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Architectural Technologist

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An Architectural Technologist is an integral part of a project team of Architects, Engineers, and Contractors. They provide vital knowledge and skills during the implementation of large commercial or residential builds. Using imagination and technical knowledge, professionals in this role are often responsible for creating construction and working drawings, drafting plans, and collaborating with various members of a project team to ensure that projects are completed to specification, within budget, and that they are code compliant. Learn more about a career as an Architectural Technologist, what it takes to succeed in the role, and the projects that these professionals are often responsible for.

Education and Skills

Educational requirements for an Architectural Technologist range from obtaining an Associate Degree in Applied Science (AAS) in Architectural Technology to graduating with a Master’s degree in Architecture. In an AAS program, students take a combination of general education courses, technical coursework, and laboratory training. Master’s degree programs often focus on the architectural design elements of the field.

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An Architectural Technologist is an integral part of a project team of Architects, Engineers, and Contractors. They provide vital knowledge and skills during the implementation of large commercial or residential builds. Using imagination and technical knowledge, professionals in this role are often responsible for creating construction and working drawings, drafting plans, and collaborating with various members of a project team to ensure that projects are completed to specification, within budget, and that they are code compliant. Learn more about a career as an Architectural Technologist, what it takes to succeed in the role, and the projects that these professionals are often responsible for.

Education and Skills

Educational requirements for an Architectural Technologist range from obtaining an Associate Degree in Applied Science (AAS) in Architectural Technology to graduating with a Master’s degree in Architecture. In an AAS program, students take a combination of general education courses, technical coursework, and laboratory training. Master’s degree programs often focus on the architectural design elements of the field.

Candidates should have a solid understanding of design concepts and strong technical skills. CAD knowledge is a must in the profession. Architectural Technologists rely on computer-aided design (CAD) software to create three-dimensional project plans. Revit, AutoCAD, and SolidWorks are some of the industry-leading software programs. Depending on the project, working knowledge and experience with other tools may be required such as BIM, Lumion, Rhino, and Photoshop. Outside of software knowledge, strong visualization, critical thinking, and problem-solving skills are essential during the planning and execution phases of the building process.

Projects and Roles of an Architectural Technologist

In the planning phase of a build, you may work on creating conceptual drawings that incorporate design elements while adhering to all building codes. Once a design is approved, the Architectural Technologist will prepare construction documents that detail every aspect of the project including specifications for materials, dimensions, and construction techniques.

During the construction phase, responsibilities may include working with contractors to ensure that projects stay on schedule and within budget. They will likely be involved in project management, quality control, and working with engineers, architects, and contractors to solve problems as they arise. These professionals may also be responsible for coordinating with clients to answer questions, gather feedback, and maintain clear communication with all parties involved in the project.

Career Growth

With experience and the decision to obtain further licenses or education, roles for an Architectural Technologist can grow from Junior Architect or Architectural Drafter to roles with more responsibility such as Project Architect or Project Manager.

Online Courses for an Architectural Technologist

As discussed above, the skills needed to be an Architectural Technologist are both varied and technical. Therefore, it makes sense that one of the best ways to break into the field is by taking a combination of online courses and traditional schooling. The courses listed above can help you develop the foundational skills you need to succeed in an online degree program or pursue a role as an Architectural Technologist. Additionally, continuing education online courses can help you stay up-to-date on the latest advancements in technology and industry trends.

The ability to learn independently and effectively through online courses will help you to succeed in this field. Some of these courses may provide lecture videos, projects, assignments, quizzes, exams, discussions, and interactive labs which will aid your learning.

While online courses continue to grow in popularity and are an excellent resource for acquiring new skills, they are not typically sufficient on their own to prepare for a new career. Online courses can help prepare you for Architectural Technologist certification, but the most effective approach is often a combination of education and hands-on experience in the field. Real-world experience is invaluable to the learning process and will provide the best preparation for success in this field.

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Salaries for Architectural Technologist

City
Median
New York
$88,000
San Francisco
$98,000
Seattle
$107,000
See all salaries
City
Median
New York
$88,000
San Francisco
$98,000
Seattle
$107,000
Austin
$77,000
Toronto
$106,000
London
£77,000
Paris
€47,000
Berlin
€60,000
Tel Aviv
₪17,700
Singapore
S$64,000
Beijing
¥100,000
Shanghai
¥169,000
Shenzhen
¥505,000
Bengalaru
₹848,000
Delhi
₹680,000
Bars indicate relevance. All salaries presented are estimates. Completion of this course does not guarantee or imply job placement or career outcomes.

Path to Architectural Technologist

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We've curated 19 courses to help you on your path to Architectural Technologist. Use these to develop your skills, build background knowledge, and put what you learn to practice.
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Reading list

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Pattern language for the design of vernacular buildings, providing a set of rules that can be used to create buildings that are more beautiful, sustainable, and humane. The book valuable resource for anyone who is interested in the design of vernacular architecture.
Discusses the principles of vernacular architecture, arguing that these principles can be used to create buildings that are more beautiful, sustainable, and humane. The book valuable resource for anyone who is interested in the design of vernacular architecture.
Classic work on vernacular architecture, discussing its history, methods of construction, and cultural significance. The book valuable resource for anyone who is interested in vernacular architecture.
Comprehensive overview of the vernacular architecture of the British Isles, including England, Scotland, Wales, and Ireland. The book discusses the different types of vernacular buildings, the materials and construction methods used, and the cultural and historical influences on vernacular architecture.
Discusses the evolution of buildings over time, arguing that vernacular architecture is often more adaptable and resilient than modern architecture. The book valuable resource for anyone who is interested in the design of sustainable and resilient buildings.
Discusses the history and development of vernacular houses in North America, with a focus on the different types of houses built in different regions of the continent. The book is richly illustrated with photographs and drawings.
Provides a comprehensive overview of the architecture of the Pueblo Indians, a Native American people who live in the southwestern United States. The book discusses the history, construction, and design of Pueblo buildings, and it includes many photographs and drawings.
Provides a comprehensive overview of vernacular architecture in the United States, discussing its history, methods of construction, and cultural significance. The book valuable resource for anyone who is interested in American architecture.
Discusses the relationship between architecture and the human senses, arguing that vernacular architecture is often designed to appeal to the senses in a way that modern architecture often does not. The book valuable resource for anyone who is interested in the sensory aspects of architecture.
Provides a comprehensive overview of traditional Japanese houses, discussing their history, construction, and design. The book includes many photographs and drawings, and it valuable resource for anyone who is interested in Japanese architecture.
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