Portfolio | Anastasiia Berseneva by Anastasiia Berseneva

SELECTED WORKS | PORTFOLIO | BERSENEVA ANASTASIIA

Hello, I am Anastasiia, an architecture enthusiast currently pursuing my Master’s degree at Politecnico di Milano. With a passion for innovative design and sustainable practices, I aim to create spaces that inspire and enhance the human experience. I appreciate your time and consideration, and I’m grateful for the opportunity to apply for this position. Phone: +39(349)118-65-97 Email: bersanasnasiia@gmail.com Inst: bers_anastasia

EDUCATION

HONOURS AND AWARDS

Master in Architecture Politecnico di Milano 2023-current

Participant Bauhause campus, 2021

Bachelor in Architecture National Research Moscow State University of Civil Engeneering 2016-2022

EXPERIENSE Internship - bureau “.ket” 2021 Freelance - bureau “NOVOE” 2022

SOFTWARE ArchiCAD Revit Rhino Grasshopper Sketchup Twinmotion D5 AutoCAD Adobe Photoshop Adobe Indesign

The winner Competition for 3D printed house design, 2021 Third prize The second Russian competition of student projects in architecture, 2021 Certificate of honor “The Best Project or Facility by Student” Golden Trezzini, 2021 Participant in international competition of architectural projects of residential buildings after COVID, DIVOC, 2020 Third prize BRAUIC University Student Architectural and Structural Design Competition 2020 Participant Retina competition on the topic of modular houses, 2020

Portfolio | Anastasiia Berseneva

01 NUEVO NORTE TOWER 6-19

02 ENERGY EFFICIENT HOUSING 20-25

03 MODULE HOUSE 26-29

04 SAN GIOVANNI IN VAL DI LAGO 30-37

Portfolio | Anastasiia Berseneva

NUEVO NORTE TOWER Location: Madrid Type of project: Group project Year: 2024 Madrid Nuevo Norte Tower is a skyscraper designed for the rapidly developing Nuevo Norte district of Madrid. Positioned in a prime location designated for high-rise development, the tower benefits from excellent transport connectivity and integrates seamlessly into the city’s evolving skyline. As part of a larger urban regeneration plan, the project contributes to the district’s transformation, offering a contemporary architectural solution that enhances the area’s functionality and identity.

Portfolio | Anastasiia Berseneva CONCEPTUAL STAGE

Green axes

Our tower is positioned at the intersection of three green axes. The concept is to rotate each of the three blocks toward one of these axes.

GSEducationalVersion

GENESIS

SUSTAINABLE APPROACH

WIND ANALYSIS - GRASSHOPPER>BUTTERFLY

General Wind Analysis

GENESIS

SUSTAINABLE APPROACH

WIND ANALYSI

General Wind Analysis

Average Humidity

WIND ROSE Madrid: WS_MD_ESP 1 Jan 1:00-31 Dec 24:00

Data: Wind Speed (m/s) A maximum recorded speed of 13.3 m/s at the top of the tower from theHourly southwest, no significant chalCalm for 5.07% of theposing time = 444 Hours lenges. Additionally, the high solar radiation presents a valuable opportunity for energy generation. Each closed polyline shows frequency of 1.7% Average Humidity

WIND ROSE Madrid: WS_MD_ESP

1 Jan 1:00-31 Dec 24:00 Hourly Data: Wind Spee Calm for 5.07% of the tim

= 147 Hours

Each closed polyline sho

HAND DRAWINGS

Brain storm and the working process

Portfolio | Anastasiia Berseneva PLANS OFFICE BLOCK OFFICE BLOCK

OFFICE PLAN OFFICE PLAN OFOF THE 5th5TH FLOOR FLOOR THE THE ELEVATION ONON THE ELEVATION +22.500m +22.500 m SCALE 1 : 200

SCALE 1:200

ENTERTAINMENT BLOCK ENTERTAINMENT BLOCK

RESTAURANT PLAN RESTAURANT PLAN FLOOR THE 42TH OFOF THE 42th FLOOR THE ELEVATION ONON THE ELEVATION +189.000m +199.000 m SCALE 1 : 200

SCALE 1:200

3D SECTION

Portfolio | Anastasiia Berseneva MORE INTO DETAILS

The prefabricated curtain wall modules are produced in Spain and are perfectly adjusted for the weather in Madrid not only protecting the inside from wind and sun but also providing passive ventilation. 20

