PORTFOLIO
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SELECTED WORKS VLADISLAV MALENKO
Vladislav Malenko Education
Wellesley West, Toronto, ON, M4Y 1E8 +1 437 345 0151 vlad.malenko@gmail.com Languages English С1, IELTS 7.5 Russian - native German B1 (working proficiency) French А2 (learning)
Profile
An experienced architect, skilled in a range of sectors from architectural design to interior design, and complex multidisciplinary research projects. Worked on projects from concept to delivery and with a variety of building typologies on different scales: institutional (incl. health care and educational), cultural, residential, mixed-use, and industrial. Capable of developing any idea and shaping it into a building volume in line with regulations and standards.
Work experience Senior Architect. Moscow, Russian Federation. 2015-2019 Contract jobs at multiple companies; Trio Project Company, LLC; Central Institute for Modern Design, LLC; Geometr, LLC. Intermediate Architect. 2013-2015 Moscow, Russian Federation KB-Strelka, LLC; Evrogroup, LLC. Hamburg, Germany Ministry of Development and Environment (BSU) Saint Petersburg, Russian Federation New Aviation, LLC. Intermediate Architect / Researcher / Tutor. 2013-2014 Saint Petersburg, Russian Federation. ITMO National Research University. Manager of research studio at trans disciplinary Master Program of Advanced Urbanism. Part-time. Juniour Architect. Southern Federal Okrug, Russian Federation 2008-2013 Pragma-Sochi, LLC; Konstruktor, LLC.
Achievements
2009 Diploma of Specialtist in Architecture. Institute of Architecture and Arts of Southern Federal University. Department of residential and civil buildings. 6 years, full-time. GPA 4.75 (out of 5)
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As recognised by WES: Bachelor's Degree
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Software
Proficiency in: Revit Architecture, Autocad 3ds max+vray SketchUp Adobe Suite: Photoshop, InDesign, Illustrator MS Office Rhinoceros Basic knowledge: Dynamo Grasshopper Archicad
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Activities
Nominee of the program of Senate of Hamburg for young professionals, 2014 I prize for the article “Trans disciplinary approach to complex projects of urban transfromations" at the conference at ITMO, Saint Petersburg, 2014. With co-authors Workshops and master classes as a part of a research at Design of Urban Ecosystems, ITMO, Saint Petersburg. 2013-2014 Research Rostov-on-Don. Atlas and Vision for Sustainable Growth, 2012-2013. Presented through lectures and workshops. Courses of German language, Inlingua Sprachschule Berlin, 2011-2012
Contents: Architectural projects Architectural and urban studies | research
Educational facility for 220 students
Section 2-2
Yakutsk. Design 2016-18. Set into operation 2020 Total area 7850 m2 Number of stories: 2-3 Building volume 31’148 m3 Senior project architect. Responsibilities: Project coordination with a project manager, meeting deadlines, architectural design, supervision of 4 architects, coordination with an interior architect. BIM Revit. Concept, documentation for building permit, construction documents. - educational facility is in the subarctic climatic region on permafrost. The architectural concept is based on the consecutive network of internal courts and atriums with ceiling lighting. The facility includes classrooms, a conference hall, an assembly room, a planetarium, and a gymnasium with a pool.
Ground floor plan
Revit model views and sections
- Carried out under the agreement on a public-private partnership. Strict control over the construction budget.
Section 1-1
Fountain section
Revit model sections
Educational facility for 220 students
National school for 550 pupils
Completion, state as d.d. the end of 2019
Yakutsk. 2016-2018. Set into operation Total area 10324 m2 Number of stories: 3 + basement Building volume 51 190 m3 Ground floor plan
Senior Architect. BIM Revit, 3ds max+Vray Stages: concept, amendments in “Project” stage (building permit documents), development of construction documentation, amendments in interior design in compliance with the technological arrangements. Based on the approved “PPT master plan’ documents. Early school and kindergartens volumes. Insolation studies.
2nd floor plan
Facade proposals Configurations of the class rooms according to the state standards and design peculiarities - Despite being built on permafrost, the building is not elevated and has a cold basement with technical rooms. This solution could become possible by building on sand filling on the reclaimed territory of the floodplains. - The facility features an addition - the interpretation of the Urasa, the summer house of Yakuts, which houses a national theatre and a national dance hall. - Carried out under the agreement on a public-private partnership. The strict control of keeping construction costs within the amount approved by the contract.
Functional diagrams of early design studies
3rd floor plan
School for 350 pupils
Ground floor plan
Art school with library
Ground floor plan
Yakutsk. 2016-2018. Set into operation Total area 6500 m2 Number of stories: 3 Building volume 33’000 m3 Senior project architect. Responsibilities: Project coordination with a project manager, meeting deadlines, architectural design, group supervision. BIM Revit. Concept, building permit. Commissioned to make amendments in the concept in compliance with the requirements of fire safety regulations, daylight factor, insolation, and technology. Educational facility in harsh climatic conditions in a permafrost region.
2017 Total area 9533 m2 Number of stories: 2/3 + basement Amendments in construction documentation (Stage ‘R’), and ODI (accessibility mesures for disabled people)
Kindergarten for 200 pupils
Functional diagram
2017 Total area 3435 m2 Number of stories: 3 2nd floor plan
Amendments in construction documentation (Stage ‘R’). BIM Revit
Center of contemporary culture and art 2016-2018 design and construction. Occupancy permit - 2020
Site plan
Total area 5526 m2 Number of stories variable 3-4 Building volume 39 544 m3 Work under the supervision of a senior architect. BIM Revit, 3ds max+Vray Development of documentation for building permit (Stage ‘P’).
