David Deussen Architecture portfolio SRH Hochschule Heidelberg Sixth semester
Interior Design 1-4
Constructive Design 5-10
Design II 11-16
Urban & landscape design 17-20
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Interior Design Heidelberg-Germany Prof. Kenn Schwarzbart Duration: five weeks GSEducationalVersion
The community of St. Peter in Kirchheim-Heidelberg has tasked us with the interior design of their church, in regards to their need for a new weekday chapel and confessional. Despite having planned, and integrated both, I thought it was necessary to add a „Font-Area“ and a new „Wailing Wall“ in the apse out of the given situation. Although the commune had already made an attempt of a wailing wall and font, I did not approve of the way they were placed and portrayed. To start the design process I got rid of every unnecessary object except for the seating, ambo and altar. I had made up my idea early, by designing amorphous spaces, and rooms, while respecting the given context through symbolism and gestures. Forming these spaces into dynamic and elegant sculptures helped me to clarify my idea of progress in religious institutions. Staying in the past, present or future is neither good nor bad. Therefore a reminder of advancing forward is sometimes needed. The rooms in the side aisles respect the liturgical path of the „Way of the Cross“, by leaving enough space for anyone to pass and lean on the symbol of the fish in the old testimony, which nurtured the people. Instead of nurturing, these rooms are intended to bring people together through three aspects. The weekday chapel symbolizes society, the font family and friends, and the confessional individuality. Extending the way of the cross behind the apse, leads to the new wailing wall, designed as a gesture of a hand reaching towards the sky, bestowing the room with a feeling of transcendence, completion and giving acolytes the option of taking a seat during Mass. Constructing these models out of a 3D-printer would allow for a quick build. To counter the acoustic imbalance in the chapel, I stretched white cloth around each of the modules to give it a smoother, softer and more inviting look.
Section B-B
Section A-A
3
Section C-C
Dynamics
Path
Wailing wall
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Floor plan
4
Constructive Design Frankfurt-Germany Prof. Kenn Schwarzbart Duration: five weeks GSEducationalVersion
Our task was to repurpose a crane in regards of its own urban context, in groups of two. The only restrictions we were given were the height and width of the crane and a minimum of twelve maisonette apartments. My group partner, Mesut Nada, and I decided, that the best location would be Frankfurt-Germany, right beside the river Main. The entrance of the building is placed on the north side of the crane, facing the existing buildings. To emphasize the entrance in its urban context, we designed it two stories high and pushed it out, to set it apart from the escape route and to make it visible from a distance. To connect the building to its surrounding environment, we added a flight of steps at the base and underneath the living modules, for people to rest on and enjoy the view of Frankfurt. The living modules are a combination of two maisonette-apartments, stacked on each other, to either side of the crane. The floor plans of the lower maisonettes are intended to be more family-friendly, and the upper for singles with a higher budget. Adding free space between every module in the vertical plane, allowed us to loosen up the structure and gave us the opportunity to show the structure, and the interior of the crane. To enter the living modules, we designed a stairway with an elevator in the center to optimize the given space. We wanted the interior of the living modules to be a reflection of the industrial context in combination with high quality materials. The visible steel beams running through the modules paired with either polished screed floors in the living areas, wood parquet in the sleeping quarters and stucco veneziano on the walls, emphasize our idea of the industrial vision. The facades to the East, South, and West are covered with black solar panels, that power each module individually.
