• Structural Engineering (CIV250-CIVIL2209BA)Winter 2024Course Description:Beam and column design in wood and steel will be applied to plans for residential and commercial buildings. Suitable joists, beams, and columns will be selected by calculation and by computer-aided design packages where available. Bending stress, shear stress and deflection of beams due to specified and factored loads will be calculated. Resistance to bending, shear, and deflection due to material strength and modification factors will be determined, classified, analyzed, and designed.• Introduction to Construction Project Management (CPM100-CPM2401SA)Winter 2024Course Description:Students explore the breadth of the construction industry and develop a deeper knowledge of all of the factors that impact the industry. While attention is paid to the economic influence of the industry, students increase their awareness of various stakeholders that are routinely involved in construction projects.• Computer-Aided Design II (CAD150-CIVIL2401MA)Summer 2024Course Description:Using general design theory, the participant will create detailed drawings for various engineering projects. Utilize PAPERSPACE to create detailed engineering drawings and their components supporting the disciplines of engineering. Create sets of engineering drawings (I.e. plan-elevation-section, civil-structural mechanical-electrical, assembly-component). Utilize annotations to convey engineering information on detailed drawings. Utilize attributes to automate drawings. Apply standard conventions for document control.• Codes, Standards and Compliance (ECM120-MECH2401MA)Summer 2024Course Description:participants will be introduced to various codes, standards, and compliance considerations that typically apply to engineering and construction projects, These include the Ontario Building Code, Ontario Provincial Standards,

• Performed Structural design of various projects including residential, industrial & Commercialbuildings.• Prepared structural design deliverables using AutoCAD, ETABS, and SAP2000 according to OBC, CSAA23.3 and CSA S16-19. Drafting Preliminary engineering drawings, e.g. general notes, plans, views, sections, and details based on the Ontario Provincial standards for discussion and client review.• Participated in meetings with clients, subcontractors, and consultants as part of the detailed design coordination to meet the project criteria.• Conducted structural assessment and performed manual calculations of Structures for increased loads due to building expansion. Inspected an existing mezzanine for visible cracks in its concrete slab and prepared a technical report for the client based on structural assessment of the current condition of the slab.• Conducted Engineering Surveying of the site plan and grading design for proper drainage according to OPSD.• Project Involvements: Dalton Pharma Services (Tank Room and Hazard Room, Lab Wash Area, Material and Waste Handling Building Improvement), Atura (Electrical Substation Building, Trucker’s Building, etc.), Atlantic Packaging Products (Roof Reinforcement, Crane Rail Extension, Flare Shroud Ext, Parking Expansion-Surveying and Grading Design), IGI-The International Group (New Access Platform, New Truck Loading Station-Surveying and Grading Design, Rain Shelter Canopy-Mechanical Equipment), Cube Packaging Solutions (Pipe Support, Transformers Platform Stand).

STRUCTURED PROGRAMMING AND APPLICATIONS FOR BUILDING AND CIVIL ENGINEERS (BCEE 231)

Elements of Engineering Math (ENCS 6001)

MATLAB (32-hours)

STRUCTURED PROGRAMMING AND APPLICATIONS FOR BUILDING AND CIVIL ENGINEERS (BCEE 231)