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Architecture, Construction, Interior and Furniture Design Works 2013-2015
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SIMONAS PETRAUSKASPORTFOLIO
Resume
Work experience:
Education:2013 2017
2007 2011
2002 2006Language Skills:LithuanianEnglishDanishDesign Skills:Autodesk RevitAutodesk AutoCadAutodesk 3dMax (V-Ray)Microsoft OfficeMicrosoft ProjectAdobe PhotoshopAdobe InDesignReluxReferences:CEO Archiservice
CEO Key Elements
Participations:
Internship expectations:
Hobies:
Simonas [email protected]+45 50 32 73 3915/06/88
Archiservice APS, Odense Denmark Interior designer, 3D VisualizerFreelancer interior designer, Lithuania Interior design, Planing and ManagementKey elements, Norway Interior designer, 3D VisualizerAntonas Bygg, Drammen, Norway Interior and furniture designerArchitecture studio ARTA, Lithuania Architect assistant
Architecture Technologies And Construction Management Bachelor Lillebaelt Academy of Professional Higher Education, Odense, DenmarkInterior Design Bachelor Kaunas College, Lithuania
Art School
Tina Baggessen, +45 26 16 44 56 [email protected]
Jesper Rrbk, +370 60 13 99 29 [email protected]
IBA Hamburg. Factory of Imagination. BIM Aarhus. Sir Richard Branson & Morten Lund
All activities in all phases related with interior
Swimming, Diving, Skiing, Travelling, Ping pong, Movies and Parties
ContentResumeSimonas [email protected]+45 50 32 73 3915/06/88
Archiservice APS, Odense Denmark Interior designer, 3D VisualizerFreelancer interior designer, Lithuania Interior design, Planing and ManagementKey elements, Norway Interior designer, 3D VisualizerAntonas Bygg, Drammen, Norway Interior and furniture designerArchitecture studio ARTA, Lithuania Architect assistant
Architecture Technologies And Construction Management Bachelor Lillebaelt Academy of Professional Higher Education, Odense, DenmarkInterior Design Bachelor Kaunas College, Lithuania
Art School
Tina Baggessen, +45 26 16 44 56 [email protected]
Jesper Rrbk, +370 60 13 99 29 [email protected]
IBA Hamburg. Factory of Imagination. BIM Aarhus. Sir Richard Branson & Morten Lund
All activities in all phases related with interior
Swimming, Diving, Skiing, Travelling, Ping pong, Movies and Parties
Furniture DesignInterior DesignConstructingArchitectureArchitecture
Architecture
Faaborg Market SquareRole: ArchitectType: Invited competitionClient: UgeAvisen FaaborgLocation: Faaborg, DenmarkAchievement: 2nd place in competitionAcknowledgements: Dovile Levinskaite and Rytis Gelombickas
Assignement: Market
Greenzone
Wateractivities
Playground
Faaborg town residents found that the city square need`s chang-es, because of misuse of central market square. Square mainly using for car parking instead of people entertainment center. UgeAvis-er newspaper created architectural contest and conclude the as-signment of town residents with needs and complains about the city square.
Architectural Idea: Ships
Masts
Sails
Reflections
Faaborg coast inspire for new architectonics city square proposal. Ships dynamically floating on square creating benches, yacht cre-ates the scene and terrace. Masts holds the sails and serve at night as street lights. Sails covers from precipitations and drains to the greenzones.Reflectionsconveyedbynewdarkandreflectivepaving
on the square.
Function: Market/food,craftsmans,art,agricultureandfleamarket.
Scene/concerts,festivals,theater,choir,dance.
Terrace/Ymerbrndensculpture,smallevents,restaurant.
Relaxation/benches,bonfireandgreenzone.
Playground/iceberg.
Fountain/reflectthemuseumFaaborgarrestenandserves
in winter as ice stage.
Faaborg city has long been known as an old market town, so this project proposal will restore the town square the mobile market for local craftsmen, farmers, artists and other multifunctional use. Square is divided in to different spaces and have strong connection to the historical bellower. Square is limited for cars and encourage pedestrian and cycling traffic. Sails are mobile, large sail is mount-ed only on market or important event days. Marketplaces are mobile.
Surroundings 1
Existing traffic 2
4 Function
3 New traffic
Torvegade
Adelgade
Trnegade
stergade
1 : 500Market scenario
Torvegade
Adelgade
Trnegade
stergade
1 : 500Concert scenario
Torvegade
Adelgade
Trnegade
stergade
1 : 500Free scenario
Torvegade
Adelgade
Trnegade
stergade
1 : 500Sails drainage scenario
Market plan
Free plan
Concert plan
Sails roof plan
Odins towerRole: ArchitectType: ScyscraperClient: School project, elective subjectPartner: Anna LeszmannSize: 56000 mLocation: Odense, Denmark
the idea for our study project for the 3rd semester Elective Course in Skyscraper design was to make a green landmark for the city of Odense. The build-ing highest in Denmark and is going to connect two different parts of the city: the harbor- residential, office area, with the cultural center where Hans Christian Andersen Museum and Music House play the biggest role. the problem for the town was that there was no link between the old part of the city and the harbor side, so the municipality came up with the idea of rebuilding the big road which was divid-ing the town and making the light railway. The import-ant point was also to rebuild the existing object and erect the new ones so they will create a green space in between the city and bring some urban life to the area. The size of the plot, which was dedicated to build the skyscraper was not big and defined the shape of our building.
During the site analysis we discovered that this area have the biggest wind load among all building sites. So we thought that maybe we could use the wind, to generate energy which is very common in Denmark. Many of the wind turbines have industrial look, so we thought that we can collect the energy like hay in the fields. For the building to be visible and to serve as a landmark. So we light up the straws with RBG led system and used the monitor for sending a message to all FYN Island. To show how it could look like we chose country flag scenario combined with sustainability symbol for Denmark.
The building height is 164 meters and it consists of 41 floors. From the 1st till 5th floor there are located offices, and the floors with the hotel and residential space start from 5th and continue till 40th floor. Each apartment has a green balcony and the balconies are laid out so they alternate, provid-ing protection from the wind and privacy for homes. In the offices we have designed a green canteen with a lot of trees planted. The same situation is on the hotel floors where a glass wall provides a view from the rooms to the green lobby.
For our parking we propose to use underground lift car parking system which goes 30 meters in depth and consists of 13 levels below. The three lifts can fit 153 cars and could belong to apartments. Other two lifts can fit 102 cars, could be used for offices.
Material source: http://fragadetilby.dkMaterial source: http://fragadetilby.dk
1950 2015
{3D} Copy 1
Material source: http://fragadetilby.dk
2020
UP
UP
Cantine
Cantine
Shop 233m
Shop 35m
Shop 40m
Shop 100m
Lobby 190m
Cafe 150m
WC 15m
1 : 20040
1 : 2004th
MENT 1 : 200Ground Floor
Constructing Architect
Constructing Architecture
ResumeSimonas [email protected]+45 50 32 73 3915/06/88
Archiservice APS, Odense Denmark Interior designer, 3D VisualizerFreelancer interior designer, Lithuania Interior design, Planing and ManagementKey elements, Norway Interior designer, 3D VisualizerAntonas Bygg, Drammen, Norway Interior and furniture designerArchitecture studio ARTA, Lithuania Architect assistant
Architecture Technologies And Construction Management Bachelor Lillebaelt Academy of Professional Higher Education, Odense, DenmarkInterior Design Bachelor Kaunas College, Lithuania
Art School
Tina Baggessen, +45 26 16 44 56 [email protected]
Jesper Rrbk, +370 60 13 99 29 [email protected]
IBA Hamburg. Factory of Imagination. BIM Aarhus. Sir Richard Branson & Morten Lund
All activities in all phases related with interior
Swimming, Diving, Skiing, Travelling, Ping pong, Movies and Parties
EAL CampusRole: Constructing ArchitectType of assignement: School project of 4th semester.Type of building: EducationClient: Lillebaelt AcademyLocation: Odense, DenmarkSize: 17.400 mGroup: Simonas Petrauskas, Anna Lezhmann,Paulius Rima, Birgir Ragnarson, Ola Zareba, Anne Leskinen, Victor Bejenaru
The Assignement in 4th Semester is based on the new campus for Lillebaelt Academy, being built at the Wittenborg plot near Odense Harbor. To the meet the goals of the semester, the design method BIM (Building Information Modelling) is used as ex-tensively as possible. The ef-fects of this is described later in this assignment description. One of the primary objectives of the interdisciplinary assignment is to develop and strengthen the students skills in the planning and imple-mentation of a 3D and BIM-project, as well as to learn and strengthen the technological skills in order to be able to implement the profes-sional topics from the industry and utilize these in a digital design context.
Design Process:
Project organization (planning and coordinating) Conceptualization (Analysis and demands) Design project (DD1, Authorities) Detail project (DD2)
Chalanges:
20 people colaboration BIM modeling Design solutions
Material source: http://www.henninglarsen.com/projects/1300-1399/1381-lillebaelt-academy.aspx
EAL CampusRole: Constructing ArchitectType of assignement: School project of 4th semester.Type of building: EducationClient: Lillebaelt AcademyLocation: Odense, DenmarkSize: 17.400 mGroup: Simonas Petrauskas, Anna Lezhmann,Paulius Rima, Birgir Ragnarson, Ola Zareba, Anne Leskinen, Victor Bejenaru
The Assignement in 4th Semester is based on the new campus for Lillebaelt Academy, being built at the Wittenborg plot near Odense Harbor. To the meet the goals of the semester, the design method BIM (Building Information Modelling) is used as ex-tensively as possible. The ef-fects of this is described later in this assignment description. One of the primary objectives of the interdisciplinary assignment is to develop and strengthen the students skills in the planning and imple-mentation of a 3D and BIM-project, as well as to learn and strengthen the technological skills in order to be able to implement the profes-sional topics from the industry and utilize these in a digital design context.
Design Process:
Project organization (planning and coordinating) Conceptualization (Analysis and demands) Design project (DD1, Authorities) Detail project (DD2)
Chalanges:
20 people colaboration BIM modeling Design solutions
Project organization.The class functioned as one big architectural studio. We were assigned to design a new building in between existing ones. All building was splited in three blokcs so the class was splited in three groups as well. Our group was respon-sible for block 2 design. Block 2 have 4 storeys with basement and in total have 7000m of heated floor area.
Block 1 Block 2 Block 3
Material source: http://www.henninglarsen.com/projects/1300-1399/1381-lillebaelt-academy.aspx
Project organization.Every group member was assigned to be a manager of certain activity. My responsibility was to manage BIM model of our building block 2. So we made a group of BIM managers and set up a manual of working method, quality as-surance and modeling templates. That was a starting point of
the modeling.