Escape route
Master Bedr oom
Master Bedr oom
Master Bathr oom
Escape route
Master Bathr oom
Master Bedr oom
Master Bedr oom Elevator Escape route
Closet Lavator y Master Bathr oom
Lavator y Closet Master Bathr oom Stair case +8,59 / +26,59
Hall Master Bedr oom
Hall Master Bedr oom
Elevator Master Bathr oom Closet Lavator y
Hall Eating | Cook ing | Living
Master Bathr oom Lavator y Closet
Stair case +8,59 / +26,59 Terrace Elevator
Closet Lavator y
Eating | Cook ing | Living
Volume addition
Floor 1|5
Eating | Cook ing | Living
Bedr oom I
2.Erweiterung Kubatur Volumen
1.Gr undv olumen
Lavator y Closet
Stair case +8,59 / +26,59
Hall
Base Volume
Hall Eating | Cook ing | Living
Hall
Terrace
Eating | Cook ing | Living
Terrace
Eating | Cook ing | Living
Office
Addition
Office
Bedr oom I
Office
Bedr oom I
Escape route
Bedr oom I
Office
Escape r oute Bathr oom Bedr oom I
Bathr oom
Office
Office
Bedr oom I
Elevator Escape route Utility r oom
Utility r oom
Bathr oom Closet
Bathr oom Stair case +11,55 / +29,55
Closet
Elevator Utility r oom Bathr oom
Closet Office II
Bedr oom II
Utility r oom Bathr oom
Stair case +11,55 / +29,55
Closet Office II
Bedr oom II
Elevator Utility r oom
Closet
Subtraction
Integration
Utility r oom
Stair case +11,55 / +29,55
Closet
Bedr oom II
Office II
Office II
Bedr oom II
Bedr oom II
Office II
Office II
Bedr oom II
Floor 3|7|11 Escape route
Master Bedr oom
3.Blick bezug zu Gr undvolumen
4.Integrierung Subtr aktion
Master Bedr oom
Addition Master Bathr oom
Escape route
Master Bedr oom
Master Bathr oom
Master Bedr oom Elevator Escape route
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Lavator y Master Bathr oom
Hall Master Bedr oom
Lavator y Closet Master Bathr oom Stair case +44,59
Hall Master Bedr oom
Elevator Master Bathr oom Lavator y
Hall Eating | Cook ing | Living
Master Bathr oom Lavator y Closet
Stair case +44,59 Terrace Elevator
Hall Eating | Cook ing | Living
LR
LR Lavator y
Hall
Eating | Cook ing | Living
Lavator y Closet
Stair case +44,59 Terrace
Eating | Cook ing | Living
Terrace
Eating | Cook ing | Living
LR
Eating | Cook ing | Living LR
7
Adressing
Crane
Floor 9
Hall
LR
LR
Escape Route Living | Eating | Cook ing
Living | Eating | Cook ing
Escape Route Utility r oom Living | Eating | Cook ing
Utility r oom Living | Eating | Cook ing
Elevator Escape Route Foyer Living | Eating | Cook ing Utility r oom
Foyer Living | Eating | Cook ing Utility r oom Stair case +14,55 / +32,55 / +50,55
Elevator
Utility Foyer r oom
Utility r oom Foyer
Terrace
Terrace Stair case +14,55 / +32,55 / +50,55 Elevator
Foyer
Terrace
Foyer Stair case +14,55 / +32,55 / +50,55
Terrace
Terrace
Terrace
Floor 2|6
Bedr oom
Bedr oom Escape r oute
Bedr oom
Bedr oom Bathr oom
Escape r oute
Bathr oom
Elevator
Bedr oom Office
Escape r oute
Bathr oom
Bedr oom Office Bathr oom
Stair case +17,59 / +35,59 / +53,59
Elevator Office Bathr oom
Office Bathr oom
Stair case +17,59 / +35,59 / +53,59 Elevator Office
Office
Stair case +17,59 / +35,59 / +53,59
Floor 4|8|12 Bedr oom I
Office
Office
Bedr oom I
Office
Bedr oom I
Escape r oute
Bedr oom I
Office
Escape r oute Bathr oom Bedr oom I
Bathr oom
Office
Office
Bedr oom I
Elevator Escape r oute Utility r oom
Utility r oom
Bathr oom
Bathr oom Stair case +47,59