22 19

3 4 5

8 6

AIR EXHAUST

ACTIVE MULLION: SECTION

SOLAR RADIATION

VENT OPENING

11 12

Air conditioner system

ACTIVATED DAMPER

GLASS AIR GAP

AEROGEL PANEL OR GLASS

SUMMER: COOLING SEASON (NATURAL VENTILATION) Exterior

Interior ACTIVATED DAMPER OPEN TO EXTERIOR

4 500

INSULATED GLASS UNIT

WINTER: HEATING SEASON

3 300

Exterior

Interior ACTIVATED DAMPER OPEN TO INTERIOR

AIR INTAKE

Composite panels of 600x600 mm Porcelain

Pedestals and stingers of 150 mm

2 Layers of High-Density Polyethylene (HDPE) Foam 25 mm

2 Layers CLT (Cross Laminated Timber) 20 mm

High performing corrugated sheet 80 mm

(HE B450) Steel Primary beam

(IPE 160) Steel Secondary Beam

SHS 400/20) SQUARE Hollow Section Steel colunm

High-Density Polyethylene (HDPE) Acoustic

1 22

3 4

8 6

750

10 Foam 20 mm mineral wool 11

Adhesive

12 Acoustic Plasterboard 10 mm 13 Hanger wire 14 Main tee 15 Cross tee 16 17 18

Stees elementinstalled into panels frame

Steel tube for wires and support

20 830

Curtain walls Active CW50+SG system U-value = 0.51 W/m2k Dye-sensitized solar cells in vertical shading panels

21 22

Aluminum frame for dobbled glass shading Metal sheet to protect from hight sun lights Metal pipe with a rotating mechanism

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Portfolio | Anastasiia Berseneva

VIEWS

Portfolio | Anastasiia Berseneva 3D SCEME OF THE FACADE SYSTEM

Each panel is made of durable metal for structural integrity and longevity, with preinstalled connectors for easier installation. On-site, mounts are attached to the building’s structural beams to support the weight and alignment of the curtain wall panels. Our curtain wall system uses prefabricated panels with integrated photovoltaic elements for energy efficiency. Pre-installed connectors ensure precise attachment to building mounts.

Section

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Portfolio | Anastasiia Berseneva 11_OFF_07

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49500 10_OFF_06

23.0

16_OFF_12_TERR 13500

0.5 0.5

76500 03_GF_03

11_OFF_07

9600

4500

17_OFF_13_TERR 18000

54000

2000 2000

4800

800

9600

58500 12_OFF_08

2.4

38400

04_OFF_00_STR

13_OFF_09

4500

22500

2.4

4800 2.4

4800

.0 22

2.4

4800 4800

05_OFF_01

0.50.50.50.30.30.4

4500

14_OFF_10

0.50.50.50.30.30.4

2.4

4800 4800

4800

4800 2.4

03 Office Block 4800

23.0

4800

4500

67500

02 Residential Block

27000

4500

72000

g15_OFF_11 h

4500

01 Entertainment Block

31500 06_OFF_02

9600

76500

4500

17_OFF_13_TERR

21.19°

DAY LIGHT ANALISYS FROM VELUX DETAILED DESIGN DESIGN DETAILED PROJECT DEVELOPMENT PROJECT DEVELOPMENT

With facade Spring

SPRING SPRING

SUMMER SUMMER

Summer

DAYLIGHT SIMULATION - WITH FACADE DAYLIGHT SIMULATION - WITHOUT FACADE

AUTUMN AUTUMN

Autumn

WINTER WINTER

Winter

Revit user skills

Portfolio | Anastasiia Berseneva

ENERGY EFFICIENT HOUSING Location: Moscow Type of project: Individual project Year: 2022 My bachelor’s thesis explored the design of an energy-efficient residential building with a focus on low- to mid-rise typologies suited to the climatic conditions of the Moscow region. The project aimed to integrate sustainable design strategies to optimize thermal performance and reduce energy consumption. In this portfolio, I will focus on a private residential building block as a representative case study, highlighting the key principles and methodologies applied to all buildings.

1-1 (original)

3i=54,8‰

Portfolio | Anastasiia Berseneva

1-1 (original) 80 800

i=54,8‰

SITE

80 800

1-1 (original)

Masterplan

Original 2-2 (original)

145

160

1-1 (original) i=54,8‰

2-2 (original) i=61‰ 3-3 (original)

i=241,9‰

5 16

0 17 5 17

2 i=54,8‰ 80 800 80 800 i=54,8‰

3-3 (original) i=61‰ 85 700

2-2 (original) 88 300 3-3 (original) 85 700

i=241,9‰

88 300

i=241,9‰

2-2 (original)

4-4 (original)

85 700

2-2 (original) 80 800

4-4 (original) i=122,7‰ 88 300

1-1 (project) i=122,7‰

140

4-4 (original) 108 900 i=293‰ 145

i=61‰ 88 300

i=122,7‰ 108 900

1-1 (project)

4 i=61‰ 88 300

1-1 (project)

Project

88 300

i=293‰ 108 900

80 800 108 900

r. Sho

dnya

i=293‰

4-4 (original)

i=61‰

3 2-2 (original) 88 300

180

i=293‰

i=122,7‰

i=61‰

i=61‰ 85 700

80 800

2-2 (original)