1.5.7 ICT Contact ListFebruary 1, 2015 2:10 PM
Design Manual Page 1
Aggregate_model
Architectural_linked_model
Construction_Linked_modelTechnical_Linked_model
Architectural_Block01
Architectural_Block02
Architectural_Block03
Technical_Block01
Technical_Block02
Technical_Block03
Construction_Block01
Construction_Block02
Construction_Block03
Landscape
Landscape_model
Gridline_model Annotation_model
Local_file
Local_file
Local_file
Local_file
Local_file
Local_file
Local_file
Local_file
Local_file
Local_file
Local_file
Local_file
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Model Changes Information Form
FOUNDER NAME: DATE:
LOCATION OF CHANGE: GRIDLINE COORDINATES:
WHAT IS THE CHANGE: SKETCH/SCREEN SHOT
DATE OF APPROVAL: CHANGED AND APPROVED BY:
When a change is required in one of the discipline models the change is to be discussed with in the groups and addressed on the form below. After being approved by a Team Leader or coordinator the form is to be filed in the appropriate sections on the right according to the blocks and disciplines effected by the change being made. Using the Message board in the Administration Logbook a notification is to be written that there has been a change and the information regarding the change has been filed under Model Changes.
Links to design manual:1.5.9 BIM Structure1.5.10 BIM Manual1.5.11 BIM Spliting the modelLink to original drawings:All drawingsStatic drawings:StaticsLink to ventilation drawings:R:\Groupfolders\Afdelinger\BTH\03_Semester_MAT\F_2015\4_BK_International\02_General\01_School_project\Installationstegninger_PDF\UE_B05.16\C07.1_Plot_PDFLink to old drawings:4F15_K01_D1_N02 - Tegningsgrundlag Campus_26.01.15
Block 1 Block 2 Block 3
Guidelines2. marts 2015 12:17
Model Changes Page 1
In early conceptualization. phase every group member chose what to analyse further and prepare documentation for client. I chose to design the load bearing structure of the building in relation with suroundet two blocks.
Structural chalanges: Cantilever facade Cantilever meeting room Atrium stairs
4BKiA03.F15_01_K01_C01.3_N03
4BKIA00LOADCALCULATIONSINTERSECTIONOFGRIDLINES12A&E24.03.2015Loadcombinationwind LoadcombinationDesign Loadcombination3 Loadcombination4
Heigth Width Length c/c Volume/Area Thickness Weigthdensity Areaload Loadwidth/Height Uniformedload Dead Wind Designload Designload DesignloadUnit m m m m m3/m2 m kN/m3 kN/m2 m kN/m kN/m
RoofSnow 0.72 13.7 9.86 9.86 9.86RoofingFelt(Icopal500series) 0.006 1.06 0.01 4.85 0.03HardBattsInsulation 0.480 1.000 1.000 1.000 0.48 0.20 0.10 4.85 0.47HollowCore(spncomEX270) 0.270 1.000 1.000 1.000 0.27 3.71 4.85 17.99Installations 0.50 4.85 2.43Systemceiling(KnaufDanogips) 0.22 4.85 1.07
LanternSkylights 1.50 8.85 13.28
Totaldeadload 45.12 45.12 45.12 3.34 48.47 45.12
TotalDeadload&snowloadonthebeam 54.98 54.98BeamLengthtoeachsideofthecolumn LengthofBeam 7.20 LengthofBeam 7.20
3.60 3.60Totalloadonthecolumn 410.18 Kn 348.95 Kn 395.89 KnTotaldeadloadonthecolumn 3.71 3.85 14.284FloorStoreyPartitionLinoleum(engineerstoolbox) 0.015 1.20 0.02 6.50 0.12Screed(engineerstoolbox) 0.085 1.000 1.000 1.000 0.09 0.20 0.02 6.50 0.11HollowCore(spncomEX270) 0.270 1.000 1.000 1.000 0.27 0.00 3.71 6.50 24.12Partitionwalls(Knaufdanogips) 0.50 6.50 3.25Installations 0.50 6.50 3.25Systemceiling(KnaufDanogips) 0.22 6.50 1.43
Totaldeadload 4.97 6.50 32.27 32.27 32.27 6.24 38.52 32.27ImposedLoad 2.50 6.50 16.25 16.25 16.25
TotalDeadload&imposedloadonthebeam 48.52 48.52BeamLengthtoeachsideofthecolumn LengthofBeam 7.20 LengthofBeam 7.20
3.6 3.6Totalloadonthecolumn4floor 365.13 Kn 277.33 Kn 349.36 KnTotalloadonthecolumn 775.30 Kn 626.27 Kn 745.25 KnTotaldeadloadonthecolumn 3.71 4.25 15.77
3FloorStoreyPartitionLinoleum(engineerstoolbox) 0.015 1.20 0.02 6.50 0.12Screed(engineerstoolbox) 0.085 1.000 1.000 1.000 0.09 0.20 0.02 6.50 0.11HollowCore(spncomEX270) 0.270 1.000 1.000 1.000 0.27 0.00 3.71 6.50 24.12Partitionwalls(Knaufdanogips) 0.50 6.50 3.25Installations 0.50 6.50 3.25Systemceiling(KnaufDanogips) 0.22 6.50 1.43
Totaldeadload 4.97 6.50 32.27 32.27 32.27 5.80 38.07 32.27ImposedLoad 2.50 6.50 16.25 16.25 16.25
TotalDeadload&imposedloadonthebeam 48.52 48.52BeamLengthtoeachsideofthecolumn LengthofBeam 7.20 LengthofBeam 7.20
3.6 3.6Totalloadonthecolumn3floor 365.13 Kn 274.13 Kn 349.36 KnTotalloadonthecolumn 1140.43 Kn 900.41 Kn 1094.62 KnTotaldeadloadonthecolumn 3.71 4.25 15.77
2FloorStoreyPartitionLinoleum(engineerstoolbox) 0.015 1.20 0.02 6.50 0.12Screed(engineerstoolbox) 0.085 1.000 1.000 1.000 0.09 0.20 0.02 6.50 0.11HollowCore(spncomEX270) 0.270 1.000 1.000 1.000 0.27 0.00 3.71 6.50 24.12Partitionwalls(Knaufdanogips) 0.50 6.50 3.25Installations 0.50 6.50 3.25Systemceiling(KnaufDanogips) 0.22 6.50 1.43
Totaldeadload 4.97 6.50 32.27 32.27 32.27 5.80 38.07 32.27ImposedLoad 2.50 6.50 16.25 16.25 16.25
TotalDeadload&imposedloadonthebeam 48.52 48.52BeamLengthtoeachsideofthecolumn LengthofBeam 7.20 LengthofBeam 7.20
3.6 3.6Totalloadonthecolumn2floor 365.13 Kn 274.13 Kn 349.36 KnTotalloadonthecolumn 1505.56 Kn 1174.54 Kn 1443.98 KnTotaldeadloadonthecolumn 3.71 4.25 15.771FloorStoreyPartition1FloorStoreyPartitionLinoleum(engineerstoolbox) 0.015 1.20 0.02 6.50 0.12Screed(engineerstoolbox) 0.085 1.000 1.000 1.000 0.09 0.20 0.02 6.50 0.11HollowCore(spncomEX270) 0.270 1.000 1.000 1.000 0.27 3.71 6.50 24.12Partitionwalls(Knaufdanogips) 0.50 6.50 3.25Installations 0.50 6.50 3.25Systemceiling(KnaufDanogips) 0.22 6.50 1.43
Totaldeadload 4.97 6.50 32.27 32.27 32.27 5.80 38.07 32.27ImposedLoad 2.50 6.50 16.25 16.25 16.25
TotalDeadload&imposedloadonthebeam 48.52 48.52BeamLengthtoeachsideofthecolumn LengthofBeam 7.20 LengthofBeam 7.20
3.6 3.6Totalloadonthecolumn1floor 366.39 Kn 274.13 Kn 349.36 KnTotalloadonthecolumn 1871.95 Kn 1448.67 Kn 1793.34 KnTotaldeadloadonthecolumn 3.71 4.59 17.03GroundFloorStoreyPartitionLinoleum(engineerstoolbox) 0.000 0.000 0.000 0.000 0.00 0.015 0.10 0.00 6.50 0.01Screed(engineerstoolbox) 0.085 1.000 1.000 1.000 0.09 0.20 0.02 6.50 0.11HollowCore(spncomEX270) 0.000 0.000 0.000 0.000 0.00 0.00 3.71 6.50 24.12Partitionwalls(Knaufdanogips) 1.00 6.50 6.50Installations 0.50 6.50 3.25Systemceiling(KnaufDanogips) 0.22 6.50 1.43
Totaldeadload 5.23 6.50 33.99 33.99 33.99 3.13 37.12 33.99ImposedLoad 2.50 6.50 16.25 16.25 1.5 24.38
TotalDeadload&imposedloadonthebeam 50.24 58.36BeamLengthtoeachsideofthecolumn LengthofBeam 7.20 LengthofBeam 7.20
3.6 3.6TotalloadonthecolumnfromtheGroundfloor 377.46 Kn 267.25 Kn 420.19 KnTotalloadonthecolumn 2249.42 Kn 1715.92 Kn 2213.53 KnTotaldeadloadonthecolumn 3.71 4.25 15.77
PointLoadFoundationWithCharacteristicLoad
Dimensionsofthecolumn 0.42 m X 0.42 mAssumedSoilCapacity 100 Kn/m2TotalDeadload 2249.42 KnRequiredm2ofFoundation 22.5 m2Lengthofsidesontheformwork 4.74 m
ThicknessofthePointLoadFoundation 2.16 m Iffoundationisamassofconcretebutthicknesswillbesmallerwithdesignedreinforcement
PointLoadFoundationWithWindLoad
Dimensionsofthecolumn 0.42 m X 0.42 mAssumedSoilCapacity 100 Kn/m2TotalDeadload 1715.92 KnRequiredm2ofFoundation 17 m2Lengthofsidesontheformwork 4.14 m
ThicknessofthePointLoadFoundation 1.86 m Iffoundationisamassofconcretebutthicknesswillbesmallerwithdesignedreinforcement
PointLoadFoundationWithDesignLoad
Dimensionsofthecolumn 0.42 m X 0.42 mAssumedSoilCapacity 100 Kn/m2TotalDesignLoad 2213.53 KnRequiredm2ofFoundation 22 m2Lengthofsidesontheformwork 4.70 m
ThicknessofthePointLoadFoundation 2.14 m Iffoundationisamassofconcretebutthicknesswillbesmallerwithdesignedreinforcement
Project:EALCampusAuthor:VictorBejenaruSimonasPetrauskasChecker:AnnaLeszmann
Heaviest point load of block 2: 2250 Kn
Design project. In detail design 1 phase we prepare the documents for outhorities.
