Ontario Skills Passport
Layout structure
header
Header structure
header
navigation
Display Noc
OSP Occupational Profile

OSP Occupational Profile

Print Occupational Profile

Display page browsing back option list
Display page browsing back option list <<Back
Display Noc Details
NOC Code: NOC Code: 2264 Occupation: Construction Inspectors
Occupation Description: Occupation Description:
Construction inspectors inspect the construction and maintenance of new and existing buildings, bridges, highways and industrial construction to ensure that specifications and building codes are observed and monitor work site safety. They are employed by federal, provincial and municipal governments, construction companies, architectural and civil engineering consulting firms or they may be self-employed. Construction inspectors inspect the construction and maintenance of new and existing buildings, bridges, highways and industrial construction to ensure that specifications and building codes are observed and monitor work site safety. They are employed by federal, provincial and municipal governments, construction companies, architectural and civil engineering consulting firms or they may be self-employed.

  • Click on any of the Essential Skills to view sample workplace tasks for this occupation.
  • Skill levels are assigned to tasks: Level 1 tasks are the least complex and level 4 or 5 tasks (depending upon the specific skill) are the most complex. Skill levels are associated with workplace tasks and not the workers performing these tasks.
  • Scroll down the page to get information on career planning, education and training, and employment and volunteer opportunities.

Table will display the Skill Level for the Noc specified
Essential Skills Essential Skills Levels
Reading Text Reading Text 1 2 3 4
Writing Writing 1 2 3 4
Document Use Document Use 1 2 3 4
Computer Use Computer Use 1 2
Oral Communication Oral Communication 1 2 3
Money Math Money Math 1 2
Scheduling or Budgeting and Accounting Scheduling or Budgeting and Accounting 1 2
Measurement and Calculation Measurement and Calculation 1 2 3
Data Analysis Data Analysis 1
Numerical Estimation Numerical Estimation 1 2
Job Task Planning and Organizing Job Task Planning and Organizing 1 2
Decision Making Decision Making 1 2 3
Problem Solving Problem Solving 1 2
Finding Information Finding Information 1 2 3
Critical Thinking Critical Thinking 1 2 3


  • The skill levels represented in the above chart illustrate the full range of sample tasks performed by experienced workers and not individuals preparing for or entering this occupation for the first time.
  • Note that some occupational profiles do not include all Numeracy and Thinking Essential Skills.

If you would like to print a copy of the chart and sample tasks, click on the "Print Occupational Profile" button at the top of the page.


Reading Text
  • Read comments and instructions on inspection reports, invoices and architectural drawings. For example, read comments on inspection reports that provide reasons why stop work orders were issued. (1)
  • Read memos and email from supervisors, co-workers, home inspection customers and property owners. For example, an electrical safety codes officer may read a memo concerning changes to administrative procedures. (2)
  • Read bulletins, newsletters, marketing brochures and trade magazines for information about construction industry practices and new materials. For example, a home inspector may read about safety hazards associated with moulds and asbestos in bulletins issued by the Canadian Association of Home and Property Inspectors. (2)
  • Read lengthy reports issued by manufacturers, municipal government departments and, building and safety construction associations. For example, read reports that outline the need for uniform quality management plans and planned changes to highway development control regulations. (3)
  • Read safety and instruction manuals, user guides and best practice handbooks. For example, read the Canadian Mortgage and Housing Corporations' Best Practice Guides to review construction procedures. Read reports from the Canadian Construction Material Centre to learn about products' hazards, approved application techniques and usage limitations. (3)
  • Read letters and short reports. For example, read letters which discuss deficiencies uncovered by other construction inspectors, and letters from property owners and lawyers concerning orders of non-compliance. Read reports from engineers and architects outlining decisions and specifying procedures used to approve modifications to construction designs and materials. (3)
  • Read regulations governing the construction of roadways, bridges and buildings and the installation of drainage, plumbing, building and electrical systems. For example, bridge construction inspectors read regulations issued by provincial transportation and infrastructure ministries to learn about approved construction procedures. Building inspectors read regulations issued by the Canadian Standards Association to determine compliance requirements. (4)
Back to Top

Writing
  • Write notes to co-workers, daybook entries and comments on drawings and other documents. For example, safety inspectors note the locations of safety hazards at construction sites in logbooks. (1)
  • Write descriptions, observations, instructions and other text passages when completing entry forms. For example, home inspectors record deficiencies in heating, ventilation and air conditioning systems in inspection reports. (1)
  • Write memos and short notes to exchange operational data with co-workers, contractors, property owners, supervisors, architects, manufacturers and trade suppliers. For example, write memos to request information from contractors and to itemize permit conditions. (2)
  • Write detailed descriptions of work to be performed in 'requests for proposals'. For example, bridge construction inspectors employed with civil engineering firms may describe sequences of inspection procedures as part of proposal submissions. (3)
  • Write letters to developers, property owners and contractors to explain warnings, permit decisions, conditions of acceptance, infractions and deficiencies. Write concisely, accurately and factually as reports may be used in subsequent legal proceedings. (3)
  • Write promotional materials to market services. For example, home inspectors may promote their services by outlining their skills and trade qualifications in brochures. (3)
  • Write lengthy inspection and investigation reports which provide detailed explanations and recommendations. For example, an electrical construction inspector may write a multi-page report to describe the events and causal factors of a fire, outcomes and recommendations to prevent similar fires in the future. (4)
Back to Top

