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C90-06A Cloud Architecture Lab

Exam: C90-06A Cloud Architecture Lab

Exam Details:
- Number of Questions: The C90-06A exam is a lab-based exam that focuses on practical skills and hands-on tasks rather than traditional multiple-choice questions.
- Time: The exam duration varies depending on the specific lab scenario, but it typically ranges from 4 to 8 hours.

Course Outline:
The C90-06A Cloud Architecture Lab exam is designed to assess a candidate's ability to apply cloud computing concepts, principles, and practices in real-world scenarios. The exam requires candidates to complete a series of hands-on lab exercises that simulate various cloud architecture tasks and challenges. While the specific lab scenarios may vary, the exam typically covers the following topics:

1. Cloud Computing Concepts:
- Understanding cloud computing principles, models, and deployment options.
- Exploring cloud service models: IaaS, PaaS, and SaaS.
- Understanding virtualization, scalability, elasticity, and multi-tenancy in the cloud.

2. Cloud Infrastructure Design:
- Designing cloud infrastructure components, such as virtual networks, storage, and compute resources.
- Implementing high availability and fault tolerance mechanisms in the cloud.
- Managing security and access controls in a cloud environment.

3. Cloud Application Design:
- Designing cloud-native applications using cloud services and APIs.
- Applying cloud design patterns and best practices.
- Integrating cloud applications with existing systems and services.

4. Cloud Data Management:
- Designing data storage and database solutions in the cloud.
- Implementing data backup, recovery, and replication strategies.
- Ensuring data security and compliance in the cloud.

5. Cloud Migration and Hybrid Architectures:
- Planning and executing cloud migration strategies.
- Designing hybrid cloud architectures that integrate on-premises and cloud resources.
- Managing and optimizing the performance of hybrid cloud environments.

Exam Objectives:
The objectives of the C90-06A Cloud Architecture Lab exam are to assess the candidate's ability to:
1. Apply cloud computing concepts and principles in real-world scenarios.
2. Design and deploy scalable and secure cloud architectures.
3. Design and integrate cloud-native applications and services.
4. Manage and optimize cloud data storage and management.
5. Plan and execute cloud migration strategies and hybrid cloud architectures.

Exam Syllabus:
The specific lab scenarios and tasks in the C90-06A exam are not publicly available. However, candidates can expect to encounter challenges and tasks that require them to demonstrate their knowledge and skills in cloud architecture design, deployment, and management. The exam may involve scenarios related to infrastructure design, application integration, data management, migration planning, and hybrid cloud architectures.

It is important for candidates to review the official exam guide and practice with hands-on exercises and lab simulations to prepare for the exam effectively. Additionally, referring to relevant cloud architecture and best practices documentation, industry whitepapers, and case studies can further enhance the candidate's understanding and readiness for the exam.
Cloud Architecture Lab
SOA Architecture study