3rd floor plan
Revit model view and section
2nd floor plan
3rd floor plan
2018 Number of storeys 4+basement Total area 3837 m2 Building volume 15690 m3
Healthcare Facility Moscow. 2017-2018 Set in operation
Preparation of documentation for the reissuance of building permit - amendments, for reentering the Moscow State Expertise.
Total area 71’205 m2 Number of stories 7+ 2 underground floors Building volume 297’879 m3
Senior Architect on the project. BIM Revit. Concept. Development of the technological layout in cooperation with a chief technologist. Presentational materials for building permit. BIM Revit Model preparation for the issuance of documents for building permit. Preparation of the model and development of the design assignment for the final visualisation.
Department of anatomic pathology facility with funeral hall
Ground floor
2018 Total area 2’212 m2 Number of storeys: 2 + 1 underground Building volume 12’200 m3
Visualisations
issuance of documents for building permit. The facility is located at the border of the hospital territory on a narrow stripe of vacant land with steep topography. In order to comply with the hygienic regulations, the building is made more descreet by being placed below the average elevation of the premises in the excavated area. Service roads, reguired by the technological scheme and fire regulations, are provided from both sides.
Senior Architect on the project. Technological scheme with a chief technologist. Presentational materials for city officials for getting a buildng permit. Development of the design assignment for final visualisation. BIM Revit. Model preparation for the 2 floor
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Поступление трупов
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Выдача тел из траурного зала
Зона погрузки-разгрузки
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Секционная группа Технические помещения
Polyclinic for 320 visitors Total area 2253 m2 Number of storeys variable 4-5 Building volume 37’263 m3 Senior Architect. Development of the technological layout with a chief technologist, master plan, facade proposals. Preparation of presentational materials for the city officials. Development of the design assignment for final visualisation. Work in BIM Revit.
Ground floor plan
-1 floor plan
The approved facade solutions were recommended as an exemplary for using for other facilities commissioned by the client. Preparation of the BIM model for the issuance of documentation for building permit.
Section 1-1
2 floor plan
Approved proposal
Perintal centre Moscow. Design 2017-2018 Set in operation. Total area 51’700 m2 Number of stories: variable 3/5/7+ground floor+ technical floor Building volume 236’000 m3 BIM Revit. Modelling of the facades in accordance with as-built 3D scan model of the monolithic framework of the Building A. - Preparation of materials for contractors for facade glazing. - Preparation of the sets of documentation specifically for the client. Namely, schemes of facades with marks of every amendment during the construction and fire regulation requirements, BOMs and BOQs. - Preparation of assignments for interior design and assessment of the developed design on compliance with norms and the technological part of the project - Design solutions for the hospital checkpoint. Building permit. Work in a team as a second architect.
Fragment of a cortyard facade
3 floor plan
4 floor plan
As-built scan geometry superimposed on the Revit model
- Work in a team on amendments of architectural documentation for the Moscow State Expertise.
Fragment of an external facade
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54.87 Коридор
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18.97 Комната персонала
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2019 Total area: 4920 m2 Number of storeys: 4+Basement+Upper technical floor Facade design for the reconstruction of typical policlinic facilities in Moscow. BIM Revit, 3ds max+Vray
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Reconstruction, with addition of an annex, of the hospital’s western wing. Development of layouts with the technologist according to the medical assignment. It included: diagnostic department, surgery department, ambulatory, and administration offices. F-
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Senior Architect. Coordination with a project manager. Development of a reconstruction concept with a technologist and issuance of documentation for buildng permit (Stage ‘P’). BIM Revit. Phases of demolishion, new construction. Documentation for building permit.
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Perintal centre
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Meteostation of Space Port Vostochnyi 2014 Number of storeys: 1-2.
Materials testing facility Number of storeys: Concept of the building. Development of layouts with a technologist, facades.Visualisations.
ArchiCAD, 3ds max+Vray 1st place in a closed competition
Work under the supervision of a chief architect. Development of the concept with a technologist, issuance of documentation for building permit. Visualizations. AutoCAD, 3ds max+Vray
Administration building 2013-2014 Total area 8800 m2 Number of storeys 8, 10 (for different proposals). Scope of work: Amendments in the design assignment. Development of the architectural concept of the administration building and assembly facility on the premisies of a helicopter plant. Coordination and preparation of the assignment for visualization (including modeling and master plan draft). Presentation materials for the client.
Assembly facility Total area ca. 8000 m2 Number of storeys 3 Work under the supervision of a chief architect. Development of the layouts with a technologist. Issuance of documentation for building permit Ground floor
2 floor
3 floor
Transport scheme of airport UFA Concept of the terminal facility. 2013-2014 Total area ca. 24'500 m2 Number of storeys: 2/3. Development of the concept of the transport and parking scheme of the airport terminal in coordination with a chief technologist in accordance with state regulations and airport safety regulations (Russian and ICAO).
Transit hub facility 2018 Total area 7961 m2 Number of storeys: 4 above ground Senior architect, in coordination with a project manager, chief structural engineer, and a chief technologist. Development of the concept based on approved “PPT Master plan” in BIM Revit. Technological scheme, facade proposals, visualizations in 3ds max+Vray. The main feature of the structure that it is located directly above the arched ceilling of the subway station. Specific structural framework, which was proposed in order to redistribute loads which significantly influenced the floorplans and technological scheme.
Visualisation of the concept of the airport terminal for 500 passengers per hour. Collaboration on the development of documentation for building permit under the supervision of a chief architect (for the airport terminal concept with capacity of 250 passengers per hour).
Bird-eye view of the airport terminal for 500 pass./hour
Transit hub facility
Ñëóæåáíûé âúåçä
2018 Total area 8500 m2 Number of storeys: 3+1 underground Presentational CG of the approved proposal of the terminal (with capasity 250 pass./hour (by xyzproject) for which documentation for building permit where developed.