Elevator Utility r oom Bathr oom
L ounge
Utility r oom Bathr oom
Stair case +47,59
Office II
Elevator Utility r oom
Utility r oom
Stair case +47,59 L ounge
Office II
L ounge
Office II
Floor 10
Elevation
8
1
2
3
125
15
5,80 125
6,00
15
2,65
20
15
6,00
2,65
6,00
65
425 10
50
65 50
10
2,435
1,34 125
10
8,515
75
1,38 125
1,33 125
50
10 425
50
2,435
16
Inter ior
Inter ior
14,62
115
125
15
W1
51 5 6 6
51 5
Hall 16,27 m2
15 10
18,20
6,00
15
62 15
Eating | Cook ing| Living
17,28 m2
32,77 m2
F: Concr ete stone
FB: Concr ete stone
F: Concr ete
51 5
6
Terrace
17,28 m2
6
51 5 Terrace
32,77 m2 F: Concr ete
51 5
Eating | Cook ing| Living
6,00
6 51 5
51
51 5 51 Inter ior
A
26
6
65 51
6
65
51
6
65
51
51 5
6
6,225
51 5
6,225
+8,42 m over Ground
51 5
+8,59 m over Ground
6,225
51
65
51
6
65
51
65
51
65
51
6
65
50
B
50 5
15
62
5,25
65
F: Concr ete W2
26 Openings
Fr ame str uctur
Axis
Full length
6,00
10
W-A-frame 76 x2,01
8,70 m2 F: Concr ete W2
245
245
5,42
41
51 10
125
15
6
51 5
2,65
15
2,65
245
6,10
51 51 51 51 51 51 65 65 10 295 10 65 65 65 10
375
6,10
375
60
4,805
60
20
505
5,80
125
125
51 10
15 12
15
6,00
6
51 5
Inter ior
245
4,78
41 Openings
51 51 51 51 51 51 65 65 10 295 10 65 65 65 10
2,65
15
2,65
125 Fr ame str uctur
15
5,80
Axis
20
Full length
18,00
Floor 1
6 6 6 6 6
W-A-frame 88,5x2,01
125
Stair case
W-A-frame 88,5x2,01
6,225
6
51 5 65
F: Concr ete
65
1,43 m2
F: Tile
10
2,88 m2 W3
2,88 m2 F: Tile W3
1,43 m2 F: Concr ete
16,27 m2
70
15 2,025
16 Steps 18,5/26,5
Closet
65
6,225
6,00 A
51 5 51 5 51 5 51
W3
W4
Lavator y
125
Lavator y
865
9 Steps 16,4/26,5
5
W3
W3
W4
W-A-frame 76x2,01
65 5 75 7 15
W4
9 Steps 16,4/26,5
1,16
75 125 1,64 75 1,16
Hall
W3
F: Tile W4
Closet
2
W3
W3
5,57 m
F: Tile
16 Steps 18,5/26,5
W3
2,025
W3
5,57 m
M. Bathr oom
2
1,075
B
9 Steps 19,1/ 2 6 ,5 M. Bathr oom
C
1,075
B
W-A-frame 88,5x2,01
1,075
15
60 10
W-A-frame 88,5x2,01
W-A-frame 2,01x88,5
65
1,075
U-240 + U-450 DA 8
F90 Fire door 1,01x2,01
W2
W-A-frame 2,01x88,5
1,075
10
51
65
F90 Fire door 1,01x2,01
51
65
HEA 450 DA 2
51
65
F: Concr ete
15
1,075 65 1,075 1,075 10
51 5
51
9,87 m
2
F: Concr ete
10
15
6,225
F: Oak par quet
Escape route
51 5
31,83 m2
31,83 m2 F: Oak par quet
W2
65
6,00
5,25
18,20 B
U-240 + U-450 DA 17
HEA 450 DA 12
W1
W3
M. Bedr oom
W3
6,225
W1
U-240 + U-450 DA 11
U-240 + U-450 DA 11
HEA 450 DA 12
U-240 + U-450 DA 17
51 65 51 65 51 65 51 65 51
M. Bedr oom
65
6,00
6,225 15
C
D
6
65
51
W1
51 5
10
D
Full length
2,65
6,00
Facade pr ojection Fassadenöffnungen
6,00
15
Fr ame str uctur
2,65
Axis
5,80 15
265 Openings
20 125
A
Axis Fr ame str uctur
4
18,00
Full length
1
2
3
4
1
1
Top FF Top FF 18,40 m o. ground 18,40 level m o. ground level
Post -Beam-Facade Post -Beam-Facade Schüco USC 65F Schüco USC 65F double glassed double glassed Aluminum-Pr ofile Aluminum-Pr ofile painted blackpainted black Flat steel Flat steel 50 x 10 mm 50 x 10 mm painted blackpainted black w elded onto L-Profile w elded onto L-Profile
1
65
65 26
Light application Light application mounted ontomounted U-pr ofile onto U-pr ofile frosted glass frosted glass
65
18 66 26
Steel beam Steel beam U-260 + U-450 U-260 + U-450
64
45 66
45
18
84
Light application Light application mounted ontomounted U-pr ofile onto U-pr ofile frosted glass frosted glass