M M
A A
1.A
1.A
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11.A
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B B
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D D
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F FG G
H H
I I
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K K
L L
Section AA
Section AA
Section BB
Section BB
A.0.01Micro Lab40 pers.194 m
A.0.53Chemical Lab
40 pers.205 m
A.0.03Chemical Depot
24 m
A.0.02Preparation Room
34 m
A.0.04Stairs21 m
A.0.05Shaft10 m
A.0.06Kitchen Lab
89 m
A.0.07Teaching Lab
40 pers.83 m
A.0.08Teaching Lab
40 pers.84 m
A.0.09Teaching Lab
40 pers.80 m
A.0.10Modeling Workshop
30pers.108 m
A.0.60Exhibition area
141 m
A.0.29Auditorium
150pers.208 m
A.0.31Workshop
30pers.62 m
A.0.66Elevator
6 m
A.0.32Stairs20 m
Toilet Forum13 m
A.0.52Cleaning room
9 m
A.0.43Fuse box
4 m
A.0.33Server room
9 m
A.0.47Shaft4 m
A.0.62Elevator
5 m
A.0.61Elevator
5 m
A.0.22Kitchen storage
11 m
A.0.67Freezer room
17 m
A.0.24Shaft3 m
A.0.68Cold storage room
14 m
A.0.69Cold storage room
16 m
A.0.70Cold storage room
16 m
A.0.21Kitchen Storage
15 mA.0.19Kitchen office
10 m
A.0.73Vegetable storage
12 m
A.0.20Canteen Kitchen
159 m
A.0.66Dishwasher room
23 m
A.0.20Canteen Kitchen
159 mA.0.65Depot7 m
A.0.23Kitchen toilet
4 m
A.0.16Shaft9 m
A.0.17Canteen268 pers.471 m
A.0.18Friday bar
105 m
A.0.14Wind Catcher
47 m
Shaft9 m
A.0.11Stairs20 m
A.0.27Friday bar
28 m
A.0.58Exhibition Area
332 m
72032 28516
2974
814
337
33600 66948
1050
036
948
1550
2590
7500
2990
3527
1708
1470
2195
1800
7200 3600 7200 7200 8400 7200 2700 3300 8850 5550 3300 2700 3900 3300 8400 7200 7200
574
3300
7200
3300
3900
3900
900
2400
7200
2400
4800
7200
2100
1450
7165 145 8235 145 8300 145 7950 145 7771
100548
4744
8
1500
1500
1400
1500
DR 249x21M
EI2 30-C
DR 259x21M
EI2 30-CDR 269x21M
EI2 30-C
DR 279x21M
EI2 30-C
DR 810x21MEI60C2
DR 5710x21MEI30C2
DR 259x21MEI60C2
DR 1710x21MEI60C2
DR 810x21MEI60C2
DR 8918x21MEI60C2
DR 9618x21MEI60C2
DR 369x21MEI30C2
DR 979x21MEI30C2
DR 389x21MEI30C2
DR 399x21MEI30C2
DR 909x21M (Freezer door)
EI30C2
DR 959x21M (Freezer door)
EI30C2
DR 359x21MEI30C2
DR 949x21MEI30C2
DR 349x21MEI60C2
DR 939x21MEI30C2
DR 929x21M (Freezer door)
EI30C2
DR 919x21M (Freezer door)
EI30C2
DR 7318x21MEI30C2
DR 769x21MEI30C2
DR 779x21MEI30C2
DR 9718x21MEI30C2
DR 4010x21MEI30C2
DR 710x21MEI60C2
3100 200 1400 150 26295
4429
2696
1447
514
534
8020
031
0020
013
4515
027
5014
5
574
12646 145 20350 145 925
9500 145 3000 145 3015 145
1005
614
579
55
4480
2800
9910 100 19140 150 1400 200 3100
7000
200
1800
1500
8550
150
1400
3100
3100
200
1550
5660
100 640 200 5990 200
100
1961
285 4046 245 3014 160 2150 160 3255 120 3255 160
2675 100 1800 100 2700 1002400 100 3485 100 8440 200 9400
1735
620
011
044
100
4275
160
4709
200
2746
100
3800
200
2860
2110
100
2900
200
1800
100
2150
100
1350
100
2800
200 300 13600 300 200
200
300
1459
030
020
0
1009
4
1388
2
6670
150
4775
1461
713
895
(21) Aluminium facade small corrugation 580 mmU-value 0,15 W/(mK)
80 mm Aluminium300 mm Insulation lambda 0.034200 mm lightweight concrete
(21) Brick facade wall 574mmU-value 0,14 W/(mK)
108mm Brick/mortar21mm Air245mm Insulation lambda 0,037200mm lightweight concrete
(22) Acoustic panel wall auditorium 290 mm
15 mm Wooden panels75 mm Insulation with studs200 mm Insulation
(22) Freezer insulation wall 65mm (
M M
A A
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Section AA
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Section BB
Section BB
A.1.47Student administration office
4 pers.36 m
A.1.16Classroom_03
48 pers.100 m
A.1.17Classroom_03
48 pers.101 m
A.1.18Electrical Plant
48 pers.99 m
A.1.19Electronics depot
20 m
A.1.15Classroom_01
25 pers.60 m
A.1.14Stairs21 m
A.1.13Shaft10 m
A.1.12Classroom_03
45 pers.91 m
A.1.11Classroom_02
39 pers.83 m
A.1.10Classroom_02
39 pers.84 m
A.1.09Classroom_02
39 pers.89 m
A.1.70Hall
155 m
A.1.68Project room
6 pers.17 m
A.1.67Project room
6 pers.17 m
A.1.107Project room
6 pers.16 m
A.1.70Library160 m
A.1.69Study Lounge
12 m
A.1.06Meeting8 pers.25 m
A.1.07Librarian Office
2 pers.20 m
A.1.05Stairs21 m
A.1.46Shaft9 m
A.1.03Classroom
39 pers.82 m
A.1.02Building Lab
21 pers.43 m
A.1.01Library70 m
A.1.72Study Lounge
7 m
A.1.71Study Lounge
7 m
A.1.74Study Lounge
9 m
A.1.32Depot8 m
Toilet17 m
Handicap Toilet1
5 m
A.1.40IT Technical
9 mA.1.39Shaft10 m
A.1.41Stairs20 m
A.1.42Student counselor office manager
4 pers.29 m
A.1.43Leadership/Management
1 pers.29 m
A.1.44Student administration office
1 pers.17 m
A.1.45Front Office
7 pers.102 m
A.1.48Student administration office
4 pers.26 m
A.1.49Shaft9 m
A.1.50Stairs21 m
A.1.112Front Office
1 pers.9 m
A.1.111Print6 m
A.1.109Front Office
1 pers.9 m
A.1.110Meeting3 pers.10 m
A.1.82Meeting1 pers.31 m
A.1.51Corridor
14 m
A.1.52Classroom
33 pers.83 m
A.1.53Classroom
40 pers.82 m
A.1.54Classroom
46 pers.94 m
A.1.55Classroom
40 pers.84 m
A.1.96Meeting room - leadership/management
15 m
A.1.95Project room
15 mA.1.92
Cleaning room6 m
A.1.93Local depot
6 m
A.1.86Toilet - fore room
17 m
A.1.56Classroom
46 pers.92 m
A.1.88Corridor
12 m
A.1.65Shaft9 m
A.1.60IT Technical
5 m
A.1.59Boardroom
3 m
A.1.87Toilet - fore room
13 mA.1.58
Classroom39 pers.
67 m
A.1.57Classroom
24 pers.50 m
A.1.66Stairs21 m
A.1.73Elevator
5 m
A.1.72Elevator
5 m
72032 28516
1435
629
748
3300
33600 66948
1050
036
948
2040
3585
2040
2330
1420
1595
1935
2468
1900
1695
1375
1510
1830
2500
1460
800
4000
3114
1500
1500
1400
2848
1400
1500 DR 910x21M
EI60C2
2500
3533
145
3600
145
3583
1270
515
013
4582
4014
597
16
10290 145 10287 145 12273
DR 1810x21MEI60C2
DR 199x21MEI60C2
DR 281850 x 2100 (B1)EI60C - ABDL
DR 291850 x 2100 (B1)EI60C - ABDL
DR 289x21MEI30C2
DR 2918x21MEI30C2
DR 269x21MEI30C2
DR 1310x21MEI60C2
DR 159x21MEI60C2
DR 6110x21MEI2 60C
DR 1010x21MEI60C2
DR 6410x21MEI2 60C
DR 1610x21MEI60C2
100548
7200 3600 7200 7200 8400 7200 2700 3300 8850 5550 3300 2700 3900 3300 8400 7200 7200 2400
4744
8
3300
7200
3300
3900
3900
900
2400
7200
2400
4800
7200
2100
Skylight - Sprinkled
(21) Aluminium facade small corrugation 580 mmU-value 0,15 W/(mK)
80 mm Aluminium300 mm Insulation lambda 0.034200 mm lightweight concrete
(21) Brick facade wall 574mmU-value 0,14 W/(mK)
108mm Brick/mortar21mm Air245mm Insulation lambda 0,037200mm lightweight concrete
(21) EXTERIOR Glass facadewall 50mm
50 mm prefabricatedglass/frame
(22) Lightweight aggregate 100 mm
100 mm lightweight aggregate
(22) Lighweight gypsum wall 145mm
25 mm gypsum 2x layers95 mm insulation/steel structure25 mm gypsum 2x layers
(22) Prefab concrete column
420mm x 420mm concrete column
(22) Prefabricated concrete wall 150mm
150 mm concrete
(22) Single glazed wall 15 mm
15 mm prefabricated glass/frame
(43) Linolium floors 15mm
(43) Tile 15mm
Document number
Subject
Project
Matr. nr.
