Martina Welther - Portfolio - Landscape Architecture

Page 1

PORTFOLIO OF selected WORKS

Landscape Architecture Martina Welther


Educational Background 2014 - 2015

International Master of Landscape Architecture (M. Eng.)

Hochschule Weihenstephan-Triesdorf, Freising, Germany

2010 - 2014

Bachelor of Landscape Architecture (B. Eng.)

Hochschule Weihenstephan-Triesdorf, Freising, Germany

2008 - 2010

Secondary School, A-level Diploma

Staatliche Fachoberschule, Weilheim, Germany

work experience 2013 Rainer Schmidt Landschaftsarchitekten Working Student, 4 months, Munich Germany Name

Martina Welther

2012 - 2013

Rainer Schmidt Landschaftsarchitekten

Date of Birth

19/07/1991

Internship Semester, 6 months, Munich, Germany

Nationality

German

Adress

Hiltenspergerstraße 4

80798 München

Phone

+49 176 322 17 2 71

Email martina.welther@gmail.com Skype Martina Welther

2010 Peter Seeling Garden and Landscape Design, Construction Internship, 6 weeks, Polling, Germany

Achievements 2015 Master of Engineer - Exceptional average grade (1,5 excellent) 2015 Master Thesis -

A Food system approach, Cape Town, SA

Expectional average grade (1,3 excellent)

“Without change there is no innovation, creativity,

2015 Publication - WLA20 Magazine, Ringpark Würzburg, DE

or incentive for improvement. Those who initiate

2015 Selection - Le:NOTRE landscape forum, 1 of 2 selected

change will have a better opportunity to manage

Ringpark Würzburg, DE

the change that is inevitable.“

2015 Selection - Tag der Landschaftsarchitektur, Freising, 1of 4 selected

William Pollard

2014 Bachelor Thesis - Energy & Technologie Park, Garching, DE Expectional average grade (1,2 excellent)


Training, Workshops and Volunteering 2015

International Permaculture Design Course (PDC)

Certificate (international recognised) PDC, 2 weeks, Goa, India

curriculum vitae

Martina Welther

2015 Volunteering

Jungle Oasis Permaculture Project. Hands-on landscaping, 5 weeks, Goa, India

2015 International Workshop

New Visions for Urban and Rural Landscapes in Reghin, 2 weeks, Romania

2015

Accredited International Permaculture Intro Course

Rocklands Urban Abundance Centre, Cape Town, South Africa

Interests

2014 Case Study and Critique Workshop Riempark Munich, DE - Critique lectured by Dr. Noel van Dooren

Design,

Nature,

2014

International Architecture Workshop

10th I.A.W. - The Ringpark, a faded Jewel, 2 weeks, W端rzburg, Germany

2014

International Planning and Design Seminar

Vienna and Budapest

Technology and Renewable Energy, Transdisciplinary Planning (System-thinking), Permaculture, (Urban) Agriculture, Art,

2011 Moderator Technique Seminar

Sustainable Planning,

Certificate for Moderation Techniques and Group Leading, Munich, Germany

Photography, Travelling.

Skills Language

German (native)

English

(fluent)

French (basic)

AutoCAD

Adobe 3Ds Max and C4D

Adobe Photoshop

ArcGIS

Adobe InDesign

MS Office

Adobe Illustrator

Sketch Up



Table of Content

01

The Ringpark Würzburg - Refining a Faded Jewel

10th International Architecture Workshop, Würzburg, Germany ................................................................................................ 2

02

A Food System Approach - Community Gardens as a Catalyst for Sustainable Change

Master Thesis - Cape Town, South Africa ............................................................................................................................... 10

03

Energy and Technology Park - Design Future Preserve Nature

Bachelor Thesis - Garching, Germany..........................................................................................................................18

04

New Park Păşunii de la Pădurea Rotundă

International Project - Reghin, Romania........................................................................................................... 26

05

Urban Development East Munich

Landscape Planning Project - East Transect Munich Metropolitain area, Germany......................... 30

06

Selected Bachelor Works

Technical Drawing, Planting Design, Aquarell - Freising, Germany............................................34



10th International Architecture Workshop

The Semester: 3rd - Master Year:

October 2014

Published WLA Magazine Issue 20 Selected as best work on the Le Notre Convention 2015

Northern Ringpark today is a disconnected space, lacking social activities, security and identity. It needed a regenerative idea, which balances the aspects of design, perception and function in order to create an interlinkage between the people and their environment.