Preliminary design. Analysis of city bylaws and site limitations. Building volume concept. Transit hub with commercial function. Studies of the building volume on a site with somplex topology and development of a technological scheme in line with technological assignment.
Ãëàâíûé âõîä
Òåõí è÷ çîíà åñêàÿ
Ïÿòíî çàñòðîéêè 4400 ì2
Âúåç ä ïàðê â èíã Îõðàííàÿ çîíà òåïëîñåòè
Âõîä
Óñëîâíûå îáîçíà÷åíèÿ Ïðîåçäû Òðîòóàðû Îçåëåíåíèå
Âúåçä è âûåçä äëÿ ïîñåòèòåëåé
Low-rise residential development with kindergarten and in-built commercial premises
Mid-rise residential development with kindergarten and underground parking facility 2016 4 residential buildings, 1 office+hotel suits, 1 kindergarten for 140 pupils, 1 undeground parking (cap. 1020 cars) Site 5 ha Total area of residential buildings 108’762 m2 Total area of units 76’825 m2 Work under the supervision of a principal architect. Leading a group of 6 architects.
2015-2016 Work under the supervision of a principal architect. Leading a group of 6 architects.
Solar envelope study
Site 7 ha Total area of units 51’000 m2 Amendments in “PPT master plan”, insolation analysis, floor plans, facades. Coordination with site plan engineer. Preparation of the BIM model for the issuance of documentation for building permit.
Amendments in the approved “PPT Master plan” in BIM Revit according to the client’s assignement. Generative design of the solar envelope - to define maximum buildable volume, Rhino+Grasshopper. Floor plans, facade proposals, underground parking concept. Master plan
13.83 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
9.82 Ǹȡȣțȭ 15.44 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
14.06 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
3.71 ȃȜșș
2.74 ǰȎțțȎȭ
5.04 ȃȜșș
1.55 ǿ ȁ 6.10 DZȎȞȒȓȞȜȏ
4.32 Ǹȡȣțȭ țȖȦȎ
1.53 ǿ ȁ
1.55 ǿ ȁ
22.11 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
5.58 ȃȜșș
15.55 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
2.95 Ǹȡȣțȭ țȖȦȎ
2.70 DZȎȞȒȓȞȜȏ
2.66 DZȎȞȒȓȞȜȏ
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6.57 ȃȜșș
3.54 ǰȎțțȎȭ
16.69 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
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5.12 ǸșȎȒȜȐȎȭ ȚȎȟȠȓȞȟȘȜȗ
31.41 ǽȜȚȓȧȓțȖȓ ȝȓȞȟȜțȎșȎ
14.55 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
2.26 ǿȎțȡȕȓș
11.67 Ǹȡȣțȭ
10.94 Ǹȡȣțȭ
5.22 ǹȜȒȔȖȭ
48.55 ǺȎȟȠȓȞȟȘȎȭ ȚȎȟșȭțȜȗ ȔȖȐȜȝȖȟȖ
5.12 ǸșȎȒȜȐȎȭ ȚȎȟȠȓȞȟȘȜȗ
23.50 ȃȜșș 23.35 ǹȓȟȠțȖȥțȎȭ ȘșȓȠȘȎ
4.28 ȃȜșș
3.54 ǰȎțțȎȭ
14.87 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
16.37 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
10.44 Ǹȡȣțȭ
1.67 ǿ ȁ 3.15 ǰȎțțȎȭ
10.80 Ǹȡȣțȭ
4.51 ǯȎșȘȜț
7.16 ǹȜȒȔȖȭ
47.55 ǺȎȟȠȓȞȟȘȎȭ ȎȘȐȎȞȓșȪțȜȗ ȔȖȐȜȝȖȟȖ Ȗ ȞȖȟȡțȘȎ
12.79 Ǹȡȣțȭ
16.95 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
9.73 ȃȜșș
3.88 ǰȎțțȎȭ
15.68 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
16.14 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
41.95 ǺȓȔȘȐȎȞȠȖȞțȩȗ ȘȜȞȖȒȜȞ 13.68 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
6.77 ȃȜșș
3.44 ǰȎțțȎȭ
8.93 Ǹȡȣțȭ țȖȦȎ 2.93 1.23 ǰȎțțȎȭ ǿ ȁ
3.60 DZȎȞȒȓȞȜȏ 29.61 ǺȓȔȘȐȎȞȠȖȞțȩȗ ȘȜȞȖȒȜȞ
10.07 ǽȞȖȣȜȔȎȭ
5.01 ȃȜșș
2.48 ǯȎșȘȜț
14.70 ǿȝȎșȪțȭ
9.19 ȃȜșș
2.75 ǰȎțțȎȭ
15.27 ȃȜșș
3.69 ǰȎțțȎȭ
1.24 ǯȎșȘȜț 15.91 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
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14.76 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
15.38 ǹȓȟȠțȖȥțȎȭ ȘșȓȠȘȎ 1.36 ǿ ȁ
3.57 ǰȎțțȎȭ
2.72 ǰȎțțȎȭ 2.95 Ǹȡȣțȭ țȖȦȎ
? ?
15.13 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
11.01 Ǹȡȣțȭ
3.47 ǰȎțțȎȭ
8.94 Ǹȡȣțȭ 1.13 ǿ ȁ
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9.00 Ǹȡȣțȭ 22.82 ǴȖșȎȭ ȘȜȚțȎȠȎ
4.67 ȃȜșș 1.24 ǯȎșȘȜț
? ?
