Civil Engineering Technology

Program Overview

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Credential

Ontario College Advanced Diploma

Duration

Six semesters

Start Date(s)

No Upcoming Intakes

Locations

Belleville

Open to

• International Students
• Domestic Students

CIP Code

15.0201

Find your career

Our graduates are employed by:

• Engineering consulting firms
• Construction companies
• Architectural and engineering services firms
• Utilities companies
• Environmental and geotechnical consulting firms
• Research and development organizations
• Manufacturing companies
• Government agencies (such as transportation departments, public works departments and environmental agencies)

Prepare for high-demand positions in:

• Supporting the design and construction of civil engineering projects by creating site plans, drawings and specifications.
• Conducting surveys and performing field investigations to gather data and information for design purposes.
• Utilizing computer-aided design (CAD) software to create detailed drawings and models.
• Completing tests and inspections to ensure that materials and construction methods meet project requirements and standards.
• On-site quality assurance.
• Civil engineering technologists contribute to the success of infrastructure projects like public transit, land development, municipal services, and resource management by blending science, engineering, sustainability, and industry-specific technologies.
• Graduates are eligible for certification with the Ontario Association of Certified Technicians and Technologists (OACETT) as CET (Civil Engineering Technologists).

Our grads get great jobs

• Road construction inspection
• Building inspection
• Structural drafting for construction companies
• Site inspection for consulting engineering companies
• Quality assurance for consulting engineering companies

Is it for you?

This career holds rewarding opportunities for students who:

• Like to know how things work.
• Are passionate about making a lasting difference in the community.
• Are good at visualizing problems to tackle solutions.
• May prefer the option to work indoors or outdoors.

How you'll learn

Experiential learning****This well-rounded program combines classroom instruction and hands-on learning, both outside (in the field) and inside, in our Building Sciences Lab using industry-standard equipment.

• Get a solid foundation in surveying techniques, drafting principles and computer applications, using programs such as AutoCAD and AutoCAD Civil 3D and ArcGIS.
• Gain skills in structural, municipal and highway design, drafting, materials testing, surveying, inspection, construction supervision and project estimating, to name a few.
• Apply engineering theories in our industry-standard materials testing facility.
• Year one is common with the Construction Engineering Technician program, allowing for ease of transfer.
• Obtain the academic requirements of the Ontario Association of Certified Engineering Technicians and Technologists (OACETT) or transition to a university degree in Canada or abroad.
• During the third year of study, expand your skills in geographic information systems, technical reporting and construction supervision.

Outstanding faculty make the difference

• Receive personal attention from experienced professors with over 25 years of experience in structural, municipal, transportation and surveying engineering and structural drafting.
• Learn from industry leaders in the development of geographic information systems (GIS) by working with global organizations using GIS technology to support sustainable development.

Courses

Semester One

BLDG1005 Building Methods & Materials

This course deals with materials used in buildings, and the methods and equipment used in constructing with these materials. Materials include: concrete, masonry, wood and steel.

CADD1004 CAD 1

Cad 1 is an introductory course in 2-D computer aided drafting, using the AutoCAD program. The initial focus of the course is to learn and implement basic commands to create, edit, store and retrieve data. This skill and knowledge is developed through basic, simple drawing assignments. Another component of the course is dedicated to developing print reading skills as related to construction documentation.

COMP1003 Engineering Applications

Students are introduced to Microsoft Office software. The basics of Microsoft Word are learned and Microsoft Excel is used with engineering applications.

SURV1000 Geomatics 1

Geomatics 1 is the first of three courses in surveying offered in the Building Sciences Program and introduces the learner to the survey technologist's/technician's role in communicating land-related information between stakeholders in Architectural/Engineering/Construction (AEC) projects. This dialog is dependent upon the efficient and accurate measurement of angles, distances and differences in elevations and the careful recording of the data gathered. Learners will explore the theory of making measurements during classroom lectures and develop the practical skills of operating automatic levels, total stations, electronic data-collectors, and GPS receivers during weekly field exercises.

MATH1012 Math 1

Students learn to use the mathematical tools that are required in their engineering subjects. Building sciences applications of algebra, geometry and trigonometry are emphasized.

Semester Two

CADD1005 CAD 2

CAD 2 is an extension of CAD1. The objective of this course is to further enhance student's knowledge of the AutoCAD software. Having developed an understanding of basic functions such as geometry creation, editing, dimensioning and annotation, students learn more advanced features of the software to facilitate drawing creation and organization, primarily in a 2-D setting. This will be accomplished by the use of more involved, complex and discipline related projects. A component of the course will also include print reading fundamentals with construction drawings.

