Architecture CV and work samples

B A r c h

A r c h i t e c t u r e

K a r i n a c v

I

A r m a n d a

w o r k

s a m p l e s

K a r i n a

A r m a n d a

BArch Architecture A P C o n s t r u c t i o n Te c h n o l o g y k2 a1 r. i1k2l .a1r 9 9 2 t vai n an l i tgym/a iEl U aL ar m d an. ka at iroi n a @ .com w w w. k a r i n a a r m a n d a . c o m

ex per ien ce 2 0 1 7 July - current G las gow, U K

Architectural Assistant at Anderson Bell + Christie Housing; Community&Culture; Learning; Health; Conser vation - Wo r ke d o n co n c e ptu a l d e s i gn pha se for mova bl e nurseri es. ​- A s s i ste d o n b ui l di ng wa r ra nt sta ge for housi ng proj ec t.

2 0 1 6 O ct - 2017 July G lasgow, U K

Part-time Architectural Assistant at ICDP Architects Residential; House Ex tension; Renovation.

-

2 0 1 6 June - Aug G las gow, U K

Pre pa re d draw i n g s fo r s c hem e, pl a nni ng , bui l di ng wa rra nt a ppl i cati ons.

A s s i ste d o n m e eti n g s w i th c l i ents.

C o n duc te d pro pe r ty s ur veys .

C o m m uni cate d w i th e ng i ne er a nd pl a nners v i a phone a nd em a i l s.

H e l pe d w i th co m pa ny we b pa ge desi gn updates.

Architectural Assistant at HLM Architects Education; Healthcare; Residential; Mixed Use -​ Pro du c e d co nc e ptua l draw i ngs for Sum m er ca bi n house i n Hi ghl a nds.

- A c co m pl i s he d i nte r i o r de s i g n devel opm ent for G l a sgow U ni versi ty ex tensi on.

2 0 1 5 June - Aug Edinburg h, U K

Architectural Assistant at Manson Architects Education; Residential; Retail - C o n duc te d co nve rs i o n o f A utoCAD templ ates to Rev i t.

- Wo r ke d o n o ff i c e i nte r i o r a l terati ons a nd Student a c com m odati on.

2 0 1 4 Feb - April Ve jle , Denmark

Architectural Technician Internship at GBEA & GreenTech Residential; Eco - Material research Lab - C o m m i tte d i ns ul ati o n m ate ri a l resea rc h.

- D e s i g n e d Eco - S i ng l e fa m i l y houses for c l i ents i n Ivor y Coa st, Af ri ca .

- Wo r ke d o n H e a l th ca re c e ntre f rom conc eptua l to deta i l desi gn pha ses.

it skills

soft skills

Revit BIM ArchiCad BIM AutoCad Photoshop InDesign Illustrator SketchUp with VRay Rhinoceros 3ds Max

- collaborative - good eye for a detail - creative approach - strong technical knowledge - confident presenting the projects

Hand-sketching and drafting | Physical Model Making | Laser Cutting I Photography

ed uca tion 2 0 1 4 - 2017 Unite d Kingdom

Glasgow School of Art, Mackintosh School of Architecture Bachelor of Architecture

2 0 1 2 - 2014 De nmark

VIA University College Academic Professional degree in Construction Technology Knowledge of design & construction process from outline proposal to execution phase.

o t h er exp e r ie n ce 2 0 1 6 Aug ust Nida, Lithuania

European Architecture Student Assembly I Scotland Team member

2 0 1 4 Nov - Mar H orse ns, D enmark

Architectural Seminars Organiser at VIA University College The event aimed to expand architectural knowledge for students of VIA UC. Core tasks included: finance, speaker invitation, marketing and collaboration with local business, student attendance coordination.

a r c h i t e c t u r e

Assembly of 500 Architecture Students from all over Europe: workshops, lectures, discussions aiming to define the ‘not yet decided’ architecture. The event featured with ArchDaily.

0 0

l a ng ua g es ENGLISH fluent

RUSSIAN native

L AT V I A N fluent

GERMAN basic w o r k

2017

2nd and 3rd year projects featured with Scotland Portfolio, UK

2016

First Prize, Bowling Basin entrance installation design, UK

2015

Robert Gordon Award for Outstanding Ability & Exceptional Effort, UK

2011

Third Prize within countr y, NASA & VATP Contest “Space Technology ”, Latvia

r efer en ce s

David Watson - Architect at ICDP Architects +44 141 445 3974 I dwatson@icdparchitects.com Iain Monteith - Tutor at GSA I Director at LoaderMonteith Architects +44 141 334 3301 I iain@loadermonteith.co.uk Patrick Clark - Associate Director at HLM Architects +44 776 895 2356 I patrick.clark@hlmarchitects.com

a dd i t ion a l in fom ation g r a p h i c d e s i g n , h a n d m a d e j e w e l r y, l a t i n d a n c e , l i t e r a t u r e , t r a v e l l i n g , p h i l o s o p h y

s a m p l e s

recognition

c o n t e n t s a r c h i t e c t u r e

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





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 



mi cro h ome



0 0





 





w o r k







place to perform

sound i n sta l l a t i on





 