2M 4M1M 3M 5M
GroupDrawnControlDateScale
First Floor Plan
A2.3
Authorities Project
EALEAL CAMPUS
4BKiA004BKiA4BKiA
04/24/15As indicated
1 : 2001. Floor_DD1
0. Ground Floor0
0 0. Ground Floor0
0
1. Floor4590
1 1. Floor4590
1
1.A 2.A 3.A 4.A 5.A 6.A 7.A 8.A 9.A 10.A 11.A 12.A 13.A 14.A 15.A 16.A 17.A 18.A 19.A
2. Floor8840
2 2. Floor8840
2
3. Floor13090
3 3. Floor13090
3
4. Floor17340
4 4. Floor17340
4
Roof level22240
5 Roof level22240
5
-1. Basement Level-4250
-1 -1. Basement Le-4250
-1
Roof level22240
5 Roof level22240
5
4. Floor17340
4 4. Floor17340
4
3. Floor13090
3 3. Floor13090
3
2. Floor8840
2 2. Floor8840
2
1. Floor4590
1 1. Floor4590
1
0. Ground Floor0
0 0. Ground Floor0
0
-1. Basement Level-4250
-1 -1. Basement Le-4250
-1
Roof level22240
5 Roof level22240
5
4. Floor17340
4 4. Floor17340
4
3. Floor13090
3 3. Floor13090
3
2. Floor8840
2 2. Floor8840
2
1. Floor4590
1 1. Floor4590
1
-1. Basement Level-4250
-1 -1. Basement Le-4250
-1
0. Ground Floor0
0 0. Ground Floor0
0
Roof level22240
5 Roof level22240
5
4. Floor17340
4 4. Floor17340
4
3. Floor13090
3 3. Floor13090
3
2. Floor8840
2 2. Floor8840
2
1. Floor4590
1 1. Floor4590
1
0. Ground Floor0
0 0. Ground Floor0
0
-1. Basement Level-4250
-1 -1. Basement Le-4250
-1
Roof level22240
5 Roof level22240
5
4. Floor17340
4 4. Floor17340
4
3. Floor13090
3 3. Floor13090
3
2. Floor8840
2 2. Floor8840
2
1. Floor4590
1 1. Floor4590
1
0. Ground Floor0
0 0. Ground Floor0
0
-1. Basement Level-4250
-1 -1. Basement Le-4250
-1
Roof level22240
5 Roof level22240
5
4. Floor17340
4 4. Floor17340
4
3. Floor13090
3 3. Floor13090
3
2. Floor8840
2 2. Floor8840
2
1. Floor4590
1 1. Floor4590
1
-1. Basement Level-4250
-1 -1. Basement Le-4250
-1
0. Ground Floor0
0 0. Ground Floor0
0
Roof level22240
5 Roof level22240
5
4. Floor17340
4 4. Floor17340
4
3. Floor13090
3 3. Floor13090
3
2. Floor8840
2 2. Floor8840
2
1. Floor4590
1 1. Floor4590
1
0. Ground Floor0
0 0. Ground Floor0
0
-1. Basement Level-4250
-1 -1. Basement Le-4250
-1
Roof level22240
5 Roof level22240
5
4. Floor17340
4 4. Floor17340
4
3. Floor13090
3 3. Floor13090
3
2. Floor8840
2 2. Floor8840
2
1. Floor4590
1 1. Floor4590
1
-1. Basement Level-4250
-1 -1. Basement Le-4250
-1
0. Ground Floor0
0 0. Ground Floor0
0
Section BB
Section BB
1215
405
1120
5030
1540
538
45
420
780
5030
00
DR 689x21MEI30C2
DR 289x21MEI30C2
DR 9718x21MEI30C2
DR 3818x21MEI30C2
DR 3718x21MEI30C2
DR 3518x21MEI30C2
DR 2710x21MEI60C2
DR 2310x21MEI60C2
DR 1610x21MEI60C2
DR 1310x21MEI60C2
DR 4010x21MEI30C2
DR 369x21MEI30C2
DR 979x21MEI30C2
DR 6410x21MEI2 60C
DR 139x21MEI30C2
DR 879x21MEI30C2
420
780
5030
1540
578
050
3000
820
700
5030
00
0. Ground Floor0
0 0. Ground Floor0
0
1. Floor4590
1 1. Floor4590
1
MA B C D E F G H I J K L
2. Floor8840
2 2. Floor8840
2
3. Floor13090
3 3. Floor13090
3
4. Floor17340
4 4. Floor17340
4
Roof level22240
5 Roof level22240
5
-1. Basement Level-4250
-1 -1. Basement Level-4250
-1
Roof level22240
5 Roof level22240
5
4. Floor17340
4 4. Floor17340
4
3. Floor13090
3 3. Floor13090
3
2. Floor8840
2 2. Floor8840
2
1. Floor4590
1 1. Floor4590
1
Roof level22240
5 Roof level22240
5
4. Floor17340
4 4. Floor17340
4
3. Floor13090
3 3. Floor13090
3
2. Floor8840
2 2. Floor8840
2
1. Floor4590
1 1. Floor4590
1
-1. Basement Level-4250
-1 -1. Basement Level-4250
-1
0. Ground Floor0
0 0. Ground Floor0
0
Roof level22240
5 Roof level22240
5
4. Floor17340
4 4. Floor17340
4
3. Floor13090
3 3. Floor13090
3
2. Floor8840
2 2. Floor8840
2
1. Floor4590
1 1. Floor4590
1
0. Ground Floor0
0 0. Ground Floor0
0
-1. Basement Level-4250
-1 -1. Basement Level-4250
-1
Roof level22240
5 Roof level22240
5
4. Floor17340
4 4. Floor17340
4
3. Floor13090
3 3. Floor13090
3
2. Floor8840
2 2. Floor8840
2
1. Floor4590
1 1. Floor4590
1
0. Ground Floor0
0 0. Ground Floor0
0
-1. Basement Level-4250
-1 -1. Basement Level-4250
-1
Roof level22240
5 Roof level22240
5
4. Floor17340
4 4. Floor17340
4
3. Floor13090
3 3. Floor13090
3
2. Floor8840
2 2. Floor8840
2
1. Floor4590
1 1. Floor4590
1
-1. Basement Level-4250
-1 -1. Basement Level-4250
-1
0. Ground Floor0
0 0. Ground Floor0
0
Roof level22240
5 Roof level22240
5
4. Floor17340
4 4. Floor17340
4
3. Floor13090
3 3. Floor13090
3
2. Floor8840
2 2. Floor8840
2
1. Floor4590
1 1. Floor4590
1
0. Ground Floor0
0 0. Ground Floor0
0
-1. Basement Level-4250
-1 -1. Basement Level-4250
-1
Roof level22240
5 Roof level22240
5
4. Floor17340
4 4. Floor17340
4
3. Floor13090
3 3. Floor13090
3
2. Floor8840
2 2. Floor8840
2
1. Floor4590
1 1. Floor4590
1
-1. Basement Level-4250
-1 -1. Basement Level-4250
-1
0. Ground Floor0
0 0. Ground Floor0
0
Section AA
Section AA
DR 79x21MEI60C2
DR 1159x21MEI30C2
DR 1279x21MEI30C2
7565
5082
0
(35) Acoustic panels under deck 35 mm
(35) Suspended acoustic panels 50 mm
(21) Aluminium facade small corrugation 580 mmU-value 0,15 W/(mK)
80 mm Aluminium300 mm Insulation lambda 0.034200 mm lightweight concrete
(21) Basement concrete wall 450mmU-value 0,14 W/(mK)
250 mm rigid insulation lambda 0,038200 mm concrete prefabricated element
(21) Brick facade wall 574mmU-value 0,14 W/(mK)
108mm Brick/mortar21mm Air245mm Insulation lambda 0,037200mm lightweight concrete
(21) EXTERIOR Glass facadewall 50mm
50 mm prefabricatedglass/frame
(22) Lightweight aggregate 100 mm
100 mm lightweight aggregate
(22) Lighweight gypsum wall 145mm
25 mm gypsum 2x layers95 mm insulation/steel structure25 mm gypsum 2x layers
(22) Prefab concrete column
420mm x 420mm concrete column
(22) Single glazed wall 15 mm
15 mm prefabricated glass/frame
(23) Partition floor 405 mm
85 mm Screed320 Hollow core slab
Document number
Subject
Project
Matr. nr.
2M 4M1M 3M 5M
GroupDrawnControlDateScale
Section AA & Section BB
A2.8
Authorities Project
EALEAL CAMPUS
4BKiA004BKiA4BKiA
04/24/15As indicated
1 : 200Section AA_DD1
1 : 200Section BB_DD1
13.940
22.240
0.100
R R R R R R R R R R R R R RR R R R R R R R R R R R R R R R R
R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R
R R R R R R R
RRRRRRRR
R
Escape EscapeEscape Escape Escape
0.100
13.940
22.240
R R R R R
R R R R R R RRRRR
RRRRRRRRRRR
R R R R R R R R R R R
R R R R R R R R R
Escape Escape Escape Escape Escape Escape
Document number
Subject
Project
Matr. nr.
2M 4M1M 3M 5M
GroupDrawnControlDateScale
North & East Elevations
A2.9
Authorities Project
EALEAL CAMPUS
4BKiA004BKiA4BKiA
04/24/15 1 : 200
1 : 20001_North_DD1
1 : 20002_East_DD1
Detail project was individual and last part of the project. Assignement was to prepare documents for tendering. I chose to analyse and design atrium stairs which conects three storeys.
Chalanges: Static solutions Instalation assembly
Result: Stairs of 11 precast concrete elements
Section
Instalation
Vinyl surface 4mmVinyl glue 1mmScreed 95mmStairs beam - cast on site concrete 320mm(Steel rebars placement and thicknesessacording to enginers calculations)PAROC FPS 17 - 25mm 2x layersInsulation screws 300mm c/cHVAC air gap 754mm
Silicon fill
Expantion tape 100x10mm
Elastic Leveler 20mm
15
15
30
170
280
Rubber damperGap fillerPlywood batton 100x35mm
Plywood baton 50x15mmAcoustic MDF plate 15mm(Ash vanner surface)Gypsum board painted 13mm(white mat smooth)
Expantion tape 100x10mm
Elastic leveler 20mmExpantion tape 95x10mm
Precast stairs Type 1
PAROC soft insulation 150mm/Construction timber 45x150mm 600mm c/c
Construction timber 45x150mm
Holowe core slab 320mm(Beam rebar cast in)
PEIKKO delta beam D32-400
595
320
2525
420
8020
100
20 150
8020
100 170 150 35
2. Floor8840
2
75 50
15 20 15
50mm opening for steel rebar.After element instalation concrete poured in.
Stud bolt 1300mm long 20mm
Cast in floors steel platewith thred for stud bolt.
2. Floor8840
2
600 357 280
Document number
Subject
Project
Matr. nr.
2M 4M1M 3M 5M
GroupDrawnControlDateScale
Asembly detail 1
K01_C13_H5_N04
Detail design 2
EALEAL campus
4BKi3Simonas P.
Birgir R.21/05/2015
1 : 5
Prints and advertismentsRole: Constructing ArchitectType of assignement: School project of 4th semesterType of building: Office and productionClient: Prints and advertismenLocation: Odense, Denmark
Size: 2000 mGroup: Simonas Petrauskas, Adam Lubas, Mike Kepke
The Assignement. Prints and Advertisements Ltd. is a company specialising in design, reprographic services and printing ofpromotional products and magazines. Their business has been growing during the last few years; therefore, they require more space for both administrative and production activities. Furthermore, the building must be organised in such way that fulfils the functional requirements for the different facilities like administration, production, storage and logistics. The building must be flexible and easily extended when necessary. The design should allow a possibility offuture expansion of the production area of least 250 m2. It is important that the building is constructed by the use of prefabri-cated building components.Cost efficiency and short erection time is of a great importance.
Design Process:
Scheme design Detail design 1 (Authority application) Detail design 2 Production & instalation
Chalanges:
Daylight conditions Production & instalation
Prints and advertismentsRole: Constructing ArchitectType of assignement: School project of 4th semesterType of building: Office and productionClient: Prints and advertismenLocation: Odense, Denmark
Size: 2000 mGroup: Simonas Petrauskas, Adam Lubas, Mike Kepke
The Assignement. Prints and Advertisements Ltd. is a company specialising in design, reprographic services and printing ofpromotional products and magazines. Their business has been growing during the last few years; therefore, they require more space for both administrative and production activities. Furthermore, the building must be organised in such way that fulfils the functional requirements for the different facilities like administration, production, storage and logistics. The building must be flexible and easily extended when necessary. The design should allow a possibility offuture expansion of the production area of least 250 m2. It is important that the building is constructed by the use of prefabri-cated building components.Cost efficiency and short erection time is of a great importance.
