Architectural portfolio

ROMAN LESKOVEC | FACULTY OF ARCHITECTURE | UNIVERSITY OF LJUBLJANA

PORTFOLIO

Suhadole 57c1218 KomendaSlovenia(+386) 31 841 761

[email protected]

_2010-2011 Faculty of Architecture | TU Muenchen International exchange in 9th semester Design studio by Prof. Hermann Kaufmann

_2007-2013 Faculty of Architecture | University of Ljubljana Design studio by Prof. Janez Kozelj

_3 years of practical experiences by renovating my parents house

_2012-2013 architectural internship, de Architekten Cie, Amsterdam

_2011-present translator Autobild GmbH, car magazine from german to slovenian language

_2011-2012 receptionist, Antiq Palace Hotel & Spa d.o.o.

_2010-2011 architectural internship Villa Sancti, institute for renovating old quality architecture

_2006-2010 student salesmen Petrol d.d.

_2004-2008 student work in warehouse Schachermayer d.o.o.

WORK EXPERIENCES

_2010-2011

EDUCATION

Language skills:_Slovenian (native)_English (fluent) _German (fluent)

Technical skills: _AutoCad, Rhino+Vray, Photoshop, Illustrator, Indesign, Sketchup, MS Office, SAP2000, Ecotect

Workshops:

_Low-energy single-family house Velux d.o.o & Lumar d.o.o.

_MEDS -meeting of design students summer workshop-city intervention topic: sensability Competitions:

_Renovation of de Resident, Den Haag, 2013

_Energy academy, Groeningen, 2012

_Passive single-family house, Podlipa, 2011

_New art galery, Maribor, 2010

_running, cycling, motorsport, psychology, reading biographys

INTERESTS

PARTICIPATION

KNOWLEDGEROMAN LESKOVEC

BIOGRAPHY

_Eksperimental single-family low- energy house workshop Velux/Lumar 2009, UL mentor: doc.dr. Tomaz Novljan

_Sustainable settlement Brdo Urban planing, UL 2010 mentor: doc. Ilka Cerpes

_Park & Ride facility Dolgi Most design studio, UL 2010 mentor: prof. Janez Kozelj

_Passive single-family house Podlipa student competition Sparkasse bank 2011

PROJECTS

_Wooden Sutterluety supermarket in Montafon, Vorarlberg design studio, TU Muenchen 2011 mentor: Prof. Hermann Kaufmann

_CHV Veghel renovation 2013 de Architekten Cie

_Energy academy, Groeningen competition 2012 de Architekten Cie

_Modular textile facade concept Textile facades, TU Muenchen 2011 mentor: Prof. Tina Wolf

PROJECTS

PROJECTS

SOLAR

WEDGE

ROMAN LESKOVEC | TOMAZ DRAKSLER | PETER KIRALJ | 2009

SOLAR WEDGEWOODEN SINGLE-FAMILY LOW-ENERGY HOUSE

In collaboration with company Velux and Lumar we experimented with new forms of houses that would make best use of the potential of skylight and wooden construction. During examining the parameters of insolation, thermal conductivity and the building shape factor we come up with an idea of triangular building that has NS orientation and is also only on these sides open. This form offers several advantages: ideal lighting and heating gains, low heat losses due to little holes in the other sides of the building, the possibility of terracced building, adaptable to the terrain, etc. The living part of the house is a multi-floor space, which ensures good ventilation. It is suit-able for families with two children.

WOODEN LOW-ENERGY HOUSE ’’SOLAR WEDGE’’ PROJECTS

CROSS SECTION LONGITUDINAL SECTION

WORKSHOP: SINGLE-FAMILY HOUSE house SOLAR WEDGE

Students: Roman Leskovec, Tomaz Draksler, Peter KiraljMentor: doc. dr. Tomaz Novljan

Object in space with defined orientation

Deformation of the object to optimize solar gains

Setting the programs in the building

PROJECTS

FLOOR PLAN OF FLOOR FOR KIDS 1st FLOOR PLAN GROUND FLOOR PLAN

WOODEN LOW-ENERGY HOUSE ’’SOLAR WEDGE’’

PROJECTSWOODEN LOW-ENERGY HOUSE ’’SOLAR WEDGE’’