     

 

 

 

 



 



 







co tta g e ex ten s i o n



























s a m p l e s





arch i tect u re + ed u ca t i on

mackintosh pavilion



m a c k i t o s h p a v i l i o n L o c a t i o n : To k y o , J a p a n I 2 0 1 7 Te a m : a c o l l a b o r a t i o n o f t w o a r c h i t e c t u r e a n d a n e n g i n e e r i n g s t u d e n t .

Tr a n s p o r t a b l e p a v i l i o n o f f e r i n g s p a c e f o r e x h i b i t i n s o f G l a s g o w S c h o o l o f A r t a r o u n d t h e w o r l d .

a r c h i t e c t u r e 0 1

w o r k s a m p l e s

mackitosh rose pattern

glasgow grid

conceptual plan

a r c h i t e c t u r e s c h o o l L o c a t i o n : G l a s g o w, U n i t e d K i n g d o m I 2 0 1 7 I 6 , 4 8 0 s q m Dynamic learning space for architecture students.

D e s i g n i n f l u e n c e d b y C e n d r i c P r i c e ’s ‘ F u n P a l a c e ’.

a r c h i t e c t u r e 0 2

w o r k

s a m p l e s

m i c r o h o m e Location: North Carolina, United States I 2015 I competiton Living on 13 sqm designed for homeless people using eco materials.

Project was designed by 3 students of architecture.

solar panels

a r c h i t e c t u r e

water collectors

eco materials

0 3

WC

w o r k

folding table

stair leading to roof terrace

storage

folding bed

storage

s a m p l e s

mini kitchen

p l a c e

t o

p e r f o r m

Location: Beith United Kingdom I 2016 I 300sqm I n f o r m a l p e r f o r m a n c e s p a c e f o r l o c a l c o m m u n i t y.

Te c h n i q u e s : H a n d d r a w i n g + P h o t o s h o p

a r c h i t e c t u r e 0 4

w o r k

s a m p l e s

s o u n d i n s t a l l a t i o n Location: Nida, Lithuania EASA I 2016 Ro l e : Wo r k s h o p p a r t i c i p a n t Resosseous [ resonating osseous structure ] is an exploration of the relationship between form, space, sound, and social interaction.

a r c h i t e c t u r e 0 5

w o r k

s a m p l e s

t i m b e r

s t u d

w a l l

Prefabricated timber stud wall production sequence I 2014 R e v i t g e n e r a t e d f a m i l y I C o n s t r u c t i o n Te c h n o l o g y The wall element has been designed for cafe of the sports hall.

Fire, bearing and humidity analysis and calculations has been done.

FRAME - WORK STATION 1 INTERNAL BATTENS - WORK STATION 2 Rope

Rope

Frame Column

Prepare the ropes for placing the elements on site.

3584

140 600

600

600

600

600

45

539

Column 1 Column 2 Column 3 Column 4

280

810

1739

Type

Size

Column Column Column Column

Length

45x280mm 2 45x280mm 2 45x280mm 2 140x45 mm

Quantity

3360 660 2088 765

4 3 3 7

855

3577

Name

1.Frame 3D

3584

Frame Beams

3586

90

Beam 4

140

4350

Beam 4, Column 1 profile

600

Name

Size

705

Type

Batten 1 Batten 2 Batten 3 Batten 4 Batten 5 Batten 6

Batten v Batten v Batten v Batten v Batten v Batten v

Size

005

Length

45x45mm 45x45mm 45x45mm 45x45mm 45x45mm 45x45mm

Quantity

605 705 1988 2088 3205 3405

1 2 1 2 1 3

3205

Name

Nr

Size

Length

Qantity

001 002 003 004 005

45x45

1739 mm

2

105

1

5

INT. Batten 6 INT. Batten 5

Bracket

1739

45 45

Batten profile

INT. Batten 7

INT. Batten 2 Battens int S1 1 : 20

BRACKET INTRODUCTION: 1. The width of the bracket is 90mm with 10 holes bottom part of the bracket is 105mm and the top is 105mm.

2. 8 screws per bracket 40mm.

