Architectural Technologist Combining different interests can be a great way to find an exciting and fun career for you. If you are interested in engineering and architecture, an architectural technologist career might be right for you. This career combines the logical fundamentals of the technology with the aesthetics of architecture, which can be an exciting mixture of skills. In this article, we explain the character of an Architectural Technologist, the salary you can expect, and the requirements to become an Architectural Technologist to help you find and launch your model career.

What is an architect Technologist?

What is an architect Technologist

An Architectural Technologist or Architectural Technologist is a professional who supports architectural projects with technological expertise. They often work for architectural and engineering firms, as well as institutions such as local and state governments, or even private industries such as manufacturing and retail. They also sometimes work as independent contractors, offering their services directly to clients who need specific skills to complete their architectural design work.

What does an architectural technologist do?

Architectural technologists use their technological and architectural skills to develop blueprints and solve complex structural problems. Because they have mastered the functions of both disciplines, their work typically includes elements from both fields, such as assessing aesthetic factors such as light and space and using software to analyze the integrity of a proposed building.

Here are some extra tasks an architectural technologist should be able to expect.

Design and Drafting

Architectural technologists are frequently involved in a structure’s design process and enrolling the plans for those designs. They often use technological solutions to broaden these tasks.

Project Management

Architectural technologists also frequently leverage technology to facilitate the project management method for a building or structure. They may be tangled in each step, from inception to completion, and may even oversee these stages directly.


Architectural technologists often use their expertise to help make decisions regarding suitable materials for a particular building project. They may leverage technological tools to help drive an informed material decision.

Site Evaluation

Architectural technologists can be tasked with using data to evaluate the proposed site for a specific building they design. They can use highly technical tools and processes to determine if a place is safe, viable, and realistic for construction.

Risk Assessment

Architectural technologists may perform a risk assessment as part of their work on a construction project. This means they may be task with assessing the relative safety of a project and identifying potential hazards. You can also use technology and data to determine the relative risk of these hazards and work to mitigate them.

Environmental Impact

Architectural technologists sometimes contribute to environmental impact assessments required for some construction projects. They can also interpret external ecological impact studies and apply these results to your construction plans to reduce potential environmental damage and comply with required laws and guidelines.

Legal Processes

Architectural technologists can facilitate the legal processes involved in planning a construction project. This may include managing documents such as contracts and applying legislation such as building codes in the design method.

Site inspections

Architectural Technologists may conduct site visits as part of their duties when one of the proposed buildings is under construction. You can do this to assess the project’s progress and ensure that the structure is evolving according to plans.

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Architectural Technologist Requirements

Architectural technology is a highly focus field requiring expertise in architecture and technology. Positions in this job are likely to also call for other overall professional factors contributing to an employee’s achievement. Here are some standard requirements for an architectural technician to help you make for your career search.


Architectural technologists might qualify for roles with different kinds of educational backgrounds. Below are some types of education a career in architectural technology might require.

  • Certificate programs
  • Associate’s degrees
  • Bachelor’s degrees


Some Architectural Technologist positions may require a specific number of years in the role, particularly those that apply at a mid-level or higher organization. Entry-level positions generally require less experience. Some job postings have work experience requirements that are desirable but not essential, so you may want to apply for positions with fewer years than advertised.


Architectural technology certifications are often recommend but not required. Some employers consider providing necessary training or sponsoring training for their employees, depending on company policy.

Communication and Collaboration Skills

Architectural technologists frequently collaborate with a team of architects and many other professionals contributing to a construction project. They must communicate clearly with others and practice teamwork to reach joint objectives.

Problem-Solving Skills

The complex challenges that are part of most architectural projects require strong problem-solving skills. Successful architectural technologists are often adept at understanding problems, evaluating the tools available to solve them, and implementing solutions.


Architectural Technology is a relatively new discipline related to buildings’ anatomy and physiology and their production and performance. The practice of Architectural Technology is underpinned by the application of science, engineering, and technology and is closely align with industry. Architecture Technology is also set within an under-capitalize, resource-intensive, risk-averse, and litigious industry.

The industry is now recognizing the value of the discipline of Architectural Technology as critical in the digital age, given its focus on empirically based design. The digitalization of design and construction through Building Information Modelling relates to production, performance, environmental sustainability, economic efficiency, and also effectiveness. BIM enables simulation, standardization, systematization, and optimization in design and construction.

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