CURRICULUM VITAE OLGA RYBENTSEVA
ARCHITECT, REVIT SPECIALIST, BIM COORDINATOR, PROJECT COORDINATOR
MOB: +998 9000 13186
WA: +7 929 641 68 51
E-MAIL: OLG.NIKONOVA@GMAIL.COM
WWW.LINKEDIN.COM/IN/OLGA-RYBENTSEVA/
WORK EXPIRIENCE
Apex Project Bureau /Moscow /Russia
10/2017 — 07/2023 Architect team lead
Realized projects:
+ Central Telegraph, Moscow - renovation of 1927 listed building into mixed-use (collaboration with David Chipper field Architects and Thornton Tomasetti)
+ GES-2 House of Culture, Moscow - retrofit of 1908 heritage power station (collaboration with Renzo Piano Building Workshop and Arup)
+ Badaevskiy, Moscow - retrofit and new construction for the 1880s brewery (collaboration with Herzon & Meuron)
+ Orlovo-Davidovskiy, Moscow - retrofit of 1890s hospital complex into luxury housing
Responsibilities:
+ Acted as liaison between Project Architect with their consultants and local professionals (architects, MEP engineers, structural engineers) with a goal to transfer design intent to local codes as seamlessly as possible
+ Participated and lead the meetings between all involved parties including Client or site contractors set to resolve arising design and construction issues, coordinate between disciplines and speed up the result of the project
+ Provided site supervision
+ Reviewed construction documentation for roofs, glass roofs and facades
+ Developed BIM model in Revit, including creating complex parametric families in order to deliver design documentation for various stages including construction details in scale 1:1
PI Arena / Moscow / Russia
02/2014 — 09/2017 Lead architect
Realized projects:
+ FIFA 2018 Football stadium, Samara
+ Of fice building on Luzhnetskaya embankment, Moscow
+ Residential complex «Tavla», Saransk
+ Sanatorium complex on Black sea cost (including hotel, conference center, medical center, sport venue)
+ HUMO Arena (ice arena), Tashkent, Uzbekistan
Responsibilities:
+ Led the team of 2-5 architects for developing state approval and construction documentation, managing tasks received from Chief project architect
+ Led introduction of BIM into company work flow, functioning as BIM-manager and BIM-coordinator, troubleshoot users’ questions, developed families
+ Developed state approval and construction drawings using Revit
+ Developed renderings, graphical presentations and diagrams for several projects
Joined the company in 2014 as an architect and then was promoted to lead architect
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SKILLSLANGUAGES
+ Autodesk Revit | architectural drawings | schedules | families | BIM-coordination
+ Enscape
+ Rhinoceros
+ Autodesk 3DS MAX
+ Google SketchUp
+ V-Ray
+ Autodesk AutoCAD
+ Adobe Photoshop
+ Adobe Illustrator
+ Adobe InDesign
+ MS Of fice Suite
05/2012–02/2013: Pico Project International / Sochi / Russia
10/2013 — 02/2014 Project Manager
Realized projects:
+ Temporal overlay for XXII Olympic Winter Games
Responsibilities:
+ Coordinated works on site
+ Manages subcontractors
+ Acted as a medium between the team, local subcontractors and Client - Olympic committee
OBR Open Building Research / Genoa / Italy
04/2013 — 07/2013 Architect Intern
Realized projects:
+ Lehariya Cluster, Jaipur, India - of fice building
+ Royal Ensign, Jaipur, India - residential complex
+ HOPE City project (Accra, Ghana) - technological cluster
Responsibilities:
+ Developed renderings and presentations and diagrams for several projects
+ Developed Detailed Design drawings in CAD
+ Produced 3D models
+ Russian (native)
+ English (C1-C2)
+ Italian (A1-A2)
PERSONAL TRAITS
+ Initiative
+ Responsibility
+ Capable both for teamwork and self-motivation
+ Proactive
EDUCATION
05/2012–02/2013:
Master in Sustainable Architecture, Istituto Europeo di Design (IED), Torino, Italy.