88 300 i=61‰ i=241,9‰

1-1 (original)

3-3 (original) 2-2

i=54,8‰

i=54,8‰ 80 800

80 800

150

5 15

1-1 (original)

1-1 (project)

80 800

2-2 (project)

480 800

2-2 (project) 3-3 (project)

1-1 (project) 0 5 10

50 m

Legend

1-1 (project)

3-3 (project) 2-2

480 800

488 300

Legend 1-1 (project) 1-1 (project)

3-3 (project) 2-2 (project) 3-3 (project)

80 800

1. Individual residential building No. 1 (263.39 m2, plot 0.175 ha / 17.5 acres) 2. Individual residential building No. 2 (263.39 80 m2,800 plot 0.175 ha / 17.5 acres) 3. Individual residential building No. 3 (263.39 m2, plot 0.185 ha / 18.5 acres) 2 4. Individual residential building No. 4 (263.39 m , plot 0.187 / 18.7 acres) 2 5. Individual residential building No. 5, on a steep80 terrain 800 (263.39 m , plot 0.144 ha) GSEducationalVersion 6. Individual residential building 6 on a steep terrain (263.39 m2, 0.154 ha) 2-2No. (project) 7. Individual residential building No. 7 (263.39 m2, plot 0.157 ha / 15.7 acres) 8. Blocked house. Type No. (248.13 m2, plot 0.0074 ha / 0.74 acres) 2-22(project) 80 800 9. Blocked house. Type No. 1 (254.88 m2, plot 0.0129 ha / 1.29 acres) 2 10. Multi-apartment residential building. Four sections (1105.55 m ) GSEducationalVersion 11. Sports ground (289.63 m2) 2-2 (project) 12. Outdoor parking (1122.63 m2) 13. Recreation area near the embankment (527.1 m2) GSEducationalVersion 14. Recreation zone in the area of lowrise buildings (1490 m2) 15. Sports ground (420 m2) 2-2 (project) 88 300 88 300

85 700 88 300

4-4 (project) 4-4 (project)

85 70088 300

85 700

85 70088 300

4-4 (project)

4-4 (project) 108 900 108 900

GSEducationalVersion

22 GSEducationalVersion

88 300

108 900

88 300

108 900

DRAWINGS Г 1 970

Form

3 280

6 970

12 220

6 600

800

2 170

4 255

1 995

5 000

20 830

Roof Floor

1 970

5 3 280

3,17 м2

4,54 м2 12 220

6 21,73 м2

9 8,45 м2

3D scheme

21,73 м2

7 2

39,87 м

7,72 м2

6 600

800

2 170

4 255

1 995

5 000

20 830

1st Floor

1 970

22 8,68 м2

В 7,31 м2

6,97 м2

4,30 м2

7,62 м2

16 46,00 м2

6 970

11,82 м2

11 8,21 м2

2,45 м2

А 59,55 м2

17 44,97 м2

800

2 170

1 995

5 000

20 830

G Floor

8,68 м2

12,28 м2

15,60 м2

1 995

5 000

20 830

-1st Floor

Portfolio | Anastasiia Berseneva SOLUTIONS. Phase-change materials (PCMs).

day comfortable zone 26

with special material

temperature

without special material

night

time/days

The method of using capsules of materials with a phase change state: a material with unique physical properties is included (by Phase change materials (PCMs), incorporated into structural elements capsulation, and heat microencapsulation, alloy or combination) in avia structural material. They are ableabsorb to change their phase release state at a temperature range that is comfortable for a person: from 21 °C to 26 °C, and at the same time they can store a large amount of heat. If the as they transition between solid and liquid states within a comfort range (21–26 °C). When room temperature temperature in the room reaches a certain predetermined value (for example, 23 °C), then the wax inside the capsules melts the excess heat is absorbed during the phase transition. This allows, unlike all other "passive" technologies, to stop the rises to a set point (e.g., 23 °C), the PCM melts and and absorbs excess heat, limiting temperature increases. As the process of increasing the room temperature. When the room temperature drops, the wax hardens, and the capsules "give" the absorbed heat to the surrounding space. temperature drops, the material solidifies, releasing stored heat back into the space. This passive thermal regulaThe alternating sequence of melting and solidification may be due either to natural factors (eg, difference between night and day temperatures) or the use of active systems such as water heating/cooling systems, heat and energy saving systems. As tion reduces peak indoor temperature ﬂuctuations and enhances comfort. shown in the graph below, the use of phase change materials helps to avoid "peak" diurnal temperature fluctuations, and thus provides the most comfortable indoor conditions.