Prerequisite: CADD 1004 or TECH 8150

BLDG1004 Heavy Construction, Methods and Materials

This course deals with materials used in civil engineering works, and the methods and equipment used in construction with these materials. Materials include: soils, concrete, steel, heavy timber, and asphalt.

SURV1001 Highway Technology 1

This course introduces the learner to the geometry of Canadian highways and how various factors such as design speed, climate, traffic flow, and vehicle characteristics affect the properties of proposed roads. Candidates will apply the skills and mathematical techniques introduced in Mathematics 1 and Geomatics 1 to calculate the minimum radius of a highway, determine appropriateness of introducing transition curves, deciding if and when to alter the cross-section of the roadway, when to insert vertical curves, and how to prepare information to control the construction of a roadway.

Prerequisite: MATH 1012, SURV 1000

MATH1007 Mathematics 2

This course is a continuation of Mathematics 1.

Prerequisite: MATH 1012

BLDG1003 Statics

This course deals with the effects of external forces on rigid bodies at rest. The first half of the course concentrates on forces and equilibrium. The second half deals with applications of basic principles to specific structural shapes (trusses, beams).

Prerequisite: MATH 1012 or MATH 1002

COMM1002 Technical Communications 1

Students develop communication skills for the presentation of technical information in business documents that meet the needs of clients and customers. Documents and presentations are produced in Word and PowerPoint.

GNED1100 Becoming a Global Changemaker

This Loyalist College graduate attributes course will help shape your perspectives, broaden your understanding of important issues affecting our societies today, and equip you with invaluable knowledge and skills that will inform your ability to influence your community in a meaningful and impactful way. By exploring topics such as cultural competency, Indigenous education, entrepreneurship, sustainability, health and wellness, and ecological literacy, you'll be equipped with a powerful toolkit that extends far beyond the classroom.

Semester Three

SURV2000 Geomatics 2

This course is about engineering and construction surveying. It introduces the student to the major steps of surveying within an engineering project - setting up project control, completing topographic surveys including breaklines for terrain modeling, producing, transferring and extracting information with digital media, staking out alignment and grades for construction work. Advanced geomatics concepts such as ellipsoid, geoid, datum, projections, grids, and survey adjustments are introduced. Students become proficient at using total station equipment for pickup and layout and develop confidence in the accuracy and precision of various measuring methods. AutoCAD Civil 3D is used to develop terrain and simple road corridor design used in the stakeout.

Prerequisite: SURV 1000, COMP 1003

BLDG2006 Highway Technology 2

This course introduces students to principles involved in the design, construction, and operations of roads and highways in Ontario, building on the basic knowledge gained in Geomatics, Computer Applications, and AutoCAD courses. Topics include road classification, level of service, interpreting topography, drainage requirements, and advanced highway geometry. AutoCAD Civil 3D is introduced to support highway design using Civil 3D Surface, Alignment, Profile, Assembly, and Corridor objects.

Prerequisite: SURV 1001, COMP 1003, CADD 1005

BLDG2008 Materials Testing 1

Students obtain hands-on experience in a materials testing laboratory setting, and become familiar with the mechanical properties of construction materials using CSA/ASTM standard test methods.

Prerequisite: BLDG 1005, COMP 1003

Co-requisite: BLDG 2005

MUNI2000 Municipal Services 1

This course introduces fundamental design concepts of municipal services/engineering to students. Topics include hydraulics of pipes and channels, hydrology (precipitation and runoff), water demand, sewage generation, sewer network design and conveyance, and design of individual building servicing. Also included are references to design guidance from local Municipal, Provincial, and Federal (and other) regulatory agencies.

Prerequisite: MATH 1007, CADD 1005

BLDG2005 Strength of Materials

This courses focuses on concepts of stress, strain, tension, compression, shear, bending and mechanical properties of materials as they relate to the building industry are discussed.

Prerequisite: BLDG 1003

BLDG2004 Structural Drafting

Students learn the general requirements for structural steel design drawings and shop detail drawings. Drawing projects will include beam shop details and bracing details.

Prerequisite: CADD 1005

GNED General Education Elective

General Education Courses

Semester Four

BLDG2013 Contracts, Specifications and Estimating

Students study the various forms of contracts used in the construction industry. The style, purpose and method of writing specifications are studied. Using the contract, specifications and drawings, students prepare estimates of quantities of materials and construction costs for residential and industrial buildings.