Other SOA exams

S90.01A Fundamental SOA & Service-Oriented Computing
S90.02A SOA Technology Concepts
S90.03A SOA Design & Architecture
S90.04A SOA Project Delivery & Methodology
S90.05A SOA Technology Lab
S90.08A Advanced SOA Design & Architecture
S90.09A SOA Design & Architecture Lab
S90.18A Fundamental SOA Security
S90.19A Advanced SOA Security
S90.20A SOA Security Lab
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Cloud Architecture Lab
servers between hypervisors within the same cluster. The Direct I/O Access pattern can
then also be applied so that the virtual servers retain their network configurations regardless
of which hypervisor within the cluster they reside on.
C. The Non-Disruptive Service Relocation pattern can be applied to place a secondary copy
of Ready-Made Environment A on Hypervisor B. The Persistent Virtual Network
Configuration pattern can be applied so that virtual servers retain network configurations
when moving to other hypervisors.
D. The Load Balanced Virtual Server Instances and Persistent Virtual Network
Configuration patterns can be applied together to ensure that the virtual servers retain their
network configurations when moving to another hypervisor. The Redundant Storage
pattern can further be applied to move the ready-made environment to another hypervisor
without service impact.
Answer: C
Question: 13
Cloud Service A is installed on Virtual Server A and the database it accesses is located on
Cloud Storage Device A. Both Virtual Servers A and B are hosted by Hypervisor A.
Requests from cloud service consumers are intercepted by an automated scaling listener
that automatically routes subsequent requests to additional instances of Cloud Service A
whenever the given usage of an instance exceeds two concurrent requests.
Cloud Service Consumer A accesses Cloud Service A (1), which either sends a query or a
read/write request to a database on Cloud Storage Device A (2). A usage and
administration portal is available, enabling Cloud Consumer A to view the billing and
usage historyof Virtual Servers A and B (3).
Cloud Service Consumer A and Cloud Consumer A are owned by Organization A. which
performs several tests on the cloud architecture that produce the following results:
? A stress test is performed to generate workloads on Virtual Servers A and B to gauge
their load capacity. This test reveals that both virtual servers have firm workload
thresholds. If the workload capacity on either virtual server reaches its threshold, further
processing requests are rejected.
? An availability test shows that Cloud Service A becomes unavailable whenever
Hypervisor A crashes.
? A security test is carried out during which the cloud architecture is accessed by a
malicious cloud consumer that disables the path used by Cloud Service A to access Cloud
Storage Device A, thereby causing all subsequent cloud service consumer requests to be
replied to with data access errors.
Which of the following statements describes a solution that addresses the concerns raised
by the three tests?
A. The Resource Reservation pattern can be applied to ensure that Virtual Servers A and B
are not accessed by any cloud consumers other than Organization A, thereby enabling their
respective capacity to be maximized. A second hypervisor can be implemented and the
Synchronized Operating State pattern can be applied to emulate the usage of the resource
cluster mechanism with the two hypervisors. This will prevent Cloud Service A from being
affected if one of the hypervisors fails. The Service State Management pattern can be
applied to
establish a secondary cloud storage device that can be accessed by Cloud Service
A whenever Cloud Storage Device A becomes inaccessible.
B. The Elastic Resource Capacity pattern can be applied to enable resources to be assigned
to the virtual servers dynamically. The Hypervisor Clustering pattern can be applied to
avoid jeopardizing the availability of Cloud Service A when its underlying hypervisor fails.
The Multipath Resource Access pattern can be applied to establish an alternative path to
Cloud Storage Device A. Cloud Service A can then be designed to access Cloud Storage
Device A via the alternative path whenever access via the original path fails.
C. The Elastic Resource Capacity pattern can be applied to enable resources to be assigned
to the virtual servers dynamically. The Resource Pooling pattern can be applied to allow
Hypervisor A to be part of a larger hypervisor pool. The Cross-Storage Device Vertical
Tiering pattern can be applied to allow Cloud Service A to access Cloud Storage Device A
via different tiers.
D. None of the above.
Answer: B
Question: 14
Cloud Service A accesses LUN Aon Cloud Storage Device A when it receives requests to
process data from cloud consumers. Cloud Service A is hosted by Virtual Server A. The
usage and administration portal can be used to access and manage the data in Cloud
Storage Device B, which is also hosted by Virtual Server A. Virtual Server A is further
hosted by Hypervisor A, which resides on Physical Server A. Virtual Server B is part of a
virtual server cluster hosted by Hypervisor B. which resides on Physical Server B. Physical
Server C is not in use and does not yet have an operating system installed.
Cloud Service Consumer A sends a request to Cloud Service A (1), which accesses data in
LUN Aon Cloud Storage Device A (2). Cloud Consumer B uses the usage and
administration portal to upload new data (3). The data is placed in LUN B on Cloud
Storage Device B (4).
Cloud Service Consumer A and Cloud Consumer B belong to Organization A, which is
leasing Virtual Server A and Virtual Server B from the cloud provider. Organization A also
proceeds to lease Physical Server C as part of a new laaS agreement it signs with the cloud
Organization A wants to provision Physical Server C with a number of legacy systems that
cannot be deployed on virtual servers. However, when it attempts to do so, it realizes that
its laaS package only provides Physical Server C as an out-of-the-box hardware server
without anything installed on it. In order to deploy its legacy systems Organization A
requires that Physical Server C first has an operating system installed, but it has no means
of remotely provisioning Physical Server C with an operating system.
Organization A would like to deploy two of its legacy systems on Virtual Server A and to
further extend Cloud Service A's functions so that it can be used as an external interface for
cloud service consumers to access legacy system features. Additionally, Organization A
would like to deploy three of its mission-critical legacy systems on Virtual Server B in