Section reinforced concrete slab (200 mm) insulation (150 mm) surface waterproofer adjustable legs (50 mm) terrace board

+11.200

reinforced concrete beam (300 mm) reinforced concrete slab (200 mm) metal angle parquet board insulation (150 mm) (240 mm) rubber coated protective layer insulation surface waterproofer heating cable curtain wall mount adjustable legs (50 mm) aluminium foil clinker tiles (40 mm) terrace board polypropylene insulation (200 mm) parquet board cement-sand covering subframe (25 mm)rubber coated protectivereinforced layer concrete slab (200 mm) facing board (20 heating mm) cable

+11.250

+7.200

+6.700

2 170

+7.300 +6.350

+3.250

+2.900

aluminium foil polypropylene cement-sand covering reinforced concrete slab (200 mm) insulation (150 mm) subframe (25 mm facing board (20 mm)

h in c c

+4.000

+0.000 +3.150

-0.450

-2.200

+0.000

foundation block (300х600 mm) bitumen lining expanded polystyrene (150 mm)

-3.370

facing brick (120 mm)

cement-sand covering reinforced concrete slab (200 mm) expanded polystyrene (120 mm) bitumen lining foundation mattress sand equalizing gravel bed 5 000

-4.000

3 975

-3.870

-3.300

2 275 20 830

parquet board rubber coated protective layer heating cable aluminium foil 2 970 6 600 polypropylene cement-sand covering reinforced concrete slab (400 mm) 2 lining bitumen expanded polystyrene (150 mm) sand equalizing gravel bed 4 500

SEducationalVersion

6 625

3 500

14 775

1 - curb

SOLUTIONS. Phase-change materials (PCMs). Detail axo 2

Technology for incorporating phase-changing materials into structural elements

6 1. phase-changing material (paraffins, salt hydrates, alkanes)

2. vertical profile

3. horizontal profile (clinker)

4. bracket 5. clinker facing tiles (white brick) 6. hollow brick

+15.660

parquet board rubber coated protective layer heating cable aluminium foil polypropylene cement-sand covering reinforced concrete slab (200 mm)

greenery soil (120 mm) polymeric membrane expanded polysturene geotextile polyethylene film two layers of waterproofing reinforced cement-sand coupler expanded clay concrete screed reinforced concrete slab (200 mm)

+14.260

Visualisation of the facade

+10.300

+9.450

hollow brick (250 mm) insulation (240 mm) curtain wall mount (60 mm) clinker tiles (40 mm)

+6.100

+3.550 +3.000 +3.130

+0.000

-0.720

ceramic tile cement mortar for tiles heating cable aluminium foil polypropylene cement-sand covering reinforced concrete slab (400 mm) bitumen lining expanded polystyrene (150 mm) sand equalizing gravel bed

p device on an inverted roof

plant layer fertile soil layer (according to the project) moisture-accumulating layer (peat) thermally bonded geotextile drainage geomembrane extruded polystyrene foam separation layer of non-woven needle-punched geotextile PVC membrane waterproofing protective layer of non-woven needle-punched geotextile leveling cement-sand screed sloping layer reinforced concrete slab

box; 3 - bark (base) of the anti-aircraft lamp; 4 - dome of the anti-aircraft lamp; 5 - clamping bar for ane; 6 - sealant; 7 - protective metal apron.

6 610

5 620

5 700

4 230

22 160

Portfolio | Anastasiia Berseneva

MODULE HOUSE Location: Lithuania, Vilnus Type of project: Group project (competition) Year: 2019 The decision to participate in this competition was based on its relevance to my ongoing research on autonomous housing. The project involved studying the necessary equipment for a fully self-sufficient home and selecting the most suitable materials. The final selection of equipment and materials was made in accordance with the competition criteria, prioritizing simplicity and functionality. According to the competition brief, the target users are Peter and Lisa, a couple aged 30–40 with earnings slightly above average. Due to the pandemic, they seek to relocate from an apartment to a natural environment near a lake. Their housing module must not exceed 35 m², with an additional 15 m² allocated for a sauna. Peter requires a stable electricity supply for remote work, while Lisa will occasionally travel to the city. Additionally, two friends will visit them every weekend.

Portfolio | Anastasiia Berseneva CONCEPT. Even if Peter and Lisa decide to establish a hostel on their perfectly close to the nature territory, they have such an opportunity together with our block. It can multiply endlessly as each module has an outside entrance for the owner of the room. block The main bath-kitchen advantage

Kitchen

inside garden to step into rooms

for the organization of communications

Kitchen - bathroom The main advantage Sauna module

Living heating area

module

Free module (utility, bedroom)

The main advantage Infinity ways of connection Infinity ways of connection Infinity ways of

15 m2 is enough

connection 2

15•One m module is enough is for all purposes with different equipment inside. For block with kitchen and bathroom there a solar collector to provide hot water and heating by underfloor heating system. Since theand restoutside of the area 2 Independent access to private rooms through inside 1 example: 15is m is enough modules do not have warm floors, a stove can be installed inside.