PODLIPA

PASSIVE

HOUSE

ROMAN LESKOVEC | BLAZ JAMSEK | STUDENT COMPETITION | 2011 PROJECTS

PASSIVE HOUSE IN PODLIPASTUDENT COMPETITION

The plot is located in village Podlipa on the sunny side of the slope. It occupies 600 m2 and has an angle of 21%. One of the prin-ciples of sustainable building is minimized intervention in natural environment, which has been a decisive influence on the design and position of the facility.Building on the slope is usually conditioned with the excavation and removal of the mate-rial. In our case, all excavated material is transferred to the upper part of the plot. This create two levels, which also defines general concept of the house: the upper part of the house with the entrance and additional program (in our case an office with a fireplace, which heats the room on demand) and the underground, living floor with com-pletely opened south side. Due to the partially excavation is the temperature amplitude within the facility reduced and thermal transmittance of the envelope improved. Also green roof helps to the addi-tional reduction.Upon arrival on the plot we see an object that symbolizes a small holiday house. With its small size it does not obscure the views, while in visitor generates interest. Under the green'' blanket'', that surrounds the upper building, are hidden living areas. They extend to the south terrace, offer users views in the nature and in the same time, the intimacy of an atrium.

Exhibited: Sparkasse Bank Ljubljana, November 2011

Award: 1st prize

PASSIVE HOUSE IN PODLIPA | STUDENT COMPETITION | 2011

PROJECTS

PROJECTS

THE PLOT THE CONCEPT OF THE HOUSE FINAL RESULT

PASSIVE HOUSE IN PODLIPA | STUDENT COMPETITION | 2011

SITE PLAN

PROJECTS

GROUND FLOOR PLAN

PASSIVE HOUSE IN PODLIPA | STUDENT COMPETITION | 2011 PROJECTS

LONGITUDINAL SECTION


CROSS SECTION


P+R DOLGI

MOST

ROMAN LESKOVEC | ANDREJ ZONTA | 2009 PROJECTS

PARK&RIDEDOLGI MOST

The facility is located next to the motorway exit at Dolgi Most, on elongated plot with 18000 m2 in size. It is designed as a hybrid building with an elongated parking part and 2 vertical structures.The main part of the building consists of 4,400 parking spaces, which are distributed between 6 floors (2 basement floors). Office building and budget hotel are because of the need for lighting divided into two 14-storey towers, that are positioned on the roof of the parking facility. Part of the roof is regulated by parking lots , that are covered with pergola and extensive greenery, but the other part (between the towers) consists of a park, which is serving guests and employees. On the ground floor we can find a supermarket, a restaurant, shops and bus and train station, which are connected to each other through the main hall.Hotel reception and business part have separated entrances and are connected with lounge bar and restaurant. Bus station is planned for urban, suburban and touristic buses and is regulated with circular traffic and waiting points. In the front of the build-ing we designed a park with lots of trees and a skateboard park, which are designed to shorten the waiting time for passengers with recreation.Parking part of the building is covered with framed steel grills, but hotel and business towers are wrapped with metal panels.Building is characterized with three colours: gray, yellow and red, which are typical traffic colours.

SUPERMARKET:.............................................2200m2RESTAURANT:...................................................1535m2SHOPS:..............................................................6x55m2PARKING:.........125460m2(3969pm)= 31m2/pmLOUNGE:...............................................................175m2RECEPTION:..................................................2x100m2BUSINESS AREA:.........................................10700m2HOTEL ROOMS:................10700m2 (294 rooms)FSI:..............................................................................0.118

PARK+RIDE DOLGI MOST PROJECTS

ORGANISATION SCHEME

SITE PLAN

GARAGE

SUPERMARKET

SHOPS

BUSSINES AREA

HOTEL

RESTAURANT

CORE

CONCEPT OF GROUND FLOOR

CONCEPT OF BASEMENT & UPPER FLOORS CONCEPT OF THE ROOF

CONCEPT OF THE SECTION

LEGEND:

SERVICE AREA

RAILWAY STATION

PROJECTSPARK+RIDE DOLGI MOST

GROUND FLOOR PLAN

PLAN OF HOTEL AND BUSINESS AREA


LONGITUDINAL SECTION

FACADE FROM MAIN STREET


CROSS SECTION A-A CROSS SECTION B-B

SUSTAINABLE SETTLEMENTBRDO

In the course of urban methodology we developed a sustainable settlement in Ljubljana Brdo, according to the principles of sustainable urban planning. The task takes into account principles such as: reducing the role of the car (car sharing), promoting public transport, cycling, and retreat of park-ing areas to the edge of the settlement, etc. The most important is the design principle of space, which introduces an integrated use of public spaces - shared space. The green belts linking systems made trough the settlement connect two large green areas in the surroundings.