order to take advantage of the additional performance and failover benefits provided by the
virtual server cluster that Virtual Server B is part of. Each of the five legacy systems is
comprised of dozens of components that need to be installed individually. Instead of
manually installing each component of each legacy system, Organization A would like to
customize workflows that can automate these deployment tasks.
During the first few months of working with its cloud-based legacy systems. Organization
A receives a number of complaints from users that the cloud-based legacy systems are at
times behaving erratically. However, when cloud resource administrators with
Organization A review the cloud provider's reports that log usage, downtime and other
runtime characteristics, they do not find any indication of erratic behavior or any other
comparable problems. After some further investigation, the cloud resource administrators
determine that the nature of the erratic behavior is specific to proprietary features of the
legacy systems and is therefore not monitored or logged by the cloud provider's standard
audit monitor, pay-per-use monitor or automated scaling listener. The cloud resource
administrators recommend that a new service agent be developed with features customized
to monitor the legacy systems.
Which of the following statements provides a solution that can address Organization A's
A. The Bare-Metal Provisioning pattern can be applied to remotely provision Physical
Server C with the operating system required to deploy the legacy systems. The Automated
Administration pattern can be applied to enable Organization A to create custom scripts
that can carry out the deployment of the legacy system components via the use of an
intelligent automation engine. To provide Organization X with the tools to monitor IT
resource usage and collect usage data so that security breaches and other impacts do not
occur, the Usage Monitoring pattern can be applied to establish the required custom
monitoring functionality.
B. The Bare-Metal Provisioning pattern can be applied to enable Organization A to
provisioning Physical Server C with legacy systems after the operating system has been
installed. The Synchronized Operating State pattern can be applied to consolidate
Organization A's legacy systems via a centralized administration portal from which it can
then automate their deployment. The Automated Administration pattern can be applied to
establish a series of workflow scripts customized to monitor and log proprietary legacy
system behavior.
C. The Rapid Provisioning pattern can be applied to enable Physical Server C to be
remotely provisioned with the operating system and legacy systems. The Centralized
RemoteAdministration pattern can be applied to enable Organization A's employees to
remotely manage and administer legacy system deployment. The Pay-as-You-Go pattern
can be applied to establish the custom monitoring functionality required by Organization
A's legacy systems.
D. None of the above.
Answer: A
Question: 15
Cloud Service A is hosted by Virtual Server A, which is hosted by Hypervisor A on
Physical Server A. Virtual Server B is hosted by Hypervisor B on Physical Server B.
Cloud Service Consumer A accesses Cloud Service A and the request is intercepted by an
SLA monitor (1). Cloud Service A receives the request (2) and accesses Cloud Storage
Device A and Cloud Storage Device B (3).
Cloud Service Consumer A belongs to Organization A, which is leasing all of the IT
resources shown in the figure as part of an laaS environment.
Cloud Storage Device B has a higher performance capacity than Cloud Storage Device A.
Cloud Storage Device C has a higher performance capacity than Cloud Storage Device B.
The requests being received by Cloud Service A from Cloud Service Consumer A have
recently increased in both quantity and in the amount of data being queried, written and
read from Cloud Storage Device A. As a result, Cloud Storage Device A's capacity is
frequently reached and it has become unstable at times, timing out with some requests and
rejecting other requests. Cloud Storage Device C is used by Organization A to store backup
data on a daily basis.
One day, a hardware failure within Cloud Storage Device C results in the permanent loss of
data. Organization A requires a system that will prevent this type of failure from resulting
in data loss.
The cloud provider is planning to implement a routine maintenance schedule for Cloud
Storage Devices A, B, and C and issues a notice stating that the new schedule will start
next week. An outage of 30 minutes every Thursday and Sunday at 8:00 PM is needed for
the maintenancetasks. Upon hearing this, Organization A complains that they cannot afford
to have Cloud Storage Devices A and B become inoperable, especially not during the
Which of the following statements describes a solution that can address Organization A's
A. The Intra-Storage Device Vertical Data Tiering pattern can be applied to enable
dynamic scaling between Cloud Storage Devices A, B and C. The Dynamic Failure
Detection and Recovery pattern can be applied to establish a resilient watchdog system that
is able to respond dynamically to prevent data loss. The Service State Management pattern
can be applied to keep a copy of the data in Cloud Storage Devices A, B and C during the
maintenance outages.
B. The Cross-Storage Device Vertical Tiering pattern can be applied to enable dynamic
scaling between Cloud Storage Devices A, B and C. The Redundant Storage pattern can be
applied by designating Cloud Storage Device D as the secondary storage to which
Organization A's data can be replicated. In order to prevent planned or unplanned outages
from affecting Organization A's data access, the Storage Maintenance Window pattern can
be applied to replicate the data in Cloud Storage Device D for retrieval before the outages
C. The Load Balanced Virtual Switches pattern can be applied to increase the bandwidth of
Physical Server A so that data processing problems within Cloud Storage Device A can be
prevented. The Non-Disruptive Service Relocation pattern can be applied to automatically
relocate Cloud Storage Device A to Physical Server B so that data access is not interrupted.
The Storage Maintenance Window pattern can be applied to replicate the data in Cloud
Storage Device D for retrieval before the outages begin.
D. None of the above.
Answer: B
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SOA Architecture study - BingNews Search results SOA Architecture study - BingNews Service-oriented architecture (SOA)