5. Battens 1 : 20

INSTRUCTIONS: 1. Cutted wood battens must be screwed to the plywood 2. Screwed in every ending + distance between screwes is 300 mm MATERIAL: 1.Pinewood internal battens, C18 Class, T1 grade, 18 MPa 2.Size 45x45 mm 3.Thermal conductivity 0,12 W/mK 4.Fire classification D - s2,d0 5.Treatment against fungus, moisture

INT. Batten 1

Battens Insulation Cladding Plywood Frame DPM int S1 S1 S1 S1 S1 S1

001 010 002 003 004 005

MATERIAL: 1. They are prefabricated stainless steel L profile brackets thickness of 5 mm

45

280

325

600

Frame S2 1 : 20

45 539

600

600

600

600

600

Column 4 Battens int S2 1 : 20

UNIVERSITY COLLEGE SCHOOL OF TECHNOLOGY AND BUSINESS - Horsens PROJECT: PRODUCTION DRAWING/WALL ELEMENT W3

DATE: 12/13/13

SUBJECT: Frame

SCALE: 1 : 20

DRAWN BY: Karina Armanda

CLASS: 32-A13

558

1

558

2

002

005

5

Insulation 280mm Name

4

494

555

555

555

555

555

1 2 2 1 3

Name

555

555

Insulation Battens Insulation Plywood Frame DPM45mm int S2 S2 S2 S2 S2 S2

4

5

5

001 002 003 004 005 006

5

2088

4

4

2088

Insulation 45mm 3 001 010 002

555

Insulation 45mm 5 6. Insulation 45mm 1 : 20

Insulation 45mm S1 1 : 20

555

Insulation Battens Insulation Cladding Plywood Frame DPM45mm int S1 S1 S1 S1 S1 S1 S1

001 010 002 003 004 005 006

DATE: 01/09/14

SUBJECT: Insulation 280 mm

SCALE: 1 : 20

DRAWN BY: Karina Armanda

CLASS: 32-A13

558

45

558

45

45

558

555

0 6

555

Insulation 45mm S2 1 : 20

UNIVERSITY COLLEGE SCHOOL OF TECHNOLOGY AND BUSINESS - Horsens PROJECT: PRODUCTION DRAWING/WALL ELEMENT W3

495

45

Insulation S2 1 : 20

45

45

280

555

1 2 2 1 3

MATERIAL: 1. Mineral wool 2.Thickness 45 mm 3.Thermal conductivity 0.037 W/mK 4.Fire classification A2 - s1, d0

Insulation 45mm 4

Insulation Cladding Frame S1 S1 S1

555

Quantity

Insulation Insulation Insulation Insulation Insulation

INSTRUCTIONS: 1. Cut on peaces according to dimensions and amount 2. Checked if fit into the wall 3. Wrapped + marked by speacial number

MATERIAL: 1.Mineral wool 2.Thickness 280mm 3.Thermal conductivity 0.037W/mK 4.Fire classification A2 – s1, d0

Insulation 280mm 5

Type

Insulation 280mm 1 Insulation 280mm 2 Insulation 280mm 3 Insulation 280mm 4 Insulation 280mm 5

555

3405

2088

Insulation 280mm 4

Insulation 280mm

558

495

3

3

555

006

6. Insulation 45mm 3D

2

Quantity

Insulation Insulation Insulation Insulation Insulation

INSTRUCTIONS: 1.Insulation must be cut in the right sizes 2.Insert the mineral wool between the studs

2. Insulation 280 mm 1 : 20

1

5

3404

2088

001 002

Insulation 280mm 3

705

2

3405

Insulation Frame S2 S2 2088

558

2

Insulation 45mm 1 Insulation 45mm 2 Insulation 280mm 1 Insulation 280mm 2 Insulation 280mm 3 Insulation 280mm 4 Insulation 280mm 5

3405 3404

Type

558

2088

3 4

495

1

705

705

5

558

4

558

5

558

522

5 558

558

495 45

495

494

CLASS: 32-A13

2.Insulation 280mm 3D

2 Insulation 280mm 1 Insulation 280mm 2

3

SCALE: 1 : 20

DRAWN BY: Karina Armanda

558

558

705

705 555

705

558

2

497

DATE: 01/09/14

SUBJECT: Battens int

a r c h i t e c t u r e

558

1

PROJECT: PRODUCTION DRAWING/WALL ELEMENT W3

INSULATION 45 MM - WORK STATION 2/WRAPPING/MOUNTING ON SITE

495

494

UNIVERSITY COLLEGE SCHOOL OF TECHNOLOGY AND BUSINESS - Horsens

001

INSULATION 280mm - WORK STATION 1

3360

Name

Battens Insulation Plywood Frame DPM int S2 S2 S2 S2 S2

45

660 3360 90

45

45

90

INT. Batten 4

MATERIAL: 1. Pinewood class,C18 2. Thermal conductivity 0.12 W/mK 3. Fire class : D - s2,d0

Galvinised nails and screws must be used

001

Insulation S1 1 : 20

5.Battens int. 3D

45

INT. Batten 3

INSTRUCTIONS: 1. The bottom frame and the top frame are connected by 80mm screws into a pre drilled hole 60mm 2 screws per 200mm or 10 screws per meter.