0,08 0,001 0,03 0 ,18
64
Floor construction Floor construction Heated scr eedHeated (polished) scr eed 0,08 (polished) PE-Foil PE-Foil 0,001 Accustic insulation Accustic insulation 0,03 Concr ete ceiling Concr ete ceiling 0 ,18
96
Tin cartridge Tin cartridge painted blackpainted black
96
84
1
Top FF Top FF +17,55 m o. ground+17,55 level m o. ground level
45 65
45
11
Top CF Top CF +17,44 m o. ground+17,44 level m o. ground level
11
Top FF Top FF +17,55 m o. ground+17,55 level m o. ground level
Solar panel Solar panel Avencis Sk ala Avencis Sk ala black black w/h: 1, 14 m/ w/h: 0,64 m1, 14 m/ 0,64 m
Detail 7 9 GSEducationalVersion
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Detail 14
A
DA - 11
DA - 12
Attic 20,85
DA - 13 41
20,44
Bath
DA - 7 DA - 14
17,55 17,44
Utility room DA - 20
DA - 15
2,71
18
Staircase
Bath
12,85
11
14,55 14,44
3,00
Utility room
2,71
18
Staircase
3,00
DA - 19
11
Bath
3,00
2,71
18
Staircase
Full length
4
Floor height
2,435
Ceiling height
125
41
875
3
19
2
11 1,785 155
2,71
1
6,00 515
6,00
29
515
40
6,00
Bath DA - 16 11
11,55 11,44
2,67
18
Staircase
Lavatory
Lavatory DA - 18
18
DA - 19
3,00
155 1,785 11
2,71
875
29
Interior
125
29
2,435
2,67
Axis
2,71
6,00
Ceiling height
18,10
Full length
DA - 17
18
33 8,30
Staircase
8,26
15
8,59 8,44
8,00
8,44
Staircase
Section DA 16 - Sonnenschutz
DA 17 - Kalt-War m
Shading ex panded aluminum
Post -Beam-Facade Schüco USC 65F double glassed Aluminum-Pr ofile painted black
0,08 0,001 0,03 0 ,18
Top FF +11,55 m o. ground level
Floor construction Heated scr eed (polished) PE-Foil Heat insulation Concr ete ceiling
Post -Beam-Facade Schüco USC 65F double glassed Aluminum-Pr ofile painted black
0,08 0,001 0,07 0 ,18
15
8
1
Top FF +8,59 m o. ground level
8
Floor construction Heated scr eed (polished) PE-Foil Accustic insulation Concr ete ceiling
3
Top UF +11,44 m o. ground level GSEducationalVersion
64
64
18
18
33
29
7
Top UF +8,44 m o. ground level
Steel beam U-260 + U-450 Steel beam U-260 + U-450 Solar panel Avencis Sk ala black w/h: 1, 14 m/ 0,64 m
Solar panel Avencis Sk ala black w/h: 1, 14 m/ 0,64 m
Shading ex panded aluminum
Detail 16
Detail 17 GSEducationalVersion
10
Design II Heidelberg-Germany Prof. Claudia Nickel Duration: five weeks GSEducationalVersion
Our assignment was to design a sports center in regards to the campus masterplan for the SRH Hochschule Heidelberg. While the southern building incorporates itself into the urban context, through an overhanging area that corresponds with its existing counterpart, it sets itself up as the entrance gate onto the campus. The northern part acts as the main entrance of the building. By projecting a space beneath the overhanging gymnasium, it protects its visitors from any kind of weather conditions, but acts as a welcoming gesture before entering. To make an obvious distinction from the highway to the South, the property is clearly defined by the placement of trees, which act as viewing and acoustic protection. The building itself is based on split levels, that enable the volume to be compact, but still allow for all its intended use and functions. Dividing the sports center into five categories, gives its visitors an overview, and makes it easier to navigate around. The engineering floor