Landscape Architecture Under Climate Change
rekrutacja:
- Candidates eligible for the qualification process include those:
- Holding a relevant diploma: a first-cycle diploma of an engineer in landscape architecture
obtained in the Polish education system, - Holding a diploma requiring verification of alignment of learning outcomes: a first-cycle
- a diploma or a diploma of completion of long-cycle master's studies in another related field of study obtained in the Polish education system, or
- a foreign diploma (Bachelor) in related field of study entitling the holder to apply for second-cycle studies in the country of issue.
Method of verifying the alignment of learning outcomes: A scan of the diploma supplement or a certified transcript from the university listing subjects, hours, grades, and ECTS points completed in the study program based on which the candidate applies for admission is verified. The candidate uploads the specified documents to their profile in the IRK system. If any discrepancies in learning outcomes are identified through analysis, the student will be required to make up for the competency gaps during their second-cycle studies by completing and passing the subjects indicated by the committee, not exceeding 30 ECTS. Candidates who have had their expected learning outcomes positively verified are considered further in the qualification process.
Candidates whose English language proficiency at a minimum B2 level has been confirmed through the acceptance of an uploaded language certificate in the IRK or through an interview verifying English language proficiency at the same level are eligible for the qualification process.
Candidates who meet the above requirements are qualified based on the arithmetic average of all final grades from the subjects included in the program of completed studies. If the number of candidates exceeds the admission limit, first-cycle landscape architecture graduates will be admitted first (based on the average grade from completed studies), followed by graduates of other fields of study (based on the average grade from completed studies). The result, based on which the ranking list is created, is the product of the aforementioned average and the alignment coefficient.
uzyskany tytuł: magister
STACJONARNE
przewidywany limit przyjęć: 30
początek zajęć: zimowy
czas trwania studiów: 2 lata (4 semestry)
Studies conducted in English language.
Opis kierunku
In an era of unprecedented environmental shifts, the world needs experts who can bridge the gap between creative design and rigorous environmental engineering. The Landscape Architecture under Climate Change programme at SGGW is a pioneering, interdisciplinary course designed to empower the next generation of global landscape architects. This is not just a design course; it is a laboratory for climate resilience. Our curriculum integrates the spatial planning precision of Architecture with the technical depth of Environmental Engineering.
Key Highlights:
• Global Perspective: Learn to design for various geographical and cultural zones.
• International Experience: Benefit from a 8-week student exchange between partner research institutions, international study trips, and summer schools.
• Expert Faculty: Engage with a multicultural staff, including Visiting Professors from across the globe who bring expertise in diverse climate zones.
• Modern Learning: Access a blended-learning approach with MOOC platforms and advanced digital tools.
The programme addresses the most pressing challenges of the 21st century through a mix of theory and practice:
• Blue-Green Infrastructure: Enhancing human well-being and biodiversity in urban and rural contexts.
• Nature-Based Solutions (NbS): Using natural processes to solve hydrological and thermal climate challenges.
• Advanced Digital Tools: Mastering GIS (Geographic Information Systems) and advanced 2D/3D visualization for data-driven design.
Perspektywy zawodowe
As a graduate, you will emerge as a highly specialized professional capable of navigating the modern, knowledge-based labour market. You will be equipped to:
- Lead Interdisciplinary Teams: Collaborate across cultures and disciplines (ecology, engineering, social sciences) to solve complex environmental problems.
- Mitigate & Adapt: Apply advanced mitigation and adaptation strategies to protect biodiversity and human habitats.
- Innovate with Technology: Use multi-source data to forecast spatial changes and make informed, expert design decisions.
- Engage in Social Dialogue: Act as a bridge between technical expertise and community needs in the design process.
Career Opportunities
Our alumni are prepared for prestigious roles in: international design and architectural studios, governmental and non-governmental environmental agencies, urban planning offices
focused on climate adaptation, research institutions and consultancy firms specializing in sustainable development.