Euroopan unioni Vipuvoimaa EU:lta

Description of the project funded by the European Regional Development Fund (ERDF)

1 Project

Project code: A70274

Project name: New opportunities of 3D measurement and modelling

Policy: 2. Production and utilisation of latest knowledge and expertise

Specific objective: 5.1. Strengthening innovation work in companies

Planned completion time: Start 1.1.2015 and end 30.6.2017

Operational status: Ended

Responsible authority: Business Finland – Finnish Funding Agency for Innovation

2 Basic applicant information

Official name of the applicant: Lapin ammattikorkeakoulu Oy

Organisation type: University of applied sciences

Business ID: 2528792-5

Street: Jokiväylä 11 C

Telephone number: 0407352007

Postal code: 96300

City/town: ROVANIEMI

Website: www.lapinamk.fi

Project contact person's name: Pikkarainen, Harri

Contact person's position in the organisation: toimitusjohtaja

Contact person’s email address: harri.pikkarainen(at)lapinamk.fi

Contact person's phone number: +358407041498

Number of applicants or subsidy transfer:

3 Plan-specified summary of the project completion

Industrial 3D measurement and modelling technology has been developing rapidly in recent years. Professional measurement and modelling systems have gained lot of new features and performance in addition with better availability (lower price level and more solutions on the market) which has increased industrial usage of 3D measurement and modelling significantly. In addition, there seems to be rising possibilities to adapt low cost consumer level measurement devices for professional systems.
Rapid technology development and generous measurement system offer has led to the point that efficient management of 3D measurement and modelling tasks requires special expertise and continuous follow-up of the technology progress in the field. It has been identified that some measurement and modelling tasks or systems does not accomplish efficiently the optimal result. The reason can be that the used technology itself does not suit optimally to the application, the existing pre-information is not utilized well enough or too general tools are used for very special application.
In this research project, survey of implementation possibilities of tailored measurement and modelling technologies for special applications has been implemented and studies of how well those solutions can solve the identified problems has been carried out. Research has concluded to solutions which are demonstrated in effective 3D modelling, low cost 3D measurement and new visualization and reporting applications. Example cases are as-built modelling, equipment and machinery installation and adjustment. The topic is studied from the end-user, system developer and service provider aspect in each case.

4 Project target groups

4.1 Actual target groups

4.2 Indirect target groups

5 Public funding of the project (EUR)

EU and State funding granted: 447 352

EU and State funding used: 447 202

Planned public funding (total): 471 058

Planned public funding used (total): 470 900

6 Geographical target area

Regions: Lapland

Subregions: Kemi-Tornio

Municipalities: Kemi

Address of the project site, if the project is carried out in one place

Street: Tietokatu 1

Postal code: 94600

City/town: Kemi

7 Estimates of project-specific monitoring information reported during the application phase

7.1 Number of new jobs (only requested for projects belonging to specific objectives 1.1, 2.1 and 3.1)

Planned: 0, in which women are employed 0

Completed according to monitoring information: 0.00, in which women are employed 0.00

7.2 Number of new companies (only requested for projects belonging to specific objective 1.1)

Planned: 0, which are founded by women 0

Completed according to monitoring information: 0.00, which are founded by women 0.00

8 Horizontal principles

8.1 Gender equality

: Yes
Käytetty suvauskonetta: Hanke edistää miesten ja naisten asioita tasapuolisesti.
: Yes
Projektissa kehitettävä uusi teknologia sopii molemmille sukupuolille.
: No
Päätavoite on teknologian tutkimus ja kehitys.

8.2 Sustainable development

DirectIndirect
Luonnonvarojen käytön kestävyys 0 5
Matkustaminen vähenee, teollisuusrakentamisen virheet vähenee.
Ilmastonmuutoksen aiheuttamien riskien vähentäminen 0 2
Liikennepäästöt vähenee.
Kasvillisuus, eliöt ja luonnon monimuotoisuus 0 1
Liikennepäästöt vähenee.
Pinta- ja pohjavedet, maaperä sekä ilma (ja kasvihuonekaasujen väheneminen) 0 1
Liikennepäästöt vähenee.
Natura 2000 -ohjelman kohteet 0 0
En osaa sanoa vaikutusta.
Materiaalit ja jätteet 0 3
Teollisuusrakentamisen virheet vähenee.
Uusiutuvien energialähteiden käyttö 0 0
Ei merkittäviä vaikutuksia.
Paikallisen elinkeinorakenteen kestävä kehittäminen 1 5
AMK-yritykset yhteistyö kehittyy.
Aineettomien tuotteiden ja palvelujen kehittäminen 0 5
Projektin tulokset mahdollistavat aineettomien tuot. Ja palv. Kehittämisen
Liikkuminen ja logistiikka 0 2
Matkustaminen vähenee.
Hyvinvoinnin edistäminen 1 3
Projektin aikaiset työpaikat, uutta liiketoimintaa projektin jälkeen.
Tasa-arvon edistäminen 0 2
Uusi teknologia helpottaa naisten työllistymistä miesvaltaiselle alalle.
Yhteiskunnallinen ja kulttuurinen yhdenvertaisuus 0 0
Ei merkittäviä vaikutuksia.
Kulttuuriympäristö 0 0
Ei merkittäviä vaikutuksia.
Ympäristöosaaminen 0 0
Ei merkittäviä vaikutuksia

9 Final report summary

Industrial 3D measurement and modelling technology has been developing rapidly in recent years. Professional measurement and modelling systems have gained lot of new features and performance in addition with better availability (lower price level and more solutions on the market) which has increased industrial usage of 3D measurement and modelling significantly. In addition, there seems to be rising possibilities to adapt low cost consumer level measurement devices for professional systems.
Rapid technology development and generous measurement system offer has led to the point that efficient management of 3D measurement and modelling tasks requires special expertise and continuous follow-up of the technology progress in the field. It has been identified that some measurement and modelling tasks or systems does not accomplish efficiently the optimal result. The reason can be that the used technology itself does not suit optimally to the application, the existing pre-information is not utilized well enough or too general tools are used for very special application.
In this research project, survey of implementation possibilities of tailored measurement and modelling technologies for special applications has been implemented and studies of how well those solutions can solve the identified problems has been carried out. Research has concluded to solutions which are demonstrated in effective 3D modelling, low cost 3D measurement and new visualization and reporting applications. Example cases are as-built modelling, equipment and machinery installation and adjustment. The topic is studied from the end-user, system developer and service provider aspect in each case.