Design Process:
Scheme design Detail design 1 (Authority application) Detail design 2 Production & instalation
Chalanges:
Daylight conditions Production & instalation
Scheme design Room analyzes
Reverberation calculations
Ele
vatio
n 4
(mec
hnic
al)
Elevation 3(mechnical)
1 2 3 4 5
6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21
A
B
C
D
E
F
GH
I
J
K
L
M
N
O
P
Section 2Section 2
Section 3
Section 3
1335.5 L/s
(128 m/h)
5835.5 L/s
(128 m/h)
5913.5 L/s(49 m/h)
3013.5 L/s(49 m/h)
576.3 L/s
(23 m/h)
286.3 L/s
(23 m/h)
5529.1 L/s
(105 m/h)
5629.1 L/s
(105 m/h)
23529.0 L/s
(1904 m/h)
2429.5 L/s
(106 m/h)
275.6 L/s
(20 m/h)60
5.6 L/s(20 m/h)
1242.0 L/s
(151 m/h)5442.0 L/s
(151 m/h)
5326.3 L/s(95 m/h)
5110.0 L/s(36 m/h) 50
10.0 L/s(36 m/h)
5215.6 L/s(56 m/h)
3224.5 L/s(88 m/h)
3530.8 L/s
(111 m/h)
930.8 L/s
(111 m/h)
1030.8 L/s
(111 m/h)
2124.5 L/s(88 m/h)
1130.8 L/s
(111 m/h)
3730.8 L/s
(111 m/h)
3630.8 L/s
(111 m/h)
7710.0 L/s(36 m/h)
7610.0 L/s(36 m/h)
6713.5 L/s(49 m/h)
6610.0 L/s(36 m/h)
10913.5 L/s(49 m/h)
10810.0 L/s(36 m/h)
4910.0 L/s(36 m/h)
6210.0 L/s(36 m/h)
7524.5 L/s(88 m/h)
6124.5 L/s(88 m/h)
4015.0 L/s(54 m/h)
4115.0 L/s(54 m/h)
4210.0 L/s(36 m/h)
4310.0 L/s(36 m/h)
4410.0 L/s(36 m/h)
7020.0 L/s(72 m/h)
6830.0 L/s
(108 m/h)
6930.0 L/s
(108 m/h)
4515.0 L/s(54 m/h)
4615.0 L/s(54 m/h)
4715.0 L/s(54 m/h)
4815.0 L/s(54 m/h)
7220.0 L/s(72 m/h)
7120.0 L/s(72 m/h)
Smoke Damper
Smoke Damper
Smoke Damper
Smoke Damper
Smoke Damper
Document number
Subject
Project
Tegning
Matr. nr.
2M 4M1M 3M 5M
FormatGroupDrawnControlDateScale
Ground FloorVentilation
K09_H1_N01
DETAIL DESIGN
Prints & AdverticementsHVAC
K09_H1_N01
A23BKiA08.E14
MJKSP
11/30/14 1 : 100
(03)_Ground Floor1400
?
(02)_1.Floor5000
III
(00)_Roof plan9900
V
(01)_Roof administration8800
IV
(03)_Ground Floor1400
II
6789101112131415161718192021
(02)_1.Floor5000
?
(01)_Roof administration8800
?
(00)_Roof plan9900
?
Section 1Section 3
260
1500
2580
720
Total Flow1295 L/S
Document number
Subject
Project
Tegning
Matr. nr.
2M 4M1M 3M 5M
FormatGroupDrawnControlDateScale
Section3D Render
K09_H1_N03
DETAIL DESIGN
Prints & AdverticementsHVAC
K09_H1_N03
A23BKiA08.E14
MJKSP
11/30/14 1 : 100
ROOMNAME: USE M NR.OFPERSONS L/SPERPERSON L/SPERM MIN.L/SPERPERSON MIN.VALUE_L/S CALC.VALUE_L/S TRUEVALUE_L/S #OFSUPPLYVENT. L/SPERDIFFUSER #OFEXTRACTVENT. L/SPERDIFFUSER SUPPLYFOR2M/S SUPPLYFOR4M/S SUPPLYFOR6M/S
A001 DIRECTOR 32 1 3,5 1 7 7 35,5 35,5 1 35,5 2 17,75 150,37 106,33 86,82A002 ECONOMY&PURCHASING 63 4 3,5 0,7 7 28 58,1 58,1 2 29,05 2 29,05 136,03 96,19 78,53A003 SECRETARY 10 1 3,5 1 7 7 13,5 13,5 1 13,5 1 13,5 92,73 65,57 53,54A004 CORRIDOR 9 0 3,5 0,7 7 0 6,3 6,3 1 6,3 1 6,3 63,35 44,79 36,57A005 MEETINGROOM 14 6 3,5 0,7 7 42 30,8 42 1 42 1 42 163,56 115,65 94,43A006 SERVERROOM 8 0 3,5 0,7 7 0 5,6 5,6 1 5,6 1 5,6 59,72 42,23 34,48A007 FOYER 75 0 3,5 0,7 7 0 52,5 52,5 2 26,25 2 26,25 129,30 91,43 74,65A008 DESIGNOFFICE 102 6 3,5 0,7 7 42 92,4 92,4 3 30,8 3 30,8 140,06 99,04 80,87A009 CLOAKROOM 12 0 3,5 0,7 7 0 8,4 8,4 2 4,2 2 4,2 51,72 36,57 29,86A010 CORRIDOR 8 0 3,5 0,7 7 0 5,6 5,6 2 2,8 2 2,8 42,23 29,86 24,38A011 WC 3 0 3,5 0,7 7 10 2,1 10 2 5 2 5 56,43 39,90 32,58A012 WC 5 0 3,5 0,7 7 10 3,5 10 2 5 2 5 56,43 39,90 32,58A013 DESIGNMANAGER 21 1 3,5 1 7 7 24,5 24,5 1 24,5 1 24,5 124,92 88,33 72,12TOTALADMIN.GROUNDL/S 364,4
A020 SHOWROOM 46 0 3,5 0,7 7 0 32,2 32,2 1 32,2 1 32,2 143,21 101,27 82,68A021 MEETINGROOM 31 12 3,5 0,7 7 84 63,7 84 2 42 2 42 163,56 115,65 94,43A022 MEETINGROOM 31 12 3,5 0,7 7 84 63,7 84 2 42 2 42 163,56 115,65 94,43A023 CORRIDOR 20 0 3,5 0,7 7 0 14 14 1 14 1 14 94,43 66,77 54,52A024 ARCHIVE 8 0 3,5 0,7 7 0 5,6 5,6 2 2,8 2 2,8 42,23 29,86 24,38A025 CANTEEN 103 20 3,5 0,7 7 140 142,1 142,1 4 35,525 4 35,525 150,42 106,37 86,85A026 PANTRY 12 0 3,5 0,7 7 0 8,4 8,4 2 4,2 2 4,2 51,72 36,57 29,86A027 CORRIDOR 6 0 3,5 0,7 7 0 4,2 4,2 2 2,1 2 2,1 36,57 25,86 21,12A028 WC 5 0 3,5 0,7 7 10 3,5 10 2 5 2 5 56,43 39,90 32,58A029 WC 5 0 3,5 0,7 7 10 3,5 10 2 5 2 5 56,43 39,90 32,58TOTALADMIN.FIRSTL/S 394,5 2 197,25 2 197,25 354,45 250,64 204,64TOTALADMININSTRATIONL/S 758,9
P02 CORRIDOR 6 0 3,5 0,7 7 0 4,2 4,2 2 2,1 2 2,1 36,57 25,86 21,12P03 CLEANING 11 0 3,5 0,7 7 0 7,7 7,7 2 3,85 2 3,85 49,52 35,02 28,59P04 WC 4 0 3,5 0,7 7 10 2,8 10 2 5 2 5 56,43 39,90 32,58P05 PRODUCTIONMANAGER 24 1 3,5 1 7 7 27,5 27,5 1 27,5 1 27,5 132,35 93,58 76,41P06 CHANGING_FEMALE 13 0 3,5 0,7 7 40 9,1 40 2 20 2 20 112,87 79,81 65,16P07 FORRUM 2 0 3,5 0,7 7 0 1,4 1,4 2 0,7 2 0,7 21,12 14,93 12,19P08 WC 8 0 3,5 0,7 7 20 5,6 20 2 10 2 10 79,81 56,43 46,08P09 CHANGING_MALE 28 0 3,5 0,7 7 60 19,6 60 2 30 2 30 138,23 97,75 79,81P10 TECHNICALROOM 19 0 3,5 0,7 7 0 13,3 13,3 2 6,65 2 6,65 65,08 46,02 37,58TOTALPRODUCTIONL/S TOTALL/S 170,8
PIPEDIMENSIONSL/S 1300 100MMM 1,3 125MM
160MMMINM/S 6 216666,67 MM 200MMMAXM/S 9 144444 MM 250MM
315MM6M/S 525,37 MMDIAMETER 335MM9M/S 428,96 MMDIAMETER 400MM
L/S 80M 0,080
MINM/S 4 20000 MMMAXM/S 6 13333,33 MM
4M/S 159,62 MMDIAMETER6M/S 130,33 MMDIAMETER
L/S 80M 0,08
MINM/S 2 40000 MMMAXM/S 4 20000,00 MM
2M/S 225,73 MMDIAMETER4M/S 159,62 MMDIAMETER
PIPEDIMENSION
PIPEDIMENSION
CONNECTIONDUCT
AREAMM
BETTERBUILT3BKiA08_01VENTILATIONCALCULATIONS
AREAMM
PIPEDIMENSION
MAINDUCTS
BRANCHDUCT
AREAMM
Scheme design Component analysis assemly analysis
Scheme design Ventilation plan Ventilation calculations
Ventilation 3D
Scheme design Component analysis assemly analysis
Scheme design Ventilation plan Ventilation calculations
Ventilation 3D
Detail design 1 Severs & drainage site plan
UP
UP
12
34
5
67
89
1011
1213
1415
1617
1819
2021
A
B
C
D
E
F
GH
I
J
K
L
M
N
O
P
BrusBrusBrus Brus Brus Brus
SP
110 PVC MIN. 20 o/oo SLOPE
VENTILATED
ASSUMED FLOW OF 24 L/S
DESIGN FLOW OF 2.4 L/S
15,8
L/S
160
PVC
MIN
. 15
o/oo
SLO
PE
-1575mm BOTTOM ELEVATION
25.3
6L/
S16
0MM
PVC
MIN
. 15
o/oo
SLO
PE
35,4 L/S 250MM PVC MIN. 15 o/oo SLOPE
14,8 L/S 160MM PVC MIN. 15 o/oo SLOPE
8,8 L/S 160MM PVC MIN. 15 o/oo SLOPE
24.6
L/S
160M
MPV
CM
IN. 1
5o/
ooSL
OPE
74,8
L/S
315M
MPV
CM
IN. 1
5o/
ooSL
OPE
2137MM BOTTOM ELEVATION
2091MM IN DEPTH AT THIS POINT
2840MM IN DEPTH AT THIS POINT
110 PVC MIN. 15 o/oo SLOPE
110 PVC MIN. 15 o/oo SLOPE
110 PVC MIN. 15 o/oo SLOPE
110 PVC MIN. 15 o/oo SLOPE
CONNECTION ELEVATION OF 3460 M
CONNECTION ELEVATION OF 2940M
-
Drainage Water
Sewage
Perimeter Drainage
Sand Trap Chamber
Inspection Chamber
Surface Drain with Sand Trap
LEGEND
Floor surface drain
Document number
Subject
Project
Tegning
Matr. nr.