Cellebrite sees silver lining in the NetSuite cloud

It’s only natural that companies invest in business software solutions to bring about growth in their organisation. But in times of uncertainty, the narrative is around doing more with less, how to increase productivity and efficiency through automation, and how to get better control of supply chains. We see how one company is doing just that Continue Reading

Fri, 21 Aug 2020 05:19:00 -0500 en text/html
Progress Software Rolls Out SOA Program

The OpenEdge division of Progress Software on Monday rolled out a program to help VARs accelerate the ability to enhance their business applications with a series of products, services and best practices through a systems-oriented architecture (SOA) enablement process.

The Accelerator Program allows new application partners to subscribe to a customized program that helps them rearchitect their applications and go-to-market with Open-Edge-based applications. The new program is based on the company's Application Transformation Approach (ATA).

"With these programs, we can offer partners more of a common-sense approach to adopting newer technologies or rearchitecting existing ones without being disruptive to their business. We can provide the business resources and the technology to deliver adaptive SOA-enabled applications," says Julie Christiansen, director of partner development and marketing for the Progress OpenEdge Division.

The program has several offerings, including the Learning Accelerator, which company officials describe as a first step toward becoming a Progress partner. The program offers new solution providers specific information on how Open Edge products can support their application.

Another offering is the Development Accelerator, which supports new solution providers with technical and business resources they need to migrate their application over to the OpenEdge platform. A third offering is the Market Accelerator, which gives solution providers who have already rearchitected their application help in shaping a go-to-market strategy, company officials says.

ATA is based on the OpenEdge Reference Architecture--essentially a blueprint and best practices for designing applications built to exploit an SOA. ATA supplies a phased methodology with assessment, analysis and modeling, along with redesign and the reuse of existing components. The architecture also helps with the building and testing of pilot modules so partners can extract all they can from their existing technology.

Sun, 10 Dec 2023 22:35:00 -0600 text/html
HP, SAP Expand Their SOA Bond

HP's new SAP program follows the latter company's service-oriented architecture blueprint for improving workflow, automating business processes, and distributing information throughout an organization. The components supported by HP include SAP NetWeaver Portal, Exchange Infrastructure, and Business Intelligence.

The SAP-based services include HP's tools and applications for SOA quality testing, governance, security, and management. The latest offerings are part of HP's full life cycle of SAP services, which stretch from strategy and design through implementation, integration, and management.

