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Technologist Thesis Project 2005

The Architectural Technology program is nationally accredited by the Canadian Technology Accreditation Board of the Canadian Council of Technicians and Technologists.

Architectural Technology

Architectural Technology is a two-year comprehensive training program that encompasses all aspects of the architectural building industry. It offers an intensive study of architectural building sciences, the principles of architectural and engineering design, materials of construction and the preparation of contract documents. Extensive emphasis is also placed on Computer-Aided Design (CAD). On-the-job training is an integral part of the program.

The Architectural Technology program concentrates on providing learners with the ability to problem solve by applying theory to projects that simulate conditions in industry. Individual and team projects provide learners the opportunity to develop competencies in skills that are imperative for a successful career as an Architectural Technologist. All skills offered within the program are presented in a scheduled format and managed by a learning manager with industry experience. Credit may be given for previous work related experience or training.

The Architectural Technology program is accredited by the Canadian Technology Accreditation Board of the Canadian Council of Technicians and Technologists. Accredited programs are recognized across Canada as having met national academic standards.

Graduates of Holland College’s Architectural Technology Program who meet Memorial University’s entrance requirements, may receive three years of credit toward the Bachelor of Technology Degree and complete that degree with an additional 12 months of study. This degree may be completed though distance education. For more information, please visit the Memorial University website, http://www.mi.mun.ca/btech/

After completion of the Architectural Technology program, graduates may apply for associate membership with the Association of Certified Engineering Technicians and Technologists of Prince Edward Island (ACETTPEI). After gaining two years of work experience, graduates may apply for full membership and receive the professional designation of CET (Certified Engineering Technologist).

Areas of Competency

Architectural building science
The study and analysis of the principles of building enclosure design, including environmental concerns, heating, cooling and moisture transmissions, air quality, principles of sound control and fire protection.

Principles of architectural and engineering design
An introduction to the principles and elements of design and planning through the study and analysis of space relations, circulation, form, function and building systems; includes the historical study of proportion, scale, volume and space in architectural design; prepare an historical documentation project that includes researching a particular architectural historical site.

Mechanical, electrical and structural systems
An introduction to the basic principles of mechanical, electrical and structural system design; identify the requirements for HVAC, plumbing, fire protection systems, electrical distribution, lighting systems, load calculations and code interpretation.

Materials of construction
The researching of materials and methods of construction used in concrete, masonry, steel, wood and timber supplemented with site visits to construction sites. Mechanics of materials provides the basis for technical problem solving with respect to the mechanical properties of materials.

Preparation of contract documents
Preparation of technical drawings and specifications including site plans, floor plans, elevations, building sections, construction details, millwork drawings, schedules, structural, electrical and mechanical drawings.

Computer-Aided Design
Utilize industry standard CAD software and hardware to prepare architectural working and presentation drawings to industry standards.

Architectural presentation techniques
An introduction to fundamental presentation techniques such as isometrics, axonometrics, perspectives, and renderings and their application to architectural drawings.

Application of codes, standards and regulations
Interpret and apply national, provincial and municipal building codes, fire codes, by-laws and zoning regulations.

Office and administration procedures
An introduction to administrative procedures and management principles that are an integral component of an architectural or engineering firm including contract administration, project management, time management, total quality management, scheduling, quantity and cost estimating and office systems.

Surveying and site analysis
An introduction to the fundamental principles of surveying including the use of surveying equipment such as levels and theodolites to measure distances, angles and elevations in order to locate site features. This information will be used to develop site plans, contour plans and other technical drawings.

Applied research
An introduction to the process involved in conducting applied research. Students are required to research, develop and present a Technologist Thesis Project exploring a specific technical aspect of building science. Students are required to submit Technical Drawings, Presentation Drawings and a Technical Report to support their Technologist Thesis.

Communications
Gain knowledge and skills in the principles of oral and written communications; write a resume, letters and reports, participate in meetings, and apply job search skills. Emphasis will be placed on conducting research, technical report writing, and thesis presentations.

Mathematics
Covers a range of topics including trigonometric functions, quadratic functions, vectors, logarithms, and analytic geometry that are needed to do basic calculations in applied areas. Students will also learn the basic principles of differential and integral calculus.

Applied physics
Gain experience in solving problems concerning motion, force, energy, heat, electricity, acoustics and illumination.

Computer literacy
An introduction to computer operating systems and file management fundamentals, how to use e-mail and the internet, and work in a networked environment; learn the fundamentals of wordprocessors, spreadsheets, presentation software and databases as they apply to business, estimating and inventory applications.

Graduate Opportunities

Graduates of this program may find employment with:

• Architects
• Engineers
• Drafting services
• Interior designers
• Contractors
• Surveyors
• Government offices and agencies
• Construction product manufacturers
• Material suppliers
• Inspection and testing firms
• Self employment

Admission Requirements

• Grade 12 or equivalent ;
• Grade 12 academic English, grade 12 academic math (minimum 60%) and grade 11 or 12 physics;
• Applicants with a mark of 80% or higher in Grade 12 academic math may be exempt from the physics requirement ;
• Resume including work and volunteer experience with applicable dates, membership in groups, associations or athletics, awards and distinctions, and any other information about yourself relevant to the program to which you are applying.

If you have any questions concerning the Architectural Technology program, contact: bcollins@hollandc.pe.ca