2M 4M1M 3M 5M
FormatGroupDrawnControlDateScale
Ground_Drainage
K01_H1_005
3BKiA08
EAL 3. semPrints and Advertisements
K01_H1_005
A13BKiA08
MJKAL
10/05/14As indicated
Scale 1:100
Detail design 1
Fire strategy
Detail design 1 Severs & drainage site plan
UP
UP
12
34
5
67
89
1011
1213
1415
1617
1819
2021
A
B
C
D
E
F
GH
I
J
K
L
M
N
O
P
BrusBrusBrus Brus Brus Brus
SP
110 PVC MIN. 20 o/oo SLOPE
VENTILATED
ASSUMED FLOW OF 24 L/S
DESIGN FLOW OF 2.4 L/S
15,8
L/S
160
PVC
MIN
. 15
o/oo
SLO
PE
-1575mm BOTTOM ELEVATION
25.3
6L/
S16
0MM
PVC
MIN
. 15
o/oo
SLO
PE
35,4 L/S 250MM PVC MIN. 15 o/oo SLOPE
14,8 L/S 160MM PVC MIN. 15 o/oo SLOPE
8,8 L/S 160MM PVC MIN. 15 o/oo SLOPE
24.6
L/S
160M
MPV
CM
IN. 1
5o/
ooSL
OPE
74,8
L/S
315M
MPV
CM
IN. 1
5o/
ooSL
OPE
2137MM BOTTOM ELEVATION
2091MM IN DEPTH AT THIS POINT
2840MM IN DEPTH AT THIS POINT
110 PVC MIN. 15 o/oo SLOPE
110 PVC MIN. 15 o/oo SLOPE
110 PVC MIN. 15 o/oo SLOPE
110 PVC MIN. 15 o/oo SLOPE
CONNECTION ELEVATION OF 3460 M
CONNECTION ELEVATION OF 2940M
-
Drainage Water
Sewage
Perimeter Drainage
Sand Trap Chamber
Inspection Chamber
Surface Drain with Sand Trap
LEGEND
Floor surface drain
Document number
Subject
Project
Tegning
Matr. nr.
2M 4M1M 3M 5M
FormatGroupDrawnControlDateScale
Ground_Drainage
K01_H1_005
3BKiA08
EAL 3. semPrints and Advertisements
K01_H1_005
A13BKiA08
MJKAL
10/05/14As indicated
Scale 1:100
Detail design 1
Fire strategy
Detail design 2 Floor plans Site plan
North arrow
Main entry
Building access
Emergency assembly
Threes
Grass
Grass paving tiles
Future expantion zone
Boundary line
Disabled parking
N
8454
5982
6000
6000
6823
N
1583
4
6
-1.200
9853
6162
Prints & AdvertisementsEmil Neckelsmanns Vej 11 Matrikel # 10S Local Plan EATotal Plot Area 9000 mProduction Hall 900 mAdministration 755 mFuture Expansion 250 mBicycle & Recycle Shed 58 mAllowed Area -10 mTotal Area 1953 m
1953 x 100 / 9000Plot Ratio 21,7 %
Production Hall 739m x 8,5m = 6281,5 mAdministration 404,7m x 7,4m = 2994,78 mFuture Expansion 250m x 8,5m = 2125 mBicycle & Recycle Shed 58m x 2m = 116 mTotal M 11520,28 mMax. Allowed M 4m x 9000m = 36000 m
11520,28 x 100 / 36000Percentage of Max. 32 %
Document number
Subject
Project
Tegning
Matr. nr.
2M 4M1M 3M 5M
FormatGroupDrawnControlDateScale
Site
K01_H1_001
3BKiA08
EAL 3. semPrints and Advertisements
K01_H1_001
A13BKiA08
SPMJK
10/05/14As indicated
Administration
Production Hall
SCALE 1:200
(04)_Foundations0
I
(02)_1.Floor5000
III
(00)_Roof plan9900
V
(01)_Roof administration8800
IV
(03)_Ground Floor1400
II
ABCDEFGHIJKLMNOP
Cross section B-B
Cross section B-B
K01_H5_001
K01_H5_003
K01_H5_005
K01_H5_006
K01_H5_002
2600
439
496
6525
8065
349
280
720
2585 3
305
7524
K01_H5_007 K01_H5_008
1400
3924
3748
860
Cross section C-C
Cross section C-C
4066
900
D 28 EI2_30C 9M
D 45 EI2_30C 9M
14.620
18.200
21.843
22.982
(04)_Foundations0
I
(02)_1.Floor5000
III
(00)_Roof plan9900
V
(01)_Roof administration8800
IV
(03)_Ground Floor1400
II
6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21
Cross section A-A
Cross section A-A
655
6525
8039
2428
0
150
3750
D 569M
D 999M
14.615
18.200
22.830
(12) Cast Insitu Concrete Foundation 250mm
(12) Cast Insitu Concrete Foundation 460mm
(12) Leca Block Foundation 150mm
(12) Combination Foundation 250 mm 150mm Cast Insitu Concrete 100mm Polystrene 0,034 W/mk
(12) Leca Thermo Block 330mm
(21) Concrete Sandwich Wall 420mm 0,134 W/mk 150mm Concrete Element 200mm Hard Batt Insulation Lambda 0,034 70mm Concrete Facade Element
(21) Wooden Element 366mm 0,143 W/mk 10mm Cembrit Plan Compasite Board 25mm Pressure Treated Battons 15mm Gipson Wind Board 245mm x 45mm T1 Studs at 600 c/c 245mm Mineral Wool Flex Batts Lambda 0,034 DPM 70mm x 45mm Laths at 450 c/c 45mm Mineral Wool Flex Batts Lambda 0,034 2 Layers of Classic One Danogips
(22) Prefabricated Concrete Element 150mm
(22) Prefabricated Concrete Element 120mm
(22) Gypson Wall 120mm 2 Layers of Classic One Danogips 70mm Steel Studs at 450 c/c 45mmMineral Wool Flex Batts Lambda 0,037 2 Layers of Classic One Danogips
(22) Aerated Concrete Elements 100mm
(27) Prefabricated Roof Element 486mm 0,087 W/mk 18mm T&G Plywood 417mm x 95mm Posi Joists From Palsgaard 195mm Mineral Wool Flex Batts Lambda 0,037 220mm Mineral Wool Flex Batts Lambda 0,037 Diffused DPM ( SQA Icopal Ico Vario) 100mm x 25mm Laths at 300 c/c 2 Layers of Classic One Danogips
(27) Skandek SD 600 Element 686mm 0,08 W/mk 2 Layers of Bitumen Felt 30mm Min. Hard Insulation Batts for Slope Underlay Felt 18mm Steel Trapez Plates Skandek Steel Beam System 600mm Mineral Wool Lambda 0,037 Diffused DPM 40mm Fire Mineral Wool Batts Black Felt Filter 18mm Steel Trapez Plates With 33% Perforation For Sound Absorption
(13) Terrain Deck 550mm 0,095 W/mk 100mm Cast Insitu Reinforced Concrete 150mm Polystrene Lambda 0,036 150mm Polystrene Lambda 0,036 150mm Capillary Layer
(13) Terrain Deck 630mm 0,095 W/mk 80mm Screed Layer 100mm Reinforced Cast Insitu Concrete 150mm Polystrene Lambda 0,036 150mm Polystrene Lambda 0,036 150mm Capillary Layer
(13) Terrain Deck 630mm 0,095 W/mk 150mm Double Reinforced Cast Insitu Concrete 150mm Polystrene Lambda 0,036 150mm Polystrene Lambda 0,036 150mm Capillary Layer
LEGEND
(23) Prefabricated Wooden Floor Partition Element 289mm 18mm T&G Plywood 221mm x 95mm Posi Joist From Palsgaard 95mm Mineral Wool Flex Batts For Sound 100mm x 25mm Laths at 300 c/c 2 Layers of Classic One Danogips
(23) Prebricated Concrete Element 280mm 100mm Cast Insitu Concrete with Polished Finish
180mm Hollow Core Concrete Element
(35) 15mm Tile Flooring
(33) 15mm Tile Flooring 60mm Screed Layer 16mm Svanehaleplader 10mm Sound Absorption Strips 45mm x 45mm Laths
(33) 22mm Solid Wood Ash Parquet 63mm x 40mm Kerto Joists 50mm Adjustment Wedges 45mm Mineral Wool Sound Insulation
(35) TroldTekt Steel Suspended Ceiling System 30mm Mineral Wool Sound Insulation 35mm TroldTekt Ceiling Plates
(33) 22mm Solid Wood Ash Parquet 63mm x 40mm Kerto Joists 50mm Adjustment Wedges 45mm Mineral Wool Sound Insulation DPM
(33) Polished and Sealed Surface
(33) 22mm Solid Wood Ash Parquet 63mm x 40mm Kerto Joists 50mm Adjustment Wedges 45mm Mineral Wool Sound Insulation DPM(35) 15mm Tile Flooring
(33) Polished and Sealed Surface
(35) TroldTekt Steel Suspended Ceiling System 30mm Mineral Wool Sound Insulation 35mm TroldTekt Ceiling Plates
Document number
Subject
Project
Tegning
Matr. nr.
2M 4M1M 3M 5M
FormatGroupDrawnControlDateScale
Sections
K01_H3_001
3BKiA08
EAL 3. semPrints and Advertisements
K01_H3_001
A13BKiA08
MJKSP/AL
05/10/14As indicated
SCALE 1:100
22.000
20.412
18.600
16.812
15.000
RescueOpening
North elevation
14.600
12.300
23.100
ESCAPEDOOR
23.100
16.700
14.600
18.200
19.060
22.000
East elevation
ESCAPEDOOR
Rescueopening
14.600
13.200
Grey "Cembrit" panels White concreteSafety Glass
Document number
Subject
Project
Tegning
Matr. nr.
2M 4M1M 3M 5M
FormatGroupDrawnControlDateScale
Facades North/East
K01_H2_002
3BKiA08
EAL 3. semPrints and Advertisements
K01_H2_002
A13BKiA08SP/MJKMJK/SP
10/05/14As indicated
SCALE 1:100
3.467
RescueOpening
RescueOpening
RescueOpening
RescueOpening
RescueOpening
RescueOpening
RescueOpening
RescueOpening
Main Entrance
Safety Glass
Safety Glass
800
South elevation
15.000
16.812
18.600
20.412
22.000
13.200
14.600 14.450
18.200
22.000
5.000
7.212
RescueOpening
14.600
9.900
16.812
EscapeRoute
RescueOpening
RescueOpening
RescueOpening
800
West elevation
Grey "Cembrit" panels White concreteSafety Glass
Document number
Subject
Project
Tegning
Matr. nr.
2M 4M1M 3M 5M
FormatGroupDrawnControlDateScale
Facades South/West
K01_H2_001
3BKiA08
EAL 3. semPrints and Advertisements
K01_H2_001
A13BKiA08SP/MJKMJK/SP
05/10/14As indicated
SCALE 1:100
Detail design 2 Sections Elevations
On clean and prepared working table placing construction timber
295mm/h. Cut In parts.