HP's SOA service partners include chipmaker Intel and IDS Scheer, a specialist in business process management.

Sun, 10 Dec 2023 22:35:00 -0600 text/html
Architecture Online Master of Architecture

The online architecture program’s studies explore subjects such as integrated building systems, urban planning, industrial ecology, and more. Students can also select electives based on their interests and career goals.

Standard Pathway Courses

The Standard M.Arch. is 105 credits and can be completed in 44 months. This pathway is for students who have a bachelor’s degree in an area other than architecture.

During the first year of the Standard pathway, you will develop an understanding of the basics of architecture in foundation courses. After completing foundation courses, you will take a more in-depth look at architecture, exploring syllabus such as architectural theory, integrated building systems, urban planning, and industrial ecology.

View a trial course schedule and learn more about the Standard M.Arch.

Request Information

Advanced Standing Pathway Courses

The Advanced Standing M.Arch. is 78 credits and can be completed in 32 months. This pathway is for students who have a bachelor's degree in architecture or a related field.

You will follow a curriculum similar to that of the Standard pathway, but will skip the first year of foundational course work and dive right into in-depth syllabus such as integrated building systems, urban planning, and industrial ecology.

View a trial course schedule and learn more about the Advanced Standing M.Arch.

Request Information

Numerous courses in the architecture curriculum require students to purchase supplies for use in class. Please review the Supply List for required supplies prior to starting the Master of Architecture program. For additional information, visit our Accreditation and Support page.

Sat, 12 Feb 2022 22:28:00 -0600 en text/html
Architecture Study Abroad

Architecture Study Abroad

Few experiences are more crucial or influential for the development of the aspiring designer than visiting and observing places, traveling and studying abroad. For many years, the faculty of the Department of Architecture, Design & Urbanism have developed study tours that are affordable, extensive and intensive. We don’t just visit sites, we study them in depth to discover exactly what makes their design successful.

The trips generally last about two weeks and are usually scheduled for early September between the summer and fall terms. The Department also offers arrangements with other educational institutions for longer study abroad opportunities.

The destinations are chosen for the richness of their architecture, interior design and urban design, both historic and modern. Past tours have included:

  • Korea, including Seoul
  • Florence, Italy
  • Berlin and Dessau, Germany
  • Japan, with stops in Kyoto and Tokyo
  • Rome, Italy
  • Barcelona and Valencia, Spain
  • Amsterdam, Utrecht and Rotterdam in the Netherlands
  • Sydney, Melbourne and Canberra, Australia

Our study tours are not vacations but life-changing experiences. You will work hard but the rewards will be immeasurable!

Drexel University offers travel scholarships to its students. Please see the Study Abroad Office Scholarship List for current opportunities.

Sun, 30 Aug 2020 02:17:00 -0500 en text/html
New LEVC electric car architecture to bring major range expansion

The London Electric Vehicle Company says it “is transforming from a high-end taxi manufacturer to a leading provider of pure electric global mobility solutions”. The Geely-owned firm, which has roots in the century-old London Taxi Company, has detailed an all-new flexible electric platform called SOA, or Space Oriented Architecture, for this purpose. 

LEVC has already begun to expand operations beyond its core product, the TX hackney carriage, to the VN5 van which uses the same platform, itself used as the basis for a campervan concept which didn’t reach production. SOA will allow the company to offer a much more diverse range of vehicles.

Co-developed with Geely in China, the UK, Sweden and Germany over the last two and a half years, SOA is designed for larger vehicles from 4,860mm in length all the way up to 5,995mm, with wheelbases ranging from 3,000mm to 3,800mm. 73kWh, 102kWh and 120kWh battery packs can be fitted, giving a potential range figure of up to 432 miles. Multiple motor configurations are possible, too, meaning SOA-underpinned vehicles can be either front, rear or all-wheel drive. 