04/2011–06/2012: Master degree in Landscape architecture, Pacific National University (PNU), Khabarovsk, Russia
04/2006–01/2011: Bachelor Degree in Architecture, Pacific National University (PNU), Khabarovsk, Russia
COURSES
2014: Work with buildig mass in Autodesk Revit: from concept to detail design (Autodesk ATC INFARS, lecturer Alexey Borisov)
2015: Laying out drawings in Revit Architecture (Autodesk ATC INFARS, lecturer Dmitriy Chubrik)
2016: BIM-manager (Autodesk ATC Vysotsky Consulting, lecturer Alexander Vysotsky)
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4 AP2- - -51- -05 +12,370 +12,985 +12,835 +12,180 151 150 20 735 8 4 15 НЕСУЩИЙ МОНОЛИТНЫЙ ЖЕЛЕЗОБЕТОН - SEE КЖ 1.11 DRAWINGS - -033000.A2.2 СТАЛЬНОЙ ШВЕЛЛЕР В НАПРАВЛЕНИИ ПРОГОНОВ КРОВЛИ С ШАГОМ 600 ММ STEEL PROFILE IN PURLIN AXIS 600MM C/C МЕТАЛЛИЧЕСКИЙ ВОЗДУХОВОД ИЗОЛЯЦИИ ОБЕСПЕЧИВАЮЩЕЙ ОГНЕСТОЙКОСТЬ - РАЗДЕЛ ОБОРУДОВАНИЯ FABRICATED METAL AIR DUCTКЛАПАН - СМ ОВ 1.8 DAMPER - SEE DRAWINGS IN OB 1.8 233300.F2 РЕЗКА И ГЕРМЕТИЗАЦИЯ ОТВЕРСТИЯ ПРОХОДА ВОЗДУХОВОДА ОБЪЕМЕ МОНТАЖА ОБОРУДОВАНИЯ ОВ PENETRATION CUT AND SEALED 233000.B5 НЕРЖАВЕЮЩЕЙ РАЗЪЕМНОЙ ДЛЯ ДОСТУПА MATERIAL THICKNESS 2 MM. FRAME TO BE DISMOUNTABLE IN ORDER TO ALLOW ACCESS TO ANTECHAMBER КРОВЛЯ ИЗ ЛИСТОВОГО МЕТАЛЛА ТИТАН-ЦИНКОВЫХ ФАЛЬЦЕВЫХ КАРТИН (RHEINZINK PREPATINA BLAUGRAU) ZINC-TITANIUM METAL ROOFING (RHEINZINK PREPATINA BLAUGRAU) 076100.A20 ПРОХОДА PROVIDE SEALANT 071600.A8 ГИДРОИЗОЛЯЦИЯ ПОД MEMBRANE WATERPROOFING AROUND ROOF КРОВЕЛЬНАЯ EPDM-МЕМБРАНА EPDM ROOFING MEMBRANE 071600.A7 СТРУКТУРНЫЙ МАТ RHEINZINK AIR- 8 ММ (210 М²) RHINEZINK AIRSTRUCTURED MAT 8 MM (210 G/M²) ВНЕШНЯЯ ОБШИВКА EXTERIOR SHEATHING 061600.A43 ВЕНТИЛЛИРУЕМОЕ ПРОСТРАНСТВО VENTILATED AIR SPACE 004.1 ОСНОВАНИЕ ДЛЯ ОБШИВКИ ФОРКАМЕРЫ ИЗ МАТЕРИАЛА НГ СТЕКЛОМАГНИЕВЫЙ ЛИСТ ИЛИ АНАЛОГ NON COMBUSTIBLE ANTECHAMBER SHEATHING BATTEN (MAGNESIUM OXIDE BOARD OR SIMILAR) 233000.S10 ОБЛИЦОВКА ФОРКАМЕРЫ ИЗ ЛИСТОВОГО МЕТАЛЛА ТИТАН-ЦИНКОВЫХ ФАЛЬЦЕВЫХ КАРТИН (RHEINZINK PREPATINA BLAUGRAU) ZINC-TITANIUM METAL ANTECHAMBER CLADDING (RHEINZINK PREPATINA BLAUGRAU) 233000.S8 ТЕПЛОИЗОЛИРОВАННАЯ ФОРКАМЕРА ВОЗДУХОЗАБОРА INSULATED AIR INTAKE