3 000

equal dimensions in the gaps between doors and windows, it is very easy to connect the blocks. In•Due ourtoopinion the best solution for Peter and Lisa is an example № 1c •The whole module is made out of standard SIP panels. Independent access to private rooms through inside and outside area 1 example: a) b) c) Independent access to private rooms through inside and outside area 1 example: In our opinion the best solution for Peter and Lisa is an example № 1c

In our opinion the best solution for Peter and Lisa is an example № 1c a) b) c) b)

3 000

5 000

There is also a bathroom in the block with the kitchen. At the entrance there is a boiler powered by a solar collector.

Kitchen

a) 2 example:

Sauna

Independent access to private rooms only through outside area

2 example: b)

c) Independent access to private rooms only through outside area Independent access to private rooms only through outside area

2 example: a)

GSEducationalVersion GSPublisherVersion 344.96.98.100

Even if Peter and Lisa decide to establish a hostel on their perfectly close to the nature territory, they have such an opportunity together with our block. It canifmultiply endlessly as each module has an outside entrance Even Peter and Lisa decide to establish a hostel on their for the owner perfectly closeof tothe theroom. nature territory, they have such an Even if Petertogether and Lisa with decide toblock. establish a hostel on their opportunity our bath-kitchen block inside garden perfectly closefor to the organization nature territory, they have such to an step into opportunity together with block. It can multiply endlessly asour each module has an outside entrance of communications rooms for the owner of the room. ItKitchen can multiply endlessly as each module has an outside entrance - bathroom Sauna module inside garden Living heating area bath-kitchen block for the owner of the room. module to step into for the organization bath-kitchen block inside rooms garden of communications for the organization to step into of communications Sauna module rooms Kitchen - bathroom Living heating area

module Kitchen - bathroom module

Sauna module

Living heating area

Free module (utility, bedroom) Free module (utility, bedroom) Free module (utility, bedroom)

There is also a bathroom in the block with the kitchen. At the entrance therebathroom is a boiler powered •One module is for all purposes with diﬀerent equipment inside. For block with kitchen and there by a solar collector.

is a solar collector to provide hot water and heating by underfloor heating system. Since the rest of the modules do not have warm floors, a stove can be installed inside. •Due to equal dimensions in the gaps between doors and windows, it is very easy to connect the blocks. •One module is for all purposes with different equipment inside. For block with kitchen and bathroom there •The whole module is made out of standard SIP panels. is a solar collector to provide hot water and heating by underfloor heating system. Since the rest of the •One module is for allwarm purposes with different modules do not have floors, a stove can equipment be installedinside. inside.For block with kitchen and bathroom there is a solar collector to provide hotgaps waterbetween and heating underfloor system. Since the rest the •Due to equal dimensions in the doorsby and windows,heating it is very easy to connect the of blocks. modules domodule not have stove can bepanels. installed inside. •The whole is warm made floors, out of astandard SIP •Due to equal dimensions in the gaps between doors and windows, it is very easy to connect the blocks. •The whole module is made out of standard SIP panels.

There are two zones. Part of the entrance1 (normal temperature) and part of the steam room2. Both oﬀer a magniﬁcent view of the lake. From the steam room there is an exit to the pier.

Version ersion 349.96.97.100

98.100

STRUCTURAL AND TECHNICAL SOLUTIONS.

Skirting

Waterprooﬁng SIP panels

2 1. Top flange metal floor joist hangar 2. SIP panelSide view 3. Roof sheathing (glued & nailed) 4. Waterproofing 5. Steel angle

Back view

SIP panels with ﬁnish

+3.000

+2.100

Peter and Lisa can ﬁrstly buy one fully equipped module.

Peter and Lisa can ﬁrstly Peter and Lisa can ﬁrstly buy one fully equipped buy one fully equipped module. module.

Waterprooﬁng Water is taken from Water is taken from artesian well. The same equipment but less number of solar panels. Stove is unnecessary.

Water is taken from artesian well. The same equipment but less number of solar panels. Stove is unnecessary.

artesian well. The same equipment but less number of solar panels. Stove is unnecessary.

Counter crate

The Peter bestand solution Lisa can for ﬁrstly The best solution for comfort buy one full fully year equipped living. comfort full year living. module. More solar panels + More solar panels + generator. Water is taken from generator. artesian well. The same equipment but less number of solar panels. Stove is unnecessary.

Crate

1 050

The best solution for comfort full year living.

More solar panels + generator.

+0.000 -0.310

700

2 100

700

1 050

Plan

Side view

Inﬁnity options of connections. But the owner needs to increase the number of solar panels, batteries, e.t.c.