Ringpark Refining a faded jewel

Germany - W端rzburg

01


This

Ringpark

Land form

Movement

Green pattern

Open space - Activity

Water

Refining a faded Jewel HISTORIC

Germany WĂźrzburg Achritecture Workshop

Create Openess Connect Ringpark, Movement Patterns Capture Green Areas Conserve Trees, Initial M.P. Design Concentrate Activities Ringpark north

3

Entity North Park

Distorted acces (Pathways)

Organic forms

No activity

Pleichach

Divided

No function No acces

Isolated organic forms

Spread, hard to reach activities

Artificial lake

Entity Ring Park

Functional Accesible

Funtional organic forms

Polyvalent, open space

Design reflectance Water connection

EXISTING

NEW DESIGN

design concept facilitates the creation of more openness, more greenery, better connections and activities and at the same time conserves the values of the park. The design was based on a level concept, whereby different elevated features as mounds, hills, fountains and hanging lights will be implemented, to add an extra spatial perception. Connecting the movement lines to Lindahl‘s original scheme, we developed a design consisting of one dynamic main path that offers the possibility of fast connection, while passing all main activity areas in the park.


Lakeside

01

The Pleichach, an important, but at the moment underused part of the city‘s history, is brought back to life by the creation of river side along the Ring Park. The geometrical mounds and the more open meadows near the square create a straight access to the main station and offer a recreational zone. According

to

Lindahl‘s

original

design,

the

station square is transformed into an open and accessible space. This creates clear view axis, which connection movement lines. New designed pavilions replace the existing unattractive kiosks, which provide food, drinks and other commodities to travellers. By removing the tram lines from the station square, a non-traffic zone is established, providing a secure area for the people.

4

Germany WĂźrzburg

are enhanced by a lighting scheme that follows the

Ringpark

main square


Main square

section main square

5


The

former,

inaccessible

‘Berliner

pedestrians,

bikers

Platz’ is transformed into Würzburg‘s

transport is provided.

new

‘Berliner

hotspot.

formal

The

‘Berliner

lowering

Platz’

of

the

enables

a

age

Platz’

friendly

and

offers activities

the

public

gender

and

(skate

park,

playground,

trick

fountains,

pedestrians within the Ring Park, while it

etc.).

new

design

connects the whole Ring Park from north

social control and makes the formal

to south.

unused and inaccessible ‚Berliner Platz’ a

continuous

transit

for

bikers

and

This

01

café, induces

new attraction for the city of Würzburg. By simplifying the road network, a fluent and smooth traffic movement for cars,

berliner platz

6

Germany Würzburg

Ringpark

tunnel view


lakeside

view lakeside

The lakeside offers a range of activities; a

By bringing together activities for different age

playground for the children, a cafe, perfor-

groups and genders, social control is induced.

mance platforms and wooden decks, as well

The elevated terrain on the northern side of

as several seating opportunities to take a rest

the lake provides, by a new created view

and enjoy the natural setting.

axis, a great view to the traditional vineyard of W端rzburg.

section lakeside

7


Bundesgartenschau

01

Tourist Concept for the State Garden Show 2018 Germany Würzburg Achritecture Workshop

To

offer the visitors of the LGS an opportunity to

explore Würzburg on the way to Hubland from the train station, we created three routes which highlight the best of Würzburg. Starting from the train station, people have the choice between the nature, cultural and vine route. To enhance the experience along the way the „level-concept“ has been established that connects air and ground in a

8

Germany Würzburg

Ringpark and State Garden SHow

vertical dimension.


9


„Our population and our use of the finite resources of planet Earth are growing exponentially, along with our technical ability to change the environment for good or ill.“ Stephen Hawking, n.d.

Master Thesis Semester:

4th - Master

Year: March - July 2015 Field Work

5 Weeks, March to April

Approach Theoretical Research and Practical Design Cooperation Matthieu Mehuys Supervisor Dr. Prof. Michael Roth Dr. Kristin Faurest

A Food System Approach Community Gardens as a Catalyst for Sustainable Change

South Africa - Cape Town

02


A food system Approach

In order to address these complex issues holistically, planners play a key role for the urban development through the collaborati-

Community gardens as a catalyst for sustainable change

on with the government to work out top-down strategies as well

South Africa, Cape Town Master Thesis

(combining top-down and bottom-up planning).