in the basement, the rehab and swimming area in the lower floor, the main entrance leading to the gym, a staff-floor, and the gymnasium on the top building. Its outside spaces allow for a wide range of activities from tennis, street soccer, basketball, an outdoor gym, to table tennis and boule, for either rehab patients, regular gym-goers or school classes. The facades to the East, South, and West are covered with white solar panels, that highlight the long windows and give the building a clean and modern design. The buildings’ sustainability regarding ecological efficiency is backed up by its geothermal power source, energy producing gym equipment, and its construction methods. An example is the usage of recycled concrete with building components, to optimize energy efficiency, and reduce costs.
Expand
Overlap
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Subtract
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Expand
Entrance
Overlap
Subtract
Entrance
±0,00
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House connection room
Reception
±0,00
Foyer
Bask etball
Bask etball Lifeguard
Swimming hall Storage
Bath | Men Bath | Men Hallway
Hallway
+1,50
Bath | Women
-2,00
Bath | Women
-2,00 Shower | Clothing room Shower | Clothing room
Schwimmhalle Shower | Clothing room Shower | Clothing room
Staff Bathroom | Clothing room Staff Bathroom | Clothing room
Dis. Bathroom | Clothing Room Dis. Bathroom | Clothing Room
Storage | Utility room First-aid room
Clothing room | Men
Physical therapy I
Pre-washing room
Sauna I
Hallway
+2,50 Hallway
Sauna II Waiting room
Light therapy
Strength- /Cardiotraining
Courseroom I
Courseroom II
Courseroom III
Courseroom IV
Ice bath
Reception Clothing room | Women
Physical therapy II
13
Lower level
Workout room
Cosmetics
Te nn
Solarium
Resting room
is Pappel
Ground level
Te nn
is Pappel
Roof construction Gr avel Slope insulation Heat insulation Concr ete-Ceiling
Wall construction Solar panels Air layer Heat insulation Concr ete-Wall Lattice
Gy mnasium Floor construction Linoleum floor Pressure distr ibution plate Lattice Upper spr ung floor Lower spr ung floor Wood block Floor scr eed Heat insulation Concr ete Ceiling Plaster
Office | Dir ector Floor construction Par quet Floor scr eed Heat insulation Accustic insulation Concr ete ceiling Plaster
Reception Floor construction Par quet Floor scr eed Heat insulation Accustic insulation Concr ete ceiling Plaster
House connection Floor construction Tile Floor scr eed Heat insulation Accustic insulation Concr ete
Facade section
Facade Elevation
Âą0,00
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Shower | Bath Clothing room
Office | Director
+3,00 Bask etball
Office | Staff
Gymnasium
Staffroom
Hallway
Meeting room Hallway
Bask etball
+6,00 -2,00
-2,00
Shower | Bath Clothing room
First-aid room
Equipment room
Splitt level
Upper level
Te nn
14 is Pappel
Elevation
Section 15
Elevation
Section 16
Urban & landscape design Neustadt an der WeinstraĂ&#x;e-Germany Prof. Dr. Ing. Susanne Edinger Duration: five weeks GSEducationalVersion