As implied by the first bit of the SOA acronym, interior space is a high priority for the SOA. A four-row configuration is possible, with a foldable fourth row plus the two middle benches mounted on 1.9-metre-long rails to supply flexible seating positions. Geely’s vehicle architecture boss Kent Bovellan has confirmed that while there are some shared parts between the company’s SEA (Sustainable Experience Architecture) platform - which is set to be used for the Polestar 4 - the two are largely unrelated. Interestingly, SOA isn’t to be used at other Geely-owned brands - LEVC managing director Chris Allen referred to it as "specific to LEVC's activities". 

The platform will be used for larger ‘F+’ class vehicles - think MPVs, big SUVs and commercial vehicles like pick-up trucks, although an image in LEVC’s presentation featured five sheet-covered cars all with similar, van-like silhouettes. The vehicles were named Leisure Space, Business Space, Utility Space, Delivery Space and are collectively referred to as the ‘Xspace family’. 

LEVC SOA platform 2

Inside there’s a completely flat floor adding to the utility of the space. Cleverly packaging various elements that might normally be at the front of the car - like the low-voltage battery, which is instead under the driver’s seat - also makes for a short front overhang. LEVC is claiming a ‘cabin space utilisation’ figure eight per cent better than competitors on average. 

For the chassis, there’s a MacPherson strut arrangement at the front with a double lower control arm and a multilink setup at the rear. Adaptive suspension with air springs will feature. 

LEVC is remaining tight-lipped about exactly what vehicles it intends to make using SOA, and when it’ll make them. Speaking during a roundtable interview at the platform reveal event, Chris Allen said the announcement was “about demonstrating a new foundation that is layering on top of our existing products to enable us to start moving into those sectors”. He added: “It's very much more today about the platform and giving us the freedom to start thinking towards new models rather than the specifics of what we going to do. That's the next exciting phase for us.”

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We’re similarly in the dark about where SOA-underpinned cars will be made. Allen did, at least, note that it would be possible to build them at LEVC’s existing facility in Coventry. As it stands, the factory has the capacity to produce up to 20,000 cars a year if extra shifts were added (currently around 3,000 vehicles - mostly TXs - are built there annually), a figure which could be expanded.

“The adaptability of this facility is one of its strengths,” Allen said, adding “We can grow the capacity, we can extend the footprint, and we've got complete modular approaches.”

He concluded: “The purpose of launching this platform today here in the UK, the home of the Black Cab, is very much to demonstrate that new capability coming into this business.”

Click here for our list of the best electric cars on sale right now...

Thu, 04 May 2023 11:09:00 -0500 en text/html
Service Oriented

Joe McKendrick is an author and independent analyst who tracks the impact of information technology on management and markets. As an independent analyst, he has authored numerous research reports in partnership with Forbes Insights, IDC, and Unisphere Research, a division of Information Today, Inc. Joe speaks frequently on cloud, data, and enterprise computing syllabus at industry events and Webcasts. He is co-author, along with 16 leading industry leaders and thinkers, of the SOA Manifesto, which outlines the values and guiding principles of service orientation. In a previous life, Joe served as director of the Administrative Management Society (AMS), an international professional association dedicated to advancing knowledge within the IT and business management fields. He is a graduate of Temple University.

Wed, 13 Dec 2023 10:01:00 -0600 en text/html
How to Study Architecture and Become an Architect No result found, try new keyword!Professional architects say there is something marvelous about imagining a structure, putting that idea on paper or into a computer and then converting that vision into a reality. "Most buildings ... Thu, 01 Oct 2020 22:57:00 -0500 Graduate Areas of Study in Landscape Architecture

The diversity of faculty interests and expertise offer both M.L.A. and M.S. students opportunities for in-depth exploration in three areas of study: community design and planning, cultural landscape conservation, and landscape and urban ecology.

Community Design and Planning

The purpose of this area is to address design, planning and research with regard to human settlements including discrete traditional communities such as cities, towns, hamlets, and their hinterlands; regional and rural communities connected to agriculture, watersheds and forests; and specialized communities such as institutional and corporate campuses, co-housing and new towns.

The studios, seminars and lecture courses provide introductory and advanced exploration into the theories, principles and practices of design, planning, preservation, and revitalization, as well as the search for new paradigms. The courses are supported by a wide range of electives in departments at the College of Environmental Science and Forestry and Syracuse University. There are also a significant number of opportunities for public service and research in the communities of New York state and beyond.