mentor: doc. dr. Ilka Cerpes

SUSTAINABLE SETTLEMENT BRDO PROJECTS

CONCEPT

GREEN AREAS

EXISTING HOUSING

NEW, DENSE HOUSING

NATURE, FOREST EDGE

NEW ROAD

CONECTION OF GREEN ECOSYSTEMS

PEDESTRIAN PATH

SPORTS CENTRE

SCHOOL & KINDERGARTEN

EXISTING TEHNOLOGY CENTRE

LOCAL GROCERIES STORES


SITE PLAN


SITE PLAN WITH SECTIONS


MODEL


PHOTOMONTAGE

SUTTERLÜTY

SUPERMARKET

ROMAN LESKOVEC | TUM | 2011 PROJECTS

SUPERMARKETSCHRUNS, VORARLBERG

Company Sutterluety is one of the leading supermarket chains in Austria. They lay great value on high-quality products, envi-ronment and support to regional products (‘’From Vorarlberg for Vorarlberg’’). The chain plans to build new supermarket in city Schruns, heart of Montafon valley. Prof. H. Kaufmann was asked to participate, and within the Department of timber construc-tion at Technical University Munich, orga-nized a student competition, where I had the opportunity to participate and succeeded with one of the best proposal.

Plot is located in a very rugged area, con-strained by the main traffic artery of the district, and two rivers, which at that point flow into one. This specific alpine location, surrounded by the nature and different levels of terrain, which is problematic for the market, dictate the interesting shape of the supermarket, which may also include other programs. Instead of self-service restaurants (Gusto) I decided to include independent restaurant, mainly because of the beautiful views into nature and an ambient, which is perfect for a luxurious restaurant. The facility is also adapted to the functioning of restau-rant outside the working hours of basic program-the supermarket.

Design studio 10/11, TU MunichChair: Timberwork construction mentor: prof. Hermann Kaufmannasist.: David Wolfertstetter

Exhibited: Vorhoelzer Forum in Munich, Februar 2011

SUPERMARKET SUTTERLUETY PROJECTS

KONCEPT


SITE PLAN


PLAN OF UNDERGROUND GARAGE FLOOR PLAN

ENTRANCE HALL95m2

SHOPS120m2

RESTAURANT345m2...........cca 110 seats90m2 of terrace.....cca 40 seats

KITCHEN 115m2

SUPERMARKET880m2

STORAGE255m2

ADMINISTRATION110m2

PARKING AREAunderground - 1800m2......58PSoutside.......................................33PS

TECHNICAL ROOMS125m2

ELEVATOR2x 2.25m*2.45m

TOILETS30m2


CROSS SECTION A-A

PROJECTSSUPERMARKET SUTTERLUETY

SOUTH FACADE

SOUTH-WEST FACADE

EAST FACADE

NORTH FACADE

PROJECTSSUPERMARKET SUTTERLUETYSUPERMARKET SUTTERLUETY

CONCEPT

TEXTILE

FACADE

ROMAN LESKOVEC | DANIEL MOLE | TUM | 2011 PROJECTS

MODULAR TEXTILE FACADE CONCEPTTU MUENCHEN

Through studies of experiments with bubbles of the famous architect Frei Otto and the exploration of modern materials such as ETFE foils and their materialization in modern architecture, I and my colleague tried to develop a new concept of the facade, which would improve existing solutions. We found that pillows filled with gas, have certain weaknesses which could have been improved if we could make a bigger cushion, which would be static stabile enough. The idea comes from the Frei Ottos concept of Infinite Surface (unendliche Flaechen) and is reminiscent of inflatable mattresses used for sleeping or bathing. Tubes that connect the outer and inner membrane give the pillow static stability and can be also used for fixing, ventilation, lighting, etc at the same time. Currently, the problem lies in welding/bonding of the foils, but research in this field is already being made.

Mentor: Prof. Tina WolfAsistant: Dipl. Ing. Hans-Christian Wilhelm

Exhibited: Technology and design of building envelopes chair (Fachgebiet für Technologie und Design von Hüllkonstruktionen)Technical university Munich

MODULAR TEXTILE FACADE CONCEPT | TU MÜNCHEN | 2011

PROJECTS

PROJECTS

Reference: Office building in Lausanne

INFINITE SURFACES - FREI OTTO WATER PILLOW

HYPOTHESIS

- unequal thermal conductivity over the entire surface

- fixing is required at multiple points

- each cushion must have a pressure sensor

How can we improve it?