3.34 ǯȎșȘȜț
3.62 ǯȎșȘȜț
4.63 DZȎȞȒȓȞȜȏ
16.52 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
3.14 ǽȡȖ
7.89 ǿȎțȡȕȓș Ǻ
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4.51 ǯȎșȘȜț
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19.60 ǸȎȏȖțȓȠ ȠȓȜȞȓȠȖȥȓȟȘȖȣ ȕȎțȭȠȖȗ ȘșȡȏȎ
31.08 ǸȜȞȖȒȜȞ 7.89 ǿȎțȡȕȓș Ǵ
3.69 ǰȎțțȎȭ 2.03 ǹȜȒȔȖȭ
1.24 ǯȎșȘȜț
16.72 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
5.41 ȃȜșș
19.06 ǸȎȏȖțȓȠ ȠȓȜȞȓȠȖȥȓȟȘȖȣ ȕȎțȭȠȖȗ ȘșȡȏȎ
18.00 ǸȎȏȖțȓȠ ȠȓȜȞȓȠȖȥȓȟȘȖȣ ȕȎțȭȠȖȗ ȘșȡȏȎ
16.44 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
4.25 ȃȜșș
18.74 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
24.10 ǹȓȟȠțȖȥțȎȭ ȘșȓȠȘȎ
21.79 ǸȎȏȖțȓȠ ȠȓȜȞȓȠȖȥȓȟȘȖȣ ȕȎțȭȠȖȗ ȘșȡȏȎ
10.41 Ǹȡȣțȭ țȖȦȎ
3.44 ǰȎțțȎȭ
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1.24 ǯȎșȘȜț
3.40 ǰȎțțȎȭ
10.09 Ǹȡȣțȭ
15.34 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
1.24 ǯȎșȘȜț
13.35 ǴȖșȎȭ ȘȜȚțȎȠȎ
11.73 Ǹȡȣțȭ
2.24 ǿ ȁ
2.67 ǰȎțțȎȭ
2.67 ǰȎțțȎȭ
2.24 ǿ ȁ
11.73 Ǹȡȣțȭ
6.55 ǽȞȖȣȜȔȎȭ 1.89 DZȎȞȒȓȞȜȏ
16.63 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ 3.40 ǰȎțțȎȭ
1.03 ǹȜȒȔȖȭ
9.95 Ǹȡȣțȭ
3.09 ǰȎțțȎȭ
5.07 Ǹȡȣțȭ 3.06 ǰȎțțȎȭ
12.77 ǹȓȟȠțȖȥțȎȭ ȘșȓȠȘȎ
10.17 Ǹȡȣțȭ
15.34 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
4.46 ǽȞȖȣȜȔȎȭ
1.36 ǹȜȒȔȖȭ
10.09 Ǹȡȣțȭ
3.44 ǰȎțțȎȭ
18.74 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
4.19 ǽȞȖȣȜȔȎȭ 1.43 ǿ ȁ
16.63 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ 5.25 ȃȜșș
14.20 ǴȖșȎȭ ȘȜȚțȎȠȎ
8.95 ǽȞȖȣȜȔȎȭ
12.39 ǴȖșȎȭ ȘȜȚțȎȠȎ
3.40 ǰȎțțȎȭ
9.41 ȃȜșș
1.24 ǯȎșȘȜț
15.18 ǴȖșȎȭ ȘȜȚțȎȠȎ
3.08 ǰȎțțȎȭ 5.25 ȃȜșș 9.41 ȃȜșș
1.24 ǯȎșȘȜț
27.80 ǺȓȔȘȐȎȞȠȖȞțȩȗ ȘȜȞȖȒȜȞ 6.34 Ǹȡȣțȭ țȖȦȎ
2.63 DZȎȞȒȓȞȜȏ
14.20 ǴȖșȎȭ ȘȜȚțȎȠȎ
10.41 Ǹȡȣțȭ țȖȦȎ
3.09 ǰȎțțȎȭ
3.66 DZȎȞȒȓȞȜȏ
4.25 ȃȜșș
1.24 ǯȎșȘȜț
Insolation duration by facades
5.41 ȃȜșș
4.75 ǽȞȖȣȜȔȎȭ
16.44 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
2.13 DZȎȞȒȓȞȜȏ 2.03 ǹȜȒȔȖȭ
2.95 Ǹȡȣțȭ țȖȦȎ
3.69 ǰȎțțȎȭ
1.57 ǹȜȒȔȖȭ
13.68 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
15.91 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
5.01 ȃȜșș
41.95 ǺȓȔȘȐȎȞȠȖȞțȩȗ ȘȜȞȖȒȜȞ
1.24 ǯȎșȘȜț 2.95 Ǹȡȣțȭ țȖȦȎ
1.24 ǯȎșȘȜț
8.94 Ǹȡȣțȭ