This area of study is especially appropriate in an era that calls for the redefinition of the American city, the retrofitting of the post-WWII suburb, the conservation and rejuvenation of rural and regional landscapes, and the exploration of traditional and new design paradigms that create sustainable symbiosis of community, ecology and place. The courses explore how to design and plan the socially interactive, environmentally sound, aesthetically pleasing settlement patterns that engender a strong sense of place and of citizenship.

There are abundant opportunities for careers in urban design, rural preservation and development, city and regional planning and corporate facilities planning. This focus is for graduate students interested in design, planning and research at the community scale via public, private, academic or non-traditional practice.

Cultural Landscape Studies and Conservation

This area addresses a range of issues germane to the developmental and interpretive history of the cultural landscape. At its most fundamental level, the study area prepares students to address preservation planning and management for a range of cultural landscape types including historic sites and settlements, designed landscapes and vernacular landscapes.

There is also a growing set of interdisciplinary methods relevant to cultural landscape studies such as critical history, landscape representation, media, visual perception and reception of landscapes, interpretation, narrative and participatory design. Graduate students may explore and/or integrate these methods with design and preservation practices.

Required courses and directed electives provide the student with introductory and advanced investigations into the history, theory, and practices of cultural landscape design and stewardship, in the context of broader cultural and environmental concerns. Core courses are supported by a wide range of elective offerings both in the College of Environmental Science and Forestry and at Syracuse University.

The study of cultural landscapes is of vital concern in this era of globalization and rapid urban and suburban transformations. Not only are cultural landscapes important places in which we stage our lives, but they are also part of a larger system of cultural and social heritage which affects our identities as individuals, communities and nations. Areas of expertise associated with the study of cultural landscapes include preserving relationships between natural and cultural resources; developing policies and techniques for preservation, rehabilitation, restoration and reconstruction of cultural landscapes; mediating alternative ideas of stewardship and balancing them within a collective sense of place; using cultural landscapes as the basis for contemporary design and development; and understanding the variety and history of human experience through patterns, forms and stories in the landscape.

There are a growing number of domestic and international career opportunities that address cultural landscapes in public, private and academic practices. Graduates might work in fields such as preservation planning, sustainable tourism, land use planning, urban design, interpretive design, or cultural history and theory.

Landscape and Urban Ecology

The purpose of this area of study is to address a range of theoretical and practical applications in landscape and urban ecosystems as they relate to the practice of landscape architecture and community design.

In this contemporary interdisciplinary approach, students will learn about the structure, heterogeneity and ecological processes of a broad range of natural, modified and urban landscapes. People are recognized as an integral part of the landscape and are included as a major focus of research and practice.

Students have an opportunity to develop a theoretical and analytical framework for describing different landscapes and their ecological components from different levels: the individual organism perspective, a population and community point of view, and ultimately at the ecosystem level.

Landscape ecology includes an integration of landscape issues: disturbance, fragmentation, landscape manipulation, fundamental ecological processes, composition and structure, and environmental influences. Urban ecology includes integration of climatology, geomorphology and soils, hydrology, plant and animal communities, and ecological engineering and restoration. Both landscape and urban ecology are affected by human landscape perceptions, attitudes toward the environment or landscape types, patterns of settlement, and socio-economic issues and behavior. All these elements are used to develop an understanding of the ecological essence of landscapes in order to design ecologically sustainable settlements that promote human quality of life.

There are growing numbers of domestic and international opportunities that address landscape and urban ecology issues in academic, public, private and nontraditional practice. Graduates might be involved in research and consultancy in urban forestry, ecological design, and urban planning. This study area is supported by a wide range of electives in other departments at the College of Environmental Science and Forestry and Syracuse University as well as an urban forestry research program of the U.S. Forest Service based at ESF.

Fri, 10 Feb 2023 04:52:00 -0600 en text/html
Study Abroad

Drexel offers a wide range of undergraduate and graduate programs. Choose a level and format to learn more and apply today.

Sat, 15 Aug 2020 12:41:00 -0500 en text/html

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