as through the support and cooperation with the community

Finally this thesis focuses on the potential of a community garden

Abstract

existing community related projects and by using this as a base

The industrialisation of agriculture and globalisation of food

to develop a place-based community garden, functioning as a

systems caused a lot of changes in how food is produced, pro-

system within communities.

cessed, marketed and consumed. As most current food systems are globally oriented and overexploit natural resources, these systems cannot be regarded as sustainable and raise several challenges, which the Global North as well as the Global South are facing. Moreover, in the face of a growing population and therefore an increasing food demand, sustainability problems arising from food systems will likely become more serious, especially in the urbanising cities and even more so in developing countries. Cape Town, located in South Africa, is facing big urban challenges, as beside its increasing gap between rich and poor and the unequal economic and social growth, other specific issues such as the increase in lack of food security in households, land use conflicts and environmental degradation are occurring. Through examining the main influencing drivers of Cape Town’s food system as well as its interrelation of social, economic and environmental issues, resulting in the urban food challenge, this thesis will review alternative solutions for changing this unsustainable food system, to a more sustainable one; outline the importance of localising the food system; and discuss how food issues should be integrated on a governmental level in Cape Town as well as how a community can take its own initiative to lead towards a more local and sustainable food system. 11

in Cape Town, by reviewing the benefits, empirically examining

catalyst to create a more localised and therefore sustainable food


1

First research Question

2 Food system and their drivers

02

What are the determinants, the main influencing drivers and resulting outcomes of Cape Town’s current food system?

?

3 Analysis of 3 main forces influencing Cape Town‘s urban food system

> Political Forces, Urbanisation and Land Reform > Socio-Economic Forces

4 urban Food Challenge

A food system Approach

Impending food crisis economic, environmental and social Unsustainable Food System

How can a more sustainable food system be created in Cape Town ? Urbanisation

? 12

South Africa, Cape Town

> Environmental Forces


SUSTAINABLE FOOD SYSTEM

ORGANIC AGRICULTURE

5 Sustainable Food System Literature Review to answer the research questions

6 Aspects of a

7 Localisation

Sustainable FS

Due

ORGANIC AGRICULTURE

PUBLIC / COMMUNITY HEALTH

SUSTAINABLE FOOD SYSTEM

ENERGY EFFICIENCY

Cape

Town‘s

global food dependency,

ENVIRONMENTAL HEALTH FOOD SUPPLY URBAN, RURAL, INTERNATIONAL

to

ENERGY EFFICIENCY

the localisation is seen as a keyaspect for a more sustainable food system.

FAIR & JUST

EDUCATION / AWARENESS

LOCAL

LOCAL

9 Planners as a keyrole for integration 8 Integration in community life

Embeddedness of food issues on community level

Local Foodshed

Tackle local challenges

13

ED AW


11 Analysis of Hout Bay

Abalimi

SEED

City Farm

Bezekhaya

Abundance Center

02

12 Investigation Area

14

South Africa, Cape Town

Community Gardens as a catalyst for sustainable change.

Oranjezicht

A food system Approach

10 Existing Projects


Evaluation of

13 Implementation of

potential sites

a Community Garden

1) Identify partners 2) Devise a planning approach 3) Visioning 4) Collect and analyse relevant data 5) Implementation Planning & Design Approach based on permaculture ETHICAL INTENTIONS EARTH CARE PEOPLE CARE FAIR SHARE MASTERPLAN IMPLEMENTATION

VISIONING

VISION

MISSION

DESIGN EVENT HORIZON

OBSERVATION & DATA COLLECTION

MAPPING

ASSESSMENT

EVALUATION

ELEMENT PLACEMENT ELEMENT SELECTION

FEEDBACK AND REVIEW

2) Hout Bay Valley 3) Children 4) Local Food Producer

15

ZONE MAP INPUT & OUTPUT ANALYSIS

CONCEPTUAL PLAN

Stakeholder Analysis

1) Imizamo Yethu & Heights

PLANNING AND COSTING

14 Site mapping, Sector Analysis Resource Mapping, Element Placement


15 Initial Design - Community Garden based on Permaculture Principles

A food system Approach 16

South Africa, Cape Town

02

Design Community Garden


17


Bachelor Thesis Semester:

7th - Bachelor

Year: Nov. - Febr. 2013- 2014 Approach

Design

Energy & Technologie Park Design Future - Preserve Nature

Supervisor Prof. Sabrina Wilk Prof. Birgit Schmidt

Germany - Garching

03


Energy & Technologie Park Design Future - Preserve Nature Germany Garching Bachelor Thesis

The new Energy & Technologie Park in the North of Munich should contribute and popularise the further development of environmental friendly Technologies. The Park represents a harmonic

combination

of

mondern

Technology

and

the

natural environment, which simultaniously benefits the human use as well as the regeneration of nature. Through environmental awarness, Innovation and Sustainability a park will be created offering recreation as well as information/education.

