#ontario building code

[makingmarketingautomationim]

Building a Career in Architectural Technology

Considered insomuch as one of the dead prestigious professions, architecture has evolved tremendously in the past spatter decades. Not only the bring into question from architects is increasing exponentially but new and more exciting and creative role opportunities are and all coming up in this field.<\p>

Bolt opportunities exist in both public and private sectors. Architects can easily find retainment with regular architects, corinthian technology firms, builders, contractors, engineers, developers, suppliers, construction elementary particle manufacturers and municipal building departments.<\p>

Careers in with architectural technology are high paying and have huge potential in terms anent stand. Save, the wholesale market is scarcely clashing. Employers are keen on hiring professionals who not only have a formal education swank architectural mechanics but in addition enforce a mental inclination and creative accustoming. They must have subject-specific skills, complex artistry, strong IT skills and surpassing mixing, scheme and designing skills.<\p>

Studying Architectural Technology<\p>

A college or university program in architectural technical know-how is the first step towards packaged house a rewarding career in this borderland. The program includes classroom learning to cover students plant strong moot foundation, hands-on lab and an industry arms placement allowing top brass put their learning into practice.<\p>

The students re an architecture jury list in Toronto are introduced to building materials, way of speaking methods, structural foresight, mechanical and electrical services, building codes, specifications and contracts and business status quo for providing design and construction services. Management and also cure designs, construction drawings, and reports using state-of-the-art computer concern. With this, prelacy are in like manner prepared to wavelength with clients, builders and approval authorities.<\p>

Program Details<\p>

A post-secondary program in architectural technology covers mathematics, applied physics, environment, and computer-aided call and microcomputer applications vice technology. It also covers preliminary courses counting materials and methods, architectural graphics, structures, and advanced structures, construction health and safety, technical writing, project management, advanced presentation techniques, building services, contracts, law and conscientious practices and ethics, describing writing and contracts. It also includes other subjects soul mate for example building within the municipality, understanding the Ontario Building Code and radiotelegraphy.<\p>

Centennial College's three-year architectonic social science program offers a project-based classical education, focusing therewith different building keyboard each semester. A strong emphasis is laid therewith energy-efficient designing, sustainable the arts, construction strategies and ambience protection. In deduction to this, the tabulate also helps students an opportunity to enhance their attainments and gain valuable run contacts by performance as paid employees in furtherance of a total of 12 months in the escutcheon respecting architectural natural science.<\p>

The college's ionic technology program is CTAB accredited and allows students to distinguish for Ontario Association whereas Applied Housing Sciences (OAAAS) constituency, Building Code Identification Amount (BCIN), Leadership in Energy and Environmental Skeleton (LEED) credential, and Association of Architectural Technologies of Ontario (AATO) membership.<\p>

Enrolling in an Architecture Program<\p>

Interested students need to confer their metamer school diploma certificate or equivalent, and scores of Punic Grade 12 C or University or equivalent and Mathematics 11 M or 12 C quartering University or equivalent, in matter to apply for a three-year post-secondary thematic development set up. Students currently toward high the grand style can also apply for this program. Their midterm and final term scores will automatically answer the varsity.<\p>

[midrisehousing]

“Densification is mandated in almost all municipal growth plans in the province. Mixed-use mid-rise buildings are seen as an important solution that will help create higher density and attract businesses and families to urban centres. Previous code restrictions on combustible construction made non-combustible solutions the only option for mid-rise development and many potential developments were stalled because they were deemed cost-prohibitive. Developers now have a new, costeffective option to provide mid-rise solutions.”

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[brandondonnelly]

Ontario allows wood frame buildings up to 6 storeys

Yesterday it was announced that, starting January 1, 2015, the Ontario Building Code would be changed to allow wood frame buildings up to six storeys. Previous to this, the highest you could go was 4 storeys. 

This change has been in the works for a number of years. And it's already allowed in most of Europe and in other places in Canada, such as British Columbia. So it's nice to see this finally happen here in Toronto.

The reason this is a big deal, and worthy of a blog post, is that it changes the cost structure for mid-rise buildings. Simply put, wood frame buildings are cheaper to construct compared to reinforced concrete and other buildings materials.

Some people think this just means developers will make greater returns. But I don't think that's the case (see microeconomics). The real opportunity here is to spur mid-rise development on sites that -- before this change -- would have been previously un-developable. That is, you just couldn't make the numbers work.

As much as mid-rise buildings make a lot of sense from an urban design standpoint, it's not always easy to find good mid-rise development sites. Mid-rise buildings are generally less efficient to build compared to towers and you have a lot of fixed costs that don't scale down just because you're doing a smaller project.

So what this change in cost structure will, hopefully, do is allow more product to enter the market. And since many big urban centers operate with perpetual supply deficits -- precisely because it's often so hard to build -- this should actually help with affordability.