Civil engineering means the application of the knowledge of the forces of nature, principles of mechanics and the properties of materials to the evaluation, design and construction of civil works for the beneficial uses of mankind.
Civil engineering means the branch of professional engineering that embraces studies and activities relating to research, design, and construction of fixed works for irrigation, drainage, waterpower, water supply and treatment, flood control, inland waterways, harbors, municipal improvements, railroads, highways, tunnels, airports and airways, sewerage, refuse disposal, foundations, structures, and bridges, and the organizational and economic aspects of these studies and activities;
Civil engineering means all or any of those branches of engineering science the advancement of which is recognized by the Trustee Board as being within the object of the Institution as set forth in the Charter.
Examples of Civil engineering in a sentence
Civil engineering work has been drawn up in accordance with the provisions of the latest edition of SABS 1200 Standardized Specifications for Civil Engineering Works.
Civil engineering, architectural, structural, HVAC, plumbing, and electrical drawings and specifications shall be submitted, as applicable.
Achieved in any one year a minimum financial turnover (in all cases of Civil engineering construction works only) volume of construction work of at least the amount equal to the estimated cost of works(excluding maintenance cost for five years )for which bid has been invited.
Civil engineering plans indicating drainage, roads, accessways, earthworks, pavement design, details of line-marking, traffic management, water quality and quantity facilities including stormwater detention and disposal, shall be prepared in accordance with the approved plans and Council’s Engineering Design and Construction Specifications.
Civil engineering work has been drawn up in accordance with the provisions of the latest edition of SABS 1200 Standardised Specifications for Civil Engineering Works.
More Definitions of Civil engineering
Civil engineering means that branch of professional engineering which embraces studies or activities in connection with fixed works for matters such as irrigation, drainage, waterpower, water supply, flood control, inland waterways, harbors (not including piers), municipal improvements, railroads, highways, traffic, non-structurally supported tunnels, airfields and airways, purification of water, geotechnical activities, and sewerage and refuse disposal.
Civil engineering. All grading, site development, and on-site utility work related to the scope of the project. Off-site work will be limited to existing utility investigation, tie-in’s to existing utilities, and adjustments to existing perimeter walks and access points. Landscape Design (Basic): Work limited to site restoration and code required plantings with minor points of interest at entry points. This includes landscape and irrigation as needed. Architectural Interior Design: Interior design provided for all replacement buildings. Other work is assumed to require no interiors design beyond basic architectural treatment. Cost Estimating: From the architectural team, estimates will be provided from either in house resources or sub- consultant 3rd party cost estimating for the project just prior to the conclusion (so as to adjust the designs as necessary based on the outcome) of the Design Development, Detailed Design Documents, and Construction Document phases utilizing Uniformat Level 2 and 3 detail respectively. It is anticipated the architectural team will provide interim cost analysis of specific scopes of work as requested by the Owner. On-Site Project Representation: This refers to the construction phase of each project and shall be provided at a standard level of 1 day per week average. Where the construction phases of multiple projects overlap, the architect will maximize efficiency of each trip, noting that on occasion more than a single day will be required. Engineering visits will be focused on the period where their design work is being installed and will be as frequent as necessary to evaluate general compliance. Post Occupancy Evaluation: The architect will schedule and conduct a 3-month and 10-month post occupancy evaluation of the project. Telecommunications/data Design: Includes design of communications infrastructure from "closet rack" to "point of use". Hardware will also be included. Security, phone/data services fire alarm, and HVAC controls are considered part of base design and would be complete systems. Security Evaluation and Planning: Includes evaluation of proposed scope and implementation of best practices for safety and security from both a passive (hard construction) and active (electronic system) perspective. Best practice will be evaluated and adjusted based on Owner protocols and policies in place or desired.
Civil engineering. National Code: GJ5K 16|GM95 48 Credit granted: 11 units, of a total of 32 (34% of the course) – 2 unspecified elective units; 9 specified units: ENG10757 ENG10759 ENG20001 ENG20002 ENG20003 ENG30002 ENG40007 MAT10001 MAT71003 Applied Mechanics Processes and Philosophy of Engineering Mechanics of Materials Engineering Construction and Tendering Concrete Structures Soil Mechanics and Geology Engineering Project Management and Professional Ethics Foundation Mathematics Mathematics for Engineers and Scientists Conditions: If the following units were completed as part of the Higher National Diploma of Civil Engineering, you are entitled to additional credit (up to a maximum of 13 units) as specified below: Complete H72B 35 Public Health Engineering AND DW5T 35 Water Supply Engineering to be awarded credit for ENG30012 Water and Wastewater Engineering; and/or Complete DW5R 35 Traffic Engineering to be awarded credit for ENG30010 Traffic and Road Safety Engineering. SCU course: Bachelor of Engineering (Honours) in Civil Engineering, majoring in Environmental Engineering (3507285) :: CRICOS Code: 077352F Participating institute courses:
Civil engineering. All grading, site development, and on-site utility work related to the scope of the projects. Off-site work will be limited to existing utility investigation, tie-in’s to existing utilities, and adjustments to existing perimeter walks and access pointspoints. Landscape Design (Basic): Work limited to site restoration and code required plantings to be design/buildwith minor points of interest at entry points. This includes landscape and irrigation as needed.
Civil engineering. Solutions: No involvement • Foothill Associates: No involvement • Kleinfelder: No involvement • Tremaine & Associates: No involvement • Urban Alternatives: No involvement
Civil engineering. Solutions: No involvement
Civil engineering. Solutions: No involvement • Foothill Associates: No involvement • Kleinfelder: No involvement • Tremaine & Associates: No involvement • Urban Alternatives: Assist with the Scoping Report. Deliverable: Develop a Scoping Report, which will contain all comments received in an organized format that shows what impact that comment had/did not have on shaping the project’s final scope of work. All comments received will be reviewed, summarized into subject matter content, cross-referenced to the commenter and cross- referenced to its discussion location within the EIS/EIR document.