1.13 ǿ ȁ
4.67 ȃȜșș
16.52 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
2.92 ǯȎșȘȜț
2.92 ǯȎșȘȜț
22.11 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
8.64 Ǹȡȣțȭ
12.55 ǿȝȎșȪțȭ
12.55 ǿȝȎșȪțȭ
13.99 ǴȖșȎȭ ȘȜȚțȎȠȎ
1.26 ǹȜȒȔȖȭ
0.86 DZȎȞȒȓȞȜȏ
1.56 ǿ ȁ
4.32 Ǹȡȣțȭ țȖȦȎ
6.10 DZȎȞȒȓȞȜȏ
4.32 ǰȎțțȎȭ
1.57 DZȎȞȒȓȞȜȏ
1.17 DZȎȞȒȓȞȜȏ
4.57 ǰȎțțȎȭ
1.49 ǿ ȁ
8.64 Ǹȡȣțȭ
13.99 ǴȖșȎȭ ȘȜȚțȎȠȎ
12.55 ǿȝȎșȪțȭ
12.55 ǿȝȎșȪțȭ
0.86 DZȎȞȒȓȞȜȏ
1.56 ǿ ȁ 4.32 ǰȎțțȎȭ
11.08 ȃȜșș
14.73 ǴȖșȎȭ ȘȜȚțȎȠȎ
5.78 ǽȞȖȣȜȔȎȭ
11.40 Ǹȡȣțȭ
4.52 ǰȎțțȎȭ
12.18 Ǹȡȣțȭ
1.54 ǯȎșȘȜț
3.28 ǰȎțțȎȭ
14.66 ǴȖșȎȭ ȘȜȚțȎȠȎ
12.85 Ǹȡȣțȭ
3.50 ǰȎțțȎȭ
1.57 DZȎȞȒȓȞȜȏ
1.17 DZȎȞȒȓȞȜȏ
4.57 ǰȎțțȎȭ
4.27 ȃȜșș
8.35 Ǹȡȣțȭ
3.28 ǰȎțțȎȭ 1.49 ǿ ȁ
8.81 ǺȓȔȘȐȎȞȠȖȞțȩȗ ȘȜȞȖȒȜȞ
11.52 ȃȜșș
3.80 ǰȎțțȎȭ
1.15 DZȎȞȒȓȞȜȏ
4.19 ȃȜșș
3.62 ǯȎșȘȜț
8.35 Ǹȡȣțȭ
9.75 ǹȓȟȠțȖȥțȎȭ ȘșȓȠȘȎ
8.81 ǺȓȔȘȐȎȞȠȖȞțȩȗ ȘȜȞȖȒȜȞ
11.52 ȃȜșș
22.82 ǴȖșȎȭ ȘȜȚțȎȠȎ 13.83 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
14.73 ǴȖșȎȭ ȘȜȚțȎȠȎ
9.75 ǹȓȟȠțȖȥțȎȭ ȘșȓȠȘȎ
8.93 Ǹȡȣțȭ țȖȦȎ
3.71 ȃȜșș
14.21 ǴȖșȎȭ ȘȜȚțȎȠȎ
2.04 DZȎȞȒȓȞȜȏ 4.94 ǽȞȖȣȜȔȎȭ
2.92 ǯȎșȘȜț
2.92 ǯȎșȘȜț
3.20 ǰȎțțȎȭ
8.82 Ǹȡȣțȭ
3.74 ǰȎțțȎȭ
2.93 1.23 ǰȎțțȎȭ ǿ ȁ
3.47 ǰȎțțȎȭ
4.63 DZȎȞȒȓȞȜȏ
7.16 ǹȜȒȔȖȭ
5.58 ȃȜșș
3.69 ǰȎțțȎȭ
2.74 ǰȎțțȎȭ
20.96 ǴȖșȎȭ ȘȜȚțȎȠȎ
4.50 ǽȞȖȣȜȔȎȭ
16.03 ǴȖșȎȭ ȘȜȚțȎȠȎ 16.72 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
11.08 ȃȜșș
14.09 ǴȖșȎȭ ȘȜȚțȎȠȎ
3.80 ǰȎțțȎȭ
1.15 DZȎȞȒȓȞȜȏ
13.51 Ǹȡȣțȭ
4.52 ǰȎțțȎȭ
1.80 DZȎȞȒȓȞȜȏ
20.44 ǴȖșȎȭ ȘȜȚțȎȠȎ
2.35 DZȎȞȒȓȞȜȏ
4.27 ȃȜșș
4.19 ȃȜșș
13.63 ǴȖșȎȭ ȘȜȚțȎȠȎ
4.98 ǽȞȖȣȜȔȎȭ
6.63 ǽȞȖȣȜȔȎȭ
3.91 ǰȎțțȎȭ
14.54 ǿȝȎșȪțȭ
13.55 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
? ?
0.95 ǯȎșȘȜț
10.12 Ǹȡȣțȭ
9.96 Ǹȡȣțȭ
14.54 ǿȝȎșȪțȭ
13.79 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
2.66 ǯȎșȘȜț
? ?
14.54 ǿȝȎșȪțȭ
13.55 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
? ?
0.95 ǯȎșȘȜț
10.12 Ǹȡȣțȭ
9.96 Ǹȡȣțȭ
14.54 ǿȝȎșȪțȭ
13.79 ǴȖșȜȓ ȝȜȚȓȧȓțȖȓ
2.66 ǯȎșȘȜț
6.23 Ǹȡȣțȭ
4.72 ǽȞȖȣȜȔȎȭ
1.54 ǯȎșȘȜț
6.41 Ǹȡȣțȭ ? ?
15.08 ǴȖșȎȭ ȘȜȚțȎȠȎ
7.20 ǽȞȖȣȜȔȎȭ
3.06 ǰȎțțȎȭ
29.03 ǺȓȔȘȐȎȞȠȖȞțȩȗ ȘȜȞȖȒȜȞ
3.15 DZȎȞȒȓȞȜȏ
15.28 ǴȖșȎȭ ȘȜȚțȎȠȎ
12.77 ǹȓȟȠțȖȥțȎȭ ȘșȓȠȘȎ
4.20 ǽȞȖȣȜȔȎȭ 14.97 ǴȖșȎȭ ȘȜȚțȎȠȎ
3.09 ǰȎțțȎȭ
9.97 Ǹȡȣțȭ
? ?