2. Screws 100mm per stud and drilled into a 80mm pre screwed hole.

3. To be sure the element is accurate(quality check) you should go by the diagonal measurements.

3584

280

45

Batten h

Bracket 3D

Column 3

Frame S1

600

45

Internal vertical battens

3405

765 2088

2178

2088

89 26

280

1. Frame backside 1 : 20

600

45

600

Quantity

90

Column 2

600

600

1739

105

Column 1

600

600

105x105x90 4

0 10

539

600

Internal horizontal battens Bracket

Plank profile

Frame S1 1 : 20

600

45 90

3495

Beam1,2 and Column 4,5 profile Frame S2

001

45

1 1 1 1 1 1

Brackets

280 45

45

03 56

600

45

140 280

280

3547 3562 1780 3585 1780 3600

45

45

45

Quanti ty

Length

280x45 2 280x45 2 280x45 2 280x45 2 280x45 2 140x45 2 2

3205

522

1739

Beam Beam Beam Beam Beam Beam

3405

45

Beam 3

3360

Beam 1 Beam 2 Beam 3 Beam 4 Beam 5 Beam 6

600

605

600

1988

600

2088

600

45

600

539

001

Size

3405

539

Type

539 140

705

181 8

Name

605

Beam 2

1988

3585

2088

Beam 1 280

90

45 45

280

UNIVERSITY COLLEGE SCHOOL OF TECHNOLOGY AND BUSINESS - Horsens

002

PROJECT: PRODUCTION DRAWING/WALL ELEMENT W3

DATE: 01/09/14

SUBJECT: Insulation 45 mm

SCALE: 1 : 20

DRAWN BY: Karina Armanda

CLASS: 32-A13

006

GYPSUM - WORK STATION 2/WRAPPING/MOUNTING ON SITE 625

522

DPM - WORK STATION 2

1690

519

3

1144

150

150

3.DPM 3D

003

007

Gypsum 3 13

2370

3584 2368

1222

1

1

750

750

1079

3884

2

Gypsum Name

251

Damp proof membrane 521

5

964

2

DPM S2

4

3404

003

Gypsum 5 1220

1220

INSTRACTIONS: 1. Cut on pieces according to dimensions and amount 2. Checked if fit into the wall 3. Wrapped + marked by speacial number

5

MATERIAL: 1.Gypsum board 2.Thickness 13mm, size 1220mm x 2440mm 3.Thermal conductivity 0.25 W/mK 4.Fire classification - B - s1, d0 / R60 (BD 60) 5.Moisture resistant (calcium silicate gypsum boards for wet zones) In accordance to B&B 200

2364

2

4

2440

150

1220

2133

964

965

DPM 1.Damp Proof Membrane (DPM) 2.Recycled Polyethylene 3.Certification: BBA 4.Z -value

3. DPM 1 : 20

Gypsum S1 1 : 20

DPM S1

003

INSTRUCTIONS ON SITE:

7. Gypsum 1 : 20

Gypsum S1

Boards are screwed to the battens every 150 along the batten.

Galvanised screws are required

007 150

Quantity 1 1 1 1 1

Gypsum S2

2133

2465

3

Gypsum Gypsum Gypsum Gypsum Gypsum

007

INSTRUCTIONS: 1.Cut the Dpm according to the dimensions on the production drawings 2.Make sure that the Dpm overlaps 150mm from each side 3.Fix the dpm to the frame with a stapler 4.Handle with care during the whole process