Document Use
  • Scan labels on product packaging, equipment, scale drawings and file folders to locate service details, operating specifications and project code numbers. (1)
  • Recognize symbols located on labels, material packaging, drawings and signage. For example, learn about hazards such as gas lines and high voltage wires by observing hazard symbols posted at construction sites. (1)
  • Scan lists of approved materials, licence and permit fees and inspection criteria. For example, read lists of products and materials approved by the Canadian Construction Materials Centre. (2)
  • Obtain numerical data from product approval reports, conversion tables, sizing and volume tables, weight load charts, climatic data charts, span tables and design value tables. Navigate tables to find specifications, dimensions and other data. (3)
  • Complete entry forms such as inspection reports, building permit applications, permit cards, notices, orders to comply, stop work orders and building codes schedules. Enter data such as permit numbers, addresses, site locations, construction items, contact information and code reference numbers. (3)
  • Study process schematics of electrical, sprinkler, heating and ventilation systems to understand how these systems operate. For example, building inspectors review schematics to determine the flows of water and chemicals through fire suppression systems. (3)
  • Scan complex architectural and structural drawings to locate the dimensions of parts and locations of fixtures, supports and openings. For example, use construction drawings to locate the correct placement of ducts, beams, columns, joists, sprinklers and drainage systems. Take data from a variety of drawing views when carrying out complex inspections of mechanical systems. (4)
Back to Top

Computer Use
  • Launch browsers such as Internet Explorer to access websites. Search for information about building products and materials using general search functions and visit bookmarked sites to locate and retrieve inspection procedures, building regulations, health and safety studies, fact sheets, bulletins, newsletters and on-line calculators. (2)
  • Use email and personal communication devices to communicate with co-workers, construction superintendents, customers and property owners and to send and receive attachments such as inspection reports. (2)
  • Create spreadsheets to display and track expenses, hours worked and times spent completing inspections. (2)
  • Use the organization's contact management databases to schedule appointments, input inspection data and print reports. Use basic database search and retrieve functions to locate building plans and the dates, locations and results of previously completed inspections. (2)
  • Use graphics software. For example, use basic editing and formatting features of presentations software to create slides and slide shows. Use software to edit and print digital pictures taken of building installations. (2)
  • Use basic text editing and formatting features of word processing programs such as Word to write inspection reports and letters of notification. (2)
  • Use computer and software applications. For example, construction inspectors may use basic features of mapping software such as MapQuest to locate inspection sites and determine travel routes. (2)
Back to Top

Oral Communication
  • Exchange general information about permit requirements, code interpretations, approved materials, schedules and fees with property owners, realtors, contractors and suppliers. For example, building inspectors answer questions about permit requirements. Home Inspectors speak with realtors in order to schedule home inspections. (2)
  • Discuss inspection outcomes with customers, property owners and contractors. For example, home inspectors provide customers with detailed descriptions of deficiencies uncovered during inspections. Plumbing inspectors explain to property owners and contractors why installations do not meet code and how the deficiencies can be addressed. They resolve disagreements by explaining the purposes of inspections, their responsibilities as inspectors and the specific reasons why required standards, regulations and safety codes were not met. (3)
  • Make presentations about inspection processes, construction standards, safety code requirements and the role of construction inspectors at large gatherings of home builders and trade contractors. Promote the home inspection industry and your inspection business. (3)
Back to Top

Money Math
  • Calculate costs of permits and inspections. For example, self-employed home inspectors calculate invoice amounts. They charge flat fees, bill at hourly rates and set fees according to the sizes and dollar values of the structures they are inspecting. They may calculate and add applicable taxes. (2)
  • Calculate expense claim amounts for travel and supplies. For example, calculate reimbursements for using personal vehicles at per kilometre rates. (2)
Back to Top

Scheduling or Budgeting and Accounting
  • Set timelines and monitor deadlines of permits, inspections, compliance orders and completions. For example, building inspectors set deadlines for property owners to remove flammable materials. (1)
  • Set and monitor budgets for inspections and related expenses. For example, self-employed home inspectors establish marketing budgets. Building inspectors employed with regulatory bodies monitor budgets to ensure the availability of funds for items such as training, tools, work clothing and personal protective equipment. (2)
Back to Top