ANTECHAMBER 233000.S5 ОСНОВАНИЕ ДЛЯ ОБШИВКИ ФОРКАМЕРЫ ИЗ МАТЕРИАЛА НГ СТЕКЛОМАГНИЕВЫЙ ЛИСТ ИЛИ АНАЛОГ NON COMBUSTIBLE ANTECHAMBER SHEATHING BATTEN (MAGNESIUM OXIDE BOARD OR SIMILAR) НЕСУЩИЙ МОНОЛИТНЫЙ ЖЕЛЕЗОБЕТОН - SEE КЖ 1.11 DRAWINGS STRUCTURAL CAST-IN-PLACE CONCRETE - СМ КЖ 1.11 033000.A2.2 ОБЕСПЕЧИТЬ УКЛОН ДЛЯ ОТВОДА ОСАДКОВ ОТ ОБОРУДОВАНИЯ PROVIDE SLOPE OF THE CHAMBER TO REMOVE PRECIPITATION FROM EQUIPMENT 1 % ПАРОИЗОЛЯЦИЯ VAPOR BARRIER 071500.A30 ПОДВЕСНОЙ ОТДЕЛКАPLASTERBOARD CEILING PLASTERED AND PAINTED 092116.A9 1440 200 50 0 150 N0+ N0+ ВЫРАВНИВАЮЩАЯ СТЯЖКА LEVELING SCREED 035300.A4 ВНУТРЕННЯЯ ОТДЕЛКА ШТУКАТУРКОЙ INTERIOR PLASTER FINISH 092100 +12,815 УРОВЕНЬ ПОТОЛКА CEILING LEVEL УРОВЕНЬ ЧИСТОГО ПОЛА FINISH FLOOR LEVEL МЕМБРАННАЯ ГИДРОИЗОЛЯЦИЯ MEMBRANE WATERPROOFING 071600 ПЕРЕГОРОДКИ УТЕПЛЕНИЕ ФОРКАМЕРЫ ВЫПОЛНЯТЬ ПОСЛЕ МОНТАЖА ОБОРУДОВАНИЯ ВИЗДУХОВОДОВ PARTITIONS AND INSULATION TO BE INSTALLED AFTER EQUIPMENT AND DUCTWORK INSTALLATION УТЕПЛЕНИЕ МИНЕРАЛЬНОЙ ВАТОЙ ОБЛИЦОВАННОЙ ФОЛЬГОЙ (90 КГ М³) FOIL FACED MINERAL WOOL INSULATION (90 KG/M³) 072100.A2 ПОДКОНСТРУКЦИЯ ФОРКАМЕРЫ ИЗ НЕРЖАВЕЮЩЕЙ СТАЛИ ДЛЯ УМЕНЬШЕНИЯ ВЛИЯНИЯ МОСТИКОВ ХОЛОДА STAINLESS STEEL PROFILE ANTECHAMBER SUBSTRUCTURE TO REDUCE THERMAL BRIDGING 233000.S7 МИНЕРАЛЬНОЙ ВАТОЙ ОБЛИЦОВАННОЙ ФОЛЬГОЙ (90 ³) FOIL FACED MINERAL WOOL INSULATION (90 KG/M³) 072100.A2 ДРЕНАЖ НИЖНЕЙ ДЛЯ ОТВОДА ОСАДКОВ DRAINABLE GRILL BOTTOM TO REMOVE PRECIPITATION FROM DRIP EDGE ВОДОПРИЕМНЫЙ ЛОТОК ИЗ ЦИНК-ТИТАНА ZINC-TITANIUM GUTTER 076100.A30 СТРУКТУРНЫЙ МАТ RHEINZINK AIR- 8 ММ (210 М²) RHINEZINK AIRSTRUCTURED MAT 8 MM (210 G/M²) ПОДДЕРЖИВАЮЩАЯ КРАЕВАЯ ПЛАНКА ИЗ НЕРЖАВЕЮЩАЯ СТАЛЬ CONTINUOUS EDGE SUPPORT PROFILE - STAINLESS STEEL 4 72 7 1 48 12 8 12 48 12 48 12 48 12 8 12 48 12 48 12 48 12 8 12 48 12 48 12 4 12 8 12 48 12 48 12 48 12 4 3 3 - - - -RG.03: ТРЕБУЕМОЕ ЖИВОЕ СЕЧЕНИЕ РЕШЕТКИ НЕ МЕНЕЕ 0.71 M2 RG.03: REQUIRED OPEN AREA OF THE GRILL NOT LESS THAN 0.71 M2 ПАРОИЗОЛЯЦИЯ VAPOR BARRIER 071500.A30 900 10 100 170 0.9 M2 RG.06: REQUIRED OPEN AREA OF THE GRILL NOT LESS THAN 0.9 M2 233000.S12.3 100 15 625 153 1829 20 100 150 SCHEDULEDGRILDIMENSION АБАРИТЫРЕШЕТКИПОСПЕЦИФИКАЦИИ 