The concept behind the urban design is based on an earlier design of the area to the South, which leans on the previously designed urban spaces and the Europa StraĂ&#x;e. Entering through three streets, the planning area offers 145 living units, ranging from apartments, condominiums to chain-houses with high quality outdoor spaces. The three story high, multi-residential buildings enclose the area, giving the condominiums and chain-houses, in the centre of the area, more privacy and visual protection from the street. The target audience is young parents with an academic background, that wish to incorporate themselves into a new, modern neighborhood. The former usage of the area is still underlined by keeping well-preserved industrial halls, former train tracks, and most of the existing trees. Besides repurposing these old halls and giving them new use, as spaces to accommodate start-ups, showrooms, public viewing, gastronomy, and local wineries, the area offers high quality outdoor spaces, that vary from open in the North, to private in the South in an enclosed birch grove behind the façade of an old industry hall. The area integrates itself into the surrounding city via road connections and a bike path to the east, which enables the inhabitants to quickly get into the city, instead of driving around the whole area. By opening up the previously narrow underpass beneath the train tracks and allowing it to become a welcoming gesture to anyone, who enters the area from the South, the area gains a new quality for openness into the city.
New | Existing
19
Market Place
Distinction
Opening
Chainhouse garden
Integrating existing elements
20
21
22
Education & Certificates 08/2017
ArchiCAD teachers certificate, Mainz, Germany
06/2016
GAG summer academy architectural workshop, Ludwigshafen, Germany
10/2015 - 04/2019 SRH Hochschule, Heidelberg, Germany Architecture B.A. 10/2014 - 10/2015 Technische Hochschule Mittelhessen, Friedberg, Germany Industrial Engineering B.Sc. 08/2009 - 06/2014
Dr. Richter Gymnasium, Kelkheim, Germany allgemeine Hochschulreife/ Abitur/ University entrance exam
08/2008 - 07/2009
Bloomfield Hills Middle School, Bloomfield Hills, Mi, USA
07/2006 - 07/2008
Dr. Richter Gymnasium, Kelkheim, Germany
08/2002 - 07/2006
Pestalozzi Grundschule, Kelkheim, Germany
1997 - 2000
Montessori-Pre-School, Saginaw, Mi, USA
Professional Experience and Internships
Rethelstraße 17 68163 Mannheim
10/2017 Fischer Architekten GmbH, Mannheim, Germany working student 05/2017 - 10/2017 Fischer Architekten GmbH, Mannheim, Germany internship 02/2017 - 05/2017
Architekturbüro Schreiber, Kelkheim, Germany working student
07/2016 - 08/2016 Architekturbüro Schreiber, Kelkheim, Germany internship 08/2015 - 02/2017
Intersport Voswinkel GmbH, Sulzbach, Germany working student
09/2009 Joppen Architekten, Kelkheim, Germany internship +49 170 9683409
Languages German native English
fluent
Polish good Spanish basic French daviddeussen@aol.com
basic
Awards 3rd prize
competition: maternity ward in Mali
Technical Skills ArchiCAD Adobe Photoshop Adobe InDesign MS- Office LinkedIn pinterest
Cinema 4D/ Vray Render Personal Interests / Activities drawing, painting, visualizing architecture, furniture design, photography, cooking, travelling, reading, writing, golf, tennis Additional perfectionist, innovative, teamplayer, ambitious, optimist, creative
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