3.24 Ǹȡȣțȭ
3.81 ǽȞȖȣȜȔȎȭ
2.19 ǿ ȁ ? ? 3.24 Ǹȡȣțȭ
2.30 DZȎȞȒȓȞȜȏ
1.54 ǯȎșȘȜț 14.10 ǴȖșȎȭ ȘȜȚțȎȠȎ
7.49 ǽȞȖȣȜȔȎȭ
16.49 ǴȖșȎȭ ȘȜȚțȎȠȎ
14.34 ǴȖșȎȭ ȘȜȚțȎȠȎ
4.88 ǽȞȖȣȜȔȎȭ 5.39 Ǹȡȣțȭ 3.40 ǰȎțțȎȭ 14.46 ǴȖșȎȭ ȘȜȚțȎȠȎ
2.72 ǰȎțțȎȭ
4.08 ǯȎșȘȜț
3.74 ǯȎșȘȜț
Buildable volume
High-rise residential development concept
Схема -1 этажа Граница участка 4000
1400
1200 3100
2100
700
700
600
2100
3200
3900
5600 3200
3200
2100
14000 1600
1400
3300 1200
3800
3800
4000 900
3000
5300
600
4000
3200
3200
3900.000
14000 1600
3300
3300
3900
2900
2017 Site 10.6 ha Total selling area 264’000 m2 Number of storeys 10-25
5600
4000
3200
5300
4500
3000
3800
3800
4000.000
4500
900
3200 3300
5000
5000
3300
3900.000
3000
2900
3200.000 3200
2900
4500
2800
2800
4500
4000
4000.000
3200
3000
3000
3200.000
2900
4000.000
7700
7700
2800
3000
4000.000
3100 1800
3300
3300
3000
4000.000
3100
4700.000
3200
4000
3000 3300
3300
2800
4000.000
3000
1800
2200 4000.000
3000
3000
3000
2000
2000
800 5400
600
5800
1400.000
2800
3700.000
2800
600
4000
5800 4100
3700
3200
4000.000
3600
1400
3600
3700.000
1400
4000
4200
2700
2700
4200
3200
3700
4000.000
1400.000
5400
4100
2200
4000.000
3700
3000
400
3000
4700.000
3200
3000
3200
3200
3700
800
4000
2700 2800
2800
3600
4000
3000
3000
3300
Development of the concept of a residential superblock. Due to the appliction special zoining bylaws on the site, density parameters were set higher as by standard zoning bylaws. This required precise insolation analysis and allocation of undergroung parking garages including altitude restrictions of an air corridor of the city’s airport.
3 000
3900 3200
1000
1000
3200
2000
3 700
2000
2800
2800
4900
3900
3 000
3200.000
22 0 0
3300
2800
2800
3 000
22 0 0
3200.000
3000
3200
3200
3700.000
3600
3200
3200
3200
3200.000
490 0
4000
3200.000
3700.000
2700
3200
22 0 0 1 40 00
3000
3200
3200
2700
2700
3 000
2800
2800
4000
4000
4000
2800
2800
3 000
3 000
4000
4400
4500
4500
3 000
4400
3 000
7 700
3700
4400
3700
3 000
3 000
4400
4000
3 000
3 000
1300
4600
3700.000
4400
3900.000
3900.000
3900.000
2000
3000
3900.000
3000
3000
4400.000
3700
1400
4400.000
4400
2300
3700.000
4400
4400.000
4400
3700
3700.000
3700
3000
2600
7100.000
4400.000
6900.000
3700
7100.000
3700.000
6900.000
1 40 0 0
4200.000
4200.000
4200.000
3400
3400
4200.000
3400
3400 2900.000
3100 2900.000
3100.000 3200.000 2800.000 3000.000 3000.000 3600.000
3600
600.000
3200 2800 3000
2800.000 3000.000 3000.000
3000
3100.000 3200.000
2800 3200 2800 3000
2800
1800
1800
600
600.000
3600.000
3600.000
600.000
3000.000
3000
3000.000
3600
2800.000
600
3200.000
600
3100.000
3600
600.000
600
3000
3600.000
3600
3000
3000.000
3000
2800
3000.000
3000
3200
2800.000
2800
2800
3200.000
3200 5800
1800
3100.000
2800 1400
2900.000
2900.000
1800 5600
3100
3100
3100 600
600 600
5600
1400
5800
600
600
5600
1400
5800
600
Граница участка
600
5600
1400
5800
600
Граница участка
Площадь застройки ( в ГНС ) кв.м. 32747.76 Площадь -1 этажа, кв.м. 32367.10 Количество М/М на этаже 860 м/м
Экспликация помещений Тип группы помещений Закрытая автостоянка Инженерные, технические, подсобные Коридоры, тамбуры, холлы, ЛК Рампы Общая площадь помещений на этаже
Площадь, кв.м. 28253.06 2101.03 1123.75 476.72 31954.56
Ratio of units by type
Reconstruction of a stadium tribune
Mid-rise residential development 2016-2017 Total area 174’000 m2 Number of storeys of block-size сomplex: 6-15 Number of storeys of tower: 23-25 Work under the supervision of a principal architect. Leading a group of 5 architects 1
Design based on “PPT master plan”. Insolation analysis, task assignments for the group, design of floor plans for the residential buildings of the first phase of development. BIM Revit
2
2
1
1
3
3
3
4
4
4
5
5
5
6
6
Корпус 1
2
2
1
Total area 1224.8 m2 Construction volume 4550 m2 Work under the supervision of a principal architect. Measurments and on-site inspection, development of documents for building permit, construction documents. Passing the expertise. Reconstruction of the northern tribune of a stadium, adding training facilities, a bike storage and a repaire workshop.