Prerequisite: COMM 1002

BLDG2014 Materials Testing 2

This course is a continuation of Materials Testing 1.

Prerequisite: BLDG 2008

MUNI2001 Municipal Engineering 1

Using Autodesk Civil 3D this course teaches the principals and processes for the creation of municipal road, drainage, and services. Students will select a parcel of land and, through the course materials – lectures, demonstrations, text, standards, examples, tutorials, and assignments – produce an urban municipal subdivision design.

Prerequisite: BLDG 2006

BLDG2009 Soil Mechanics

The behaviour of soil and produced aggregates used in construction processes are studied through a combination of practical and theoretical methods. The material properties necessary to anticipate this behaviour are determined through application of standardized laboratory test procedures.

Prerequisite: COMP 1003, CONS 2000

BLDG2010 Strength of Materials 2

Strength of Materials 2 is a continuation of Strength of Materials 1. Students solve problems related to elementary strength of materials topics. This course is a further study of the effects of loads on building components. The deflection of beams and behaviour of columns are also studied.

Prerequisite: BLDG 2005

BLDG2011 Structures

Students study the primary types of structures and their component elements, dead and live loads, which can be applied to a structure. Using limit state design concepts, loads acting on members are determined, and structural elements sized.

Prerequisite: BLDG 2005

GNED General Education Elective

General Education Courses

Semester Five

MATH2003 Calculus

This course covers the fundamentals of differential and integral calculus. Calculus plays an important role in the understanding of science, engineering, economics, and business. This introductory calculus course covers differentiation and integration of one variable, with applications.

Prerequisite: MATH 1007

BLDG3015 Concrete Design

Soil mechanics are used to make the selection and design of typical foundations.

BLDG3006 Construction Supervision 1

Students study the role of the construction superintendent with special emphasis on leadership, labour relations, construction management and safety at the site level.

Prerequisite: COMM 1002

SURV3000 Geospatial and Environmental Analysis

This course introduces students in Civil Engineering Technology and Environmental Technology to the concepts, techniques and applications of geographic information systems. The focus is a fundamental understanding of data acquisition, mapping and spatial analysis. Practical examples related to transportation, environmental and geotechnical engineering will be provided to improve student learning and provide hands-on experience.

Prerequisite: MATH 1012 or MATH 1003

BLDG3004 Steel Design 1

The applicable codes and standards, types and properties of structural steel and Limit States Design principles are introduced. Simple structural tension, compression and bending members are designed and detailed.

Prerequisite: BLDG 2010, BLDG 2011

BLDG3003 Theory of Structures

This course undertakes the study of determinate and indeterminate structures subjected to various structural loadings such as gravity, wind, seismic and temperature loads.

Prerequisite: BLDG 2010, BLDG 2011

Semester Six

BLDG3011 Construction Supervision 2

This course is a continuation of Construction Supervision 1.

Prerequisite: BLDG 3006

MUNI3000 Municipal Engineering 2

Municipal Engineering 2 delves into hydrology, the movement of atmospheric water, as well as the hydraulics of open channel flow. Urbanization affects the naturally occurring drainage paths of storm water, requiring implementation of alternative drainage management. This course covers open channel flow design as well as the analysis of ditches, culverts and retention ponds. By the end of the course, students will be prepared to contribute to the planning, design, and management of sustainable and resilient municipal infrastructure systems that enhance the quality of life for communities across Ontario.

BLDG2016 Reinforced Concrete Design

In this course the design of structural members made of steel-reinforced concrete is begun. Structural members are designed to satisfy the requirements of the CAN 3-A23.3-M84. Simple beams are used experimentally to show how reinforced concrete resists bending and shear.

Prerequisite: BLDG 2010, BLDG 2011

BLDG3007 Steel Design 2

Students study the design of steel beams, columns and connections in accordance with the requirements of the CAN-S16.1-M89. Complex connections, build-up members, plate girders, and multi-storey frames are also examined.

Prerequisite: BLDG 3004

COMM3000 Technical Report

This course introduces students to the methods and procedures used in writing a detailed technical report. This affords the student the opportunity to defend their technical report in an oral presentation.