View Main area

19


biomass solar Water design

20

Germany, Garching

Algae

Energy & Technologie Park

03

wind


View Visitor centre

Main area

edecke

ne Weg

ebunde

Wasserg

Privat Parkplatz

e nlag

ra

Sola

erfall

Wass

Gewächshaus 480 m² Gf.

Pflast

erbel

ag N

aturs

tein

Bänke

Be

suc

Cafe & Imbiss mit Außenbereich

he

rpa

rk

2.S

t. 1

20

0m

²

ve

ensi

Ext

iese

Extensive Blumenwiese

nw

me

Blu

se

as

om

Bi

Sitzmobiliar

The topography plays an important role for

production a practical conception of science and

the whole planning area. Interesting view axis

technology. The functionality and the effect of the

are created which offer perceptions on different

represented technologies should be easy under-

levels. The unique designed landscape creates

standable for the visitor as well as their energetic

a special recreational area and is defined by its

products will be directly used for the energy use in

design character. As a thoughtful ecolgical and

the park. The aim is to develop the whole recreati-

productive Park it increases resource efficiency

on area as a almost self-sufficient system. Through

and offers with its diverse facilities of energy

an efficient use of generated energy, a positive energy budget should result.

section park

12.20 11.75

8.75 8.00

7.50 6.25

1.60

21


The solar flower creates with its fan-shaped solarmo-

Solar flower

dules enough electricity to charge several notebooks

03

and phones every day. During the night the module uses the saved energy for the park lightening in that area. Beside these functions the solarflower is designed as a resting place, where people can get useful and interesting information about the park and several hints and tips to create and safe energy in their own household. The solarflower is an example of a modern design and reneweable technology which can be easily integrated in a landscape design and also contributes to the generation of energy.

22

Germany, Garching

Energy & Technologie Park

Solar flower


section park

15.75

14.75

13.75

11.75 9.75

23

11.75

7.50

8.75

8.75


View Watermill

section park

15.75

13.75

10.75

10.75

7.50

5.0

2.30 1.20

24

Germany, Garching

Energy & Technologie Park

03


25


International Project - 14 days Semester:

4th - Master

Year: 2015 2 week project May Approach

Concept and Design

New Park Păşunii de la Pădurea Rotundă

Rumania - Reghin

04


As the planning area brings along existing high valued features,

New Park

our sustainable planning concept demands to preserve or if needed to restore those potentials.

Păşunii de la Pădurea Rotundă

Preserve and Restore

Romania Reghin International Project

To understand the different drivers of the planning area, which is the New-Park-system, it is splitted

As the existing high valued features will be protected, several

The city of Reghin can be seen as a complex

in three main key factors: environment, social

measurements have to be implemented in order to solve the

and spatial. Those factors with their different po-

system influenced by many factors such as the eco-

current conflicts between the spatial, environmental and social

tentials as e.g. biodiversity (rare species), cultural

nomy, the inhabitants, the infrastructure and many

landscape (traditions) and viewsheds (view) etc.

drivers as well as to respond to arising new challenges coming

others. All those systems are in interaction with each

are interacting and influencing each other as well

other. The most important system for us to look at - in

as they generate conflicts.

along with an increased number of visitors and a new design.

Renew

order to design a new park - is the ‘green spaces system‘.

To improve the existing situation a regenerative landscape design based on a more sustainable system which integrates the needs from the society and nature has to be implemented.

P r e s e r ve Restore Renew R ev i t a l i s e

27

The key targets are due to our analysis biodiversity, water management, accessibility, security, economy, integration and participation as well as connectivity.


Revitalise

Zoning

Grass Maintenance

04

28

Romania Reghin

New Park

Design new Park



Landscape Planning Project Semester:

3th - Master

Year: May - June 2014 Approach Urban Development Landscape Planning

Urban development east Munich The Matrix - Where the Identity is recaputred

Germany - Munich Metropolitan Area East

05


social analysis

The Matrix Urban development East Munich

How do you like your environment? How much has your village

Germany East Munich Landscape Planning Project

changed over the last 15 years? Do you feel disturbed by the Autobahn A94?

