Workshop Objectives
Managing a road system is far more complex than simply managing by pavement condition; it is only one factor in the final decision. This workshop will cover the identification and management of defects in six functional areas that are financial and legal risks for the municipality. Participants will learn to interpret the ratings in the Inventory Manual for Municipal Roads; to recognize the implications of defects found within the road allowance with respect to liability exposure and performance; to make decisions regarding road rehabilitation treatments; to differentiate between structural and non-structural defects, and how to relate the consequences of road rehabilitation treatments to capital budgets and programming.
Workshop Content
- Overview of the Inventory Manual for Municipal Roads
- Asset identification
- Existing road condition
- Traffic volume, type, and projected growth
- Point ratings of road elements
- Type and timing of required improvements
- Improvement costs
- Interpreting the data
- Liability exposure
- Managing your roads and pavements
- Capital and maintenance budget development (high level)
- Developing strategies for optimal management
- Interrelationship between pavements and other assets in the right-of-way
- Pavement defects and corrective treatments
- Case study examples of both urban and rural roads
Who Should Attend
Road managers and engineers, technologists and technicians responsible for capital planning and road system management.
Accreditation
This course is recognized by:
- Professional development credits may be allowed, please contact oacett.org for detail
Workshop Objectives
You will gain a thorough grounding in the laws governing municipal construction and rehabilitation projects, and will learn about the most common types of contracts used for municipal projects, and become familiar with the risks, liabilities, and consequences of substandard performance, liens and claims. Participants will also learn about the rights, limitations, and obligations affecting their relationship with contractors and the public and be able to set ethical ground rules for dealing with contractors.
Workshop Content
- Formation of a contract including offer, acceptance, consideration, capacity and legality
- Factors affecting the contractual relationship including mistake, misrepresentation, duress, undue influence, conditional contacts, privity of contract and assignment
- The end of the contractual relationship including performance, breach, discharge by agreement, frustration, remedies for breach of contract
- The court system including adjudication and alternative dispute resolution
- The 3 most common types of contracts
- How to read, interpret and administer the contract
- Parts of a typical contract
- Performance bonds, warranties, & letters of credit
- Liability and insurance
- The best ways of dealing with substandard performance problems
- Ethics in the workplace and your relationship with contractors
Who Should Attend
This workshop is recommended for new managers/inspectors and those with 1-5 years of experience administering contracts for municipal construction and rehabilitation projects.
Accreditation
This course is recognized by:
- This course may be used as credit for technical specialists programs only. Please contact OACETT to make sure that this course satisfies your particular examination program for certification. Point Value = 2
- The Engineering Institute of Canada awards 7 Professional Development Hours to this workshop.
Format
Through lecture, class discussion, case studies and small group exercises, participants will review examples of case law that illustrate how the courts have applied the principles discussed in this course. Attention will be given to the factual situations of each case, along with the lessons that can be learned from the related judgments. The court process will be introduced and will include the benefits of alternative dispute resolution including negotiation, mediation and arbitration.
Workshop Objectives
Discuss administrative issues pertaining to the performance of a contract and variation of a contract. The goal is to equip you with the skills needed to make sound decisions based upon the express and implied terms set out in the contract. Attention will also be given to ethical issues involving contract administration, risk analysis, being called to court as a witness, and other relevant issues related to contract administration.
Recommendation: You should be familiar with requests for tenders and construction contracts.
Workshop Content
• Review of basic contract law principles and terms
• The tendering process
• Liquidated damages and penalties
• Contract performance and variations
• Ethical considerations and relationships
• Being called as a witness
Who Should Attend
Employees with over 5 years’ experience administering municipal contracts or those who have taken the Introduction to Contract Law workshop.
Accreditation
This workshop is recognized by:
- This course may be used as credit for technical specialist programs only. Point Value = 5
- The Engineering Institute of Canada awards 7 Professional Development Hours to this workshop.
