Landscape Architecture (LAND)

LAND 6011 Floodscapes Studio (6)

This introductory studio introduces a range of tools, skills and concepts rooted in architecture, landscape architecture and engineering to equip students with the foundation for design work in riverine and coastal environments. The course will focus on methods for understanding, analyzing, and visualizing sites at an urban-water interface, and will culminate in developing volumetric-based design ideas for holding water in this specific urbanized context. Through this immersion in design-thinking with a focus on urban-water systems, students will learn to critically see, think, and design for new futures that embrace the performative capacity of landscapes for multiple social and ecological purposes.

LAND 6013 Building Belonging: Transitions into the Tulane School of Architecture and Built Environment (0)

This course is designed for students who join the landscape architecture program after the intro studio, providing them with a foundational understanding of Tulane studio culture and the expectations of architectural education. Through discussions and collaboration, students will receive an introduction into the school's culture of design thinking, critique processes, and effective time management in a studio environment. The course fosters an understanding of landscape architecture as a discipline while helping students integrate smoothly into the program and develop the skills necessary for success in future studios.

LAND 6021 Streetscapes Design Studio (6)

This studio explores streetscapes as complex urban ecologies, focusing on their role in water cycles and microclimates. Students will examine the challenges and opportunities of designing these public spaces at the intersection of natural and human-constructed systems. The course is structured in three modules: site analysis using regional climate data, site observation through physical modeling, and design interventions with monitoring strategies. Students will learn to visualize climatic processes and atmosphere within the built environment using a multi-scalar approach. The studio includes an integrated eco-tech series on sensing, monitoring, construction details, and prototyping, aligned with each module's themes. This course was previously offered as LAND 6031: Streetscapes Design Studio.

LAND 6022 Forest Urbanism and Waste Design Studio (6)

Urbanized territories are complex ‘organisms’ with an expansive, linear process of consumption and waste production. Through an exploration of regenerative systems—systems that not only recycle waste but use it to actively restore the systems they are a part of—this studio explores the vital role of plant and soil ecosystems in shaping the future of urban environments. Students will investigate design strategies emphasizing urban forestry and grassland ecologies to restore urban ecosystems, capture carbon, and create equitable spaces. The course covers urban planting techniques, ecological management, phytoremediation, composting, and biomass recycling. Students will calculate energy and biomass flows to understand their designs' impact on the city's carbon footprint. Through critical reading, discussions, field observations, and community engagement, students will gain insight into plant-urban environment interactions and learn to design regenerative urban landscapes that reduce the environmental impact of the built environment. This course was previously offered as LAND 6032: Forest Urbanism and Waste Design Studio.

LAND 6031 Landscape and Engineering Design Studio: Coastal (6)

All along the Atlantic Ocean and the Gulf of Mexico, communities, industries, and ecosystems inhabit a perpetually transforming coastal landscape. Throughout the history of urban development, settlement patterns have denied the persistent dynamism and typically constructed upon these landscapes as if they were permanent. Barrier Islands, long thin, sandy islands aligned parallel to the shore are perhaps the most indicative of this tendency, as they are constantly eroding and growing in line with larger scale coastal dynamics. This studio introduces students to the underlying physical, chemical, and ecological processes that contribute to the dynamism of Louisiana’s barrier island chains. Students will investigate and learn to design coastal landscapes at the extreme margins of constructability, proposing adaptation pathways and questioning current development practices that challenge the continuation of existing coastal communities. This course was previously offered as LAND 6021: Landscape and Engineering Design Studio: Coastal.

LAND 6032 Landscape and Engineering Design Studio: Riverine (6)

This studio explores adaptive landscape design at the city-river interface, focusing on the impacts of climate change. Students will examine the dynamic relationship between rivers and urban systems, particularly in areas experiencing novel flooding patterns. This design studio also focuses on other various ways that climate change is affecting urban rivers, including increased flooding, droughts, and habitat loss, and how these changes influence the urban build environment. Using a small to mid-sized city's riverine landscape as a project location, students will develop designs that emphasize negotiation and adaptation with natural systems rather than control. Through critical reading, discussions, field observations, and research, students will gain a comprehensive understanding of urban-river interactions and learn to propose solutions for socio-cultural challenges along urbanized rivers. This course was previously offered as LAND 6022: Landscape and Engineering Design Studio: Riverine.

LAND 6051 Regional Climate Adaptation and Urbanism Research Studio (6)

This design research studio explores climate adaptation strategies for the Gulf Coast, focusing on innovative spatial planning. Facing a changed climate, a landscape impacted by ongoing land loss, and centuries of inequity and poor communities susceptible to ongoing environmental justice issues, this studio is conceived as advancing a vision for the Gulf Coast that grapples with oil legacy infrastructure, affected communities and their health and a changing coastline with ongoing environmental challenges. The goal of this interdisciplinary research studio is to help students understand how ecological and hydrological restoration, climate mitigation, and opportunities presented by the energy transition can combine across the territory in different sites and scales. Through reimagining practices, this studio also aims to expand the concept of Gulf Coast working landscapes that considers public health, equity, and labor practices. Students are expected to put forward multi-scalar scenario-based proposals to answer the following research questions: What will the Gulf Coast look like in 2050 with spatial strategies that embrace social and ecological improvements? What will the reduction of fossil-fuel energy consumption and increased opportunities for renewable energy production and carbon sequestration look like in the built environment at the regional, metropolitan, and architectural scales? What are the new economies that might emerge from these improvements that also support resilient and healthy communities and habitats?