Measurement and Calculation
  • Take a variety of measurements using specialized measuring tools. For example, home inspectors measure carbon monoxide emissions from furnaces using gas analysers. Electrical inspectors measure the electrical energy using multimeters. (2)
  • Calculate loads, capacities and other characteristics of new construction. For example, building inspectors may calculate snow load capacities by factoring the total weights of live and dead load materials. Building inspectors calculate the volume of circular bridge supports to determine material requirements. Electrical safety codes officers calculate the expected use of electricity in apartment buildings. (3)
Back to Top

Data Analysis
  • Compare dimensions, angles, airflows, moisture levels, temperatures, voltages and other measurements to specifications. For example, building inspectors compare the dimensions of support beams to specifications outlined on structural drawings to ensure load capacity requirements are met. (1)
Back to Top

Numerical Estimation
  • Estimate times to complete inspections and construction tasks. Consider the requirements of the tasks, the numbers and experience levels of workers, times taken to complete similar tasks in the past and anticipated weather conditions. For example, a bridge inspector may decide not to allow a contractor to pour a concrete road deck if they don't think the task will get done before an upcoming storm. (1)
  • Estimate slopes, heights, depths, lengths, thicknesses, weight loads and spans. For example, estimate stair rises using proxy measures such as your hands and your own height to estimate doorway sizes. (2)
Back to Top

Job Task Planning and Organizing
  • Construction inspectors' job planning and organizing activities vary by specialty. Self-employed residential home inspectors schedule their daily activities around appointments. Construction inspectors employed by regulatory bodies, construction companies and architectural and civil engineering consulting firms plan their schedules to accomplish work assigned by their supervisors. Construction inspectors may organize the activities of junior inspectors. (2)
Back to Top

Decision Making
  • Classify construction projects by type. For example, building inspectors decide how to classify new buildings by considering factors such as size and type of occupancy. (2)
  • Choose inspection methods and frequencies. For example, an electrical construction inspector may decide to check all electrical installations after numerous deficiencies are uncovered during an inspection of a sample of them. A home inspector may decide not to inspect the condition of shingles and eaves troughs due to slippery conditions on a roof. (2)
  • Decide to reject building materials, permit applications, drawings, installations and construction plans that do not comply with regulations, bylaws and permit requirements. Consider the severity of deficiencies, regulatory guidelines and risks to safety, property and the environment. For example, electrical construction inspectors will reject commercial development plans that do not provide necessary protection against faults. (3)
  • Choose to issue immediate disconnection requests and stop work orders due to refusals by property owners to address breached specifications, regulations and bylaws. Consider the numbers of warnings issued previously and severity of deficiencies and infractions. For example, a roadway construction inspector may decide to issue an immediate stop work order after a contractor fails to replace a defective drainage system. (3)
Back to Top

Problem Solving
  • Discover that buildings, structures and installations are not ready for inspections. Charge allowable fees and reschedule inspections. (1)
  • Experience travel delays caused by road construction, poor weather conditions and traffic congestion. Inform home inspection customers and property owners of the delays and rearrange schedules. (1)
  • Encounter home inspection customers and property owners with whom it is difficult to communicate because of language barriers. Use translators to communicate instructions, regulations and inspection outcomes. (2)
  • There is insufficient information to issue building permits, approve plans and sanction the use of new products. Request that property owners and contractors supply the necessary data before issuing permits, approving plans and allowing the use of new products. Inform co-workers and colleagues of the new products and their approved applications. (2)
Back to Top

Finding Information
  • Find information about buildings and building systems. For example, locate dimensions and product specifications in manuals, product packaging, scale drawings, site plans, span and design value tables, approved material lists, contracts and from websites operated by manufacturers and regulatory bodies. Discuss building materials and methods with architects, engineers, contractors and tradespeople. (3)
Back to Top

Critical Thinking
  • Judge the safety of workplaces and the severity of workplace hazards. For example, a construction safety inspector considers workers' exposure to safety hazards such as slippery surfaces, protruding nails, falling objects, high tension wires and proximity to cranes and other heavy equipment. (2)
  • Judge the quality of building plans, scale drawings and site layouts. Consider the legibility of drawings and the consistency of data provided. (2)
  • Evaluate the safety of roadways, bridges, warehouses and other structures. Consider the adequacy of firestop measures such as fire walls, and sprinkler systems, and the locations, slopes and widths of ramps and exits. (3)
  • Evaluate the quality and adequacy of buildings and building systems. Consider the robustness and adequacy of building materials, the appropriateness of construction techniques and the quality of workmanship. Also consider the severity of structural deficiencies such as cracked foundation walls and the risks posed to people, property and the environment by the use of outdated heating, plumbing and electrical systems. (3)
Back to Top

footer