DPM S1 1 : 20

Type

Gypsum 1 Gypsum 2 Gypsum 3 Gypsum 4 Gypsum 5

2440

14.3 m²

2364

13

2

2

150

DPM S2 1 : 20

DATE: 01/09/14

SUBJECT: DPM

SCALE: 1 : 20

DRAWN BY: Karina Armanda

CLASS: 32-A13

1144

Gypsum 4

1220

Gypsum S2 1 : 20

UNIVERSITY COLLEGE SCHOOL OF TECHNOLOGY AND BUSINESS - Horsens PROJECT: PRODUCTION DRAWING/WALL ELEMENT W3

1220

UNIVERSITY COLLEGE SCHOOL OF TECHNOLOGY AND BUSINESS - Horsens

Gypsum 2

003

PROJECT: PRODUCTION DRAWING/WALL ELEMENT W3

DATE: 01/09/14

SUBJECT: Gypsum

SCALE: 1 : 20

DRAWN BY: Karina Armanda

CLASS: 32-A13

007

FLOPPED CLADDING - WORK STATION 3

PLYWOOD - WORK STATION 2

Cladding Frame S1 S1

001 010

2

Plywood 1

2364

3

965

5

25

865

1

650

750

13 45 22

1690

1172

1168

2317

10. Cladding 3D

010 3584 50

004

519

2386 22

Cladding 1 3526 50

750

650

1

522

4.Plywood 3D

125

140 140 9 4522

125

625

105 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125

3584 2366

Cladding

Cladding 2 522

1845

Name

Type

Length

Quantity

1144

2133

MATERIAL: 1.Plywood, III-class (suitable for structure) 2.Thickness is 22mm, size of the standard sheet is 1220x2440mm 3.Thermal conductivity : 0.16 W/mK

2364

4. Plywood 1 : 20

INSTRUCTIONS: 1.The plywood boards will come in the standard size which is 2440x1220 mm so they must be cut into the needed sizes according to the dimensions on the production drawings 2.The plywood boards will be nailed to the frame with 3” nails every 150mm.

1171 Plywood S1

Plywood 4

004

50 20

125

20

1845 22

Cladding 4

Cladding profile 1:5

Cladding S1 1 : 20

10. Cladding 1 : 20

INSTRUCTIONS: 1.Wooden cladding is screwed to the battens 2.Mounting direction from bottom to top 3.Galvanized screws are required

MATERIAL: 1.Birchwood cladding (treated / fully impregnated) 2.Thickness 22mm 3.Covering class K1 10 B-s1, d0

100

5

1220

4

35 1 5 1 1

3584 1845 3584 3585

3584 22

2

2340

965

2440

2033

4

010

Cladding Cladding Cladding Cladding Cladding

100

3584

25

1 1 1 1 1

Cladding 3

7550

Plywood Plywood Plywood Plywood Plywood

1739 Cladding S2

Cladding 1 Cladding 2 Cladding 3 Cladding 4 Cladding 5

50

004

Quantity

125

3405 2133

Plywood 1 Plywood 2 Plywood 3 Plywood 4 Plywood 5

Plywood S2

Type

125 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125

1170

3405

Name

1220

4305

2440

Plywood

Plywood 5

3

1220

Plywood 2 22

Plywood S1 1 : 20

4305

Plywood 3

2314

2

98

3526

1741

Plywood S2 1 : 20

1220

1144

1220

UNIVERSITY COLLEGE SCHOOL OF TECHNOLOGY AND BUSINESS - Horsens PROJECT: PRODUCTION DRAWING/WALL ELEMENT W3

DATE: 01/09/14

SUBJECT: Plywood

SCALE: 1 : 20

DRAWN BY: Karina Armanda

CLASS: 32-A13

004

Cladding S2 1 : 20

UNIVERSITY COLLEGE SCHOOL OF TECHNOLOGY AND BUSINESS - Horsens PROJECT: PRODUCTION DRAWING/WALL ELEMENT W3

DATE: 01/09/14

SUBJECT: Cladding

SCALE: 1 : 20

DRAWN BY: Karina Armanda

CLASS: 32-A13

010

s a m p l e s

3795

DPM

Gypsum 1

Thikness (mm)

Area

2440

Name

w o r k

7.Gypsum 3D 150

 



 

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 

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 







  



  





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



     

 

 

 

 



 



 









c o t t a g e 















e x t e n t i o n 









Location: Dalrymple, Scotland I 2017 Project done at ICPD Architects, ongoing Tr a d i t i o n a l c o t t a g e e x t e n s i o n . F o l l o w i n g t h e f l o o d , t h e c l i e n t e x p r e s s e d a n e e d t o renovate and extend the cottage in order to meet modern living conditions.

p r o p o s e d

p r o f e s s i o n a l 0 6



e x i s t i n g



w o r k













   

  

  







 









         











s a m p l e s











 

 





 



   





  

    



















  



 

 







 

 









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  

 

  

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







    

    

b u i l d i n g

w a r r a n t

I

e l e v a t i o n s

&

d e t a i l

 

 

 

   

T h a n k

y o u

f o r

y o u r

t i m e .

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