LAND 6111 History of Landscape Architecture I (3)

With a focus on the role of water management as a primary influence, this course surveys the history of landscape design, and the rise of landscape architecture as a discipline, from early civilizations to the environmental movements in the 20th century. The course progresses both chronologically and thematically, beginning with ancient civilizations’ water infrastructure and moving through the formal gardens of Islamic, Renaissance, and Baroque periods. It examines the English landscape movement’s naturalistic approach, colonial water systems, and American civic parks, before concluding with modernist landscapes and contemporary landscape-scale regional and infrastructural planning.

LAND 6112 History of Landscape Architecture II (3)

This course traces the history of modern landscape architecture of the 20th century through a series of landscape responses to social, political, and environmental challenges. Organized chronologically, the course examines how landscape practices have shifted in emphasis over time—from urban parks and park systems, to national conservation and territorial management, to suburban expansion and infrastructure, to social reform, modernism and technological change, ecological planning, post-industrial repair, and contemporary climate and planetary concerns.

LAND 6113 History of Landscape Architecture III (3)

This course explores theoretical foundations and key texts in landscape architecture from the late 20th century to the present, examining the shift from modernist to contemporary approaches. Topics covered include changing conceptions of nature, ecology, and public space; the emergence of landscape urbanism and ecological urbanism; and new materialist and posthumanist perspectives on landscape design and theory.

LAND 6211 Landscape Building Technologies I (3)

This course provides an in-depth exploration of materials, water infrastructure, and the implementation and performance evaluation in landscape architecture and engineering. The first part of the course focuses on traditional landscape materials, their properties, applications, assemblies, and environmental impacts, including their carbon footprint, extractive costs, and potential for reuse or recycling. The course then examines gray and green water infrastructure, focusing on conveyance systems, innovative practices like stream restoration and bioswales, and water detention methods. A "One Water" approach to water quality is addressed through stormwater filtration, wastewater management, and potable water systems. The course concludes with practical aspects of landscape construction, including drawings, specifications, construction administration, and performance evaluation, teaching students to assess the effectiveness and sustainability of completed projects.

LAND 6212 Landscape Building Technologies II (3)

This course explores the construction, establishment, and adaptive management of ecological landscapes and nature-based engineering solutions. It covers sustainable material sourcing, soil preparation, planting techniques, and adaptive management for urban, upland/prairie, and water/wetland environments. Case studies will be utilized to examine real-world applications of building strategies in various landscapes, including green infrastructure, urban trees, perennial meadows, fire-dependent ecosystems, living shorelines, and marsh restoration. The course integrates theoretical knowledge with practical field work, involving hands-on projects such as urban tree planting and wetland restoration. A coastal infrastructure field trip provides experiential learning in diverse landscape settings. Students gain a comprehensive understanding of this material through this integration of theory, case studies, and practical application.

LAND 6311 Design Media I (3)

This introductory visualization and digital media course prepares students to move from verbal to visual thinking while building fluency in contemporary design tools, welcoming students from any technical or disciplinary background and treating drawing and modeling as a universal language across architecture, landscape, and engineering. Framed by an introduction to digital media theory and Computer Aided Design (CAD), students develop spatial, analytical, and representational skills across scales while engaging an ecological view of the built environment as an interconnected biosphere. Using tools such as Rhino and the Adobe Suite, students use the computer as a medium for exploration, testing, and communication, forming a foundation for future work in Architecture, Landscape Architecture, and Landscape + Engineering.

LAND 6312 Design Media II (3)

This course, the second in the Landscape Architecture and Engineering Design Media sequence, introduces students to the critical relationships between mapping, data visualization, and landscape systems, with particular emphasis on clearly and comprehensively representing landform and hydrological analysis. Through an examination of both historical and contemporary applications of geospatial systems and associative/generative modeling, students will develop a sophisticated understanding of how information and representation shape our interpretation of scale, projection, and territory in landscape architecture. Beginning with a series of ArcGIS Pro workshops, students will progress from fundamental mapping concepts in ArcGIS Pro to more advanced terrain modelling workflows and analyses of vector and raster data sets. Building on this technical foundation, students will undertake four progressive projects that apply these tools to real-world landscape analysis and design challenges.

LAND 6512 Professional Practices and Concerns in Landscape Architecture (3)

This course provides a comprehensive overview of professional landscape architecture practice, covering organization types, legal and ethical frameworks, and operational systems. It examines various practice models in the U.S. and abroad, focusing on organizational aspects including project management, delivery types, and client relations. Students will learn about project stages, risk management, codes, and team structures. The course covers business fundamentals such as marketing, proposal writing, contracts, and human resources. It also explores the future of practice, including post-pandemic workplace evolution, circular economy opportunities, and the integration of technologies like AI and virtual reality. Students will gain essential knowledge for successful professional practice in landscape architecture.

LAND 6560 Landscape Architecture Internship (3)

The Landscape Architecture Internship course provides students with an opportunity to reinforce and expand their skills and knowledge through professional internship experiences during the course of their studies.

LAND 6910 Independent Study (1-6)

The Independent Study course gives graduate students an opportunity to work with a faculty advisor to pursue a personal academic interest with greater focus. Qualified students must develop a syllabus and schedule with the help of the faculty advisor. The course must be approved by the Landscape Architecture Program Director prior to registration. Course may be repeated up to two times.

Course Limit: 2

LAND 6930 Special Topics (0-4)