118 ANECHAMBERROUGHOPENNG GRLLDMENSONS+1020MM ГАБРИТЫПРОЕМАФОРКАМЕРЫ ГАБАРИТЫРЕШЕТКИ 12 ММ 1205 NOTES Габариты привязки конструкций архитектурных чертежах предварительно Генподрядчиком Размеры быть уточнены месту Architectural Contractor and are indicative only. Dimension with must be verified by site survey 2. Генподрядчик время производства работ архитектурным принципам Генподрядчик информировать Запроса информации (RFI). The contractor will follow the information, the architectural proposal prevails. The contractor shall inform the architect 3. Чертежи разрабатываются Данные отклонений Fabrication shop drawings shall be provided by the general contractor to indicate all construction tolerances at new and existing interfaces. 4. Возможные модификации улучшения проектных решений должны быть запрошены изменения). Все решения должны учитывать существующие решения исторического другим нормативным требованиям All design modifications to be submitted to and must comply with all historic building restoration requirements, fire safety standards Информацию реставрации культурного наследия воссоздание декоративных ограждения штукатурные работы work related to the restoration of the cultural heritage object Main building GES- (including decorative elements, fences, plastering, etc.) see Working Documentation Volumes related Привязка каркаса кровли быть уточнена Генподрядчиком конструкций Roof framing locations to be verified by the General Contractor following 8. Несу КР 1.16 Structural 9. Несущие железобетонные КЖ 1.10, КЖ 1.11 Strucutral Дата Doc. No № док ГЭС-2 Renzo Piano Building Workshop Structural Engineering Конструктивные решения Milan Ingegneria развитие Акустика Освещение ARUP Client Заказчик ПРОЕКТНОЕ БЮРО АПЕКС Structural Engineering, MEP Конструктивные МЕТРОПОЛИС ул Годовикова 129085, Дербеневская 115114, T 13 Fitzroy London T Via Thaon 20159 34, Paris, Revision РАБОЧАЯ ДОКУМЕНТАЦИЯ WORKING DOCUMENTATION кровли ризалитовризалитаМногофункциональный 1,2,4, 6,7,8 Берсеневская Moscow, Bolotnaya emb., 15, 30-01 AP2-3-B Фасады Здание- Building. 10.19 10.19 10.19 10.19 10.19 Рабочая документация: Кровля ризалитов 14