Prerequisite: COMM 1002

WATR3000 Water & Waste Water Treatment

Water and Wastewater Treatment provides students with an in-depth understanding of the principles, processes and technologies involved in the treatment of water and wastewater in municipal and urban settings across the province. Students will develop the knowledge and skills necessary to design, operate, and maintain water and wastewater treatment systems that meet regulatory standards and protect public health and the environment. This course will involve the design and layout of water and wastewater plants as well as rural residential lots.

Prerequisite: MATH 1007

*Courses subject to change.

Admission requirements

Required academic preparation

• OSSD/OSSGD or equivalent with courses at the general, advanced, (C), (U) or (M) level, AND
• Grade 12 English (C) level or equivalent

OR

• Mature applicant

Recommended academic preparation

• Grade 11 and 12 Math (MCF 3M and MCT 4C)

Academic upgrading

Are you missing admission requirements? Discover how Career and College Prep at Loyalist can help you get started on your journey.

International students

Learn more about admission requirements for international applicants and how to apply.

Costs

Domestic students

Approximate costs (2024 – 25)

• Domestic Tuition: $2,722.08
• Full-Time Ancillary Fees: *$1,367
• Total: $4,089.08

Additional costs, such as supplies, travel and parking, may be incurred during workplace visits, etc.

*Fees related to programs that are less than or greater than two semesters will be adjusted accordingly. Fees are subject to change. Please visit the Tuition and fees page for a list of the many services, activities and items included within the ancillary fees, and the related policies.

Paying for college

At Loyalist College, we believe that cost should never be a barrier to your success. We’re here to help you navigate the costs of college and connect you with a variety of financial aid programs, resources and donor-supported awards. Explore paying for college.

Schulich Builders

Students enrolling in this program may be eligible for the Schulich Builders scholarship program.

Schulich Builders covers tuition, tools and living expenses for students enrolling in a skilled trades program. Loyalist College will award ten scholarships per year:

• Five $20,000 scholarships for one-year certificate programs, and
• Five $40,000 scholarships for two-year diploma programs.

Learn more and apply today!

International students

Approximate costs (2024 – 25)

• International Tuition: $15,000
• Full-Time Ancillary Fees: *$1,367
• Mandatory Health Insurance: $659
• Total: $17,026

Additional costs, such as supplies, travel and parking, may be incurred during workplace visits, etc.

*Fees related to programs that are less than or greater than two semesters will be adjusted accordingly. Fees are subject to change. Please visit the Tuition and fees page for a list of the many services, activities and items included within the ancillary fees, and the related policies.

Paying for college

At Loyalist College, we believe that cost should never be a barrier to your success. We’re here to help you navigate the costs of college and connect you with a variety of financial aid programs, resources and donor-supported awards. Explore paying for college.

Further study

Pathways and university transfer

Build on the knowledge and skills you learned at Loyalist by continuing your academic journey. Return to Loyalist to complete a double diploma:

• With many common courses during the first-year curriculum, you have the flexibility to transfer directly into year two of the Survey Engineering Technician program (with some additional courses) or Construction Engineering Technician program.

You could also receive credit recognition for your Loyalist studies when pursuing a degree at a university. Explore pathway opportunities.

Professional certification

College graduates must apply to the Ontario Association of Certified Engineering Technicians and Technologists (OACETT) to be certified in Ontario. Loyalist Civil Engineering Technician and Technologist graduates meet the academic requirements for accreditation as a Certified Technician (C.Tech.) or Certified Technologist (C.E.T.). Applicants are also required to:

• Complete additional work experience.
• Provide peer references.
• Pass a Professional Practice Examination administered by OACETT, offered four times a year.
• Write a Technology Report (for C.E.T. certification).

Study abroad

Explore opportunities to continue your studies in Ireland.

Autodesk certification

Students are eligible to take the Autodesk certification exams at Loyalist College. Completing these industry-recognized credentials enables students to highlight that they have the in-demand skills employers are seeking.

Related programs

Construction Engineering Technician

Learn industry-specific technologies to assist in the development and implementation of project goals in accordance with project plans, sustainability practices, and industry laws, codes and standards.

Survey Engineering Technician

Survey technicians are in demand in many industries. Using instruments and computer software, survey engineering technicians conduct field measurements and analyze data to determine the precise locations of natural features, structures and property boundaries.

Civil Engineering Technician

By integrating science and engineering concepts with industry-specific technologies, civil engineering technicians assist in the construction and maintenance of infrastructure projects, such as roads, bridges, buildings and water supply systems.

Choose small.