Peter and Lisa can ﬁrstly buy one fully equipped module.

3 468

•Climbing plants on the threads (hidden between wooden decorative planks). •On the roof with a slight slope from the middle there is a gutter on both sides hidden behind cladding board2.

Inﬁnity options of Inﬁnity options of connections. But the connections. But the 1 250 1 250 1 250 owner needs to increase owner needs to increase the number of solar the number of solar panels, batteries, e.t.c. panels, batteries, e.t.c.

1 050

1 750

1 050

More solar panels + generator.

Water is taken from artesian well. The same equipment but less number of solar panels. Stove is unnecessary.

Inﬁnity options of connections. But the 250 to increase owner1needs the number of solar panels, batteries, e.t.c.

700

The best solution for comfort full year living.

3 470

1 050

Solar panels

Facing Utility Parking

Gutter in the wall Screw pile

Inﬁnity options of connections. But the owner needs to increase the number of solar panels, batteries, e.t.c.

Sauna

3 Equipment/facilities Equipment/facilities Equipment/facilities Equipment/facilities 2

Dock Peter and Lisa can ﬁrstly buy one fully equipped module.

The best solution for comfort full year living.

1. Public block 2. Privat block 3. Wet block 4. Terrace

More solar panels + generator.

Water is taken from artesian well. The same equipment but less number of solar panels. Peter and Lisa can firstly Stove is unnecessary. Heating: underfloorHeating: heating (kitchen underfloor block)+stove+recuperator Heating: heatingunderfloor (kitchen block)+stove+recuperator heating Heating: Sewage: (kitchen underfloor block)+stove+recuperator storage heating tank Sewage: (kitchen Cooking: storage block)+stove+recuperator gastank Sewage: cylinder Cooking: storagegas tank cylinder Sewage: storage gas cylinder tank Cooking: gas cylinder buyCooking: one fully equipped Autonomy of electrical Autonomy energy of is achieved electrical Autonomy by energy installing ofiselectrical achieved three Autonomy energy sets by installing of is solar of achieved electrical panels threeby sets 5energy installing kilowatts of solar is achieved three each panels with sets 5bykilowatts of installing solar panels each three with 5sets kilowatts ofmodule. solar each panels with5 kilowatts each with

The best solution for comfort full year living.

Heating: underﬂoor heating (kitchen block)+stove+recuperator. Sewage: storage tank. Cooking: gas cylinder. batteries (total kW batteries is calculated (total 15 forbatteries kW the maximum calculated (total 15 load for kW the from batteries isinstalling calculated maximum all devices). (total load for 15A the kW from diesel maximum is calculated allgenerator devices). load for is A from installed the diesel all maximum generator devices). for load Aisdiesel installed from each generator all devices). for is A installed diesel generator for (total is installed Autonomy of 15electrical energy isisachieved by three sets of solar panels 5 kilowatts batteries 15 kWfor is Waterwith is taken from artesian well. The same unforeseen situations. unforeseen situations. unforeseen situations. unforeseen calculated for the maximum load from all devices). Asituations. diesel generator is installed forunforeseen situations. equipment less The perfect place we found is an area thirty minutes far frombut the city of Siauliai.

More solar panels + generator.

number of solar panels. Stove is unnecessary.

Section

2°

The foundation, light weight and ease of installation allows these blocks to be installed in any area. the buyer can also decide whether he needs communications and install separate units with the entire set of mechanisms or not.

GSEducationalVersion GSPublisherVersion 349.96.97.100

Equipment/facilities

Simple The foundation, and reliable light fastening weight andof ease blocks of gives installation variousallows options for these planning blockssolutions. to be installed in any area. the buyer can also decide whether he needs communications and install separate units with the entire set of mechanisms or not.