3 4 6
6
5
Корпус 2
Тип
1
Тип
1
Корпус 3
К. 4/2
К. 4/1 Корпус 4
Apartment hotel
Parking garage
3.78 Ванная
1.08 Гардероб
3500 18.72 Жилая комната
2.43 Гардероб
1к
So.=39.93 Sк.=38.37 Sж.=15.96
15.96 Жилая комната
So.=78.83
5000
3450
300
Ж
3400
7.99 Холл
8.75 Холл
1.80 Гардероб
Е
So.=41.87
4.77 Холл
Д 13.22 Жилая комната
Sж.=16.95
16.95 Жилая комната
2.76 Лоджия
3100
3400
3.82 Ванная
1.31 3.51 Гардероб Ванная
2.75 Гардероб 1.51 С/У
1к Sк.=40.49
9.30 Кухня
3100
0.65
11.16 Кухня
1.20
3.91 Холл
11.30 Кухня
So.=55.33 Sж.=30.49
3.78 Ванная
16.61 Жилая комната
Г
3.11 Гардероб
2к Sк.=53.29 15.84 Жилая комната
Sж.=31.14
31.41 Межквартирный коридор
2.58 Тамбур 1.73 Гардероб
2700
14.65 Жилая комната
So.=66.00
2к Sк.=62.85
16.50 Лифтовый холл
4.65 Холл 1.26 Гардероб
3.78 Ванная
3200
371.24
Sж.=47.50
2.52 Гардероб
6200
484.06
Продоваемая площадь:
3.18 Лоджия
14.00 Лестничная клетка
4.08 Лоджия
Площадь этажа:
3к Sк.=78.83
10.74 Кухня
25800
3100
5.90 Холл
3.24 Ванная 3.12 Лоджия
А 3300
В
5.39 Холл
3.12 Лоджия
3к Помещение общественного назначения
12.23 Кухня
0.92 Гардероб
3500
Б 15.96 Жилая комната
2к
3.24 Лоджия
2.12 С/У
3.33 Ванная
11.04 Кухня
3100
3300
1к
So.=40.79 Sк.=39.23 Sж.=15.96
Условные обозначения 1к
14.35 Жилая комната
3.14 Холл
4000
3200
300
300
Секция 5. 3.24 Гардероб 14.43 Жилая комната
3.14 Кухня-ниша
So.=42.79
2к Sк.=41.35
Sж.=27.11
2.88 Лоджия
3200
2.16 С/У
0.86
13.89 Жилая комната
3400
14.53 Жилая комната 3.12 Лоджия
3400
300
26300
Total area 7459.4 m2 Number of storeys 10+1 underground parking Construction volume 26324.6 m2 Work under the supervision of a principal architect. Collaboration on the development of documents for building permit, construction documents, facade proposals. Passing the expertise. Visualization in 3ds max+Vray
Number of storeys: Work under the supervision of a principal architect. Collaboration on the development of documents for building permit. Passing the expertise.
Recreational and educational facility Concept of low-rise residential district ‘PPT master plan’ Site area: 3.9 ha (I stage) and 8.5 ha (II stage) Leading a group of 3 architects. Development of stages, calculation of the capacity of a school and gindergartens (including allocation of land), calculation of the ratio of the types of apartments in every development stage, insolation analysis. Coordination and issuance of the assingment for visualization, modeling.
Work under the supervision of the company's principal. Concept of a recreational facility with an educational centre, boathouse and repair shop, and a parking deck above the railroad tracks in the Greater Sochi area. The project was included in the studio's exposition at 'Zodchestvo' exhibition in 2006, Moscow.
Architectural and urban studies | research
Solar envelope study and developement analysis
Urban study of Izmailovo disrtict, Moscow Preparation of design assignment for Topotek1
Work was performed during the internship at the Department of City Development and Environment (BSU, Hamburg, 2014) Shading and insolation study and building a solar envelope for the project of the former harbor development. Analysis was based on hygienic standards of two-hour insolation period for residential units and three-hour period for recreational areas in courtyards. Scripting in Grasshopper. Insolation simulations in LSS Chronolux
Urban analysis of a residential district Izmailovo in Moscow. Work in a multidisciplinary team. Preparation of the design assignment for the urban renovation concept. Coordination with a subcontractor, architectural firm Topotek1, Berlin.
2015
Examples of the proposed urban transformations of the target areas by Topotek1.
Analysis of the projects of street reconstruction in Moscow 2015 Audit of the realized projects of urban transformaion in Moscow as a part of the work on the city-wide program of the urban renovation 'My Street'. This research covered the analysis of major pedestrian artheries in the city centre as well as the Krymskaya
Rating of the Urban Environment of Residential Development in Saint Petersburg 2014-2016 Work on the project was performed during the employment at ITMO National University, Saint Petersburg in cooperation with the firm Urbanica Spatial Planning Institute.
Preparation of the assignment for a competition. Architectural analysis of a building volume Planning analysis and preparation of design objectives for the competition for an office building proposal with a memorial centre with an underground parking. On the pictures are shown layout options study for a memorial centre on the ground floor.
Development of the method of the evaluation of residential complexes and the application of a grade system. As result of work, an online interactive map was presented with data on each project including rating and commentaries.
Embankment and the Park in the name of Gorkiy. Development of a grade system and evaluation of the selected projects according to the developed method.
Rostov-on-Don. Atlas and Vision for Sustainable Growth 2012-2013 With a coauthor. Urban research of the city of Rostovon-Don was based on the principles of sustainable growth. This work included multifaceted analysis of the natural and urban environment, economic and social activities, their distribution in the city, and city and regional policies towards the exten-
sion of the territory and formation of an agglomeration. As a result of the study, the following were proposed: a transit-based model of densification based on the utilization of existing infrastructure and right-of-way of the existing network with the solutions to increasing connectivity of the urban tissue, revitalization of existing green areas and connection them in a proposed
Atlas Kronstadt Vision 2040
green belt with the creation of hiking and bike paths. Significant attention was brought to the city core - safety, socio-economic activity, and network of open areas and unbuilt spaces were analyzed. Were proposed: pedestrianization of certain central areas, revitalization of transit hubs and tranformation into public areas, and additions to the greenbelt framework.
