Architecture portfolio 2023
I am an architect dedicated to design and sustainability. My specializations include spatial planning, bioclimatic design, life cycle assessment, green building certification, and project management.
Email: janice.lobo@live.com Mobile: +4917658394651 Address: Rummelsburg, Berlin
May 2021May 2022
Sept 2018Sept 2020 April 2014Jun 2015
Forschungs-GMBH Wismar [Wismar, Germany] Timber Construction Research Assitant
Wanders Wagner Architects [Dubai, U.A.E.]
Architect HOAI 2-8
Private villa new design, Palm Jumeirah Private villa renovation. Palm Jumeirah Apartment interiors, Burj Khalifa
Wanders Wagner Architects [Dubai, U.A.E.]
Site Architect HOAI 5-9 Dubai design district
Private villa new design, Emirates Hills DuBiotech tower, Dubai science park American school of creative sciences, Al Barsha
Sept 2020Jun 2022
Jul 2015Jun 2017
Feb 2011Dec 2013
Hochschule Wismar [Wismar, Germany] Master of Architecture
NTNU [Trondheim, Norway] Master of Science in Sustainable Architecture
University of Melbourne [Melbourne, Australia] Bachelor of Environments - Major in Architecture
Languages
[native]
[B2.1]
Prof. Dipl.-Ing. Martin Wollensak M.Arch Coordinator at Hochschule Wismar
Richard Wagner
Managing Director at Wanders Wagner Architects
THE REVERSIBLE BUILDING 6
Masters Thesis Berlin, Germany
THE WOMEN’S HOUSE 12 Kaira Looro Architecture Competition Sedhiou, Senegal
UNION CANNING FACTORY 18
Norwegian University of Science and Technology Stavanger, Norway
DUBIOTECH TOWERS 22
Wanders Wagner Architects Dubai, U.A.E.
PALM JUMERIAH 24
Wanders Wagner Architects Dubai, U.A.E.
BURJ KHALIFA APARTMENT INTERIOR RENOVATION 26
Wanders Wagner Architects Dubai, U.A.E.
South side: ufer view
Project: Master’s Thesis Project Year: 2021 Hochschule Wismar
The reversible building aims to follow the principles of circular economy. The project is a result of a thorough analysis of the life cycle of materials, principles of designing for adaptability and reversibility, and responding to the urban context.
The building is located in Rummelsburg Berlin, and features an activated ground floor which faces a waterfront promenade. The proximity to Ostkreuz station provides an opportunity to create a mixed use hub in the primarily residential neighbourhood.
The architectural language of circular buildings was considered. The facade is composed of a unitized curtain wall system, with modular panels using glazing or scrap materials..
North side: street view Portfolio 2023Academic project
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Portfolio 2023Academic project
unscrew cladding boards unassemble brackets remove insulation and store in a dry place disassemble timber frame move base plate to new location and reassemble
Adaptability - internal layout
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unmount facade panels from aluminium frame
disassemble hanging components construct floor slab and timber structural frame
Adaptability - external layout
assemble steel hanging components mount unitized facade panels in new location
Unitized modular panel
Click in place floor tiles
Vapour barrier
Aluminium plate with under floor heating tubes in heating mat
Expanded polystyrene insulation
Cross laminated floor
Floor structure with cellulose fiber insulation Hanging bracket
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Unitized modular panel
Click in place floor tiles
Vapour barrier
Aluminium plate with under floor heating tubes in heating mat
Cross laminated floor
Expanded polystyrene insulation
Floor structure with cellulose fiber insulation
Expanded polystyrene insulation Waterproof membrane
Concrete foundation slab on grade
Anchor plate
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Facade to base 1:10
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1
Academic project
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11
Portfolio 2023Academic project
solar thermal collector
district heating and cooling
ground source heat pump
floor heating smart building management system Energy strategy
Portfolio 2023Academic project
energy from grid
strategy section
building integrated photovoltaic
green catchment grey water recycling
South elevation
West elevation
1. Stage 2. Dialogue space
3. Flexible space
4. Administration 5. Exterior space
0 20m
Project: Kaira Looro Architecture Competition Year: 2021
In collaboration with: Antonia Morales and Debora Strenge
The Women’s House was designed for the Kaira Looro architecture competition. The space provides opportunities for women to organise, support and grow individually, and as part of the community. The project honours the weaving technique from Senegal in flexible, rotatable panels. CO₂ emissions were minimized by using local, natural materials and upcycling waste products from the surrounding areas. The construction systems were designed to be independent from each other to maximize flexibility and allow the project to adapt to a change in function, climate or size.
The design is a result of careful consideration to create a space for and by women, where they can feel inspired, safe and develop as key members of their society. My role focused on the architecture concept development, construction methodology and 3D visualisations.