GSEducationalVersion GSPublisherVersion 349.96.97.100

The Simple passive foundation, and house reliable light Super Simple The The passive easy foundation, and tohouse produce reliable light In The Super our Simple passive time, easyefficiency and house to produce reliable Time Super In our The plays easy time, passive ato efficiency produce house InTime our Super time, plays easy efficiency a to produce Time In plays our time, a efficiency fully weight fastening satisfies and ease of theblocks of that fastening fully weight is satisfies why and ofitthe ease is blocks also of is fully that afastening very satisfies is important why the itofis blocks also significant that is afully very is why satisfies important role it inisthe also issignificant athat very is important why role in it is also significant is a veryrole important in concept installation gives various of allows options cheap. gives concept installation various of allows options aspect concept cheap. gives ofofvarious options construction. cheap. aspect concept of ofDue to aspect construction. cheap. of Due to construction. aspect of Due to sustainable these for planning blocks to solutions. be for sustainable these planning blocks solutions. to be construction. sustainable for planning solutions.their construction. sustainable small area, the construction. their small area, the their construction. small area, the development installed in any popular area. development installed in popular any area. Materials development are selected popular blocks Materials development are easy are selected topopularMaterials blocks are are easy selected to blocks Materials are easy areto selected today. the buyer Solar can energy also today. the buyer Solar energy can also in today. suchSolar a wayenergy that transport in such today.a and Solar way that energy intransport such a way andthat transport in suchand a way that sources decide whether and natural he sources decideand whether natural he everyone sources and cannatural afford assemble. everyone sourcesYou can andcan afford natural everyone assemble. can You afford can assemble. everyone You can can afford building needs materials building needs materials this building kind materials of house. build this building kind a full-fledged ofmaterials house. this build kind a full-fledged of house. build this a full-fledged kind of house. allow communications this home to and be allow communications this home to be and allow this home to be house allow in less this than homeato be house in less than a house in less than a green installas separate well. units green install as well. separate units green as well. day.green as well. day. day. with the entire set of with the entire set of mechanisms or not. mechanisms or not.

Time plays a signiﬁcant role in construction. Due to their small area, the blocks are easy to transport and assemble. You can build a full-ﬂedged house in less than a day.

Inﬁnity options of connections. But the owner needs to increase Heating: heating (kitchen block)+stove+recuperator Sewage: stora the number ofunderﬂoor solar panels, batteries,of e.t.c. Autonomy electrical energy is achieved by installing three sets of solar panel

batteries (total 15 kW is calculated for the maximum load from all devices). A die unforeseen situations.

Inﬁnity options of connections. But the owner needs to increase the number of solar panels, batteries, e.t.c.

The foundation, light weight and ease of installation allows these blocks to be installed in any area. the buyer can also decide whether he needs communications and Equipment/facilities install separate units with the entire set of mechanisms or not.

GSEducationalVersion GSPublisherVersion 349.96.97.100

Simple and reliable fastening of blocks gives various options for planning solutions.

The passive house fully satisﬁes the concept of sustainable development popular today. Solar energy sources and natural building materials allow this home to be green as well.

Super easy to produce In our that is why it is also is a ve cheap. aspect constr Materi in such everyo this kin

Equipment/facilities

Heating: underﬂoor heating (kitchen block)+stove+recuperator Sewage: storage tank Cooking: gas cylinder Autonomy of electrical energy is achieved by installing three sets of solar panels 5 kilowatts each with batteries (total 15 kW is calculatedGSEducationalVersion for the maximum load from all devices). A diesel generator is installed for GSPublisherVersion 349.96.97.100 unforeseen situations. Heating: underﬂoor heating (kitchen block)+stove+recuperator Sewage: storage tank Cooking: gas cylinder Autonomy of electrical energy is achieved by installing three sets of solar panels 5 kilowatts each with batteries (total 15 kW is calculated for the maximum load from all devices). A diesel generator is installed for unforeseen situations. The foundation, light

Simple and reliable The passive house

Super easy to produce In our time, eﬃciency

Time plays a

Portfolio | Anastasiia Berseneva

SAN GIOVANNI IN VAL DI LAGO Location: Val di Lago, Italy Type of project: Group project Year: 2022 Since 1994, the Via Francigena has been recognized as an international network of tourist and pilgrimage routes, retracing the medieval path across England, France, Switzerland, and Italy. San Giovanni in Val di Lago (Lake Chapel) is situated on the shores of Lake Bolsena in the northern part of the Viterbo province, marking the final stretch of the pilgrimage route to Rome. Dating back to the 16th century, the chapel holds significant historical value. Our team approached this project with a deep respect for its historical context, developing a concept that integrates modern design while preserving the site’s architectural heritage. Inspired by the structure of medieval towns that accommodated pilgrims overnight, the proposed shelter consists of separate buildings arranged around the chapel, designed for both tourists and church ministers.

Portfolio | Anastasiia Berseneva CONCEPT

1. Distribution of visitors now

2. Distribution of visitors ✘

3. Distribution of visitors ✔

The conception was inspired by learning principles of urban design of a medieval town. Different roof angles and asymmetrical buildings’ position was used in this regard.

GSEducationalVersion

SPACIAL CONCEPT

GSPublisherVersion 0.89.100.100

The project adopts a minimalist design inspired by traditional regional dwellings. A timber framework with SIP panels ensures efficient transport and assembly, while façades of white plaster and wood blend with the landscape and emphasize the chapel’s presence. A narrow pond with greenery separates public and private zones, supporting a comfortable microclimate. In response to growing accessibility demands, the layout includes apartments for people with disabilities, in line with plans to adapt the pilgrimage route. New buildings are arranged along the site’s perimeter to preserve the historic view and maintain the chapel as the central focus.