2013-2014 Supervision of the atlas production group, and a research section 'Economy'. Urban research of Kronstadt, a satellite city in the Saint Petersburg agglomeration. Work within the framework of Master's program of Advanced Urbanism at ITMO National Institute, Saint Petersburg. Curator of the program Marcus Appenzeller MLA+. The results were presented to the city officials and published as a book. Points of growth
Space syntax analysis
Built environment Above: high density development zones based on proposed public transit networks and hubs. Left: Centres of socio-economic activities and radii of coverage. Right: some points of attraction of the city core: objects of heritage, theatres. Below: schemes of the analysis of topography and major problems. Areas in question
Recreational resources. Network of ravines and green areas.
Sprawling risk
Economic activity
Malenko Vladislav Portfolio - Competition - 2014
Mixed-use development master plan concept Site area 12 ha A project of redevelopment of the premises of an exhibition centre in Saint Petersburg. Work included a comprehensive analysis of the existing urban environment: architectural, social, economic; city general plan, and zoning bylaws.
The resulting product was a concept based on the principles of a traditional, or a Europian city: in scale, in spatial variety of building volumes and their relations to each other. As a premise of the project, urban planning national code was ignored by intent to create coherent and liva-
Master plan of city district. Analysis.
ble urban fabric, and not a traditional modernist residential district, endemic to Post-Soviet countries. Resolutions. 1. As a gesture of respect to the historiс and cultural heritage, the traditional approach to the city planning was implemented - baroque axes
and visual perspectives. 2. A respectful approach to the places of historic or natural value. Preservation and inclusion. 3. Better integration and connection. Walking scenario.
Height limits and zones
City scale objectives and prerequisites
Planning aspects and design methods
Building volumes for the proposed blocks
Masses
Block specs
Yellow areas are the zones of a special status or under preservation. Existing greenery was aimed to be preserved as much as possible and to be integrated into the system of streets and paths. As traditional for the city on the Neva river, visual axes and possible perspective corridors were analyzed. Besides the Skipper channel and the Galley Harbor, as natural visual corridors, a connection between the spire of an existing building on the site and the Church of Our Lady the Merciful was recovered and used in defining the framework of streets. This proposed corridor is a symbolic baroque technic which is characteristic of the urban structure of Saint Petersburg.
Left lower picture. According to the development plans of subway two station exits are to be built at the Skipper bridge and the corner of Skipper Canal street and Nalichnaya. Thу station is integrated into the shopping mall. The “spirit of the place” and a walking scenario of the fair center could be preserved and restored in the new city. district
Influence of existing urban centers and the addition of new functions that are in high demand in this part of an island to the development. The problem of the Vasiljevsky island is an interrupted connection of Bolshoy Prospect to the Strelka (the spit of Vasilyevsky Island). Space syntax analysis showed that the Strelka is relatively isolated from the rest of the island. It was considered very important to avoid the same planning mistake at the opposite end of the island and to design a permeable street network connected to the existing streets.
The analysis and facilitation of adverse climate conditions of the city were considered crucial for the design. The close vicinity of the site to the open water of the bay, high humidity and strong South-West winds unbearable in the cold period of the year pose a problem. In order to provide shelter and avoid the channeling effect and break the wind speed, a shift of the grid of residential streets was implemented and additional tree planting was considered at the wind entry points
Master-plan of the district
Analysis diagram
Functional zoning
Diploma project
Professor's house
Industrial hotel facility on the campus of Southern Federal University Number of storeys 4.5 Total area 134 m2 Conceptual design of a house growing on the building. Commute-free residence for a university professor attached to the wall of a faculty building The lack of available plots and strict zoning guidelines leave to option for a traditional one family house in a busy city centre. This concept utilizes the idea of using the so-called 'unused space' of the urban fabric: firewalls, setbacks, voids, etc. In this case, a brandmauer, a firewall, served as a base for the structure. The house provides separate access, parking space, private access to the building on the floor where the professor works. All the floors are connected by an elevator.
Design objectives. Single family house, any scenario at a choice Location. Rostov-on-Don, attached to the firewall of a university building.
Spatial diagram of the facility
The final thesis project is the research-and-production facility of South Federal University. The facility is located on the proposed site of the university campus. Design is based on guidelines of a proposed master plan by the architectural studio Oliva, submitted in 2008. The master-plan followed the formal unification of separate universities of the cities of Rostov-on-Don and Taganrog. The concept of South Federal University included not only the physical relocation of departments but also the development of research and production facilities which would boost the technological potency of a new campus.
Phases of growth of startup companies
The research-and-production facility is designed to facilitate the demands of all phases of the lifecycle of high tech companies: "seeds", "start-ups", and "matured businesses". The research-and-production facility is divided into 3 blocks: A, B, and C. Each block serves best for a specific customer. Block A with the adjacent two-storey workshop is for the companies which use heavy machine tools. Block B is 10 storeys tall and provides a variety of spaces that serves well both office and small production needs. Block ะก works as a common space including building management, a canteen, conference, and meeting rooms. The facility is designed to provide its tenants with special gases and liquids, freight elevator (in Block A), broadband connection, and back-up power supply. The diagram on the left shows three stages of development of research-and-production companies as by the studies of Tom Broadhurst. He divided them into three main stages: young, average, and adult. The duration of each period is 3-5 years during which the company
Contact details: Vladislav Malenko vlad.malenko@gmai.com +1 437 345 0151