Format
Through lectures, class discussion and small group exercises, participants will undertake an in-depth examination of tenders, construction contract issues, and leading case law relating to construction matters. Best practices when preparing a request for tender and considering bids will be thoroughly scrutinized, along with the relationship between the municipality and contractors and the need for accurate and timely documentation of facts.
Familiarizes you with material and equipment specifications, inspection techniques, testing and construction practices pertaining to flexible pavement construction.
Course Content
- Fundamentals of bituminous products
- Testing bituminous products
- Aggregates in bituminous construction
- Mix design
- Asphalt plants
- Hot mix paving
- Hot mix compaction and segregation
- Hot mix testing and analysis
- Warm Mix Asphalt
- Surface treatment
- Pavement deficiencies
- Pavement maintenance and rehabilitation
- New developments
- End result specifications
- Field trips
Who Should Attend
Engineers and Construction technicians/technologists responsible for the inspection/testing of flexible pavement construction, surface treatments and production of hot mix aggregates.
Prerequisites
- Minimum one year related field experience in flexible pavement construction
- Completion of the General Inspection (TM32) and Scott McKay Soils Technology (TM33)
- Exposure to asphalt laboratory testing or field experience in paving would be an asset
Evaluation Process
Passing Grade: 60%. Case studies and final examination
Accreditation
This course is recognized by:
- This course qualifies as a “specialized course” for the Association of Ontario Road Supervisors (AORS) Certified Road Supervisors – Intermediate level (CRS-I) certification
- OACETT=This course may be used for technical specialist, technician, and technologist programs. Point Value = 10
- The Engineering Institute of Canada awards 7 Continuing Education Units to this course.
Register online or send to register@goodroads.ca or fax to 289-291-6477
Introduces the basic practices related to the municipal inspection of sewer, watermain and road construction projects. The focus of this course is municipal projects, MTO projects/procedures are not covered.
Course Content
- Contract documents
- Plan reading
- Role of the inspector
- Sewer and watermain construction
- Record keeping
- Safety
- Construction/field calculations
- Traffic control
- Concrete and asphalt
- Soils
- Construction and the environment
- Field trip
Who Should Attend
Inspectors with a significant portion of their job duties related to the inspection of sewer and watermain installation and road construction.
Recommendations
Recommended introductory course for Scott McKay Bituminous Technology, Scott McKay Concrete Technology, and Sewer & Watermain Construction Inspection.
Evaluation Process
Passing Grade: 60%. Comprehensive final examination. Some evening work may be required to complete assignments.
Accreditation
This course is recognized by:
- This course qualifies as “specialized course” for the Association of Ontario Road Supervisors (AORS) Certified Road Supervisor – Intermediate level (CRS-I) certification program.
- OACETT – This course may be used for technical specialist and technician programs. Point Value = 5
- The Engineering Institute of Canada awards 3 Continuing Education Units to this course.
Provides you with the tools necessary to assist in the design of safe and efficient roads.
Course Content
• Vertical alignment
• Sight distances
• Highway safety
• Horizontal alignment
• Pavement drainage and frost action
• Pavement design
• Superelevation
• Automated design
Who Should Attend
Those who are entering or who have experience in the field of road design and wish to reinforce or broaden their knowledge of fundamental highway design principles.
Prerequisites
• Basic knowledge of design principles, standards and engineering procedures.
• The ability to manipulate equations such as: L= π/180 X ∆ X R (to solve for all variables)
Participants will find it beneficial to review the following publications prior to the course:
• MTO Geometric Design Standards for Ontario Highways, Chapter C-Alignment
• MTO Roadside Safety Manual
• TAC Geometric Design Guide for Canadian Roads (updated 2017)
Evaluation Process
Passing Grade: 60%. Quizzes, projects, and comprehensive final examination
Accreditation
This course is recognized by:
- This course qualifies as an elective Tech/ Management course for the Association of Ontario Road Supervisors (AORS) Certified Road Supervisors – Senior level (CRS-S) certification program
- OACETT=This course may be used for technical specialist, technician, and technologist programs. Point Value = 7
- The Engineering Institute of Canada awards 3 Continuing Education Units to this course.