Connecting with metal connectors first in
corners, secondly long beams and then rest corner connectors.
Placing 120mm/h construction timber on
top. Join with the bottom part with metal
conectors.First plates then corner conectors.
On two middle beams where opening are screw
12mm fireproof plasterboard.
Place for plywood sheets are measured and
marked with pencil on construction timber.
Bitumen felt are placed on top of the plywood
with 10cm overlap on felt edges and element edges
and are torched.
The 4 holes for lifting are drilled with 20mm
diameter drill.
The wires are put in drilling holes and joined
around.
Element are turned around 180 with lifting
crane.
Both insulation layers are put with overlaping.
Joining 45x45 wooden batons around the
element from inside top part.
Joining 45x45 wooden batons around the
element from inside botom part.
Damp proof membrane are placed on top and
around the window frame. DPM are fixed with wide nails in the edges of the element.
Overlap in all sides 100mm
Plywood 24mm sheets are cut in the right size
and screw on Top of the contruction timber.
Plywood 12mm sheets are cut in the right size
and screw on Top of the contruction timber.
12mm fireproof Plasterboard are screwed
on top of the plywood. Beams and window frame are cover too.
Elements are rotatated back 180
20mm insulation in side are nailed to timber
wood.
Receive element design documents from office.
Plywood 15mm sheets are cut in the right size
and screw on Top of the contruction timber.
PRODOCTION START
Visual Documents QA
1-A
Visual Materials QA
Printout drawings acording document list in
scale and follow the steps.
Order materials or check or is enough in storage.
Organize works.
PRE PRODOCTION PHASE
1-B Visual/measure QA
1-C
1-D
1-E
1-F
2-A
2-B
2-C
2-D
3-A
3-B
Safety QA3-C
Visual/measure QA
4-A
4-B
4-C
4-E
5-A
5-B
5-C
5-D
Delivered in storage and store in groups acording
to loading number. 4 groups 8stk in a group.
4-D
1-A
QA
Work station and process numbering
Quality assureance and type
Plaster works and paintings Are start when all elements of batch are
in place.
Components are delivered on site
Crane wires are hanged to element wires.
Element are lifted and placed regarding instalation plan.
Wires are detached from element. Element wires
are remowed.
In element open sides are Connected metal corner
conectors with bolts . Metal conectors are
bolted to TT concrete element load bearing
part.
Element top open parts for lifting and in side to exterior wall are closed with 15mm bitumened
plywood sheets.
Element openings and connection edges are covered with bitumen
felt and torched.
PRE INSTALATION PROCESS
Documentation/Elements/load wires QA
INSTALATION PROCESS
Receive instalation order
Load elements on vechickle acording
loading order.
Visual/geometrical QA
Coordinate with onsite trades.Access resources needed.
Book trucks ,on site crane.
Order on site materials JIT
All four baches, same procedure.
Link to document l ist:3BKiA01.E14_01_K01_C0
5.7_N01
Link to E-2 materials:3BKiA01.E14_01_K01_C0
5.7_N18
Link to E-3 materials:3BKiA01.E14_01_K01_C0
5.7_N23
Receive materials
Cut materials acording material lists.
Prepare working space.Clean tables, prepare
tools.
Organize store place for elements.
Collect materials in batches acording workstation and
workstation steps. And send to each work station
Link to E-2 materials:3BKiA01.E14_01_K01_C0
5.7_N18
Link to E-3 materials:3BKiA01.E14_01_K01_C0
5.7_N23
Link to E-2 materials:3BKiA01.E14_01_K01_C0
5.7_N18
Link to E-3 materials:3BKiA01.E14_01_K01_C0
5.7_N23
Link to E-2 materials:3BKiA01.E14_01_K01_C0
5.7_N18
Link to E-3 materials:3BKiA01.E14_01_K01_C0
5.7_N23
Link to E-2 materials:3BKiA01.E14_01_K01_C0
5.7_N18
Link to E-3 materials:3BKiA01.E14_01_K01_C0
5.7_N23
Link to E-2 materials:3BKiA01.E14_01_K01_C0
5.7_N18
Link to E-3 materials:3BKiA01.E14_01_K01_C0
5.7_N23
Link to loading order:3BKiA01.E14_01_K01_C0
5.7_N10
Link to loading order:3BKiA01.E14_01_K01_C0
5.7_N10
Link to elements plan:3BKiA01.E14_01_K01_C0
5.7_N15
Link const. site plan:3BKiA01.E14_01_K01_C0
5.7_N16
Link to QA:3BKiA01.E14_01_K01_C0
5.7_N03
Link to QA:3BKiA01.E14_01_K01_C0
5.7_N03
Link to QA:3BKiA01.E14_01_K01_C0
5.7_N03
Link to QA:3BKiA01.E14_01_K01_C0
5.7_N03
Link to QA:3BKiA01.E14_01_K01_C0
5.7_N03
Link to QA:3BKiA01.E14_01_K01_C0
5.7_N03
Link to QA:3BKiA01.E14_01_K01_C0
5.7_N03
Link to:Link to file
Link to asembly detail:3BKiA01.E14_01_K01_C0
5.7_N25
Link to asembly detail:3BKiA01.E14_01_K01_C0
5.7_N24
Link to QA:3BKiA01.E14_01_K01_C0
5.7_N03
Link to Overall time plan:3BKiA01.E14_01_K01_C0
5.7_N11
Link to Prod. time plan:3BKiA01.E14_01_K01_C0
5.7_N11-1
Link to Instala. time plan:3BKiA01.E14_01_K01_C0
5.7_N12
Visual Documents QALink to QA:
3BKiA01.E14_01_K01_C05.7_N03
All 32 elements, same procedure.
Elements are put on each other. Between elements
are placed 45x45x2400mm timber
batons in 600mm c/c distance. Bottom
element are placed on four palets.
Visual QA
Visual QA
On clean and prepared working table placing construction timber
295mm/h. Cut In parts.
Connecting with metal connectors first in
corners, secondly long beams and then rest corner connectors.
Placing 120mm/h construction timber on
top. Join with the bottom part with metal
conectors.First plates then corner conectors.
On two middle beams where opening are screw
12mm fireproof plasterboard.
Place for plywood sheets are measured and
marked with pencil on construction timber.
Bitumen felt are placed on top of the plywood
with 10cm overlap on felt edges and element edges
and are torched.
The 4 holes for lifting are drilled with 20mm
diameter drill.
The wires are put in drilling holes and joined
around.
Element are turned around 180 with lifting
crane.
Both insulation layers are put with overlaping.
Joining 45x45 wooden batons around the
element from inside top part.
Joining 45x45 wooden batons around the
element from inside botom part.
Damp proof membrane are placed on top and
around the window frame. DPM are fixed with wide nails in the edges of the element.
Overlap in all sides 100mm
Plywood 24mm sheets are cut in the right size
and screw on Top of the contruction timber.
Plywood 12mm sheets are cut in the right size
and screw on Top of the contruction timber.
12mm fireproof Plasterboard are screwed
on top of the plywood. Beams and window frame are cover too.
Elements are rotatated back 180
20mm insulation in side are nailed to timber
wood.
Receive element design documents from office.
Plywood 15mm sheets are cut in the right size
and screw on Top of the contruction timber.
PRODOCTION START
Visual Documents QA
1-A
Visual Materials QA
Printout drawings acording document list in
scale and follow the steps.
Order materials or check or is enough in storage.
Organize works.
PRE PRODOCTION PHASE
1-B Visual/measure QA
1-C
1-D
1-E
1-F
2-A
2-B
2-C
2-D
3-A
3-B
Safety QA3-C
Visual/measure QA
4-A
4-B
4-C
4-E
5-A
5-B
5-C
5-D
Delivered in storage and store in groups acording
to loading number. 4 groups 8stk in a group.
4-D
1-A
QA
Work station and process numbering
Quality assureance and type
Plaster works and paintings Are start when all elements of batch are
in place.
Components are delivered on site
Crane wires are hanged to element wires.
Element are lifted and placed regarding instalation plan.
Wires are detached from element. Element wires
are remowed.
In element open sides are Connected metal corner
conectors with bolts . Metal conectors are
bolted to TT concrete element load bearing
part.
Element top open parts for lifting and in side to exterior wall are closed with 15mm bitumened
plywood sheets.
Element openings and connection edges are covered with bitumen
felt and torched.
PRE INSTALATION PROCESS
Documentation/Elements/load wires QA
INSTALATION PROCESS
Receive instalation order
Load elements on vechickle acording
loading order.
Visual/geometrical QA
Coordinate with onsite trades.Access resources needed.
Book trucks ,on site crane.
Order on site materials JIT
All four baches, same procedure.
Link to document l ist:3BKiA01.E14_01_K01_C0
5.7_N01
Link to E-2 materials:3BKiA01.E14_01_K01_C0
5.7_N18
Link to E-3 materials:3BKiA01.E14_01_K01_C0
5.7_N23
Receive materials
Cut materials acording material lists.
Prepare working space.Clean tables, prepare
tools.
Organize store place for elements.
Collect materials in batches acording workstation and
workstation steps. And send to each work station
Link to E-2 materials:3BKiA01.E14_01_K01_C0
5.7_N18
Link to E-3 materials:3BKiA01.E14_01_K01_C0
5.7_N23
Link to E-2 materials:3BKiA01.E14_01_K01_C0
5.7_N18
Link to E-3 materials:3BKiA01.E14_01_K01_C0
5.7_N23
Link to E-2 materials:3BKiA01.E14_01_K01_C0
5.7_N18
Link to E-3 materials:3BKiA01.E14_01_K01_C0
5.7_N23
Link to E-2 materials:3BKiA01.E14_01_K01_C0
5.7_N18
Link to E-3 materials:3BKiA01.E14_01_K01_C0
5.7_N23
Link to E-2 materials:3BKiA01.E14_01_K01_C0
5.7_N18
Link to E-3 materials:3BKiA01.E14_01_K01_C0
5.7_N23
Link to loading order:3BKiA01.E14_01_K01_C0
5.7_N10
Link to loading order:3BKiA01.E14_01_K01_C0
5.7_N10
Link to elements plan:3BKiA01.E14_01_K01_C0
5.7_N15
Link const. site plan:3BKiA01.E14_01_K01_C0
5.7_N16
Link to QA:3BKiA01.E14_01_K01_C0
5.7_N03
Link to QA:3BKiA01.E14_01_K01_C0
5.7_N03
Link to QA:3BKiA01.E14_01_K01_C0
5.7_N03
Link to QA:3BKiA01.E14_01_K01_C0
5.7_N03
Link to QA:3BKiA01.E14_01_K01_C0
5.7_N03
Link to QA:3BKiA01.E14_01_K01_C0
5.7_N03
Link to QA:3BKiA01.E14_01_K01_C0
5.7_N03
Link to:Link to file
Link to asembly detail:3BKiA01.E14_01_K01_C0
5.7_N25
Link to asembly detail:3BKiA01.E14_01_K01_C0
5.7_N24
Link to QA:3BKiA01.E14_01_K01_C0
5.7_N03
Link to Overall time plan:3BKiA01.E14_01_K01_C0
5.7_N11
Link to Prod. time plan:3BKiA01.E14_01_K01_C0
5.7_N11-1
Link to Instala. time plan:3BKiA01.E14_01_K01_C0
5.7_N12
Visual Documents QALink to QA:
3BKiA01.E14_01_K01_C05.7_N03
All 32 elements, same procedure.