Portfolio | Anastasiia Berseneva VISUALS

34 GSEducationalVersion

GSEducationalVersion

MASTER PLAN

1-5 6-8

12-17

18-23

11 9

InfoCenter: 1 - Office, 2 - Archive, 3 - WC, 4 - Laundry, 5 - Storage of garden tools; Accommodation: 6 - for chapel ministers, 7 - for pilgrims, 8 - for disabled persons; 9 - Lake Chapel; Auditorium: 10 - Auditorium, 11 - Storage of chairs; Canteen: 12 - Dining room, 13 - Kitchen, 14 - Food store, 15 - Staff room, 16 - WC, 17 - WC for disabled persons; Stable: 18 - Сorral, 19 - Stalls, 20 - Equipment storage, 21 - Hay storage, 22 - Shower for horses, 23 - Storage

Portfolio | Anastasiia Berseneva AXONOMETRY OF THE CHAPEL

The load from the expansion of the dome is partially redistributed to the wooden supporting structure. Thus, a predominantly the load acts on the walls vertically.

The dome is made of translucent concrete LiTraCon. That allows you to receive diffused light indoors during the daytime, and makes the chapel a luminous beacon that attracts all believers at night.

We propose to close the open opening in the wall from the inside of the chapel in such a way as to preserve the historical fact of its existence from the outside, and from the inside emphasize the modern intervention by painting it white.

Slab is poured on the base

36 GSEducationalVersion

DRAWINGS OF THE CHAPEL 1. Plan (usual configuration)

2. Plan (music concert configuration)

GSPublisherVersion 0.89.100.100

3. Section

Chapel The design features a timber framework enclosing a translucent LiTraCon dome with an oculus, referencing medieval scaffolding and evoking the lost form of the original chapel. Materials align with surrounding buildings, aiming to create not an object, but the impression of one. The materials harmonize with the surrounding buildings, aiming not to create a singular object, but the impression of one. Resembling a lighthouse, the new chapel symbolically guides pilgrims to refuge, offering a space for both physical and spiritual rest.

37 GSEducationalVersion

Portfolio | Anastasiia Berseneva GRASSHOPPER ANALISYS Nuevo Norte Tower project

House of Music - on going project The southeast-facing facade, which also overlooks the park, was optimized to reduce glare and overheating in reading areas. Solar radiation analysis identified early-morning eastern sunlight as a key issue. Vertical facade elements were parametrically adjusted to maintain solar gain within the target range of 200–400 kWh/m².

Video demonstration of working in Rhino and Grasshopper (data from QGIS) The scheme of the shortest path that changes depending on the position of points on the map

Elevation scheme of the area made in Rhino and Grasshopper with data from QGIS

Scheme with single isochrones and from multiple bus stops accessibility area

Portfolio | Anastasiia Berseneva

Hohohot East Coach Hub Terminal / CSADI A2 Studio • Architects: CSADI A2 Studio • Area: 46471 m² • Year: 2016

Hohohot East Coach Hub Terminal / CSADI A2 Studio

In order to meet the development demand of the In order to meet the development of the long-distance and rapid passenger demand transport on the trans-provincialand highway, the Hohhot government long-distance rapid passenger transport on the decided to build the Hohohot East government Coach Hub trans-provincial highway, the Hohhot Terminal, to which of national levelHub coach decided buildis the center Hohohot East Coach hub and which the important nodeof among thelevel highway, Terminal, is the center national coach railway, urbannode bus and other hub and aviation, the important among theintermodal highway, transport hubs. railway, aviation, urban bus and other intermodal transport hubs. Under the the principle of non-interference, Under non-interference,the theproject project divides different differentareas areas for different functions. divides for different functions. Instead of the traditional mode, the station building Instead of the traditional mode, the station building innovatively adopts adopts the innovatively the layout layoutof of“elevated “elevatedwaiting waiting hall”, and andprovides provides safe, friendly, efficient hall”, safe, friendly, efficient and and convenient travelling environment for passengers convenient travelling environment for passengers through the the three-dimensional three-dimensional streamline streamline mode mode of of through “entry at at the the top top and and exit “entry exit at at the the bottom“. bottom“.

Side windows

Ground surface

Part of arched made in concrete (hexagon)

Main arches of the structure

Base for rectungular beams from inside and covering

Middle arch and its division on segments Custom preview

Concrete columns/legs (hexagon)

Concrete slab (first floor)

QR-code for a small video how the model works

Big (arch shape) canopy above th

Beams inside the structure (rectan

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g surfaces

Small canopy at the entrance

Custom preview

Windows on the Ground floor

Wall panels at the entrance

Front windows of the main facade

he entrance

QR-code for a small video how the model works

ngular) rotation among the curve

THANK YOU FOR CONSIDERATION email: anastasiia.berseneva@mail.polimi.it tel: +39 349 118 65 97