Course Content
- Cements and supplementary cementing materials
- Air entrainment
- Mix design
- Chemical admixtures
- Aggregates
- Field and laboratory testing
- Ready mix concrete
- Transporting, placing, consolidating and finishing
- Curing
- Pre-construction and pre-placement meetings
- Forms and falsework
- Reinforcing steel
- Curb and gutter, sidewalk and concrete barrier wall construction
- Hot and cold weather concrete
- Structure rehabilitation
- Relevant codes, standards and specifications
- Precast concrete products
- Concrete innovations
- Field trip
Who Should Attend
Those responsible for the construction, inspection, and/or testing of municipal concrete projects.
Prerequisites
Completion of General Inspection (TM32), familiarity with CSA A23.1 & 2 and OPSS No. 904 and 1350
Evaluation Process
Work assignments, case studies and comprehensive final examination. Group case studies and assignments are an integral part of the course and may require evening work.
Accreditation
This course is recognized by:
- Association of Ontario Road Supervisors
- OACETT= This course may be used as credit in all exam programs including technical specialist, technician and technologist programs. Please contact OACETT to ensure that this course satisfies your particular examination program for certification. Point Value = 10. For individuals who receive ACI certification after completing this course, you will be allowed two (2) further point credits for a total of (12) twelve points.
- The Engineering Institute of Canada awards 3.5 Continuing Education Units to this course.
Familiarizes you with the common soils and aggregates used in municipal infrastructure construction including the basics of roadbed design, drainage and pavement structures. You will be able to identify numerous roadway performance problems and solutions.
Course Content
- Origin of soils
- Glacial geology
- Soils identification
- Flexible pavement design
- Laboratory testing
- Interpretation of lab test results
- Sewer, culvert, and structure backfill
- Random testing
- Construction pratices
- Frost action and transition point treatments
- Construction and the environment
- Geotextiles
- Lab Field Trip
Who Should Attend
Individuals involved in construction, inspection, pavement design or maintenance programming.
Prerequisites
Previous involvement with soils and/or road work will be an asset.
Evaluation Process
Passing Grade: 60%. Case studies, quizzes, and work assignments, and comprehensive final examination
Accreditation
This course is recognized by:
- This course qualifies as a “specialized course” for the Association of Ontario Road Supervisors (AORS) Certified Road Supervisors – Intermediate level (CRS-I) certification program.
- OACETT= This course may be used as credit in all exam programs including technician specialist, technician and technologist programs. Please contact OACETT to ensure that this course satisfies your particular examination program for certification. Point Value = 10
- The Engineering Institute of Canada awards 3.5 Continuing Education Units to this course.
Offers an overview of major aspects of sewer and watermain installation from an inspector’s perspective.
Course Content
• Tender documents
• Inspector’s responsibilities
• Construction layout
• Geotechnical considerations, excavation & backfill
• Blasting
• Watermain design, installation & testing
• Disinfection of watermains
• Cathodic protection
• Dewatering
• Construction site safety
• Sanitary sewer design, installation & testing
• Demonstrations of installation and testing
• Environmental considerations
• Overview of trenchless technology
• Utilities
• Pipes & fittings
• Field Trip
Who Should Attend
Junior to intermediate level sewer and watermain construction inspectors.
Prerequisites
A basic understanding of sewer and watermain construction.
Evaluation Process
Examination and case studies
Accreditation
This course is recognized by:
- This course qualifies as a “specialized course” for the Association of Ontario Road Supervisors (AORS) Certified Road Supervisors – Intermediate level (CRS-I) certification program.
- This course may be used for technical specialist, technician, and technologist programs. Point Value = 7
- The Engineering Institute of Canada awards 3.5 Continuing Education Units to this course.