Change towards an equal community to begin at home
Embrace local traditions
Space organization hierarchy transitions from private to public
Use of local materials: Rosewood
Circular shapes allows participants to cohere and reflect together
Self-supporting wall: Clay Brick
Honor traditional weaving technique to construct flexible panels
Use upcycling solutions, abandoned tires to build a strong foundation
Roof, walls, and floor designed with independent construction systems to facilitate adaptability
+5.92 m
+0.45 m
Portfolio 2023Academic project
1. Thatch roof overhang
2. Cross ventilation
3. Trench to collect + drain water
Rosewood roof structure Clay non load bearing Building elements diagram
Thatched roof
Portfolio 2023Academic project
Rosewood truss floor structure
Gravel bag and tire foundation
Project: NTNU Master’s Studio Year: 2017
In collaboration with: Claire McConnell, Kristian Boe and Mariya Stoyanova
The canning factory in Stavanger was closed and left empty for 20 years. There was opposition to demolishing it due to the cultural heritage value it held in the neighbourhood. A major renovation and repurposing of the factory was required. The architectural strategy selected was to highlight the old facades and accentuate them by introducing modern extensions mirroring their form. The roof was raised by 2 meters to meet current building guidelines and clad with photovoltaic panels.
The goal of the project was to reach net zero carbon emissions. This was achieved through passive design strategies, careful material selection, and optimised zoning. My role involved the concept design, visual representation and life cycle assessment coordination.
UniGlas facade, double glazing, structural glulam frame U-Value: 1.3 W/m²K Thickness: 183 mm
Warehouse floor
Green roof, soil, timber framing, existing floor Thickness: ≈600 mm
Warehouse Floor
Rubber floor, cellulose fiber insulation, timber frame, existing floor U-Value: 0.38 W/m²K Thickness: 102 mm
Warehouse Wall
Existing metal, cellulose fiber insulation, timber frame, plasterboard U-Value: 0.19 W/m²K Thickness: 213 mm
Factory Wall
Existing brick, cellulose fiber insulation, timber frame, plasterboard. U-Value: 0.18 W/m²K Thickness: 750 mm
Factory roof
PV roof tiles, cellulose fiber insulation, timber frame, plasterboard U-Value: 0.086 W/m²K Thickness: 527 mm
Extension roof
Timber cladding, cellulose fiber insulation, timber frame, plasterboard U-Value: 0.086 W/m²K Thickness: 535 mm
Timber Floors
Timber flooring, timber frame, cellulose fiber insulation, plasterboard U-Value: 0.2 W/m²K Thickness: 196 mm, 390 mm (w/ floor heating)
Extension Foundation
Rubber floor, timber frame, cellulose fiber insulation, reinforced concrete strips U-Value : 0.13 W/m²K
Curtain Wall
UniGlas facade, double glazing, structural glulam timber frame U-Value: 1.5 W/m²K Thickness: 174 mm
Ventilated Facade
Pine cladding, air gap, cellulose fiber insulation. timber frame, plasterboard U-Value: 0.18 W/m²K
West Elevation
Status: Completed Year: 2020
In collaboration with: Wanders Wagner Architects, Kling Consult
Dubiotech towers was originally designed to be the tallest LEED certified project in the Middle East. Due to budgetory constraints, construction halted for 8 years and a team was put together to rezone the towers and redesign the facade panels.
My role was to work in the value engineering team on-site, working on the architectural redesign of the facade, designing the internal partition layout, and preparing drawings for the client brochure.
Zoning diagram
Status: Under construction Year: 2019
In collaboration with: Wanders Wagner Architects
The aim of the project was to upgrade the villa to existing building code and change the design language from the existing Arabian style to a luxury modern beach house. The client purchased additional land to create an extension. My role in the project was a project architect assessing the damage, coordinating with consultants to develop solutions, preparing the drawings, and negotiating with the authorities for building permissions.
Design solutions included encasing the existing concrete walls with a stone finish to create the desired aesthetic without needing to compromise the structure and horizontal elements were introduced to give the villa an elongated feeling.
Private B+G+2 Villa in Dubai on Palm Jumeirah Frond J Plot 15 Concept Design Presentation May 2012
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Status: Completed Year: 2020
In collaboration with: Wanders Wagner Architects, Cherwell
The design brief was to have a playful and open aesthetic. This was achieved using lighting strategies and automation to create different ambiances. Internal walls were removed and an open bathroom concept introduced.
Portfolio 2023Professional project
False ceiling detail
Shower floor level detail
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50 50 10 10
50 50 10 10
Flooring connection trim detail
Painted MDF shadow gap Profile colour to match with ceiling
Angle profile light
MDF ceiling
10MM Tempered clear glass door
Silver reflecting surface Porcelain tile Aluminium tile trim (brush finish)
Proposed timber door Wood pattern porcelain tile
Grey lappato porcelain tile