Elements are put on each other. Between elements
are placed 45x45x2400mm timber
batons in 600mm c/c distance. Bottom
element are placed on four palets.
Visual QA
Visual QA
Production Process
C.F.Tietgens Boulevard
Emil Neckelmanns Vej.
Canteen (3x7.38)
Cemical Waste (3x6)
Construction Road
Walk way (Min. width 1.5 Max. width 2)
Flamable/Explosive tools or/and material (3X6)
Material Storage (16x6)
Office (3x7.38)
Parking (27x17)
Salt/Sand Containers (2x1)
Scaffolding area (Min. Width 1.5)
Scaffolding storage area (8x5)
Showers (3x6)
Toilet (3x5)
Material Storage (12x22)
Tool and Material Storage for different contractors (3
Waste (2x5)
Work Shop (6x6)
Electric Supply
Light Posts
Inspection chamber (Sewer)
Gate
Electric Cables
Sewer Pipes
Fense
Crane Range (Min. 30m)
Fire Extiuongvisor
First Aid Kit
ALL MEASUREMENTS ARE IN METERS UNLESS ANYTHING ELSE IS INDICATED
Exlavation Storage Area
Tegning
FormatSagTegnKontrolDatoSkalaEmne
Projekt1cm
Tegning
R:\Groupfolders\Afdelinger\BTH\04_GruppeDrev_Q\E_2014\3_BK\3_IA\Grp_07\C07_Geometry\C073.BK E20141_Central_Birg538c_backup\Projektforslag3.BK E20141_Central_birg538c.rvt
1 : 500Construction Site Plan
K01_H1_025
3BKIB_07
EAL 3. semPrints and Advertisements
A3
K01_H1_025
3BirgirALL
10/30/14
Instalation Timeplan
Constructionsiteplan
Elementsloadingandunloadingsequence
ID Task Mode
Task Name Duration Start Finish Predecessors
1
2 ReceiveTenderMaterial 0days Fri241014 Fri2410143 ScrutinizeMaterial 25days Fri241014 Thu27111424 RFI/ClientMeeting 0days Fri311014 Fri3110145 AcceptanceofBid 0days Fri281114 Fri281114 36 DesignCalculations 2days Fri281114 Mon01121457 DesignDrawings 4days Tue021214 Fri051214 68 QA&ApprovalofInternalDocumentsto
SendOut0days Fri051214 Fri051214 7
9 SendforApprovaloftheClient 0days Fri051214 Fri051214 8
10 ReceiveComments 0days Fri051214 Fri051214 911 MakeGoodontheComments 0days Fri051214 Fri051214 1012 ClientApprovaloftheDesign 10days Mon081214 Fri191214 1113 Preproductionphase 14days Mon221214 Wed2101151214 Receivedesigndocumentsanddrawings 1day Mon050115 Mon
05011515 QAVisualdocuments 0days Mon050115 Mon0501151416 Printoutdrawings 1day Tue060115 Tue060115 1517 Order/ReserveMaterial 5days Wed070115 Tue130115 1618 QAMaterialsforType,Quantity&
Quality0days Tue130115 Tue
13011517
19 Cut/setinbatches/delivertoworkstationmaterials
5days Wed140115 Tue200115
18
20 Prepareworkingspace/Organizestorage
1day Wed210115 Wed210115
19
21 PeriodofLag 56days Thu220115 Tue140415 1322 Manufacture 21days Wed150415 Fri150515 2123 BATCH1 5days Wed150415 Tue21041524 Workstation1 5days Wed150415 Tue21041525 Workstation2 5days Wed150415 Tue21041526 Workstation3 5days Wed150415 Tue
21041527 Workstation4 5days Wed150415 Tue21041528 Workstation5 5days Wed150415 Tue21041529 BATCH2 5days Tue210415 Mon2704152330 Workstation1 5days Tue210415 Mon27041531 Workstation2 5days Tue210415 Mon27041532 Workstation3 5days Tue210415 Mon
27041533 Workstation4 5days Tue210415 Mon27041534 Workstation5 5days Tue210415 Mon27041535 BATCH3 5days Mon270415 Mon0405152936 Workstation1 5days Mon270415 Mon04051537 Workstation2 5days Mon270415 Mon04051538 Workstation3 5days Mon270415 Mon
04051539 Workstation4 5days Mon270415 Mon04051540 Workstation5 5days Mon270415 Mon04051541 BATCH4 5days Tue050515 Mon1105153542 Workstation1 5days Tue050515 Mon11051543 Workstation2 5days Tue050515 Mon11051544 Workstation3 5days Tue050515 Mon11051545 Workstation4 5days Tue050515 Mon11051546 Workstation5 5days Tue050515 Mon11051547 Instalation 5days Mon180515 Fri220515 22;41
24-10
31-10
28-11
05-12
05-12
05-12
05-12
05-01
13-01
13 20 27 03 10 17 24 01 08 15 22 29 05 12 19 26 02 09 16 23 02 09 16 23 30 06 13 20 27 04 11 18 25Nov '14 Dec '14 Jan '15 Feb '15 Mar '15 Apr '15 May '15
Task Split Milestone Summary Manual Summary Progress Manual Progress
Page 1
OVERALL PRODUCTION TIME PLAN_MJK_DATE:21/11/2014
Elevation 3
1
1 2
2
B B
AA
Section 1
Section 1
Section 2Section 2
2400
600
600
600
600
9600
9846 +-2
9846 +-2
45
146
6096
9588 +-6
2238
+-4
6 45 2006 5537 200 1755 45 6
Plywood sheets 24mm DPM Insulation 1st layer170mm
Insulation 2nd layer170mm
Plywood sheets 24mm Bitumen felt 3mm
PlanScale 1:20
1
2
Section 1
Section 1
407
9600
1800 1800
120
120
6312
062
645729120150300150120276012060012015601201503001501201929456
2350 6000 114947494749
315
120
245
24
300
Elevation 3Scale 1:20
1
2
S.4
9600
31512
024
524
64545940845456
118812002400240012001200
Detail 1
Section 2Scale 1:20
BA
600 600 600 600
2400
S.4
156 45 377 45 555 45 555 45 527 45 45
159
245
120
15 3
407
2343
Detail 2
B
600
45 482 45 45 6
20
572 45 45
245
170
170
25
110
2025
3
Detail 2Scale 1:5
Lifting wireBitumen felt15mm plywood Screw
Insulation 20mmFire proof plasterboards 12mm
Wide nailsDPM
Roof component:Bitumen felt 3mmPlywood class3 15mmTimber wood 120mm 600mm* c/cTimber wood 295mm 600mm* c/cAir gap 25mmRockwool insulation class37 170mmRockwool insulation class37 170mmPlywood class3 9mmFireproof gypsum board 15mm REI 60
2
315
2517
017
024
407
1812
024
524
100 45
6
4545
Detail 1Scale 1:5
ScrewCorner singleconector
Nail
Fire proofplasterboard
Corner singleconector
DPM
Tegning
Emne
Projekt
Tegning
Matr. nr.
2M 4M1M 3M 5M
SagVersionFormatTegnKontrolDatoSkalaPlan
S.4
Production
Prints & advertismensRoof elements
S.4
101A3
Simonas P.SM
11/19/14As indicated
Production Drawings
Production Process
Bitumen felt Hard insulation
159
170170
2515
533
460
150
275
20
45 45 30045 45
Plywood sheetwith bitumen felt
Bitumen felton conection
Fireproof elastic joist Fireproof elastic joistFireproof gypsum board 15mmDPM
Soft insulation Screw
Fire Section wall
DPM
Metal conector
Plywood sheet 9mm TT concrete element
Metal bolt to concrete
Tegning
Emne
Projekt
Tegning
Matr. nr.
2M 4M1M 3M 5M
SagVersionFormatTegnKontrolDatoSkalaAsembly detail 1
S.6
Instalation
Prints & advertismensRoof elements
S.6
101A3
SimonasChecker11/24/14
1 : 5
Instalation Drawings
Interior Design
Penthouse NorwayRole: Interior designerType: Penthouse interiorClient: Stein Kjartan HoltebuLocation: Otta, NorwaySize: 60 m
Idea: PanoramaEndless beauty of mountainous nature in Norway made the major reason make interior clear and light to concentrate panorama
view in to wildlife.
Private VillaRole: Interior designerType: Villa interior renovation projectClient: Archiservice APSLocation: Odense, DenmarkSize: 180 m
AssignementRenovate villa interior spaces by creating more space and daylight in the rooms.IdeaClean contrastsResult
Concrete heated floors. Renewed ceilings and walls. Oiled plywood furniture. Green lobby.
ApartmentRole: Interior designerType: Apartment renovation projectClient: Vilija eplinskaite
Location: Marijampole, LithuaniaSize: 60 mIdeaSpace,warm,radical. That how said youthful, unrestrained costumer during first meeting.AssignementFlat orientate for two people, young family. Increase spaces, reduce room number, bring non standard solutions and submit them warm.Result1971 years build mufti store building 60m flat according client needs and my tasks,
was decided to erase all insignificant parti-tions ad absolutely change the part o the flat plan.In the southwest apartment part like it before remained living room and bed
room zones.With no partitions apartment became as one common bright and warm space on a broad arch retaining wall. Zones are connected with natural bleached ash wood floor sur-face. Playful lamps apportionment crests different intensity shadows, exposition places and thats leading trough the areas.Static dynamically apportionment contrast-ing walnut composition keeping interior
union.Glossy properties on material surfac-es visually expands spaces.Sliding partitions capable separate sleeping zone from living and lounge zone returns to apartment pri-vate bedroom keeping living room for guests
visit. Kitchen with dining table in the same area, light and shadow help partially con-necting bathroom.Double mat glass and lighting help keeps bathroom private.
Kitchen and dining are existing scenery helps to create not only coziness environ-ment, but all so biggest space illusion, and the ability to change the picture of the wall, allowing the freedom to create a dif-ferent atmosphere in the room.Living room and corridor zone contrast method refresh paintings created specifically for this interi-or. Such a result we received of this interior, concentrating efforts with the client and all others worked together on this project.
Photographers:Tadas Petrauskas
Berta BocullaitePainter:Sigita Dabuslyte
Furniture Design
FurnitureRole: Craftsman and furniture designerType: Interior FurnitureLocation: Odense, DenmarkPartner: Dovile Levinskaite
Assignement:Assignement:In our new rented apartment we decide to arrange the apartment of our designed and maded furniture insted of bothed from ikea.
Chalanges: Design solutions Physical modeling Reducing waste Delivery and instalation
Experience: Laser cutter CnC cutter
Design, materials and process nuances
Bed stress test pass 9 partying people Our moments
Our moments
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