The aim of this project is to define the existing landscape cha-

Therefore a social analysis is the main driver of the analysis pro-

racteristics and propose a landscape planning solution to the

cess as people are the guide to understand and read the spa-

East Transect of the Munich Metropolitan Area. Generally, data

ce. As a first step of the planning method different alternative

collection begins with understanding the social layer of this

scenarios were developed to get an overview of possible fu-

landscape.

ture developments.

combined scenario

scenario Planning

The trend

The Lung

The Hand

The core

The first Trend scenario descri-

The Lung scenario functions

The Hand is a coherent extensi-

The last Core scenario focusses

bes the realistic situation of an

as green vertical corridors as

on of diverse liniar landscapes

on

uncontrolled equal growth of all

it emphasizes on the open

creating a harmony between

Markt Schwaben as it has the

the villages that can be achie-

landscapes as the main driver

built and open spaces.

potential to grow.

ved by 2030.

for the development.

the further develpment of

The combined scenario gives a clear impression of the transect development, taking into consideration the landscape, built environment and tourism. Until 2014 the Munich urban area can grow 30%, other villages 10% and Markt-Schwaben 30-35%.

31


The

combined scenario map together

with the general Zoning Map form the base

Viewshed

for the Matrix, clearly defining different and

05

specific zones for development. This creates a strong defined unique landscape Matrix, which guides the future development of East Munich. Additionally, a visibilty map of the landscape highlights the focal points of the area. The final detailed concept map of the whole transect shows the spe-

Points of Interest

cific development changes, the connectivity and the components of identity in the context of the area.

32

Germany East Munich

The Matrix

Urban Development east munich

Zoning



Landscape Architecture Projects Semester:

Bachelor

Year: 2010-2013 Approach Technical Drawing, Planting Design, Drawing

Selected Bachelor Works Technical Drawings, Planting Design, Aquarell

Germany - Freising University of Landscape Architecture

06


Building Construction 3rd Semester Bachelor

Bachelor Works Planting Design, Technical Drawings, Aquarell Germany Freising Bachelor

Projektabwicklung (Projektseminar) - Detailansicht D1 und D2

Maßstab 1:15 Betonmauer

Schnitt B - B'

B'

Blockstufen Beton 8mm SRF, 200 x 33 x 14

B

Ausgleichsbeton 3 cm Flächendrainagematte

Asphalttragschicht 10 cm

Treppenfundament, Beton bewehrt C 20/25 Sauberkeitsschicht, Beton C 8/10, 5 cm

Asphaltdeckschicht 4 cm

489.59

489.66

Weg - Natursteinbelag

0,80m

Straße

0,10m

0,04m 0,80m

489.52

0,80m

0,66m

489.65

489.63

Asphalt

0,66m

Betonbordstein

Asphaltdeckschicht 4 cm

Rampe

0,14m

Frostschutzschicht

0,30m

0,14m

Asphalt

3%

Asphalttragschicht 10 cm

490.01

490.03

D1

0,91m

Palisadenstein Betonfertigteil Höhe 100 cm Dicke 20 cm

Asphalttragschicht 10 cm

Pflanzbeet - Erdreich Betonbordstein

Asphaltdeckschicht 4 cm

2,23m

0,14m

5,21m

0,10m

2,24m 0,15m

0,10m

1,25m 0,53m

Planting Design Maßstab 1:20 Schnitt C - C'

C

C' Blockstufen Beton 8mm SRF, 200 x 35 x 14

D2

Ausgleichsbeton 3 cm

Maßstab 1:20

Kastenrinne mit Gussrost

Treppenfundament unbewehrt C 20/25

3,66m

Wassergebundene Wegedecke

Flächendrainagematte

493.8

Fakultät Landschaftsarchitektu Studiengang LA

0,47m

0,03m

Tragschicht, Kies 25 cm Mauer

Modul Projektabwicklung

492.43

Betreuer: Prof. Ingrid Schegk Prof. Dr. Thomas Brunsch Prof. Dr. Amrei Mosbauer Detailansicht D1 und D2

35

4. Semester 2012 Martina Welther 1209418


Aquarell Course - Umbria Italy - 4th Semester

36

Germany, Freising

Different Bachelorworks

06


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