CONTENTS 2 CV 3
HOUSING A NOMAD
Diploma project, Year 5, Sem 2
5 MICRO-CLIMATES
Final project, B.Sc. Arch, Year 3, Sem 2
6 SUNKEN GARDEN + ROUND TOWER
Searching for 間, Year 5, Sem 1
7 COMMUNITY SPACE
Searching for 間, Year 5, Sem 1
8 GENERATED KONSTHALL
Architectural Annotations, Year 4, Sem 1
9 SKETCHES + MODELS ARCHITECTURE PORTFOLIO MINJMAA ENKHBAT phone: email:
+46 79 336 31 74 eminjmaa@gmail.com
skype: linkedin:
minjmaaenkhbat linkedin.com/in/minjmaa-enkhbat
ARCHI-
INTERNSHIPS / WORK EXPERIENCE
SOFTWARES
BIM modeller.
Drafting
Set up Revit drawings, model electrical containment. automating the set up of sheets and layouts through dynamo scripting.
Modelmaking
AM consulting engineers June - August 2019
Revit, AutoCAD, Rhinoceros, Vectorworks, Navisworks, CADWorx, FabCAD. Hand models, casting, laser cutting, 3D printing, CNC milling
Adobe Suite
BIM modeller.
AM consulting engineers May - August 2018 Delivering BIM models within a strict timeframe. Work carried out through 3D modelling softwares Revit, Fabcad, Cadworx, and coordination through Navisworks and Vault.
Photoshop, Illustrator, InDesign
Rendering Enscape
Coordination
BIM 360, Procore, Vault, Microsoft Teams
Junior architectural assistant.
Paul Keogh Architects September 2016 - March 2018 Working on projects from preliminary design stages to construction and hand over; social housing, private enxtensions, mews housing, retail outlet and civic masterplanning. Research, familiarisation and compliance with the building regulations, planning and procurement processes in ireland. Managment of the practices website and worked on competition entries, preparing documents and compiling drawings.
LANGUAGES English - native Mongolian - native French - beginner
Architecture internship.
EGEE Architects June – July 2014 AutoCAD drawings for a large summer camp masterplanning project for tender.
EDUCTATION
REFERENCES
Master of Science in Architecture
Paul Keogh
KTH kungliga tekniska hĂśgskolan 2018-2020 Year 5 sem 1 studio Searching for Ma Investigations of space and time. Year 4 sem 1 + 2 studio Architectural Notations Computational design and representation. https://09architecturalnotations.wordpress.com/
Bachelor of Science in Architecture University College Dublin 2013-2016
The programme is accredited by the RIAI, RIBA and NAAB. 1st class honour graduate
Director/ senior architect Employer at Paul Keogh Architects email: info@pka.ie
Sean Dowd
Supervisor and engineer Employer at Mercury Engineering emial: sean.dowd@mercuryeng.com
Tiago Faria
Architect and professor Academic staff at UCD emial: tiago.faria@ucd.ie
Electives - Photography and visualisation; Environment change and policy.
CV
CONTACT INFORMATION
2/10
phone: email:
+46 79 336 31 74 eminjmaa@gmail.com
skype: linkedin:
minjmaaenkhbat linkedin.com/in/minjmaa-enkhbat
HOUSING A NOMAD Diploma project, Year 5, Sem 2 Supervisors: Leif Brodersen + Teres Selberg Site: Ulaanbaatar, Mongolia This thesis is based in Mongolia, looking specifically at development in the capital city of Ulaanbaatar. Ulaanbaatar city is observed from an urban scale, tracing its built history. As the city experiences mass influx, the surge in building development has begun to alter the urban fabric. The housing strategy currently being employed to deal with this influx is commented on through the design of a housing proposal within the city core.
3/10
4/10
MICRO-CLIMATES Final project, B.Sc. Arch, Year 3, Sem 2 Tutors: Marcus Donaghy + Will Dimond Site: Co. Kildare, Ireland The project is a high-tech research facility designed for a rural farming context. Situated on UCD Lyons Research Farm in County Kildare, the accommodation of farm animals, as research subjects, the students, staff and Phd researchers offered a complex body of users to design for. The evident hierarchy of users and levels of sanitation for the research facility brought forward the concept of microclimates; layers of user specific environments that responded to their respective functions.
5/10
SUNKEN GARDEN + ROUND TOWER Searching for 間, Year 5, Sem 1_ Project 1 Tutors: Leif Brodersen + Teres Selberg Site: Fridhemsplan, Stockholm, Sweden St Göran Gymnasium is an iconic building in Stockholm designed by Léonie Geisendorf and Charles-édouard geisendorf in 1960. Its modernist forcefulness, affinity to Unite d’habitation and the use of raw concrete declare the buildings presence as it stands as converted student housing. The proposal consists of a removal of a recent extension of housing units and an addition of a sunken garden and round tower of rentable studio spaces. The design borrows from the material language of St Göran itself, the overlapping rectangular concrete towers is translated into overlapping concrete sunken gardens, the brick base of the building now takes form as a sunken brick round tower. The garden features floor patterns that is a prominent design element in St Göran’s.
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COMMUNITY SPACE Searching for é–“, Year 5, Sem 1_ Project 2 Tutors: Leif Brodersen + Konrad Krupinski Site: Poblenou, Barcelona, Spain The proposal is a community space at one of the corners of the iconic Barcelona grid on an adandoned site, in an area largely composed of working adults and a growing residential populous. Four ornamental facades enclose the site with two access levels; street level to the south-west and a 4-5m elevation to the north west as the street rises to bridge an old railway line. The four existing facades are encased in a continuous brick wall as a method of preservation. The brick wall thickens and narrows to interact with the site by forming stairs, ramps, amphitheatres and seating.
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S C A L E 1 1 0 0
W O R M S E Y E V I E W
A X O N O M E T R I C
S E C T I O N A L
GENERATED KONSTHALL Architectural Annotations, Year 4, Sem 1 Tutors: Pablo Miranda Carranza + Annie Locke Scherer Site: Ă…rsta, Stockholm, Sweden This design for a Konsthall, an exhibition space, on the terrain of Arsta park uses the code for the dragon curve as the core design generator. The project is an exploration of giving architectural form and design principals to a code generated structure. The dragon curve is an example of the Lindenmayer system developed by botanist and biological theorist Aristid Lindenmayer in 1968. The system is used to model the growth process of plant development and morphological variations in nature. The simple rule is followed to draw the dragon curve: X = X+YF+ Y = -FX-Y
Key 1. Curve path with control points 2. Generated plan, roof section 3. Exhibition walls 4. Roof
8/10
SKETCHES + MODELS
9/10
THANK YOU. phone: email:
+46 79 336 31 74 eminjmaa@gmail.com
skype: linkedin:
minjmaaenkhbat linkedin.com/in/minjmaa-enkhbat