MODULAR TEXTILE FACADE CONCEPT | TU MÜNCHEN | 2011

HIGH STATIC STRENGTH+ good resistance against wind and other weather conditions

LONG FACADE ELEMENTS+ uniform facade envelope+ fewer mounting-- elements+ less heat bridges

SHADING AND INSULATION

- a printing on a foil for the need of shading

- intermediate layer of thermal insulation (eg. Aerogel)

USE OF PLASTIC SLEEVES:

AN EXAMPLE OF FACADE

AN EXAMPLE OF ILLUMINATING THE SPACE

VENTILATION WITH FANS FIXING ELEMENT

PROJECTS

SITUACIJA

SECTION

MOUNTING ELEMENT

PLAN

MODULAR TEXTILE FACADE CONCEPT | TU MÜNCHEN | 2011 PROJECTS

MOUNTING ELEMENT

RUBBER SEAL

PLASTIC SHEATHMOUNTING ELEMENT

PROJECTS

CHV

VEGHEL

ROMAN LESKOVEC | DE ARCHITEKTEN CIE | 2013

CHV VEGHELARTS & CULTURE CLUSTER The council of town Veghel has approved the first phase of the redevelopment of the CHV-site to arts and culture cluster.

The old feed mill of the CHV set the stage for the new arts and culture cluster of Veghel. A theater, a youth center, an exhibition space, a com-munity center, art, dance and music education, a shop and a grand café are snugly puzzled in quality linear historical production space of the existing building.

The culture and food cluster are organized as two L-forms. Together they enclose the main area of the complex: the cake Construction. The cathedral-like space remains unaf-fected and is used as an event venue for all kinds of functions. Major pop concerts, exhibition hall, market hall, large presentation area and con-gresses provide a continuous experi-ence of this central location.

With use of cheap industrial and recycable materail we produced new usable spaces for different purposes and and retained the quality of the old industrial building.

Team: Pi de Bruijn, Lars van Hoften, Lenka Rezbarikova, Roman Leskovec

ART & CULTURE CLUSTER VEGHEL PROJECTS

Piet Mondrian Using Piet Mondrian’s pattern for the concept of inserting new programs into the existing industrial space

The industrial area of CHV Veghel

Visualization of the exterier

PROJECTS

1st floor plan

Visualization of the shop area with steel lace fence Visualization of wooden atelier boxes with engraved laces

Reference for the lace fence

ART & CULTURE CLUSTER VEGHEL

PROJECTS

2nd floor plan

Visualization of the multi-purpose hall with hanged burlap sacks Visualization of the concert hall with semi-transparent perforated steel panels

Burlap sack as a tribute to industrial times of the factory


PROJECTS

3rd floor plan

Visualization of tutor rooms and exposed wooden roof construction Visualization of wooden dance halls


PROJECTS

GROENINGEN

ACADEMY

ENERGY

ROMAN LESKOVEC | DE ARCHITEKTEN CIE | 2012

ENERGY ACADEMYGROENINGENCOMPETITION

For the competiton of an extension of academy in Groeningen we pro-posed a building, which consists of energy efficient pavilions, covered with an energy supplying roof. This ’’pavilions’’ have a strong connection with surrounding landscape and offer a lot of different variations of interior arrangement. They are form-ing so called ‘’covered campus city’’ with entrances from different sides of the building. With intelligent con-ceptualisation, efficient integration of active and passive ventilation and heating, use of rainwater for cooling and flushing of toilets, a lot of green areas and consisting of recyclable materials the building is pleasant to work in and uses small amount of energy.

Situation with the surrounding Energy gaining with solar panels and openings on the roof

Volume concept with modular boxes

Continuous connection between landscape and building

ENERGY ACADEMY GROENINGEN PROJECTS

PROJECTS

Climate and energy in winter situation Main cores

Communications

Acess

Climate and energy in sommer situation

ENERGY ACADEMY GROENINGEN

Canopy protects against direct sunlight

Warm air drains directly

Air cooling through underground channels Thermal energy storage

Individually opened windows

Sun protection protects the building against overheating

Cool natural air flow under the roof

Opened facade elements: west facade (main wind direction)

PROJECTSENERGY ACADEMY GROENINGEN

Architectural portfolio

Documents

Transcript of Architectural portfolio