterns are analyzed to reconstruct the 3D shape.

Time-of-Flight (ToF) Scanning: how ToF cameras measure the time it takes for light to travel from the source to the object and back to determine distance.

Photogrammetry: the principles of photogrammetry, where multiple images of an object are analyzed to triangulate and reconstruct its 3D structure.

Structured Light Scanning: how patterns of light are projected onto a surface, and the deformed patterns are analyzed to reconstruct the 3D shape.

3D Scanning Software: Overview of software used for 3D data processing and reconstruction. This will include both open-source and commercial solutions.

3D Scanning is a set of methods used to capture physical objects into digital objects. Unlike the physical world, when objects consist of wood or metal or ceramic etc., digital objects consist of meshes, which are lattices of vertices. Vertices are points in space. Meshes can be assigned textures to make the scanned object completely like its real world counterpart.

Haaga-Helia already has coursed in 3D Modeling and 3D Printing, and this course will complete the trilogy of 3D methodologies. While you do not need to have completed the other two coursed, they may help you understand the 3D Scanning process and its outcomes better.

Passed / Failed