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Civil Engineering Quiz

Total questions: 88

Worksheet time: 49mins

Name
Class
Date
1.

Who is considered the Father of Civil Engineering?

a)

John Rudyard

b)

Sir James N. Douglass

c)

John Smeaton

d)

Henry Winstanley

2.

What was the first engineering school for Civil Engineering?

a)

University of Civil Engineering

b)

Eddystone Lighthouse School

c)

San Isidro College

d)

National School of Bridges and Highways

3.

What is the primary focus of Civil Engineering?

a)

Designing software systems

b)

Designing and executing structural works

c)

Managing financial investments

d)

Conducting scientific research

4.

What is the role of feasibility studies in Civil Engineering?

a)

To maintain the project

b)

To design the project

c)

To assess the viability of a project

d)

To construct the project

5.

What is the purpose of site investigations?

a)

To collect information about potential hazards

b)

To design the project

c)

To manage project costs

d)

To conduct surveys

6.

Which of the following is NOT a basic technical skill for Civil Engineers?

a)

Programming languages

b)

Design techniques

c)

Mathematics and physics

d)

Surveying instruments

7.

What is the significance of managerial skills in Civil Engineering?

a)

To enhance project management

b)

To improve technical skills

c)

To conduct research

d)

To focus on design

8.

It is the profession of designing and executing structural works that serve the general public, such as dams, bridges, aqueducts, canals, highways, power plants, sewerage systems, and other infrastructure.

a)
Mechanical Engineering
b)
Civil Engineering
c)
Electrical Engineering
d)
Architecture
9.

It is a professional engineering discipline that deals with the DESIGN, CONSTRUCTION and MAINTENANCE of the physical and naturally built environment.

a)
Civil Engineering
b)
Chemical Engineering
c)
Electrical Engineering
d)
Mechanical Engineering
10.

including public works such as: Buildings Roads Bridges Canals Dams Ports Sewerage Systems Pipelines * Railways

a)

Structural engineer

b)

mechanical engineering

c)

Role of civil engineers

d)

CIvil Engineering

11.

What year was Civil engineering began to be formally taught

a)
1747
b)
1800
c)
1725
d)
1750
12.

the first engineering school

a)
Massachusetts Institute of Technology
b)
Stanford University
c)
California Institute of Technology
d)

National School of Bridges and Highways

13.

Where does the first engineering school located

a)

, UK

b)

France

c)

USA

d)
Stanford University, USA
14.

The first self-proclaimed civil engineer was _____ ______ (considered to be the first civil engineer

(a)  

15.

often referred as the Father of Civil Engineering

a)
Thomas Telford
b)
Isambard Kingdom Brunel
c)
Leonardo da Vinci
d)
John Smeaton
16.

Who constructed the third Eddystone Lighthouse?

a)
Robert Stevenson
b)
James Watt
c)
John Smeaton
d)
Thomas Telford
17.

John Smeaton was born on what date?

a)
July 4, 1725
b)
May 15, 1720
c)
June 8, 1724
d)
August 1, 1723
18.

John Smeaton was born on what place?

a)
London, England
b)
Austhorpe, Yorkshire, England
c)
York, England
d)
Manchester, England
19.

He was an English engineer noted for his all-masonry lighthouse on Eddystone reef off Plymouth, Devon, and as the founder of the civil engineering profession in Great Britain

a)
Isambard Kingdom Brunel
b)
Thomas Telford
c)
Robert Stephenson
d)
John Smeaton
20.

John Smeaton constructed the third Eddystone Lighthouse made up of entirely of interlocking stone, on a plan to revolutionize the construction of such towers on what year?

a)

1756-1759

b)

1767-1773

c)

1742-1753

d)

1765-1777

21.

The first lighthouse was built on what year?

a)

1882

b)

1708-1755

c)

1696 – 1699

22.

The first lighthouse was built on 1696 – 1699 made up of?

a)
Stone
b)

Timber

c)
Metal
d)
Wood
23.

Who was the designer of the first lighthouse?

a)
Sostratus of Cnidus
b)

Henry Winstanley

c)

Sir James N. Douglass

d)

John Rudyard

24.

was swept away with its designer, (a)   , by the great storm of 1703.

25.

The second lighthouse was made up of ___ and ____,

(a)  

26.

The second lighthouse was made up of oak and iron, designed by __________ on the year ____ and was destroyed by ____ in ____

(a)  

27.

The third lighthouse stood until it was replaced in ____ by the present structure, which rises ___ feet (__meters) above the water and was designed by ___ _____ _ _______.

(a)  

28.

Civil Engineering Basic Technical Skills

a)
Chemistry
b)
Biology
c)
History
d)
Mathematics, physics, material science, design software proficiency, project management.
29.

Civil Engineers main role is in

a)

Survey, Planning, Designing, Estimation, and Executions of Structures

b)
landscape architecture
c)
environmental consulting
d)
infrastructure design and construction
30.

What are the 3 functions of civil engineering

a)

Before construction, During Construction, and After Construction

b)
Conducting environmental assessments
c)
Managing financial investments in construction
d)

Designing structures, Planning construction projects, Ensuring sustainability and safety

31.

A preliminary investigation undertaken in the very early stage of a project to assess whether the project is viable.

a)
Market analysis
b)
Budget proposals
c)
Feasibility studies
d)
Risk assessments
32.

The process of collecting information, assessment of the data and reporting potential hazards beneath a site which are unknown.

a)
Site cleanup
b)
Soil remediation
c)

Site investigation

d)
Environmental monitoring
33.

What are the things to do Before Construction

a)
Select materials after construction begins
b)
Ignore local building codes
c)

Feasibility studies, Site investigation and come up with appropriate plan

d)
Start construction without plans
34.

It when we are Dealing with clients and Consulting Engineers, and Contractors.

a)

During Construction

b)
Ignoring client feedback completely.
c)
Minimizing communication to save time.
d)
Focusing solely on technical specifications.
35.

Maintenance happens when?

a)
Maintenance occurs only during emergencies.
b)
Maintenance is done once a year.
c)
Maintenance is unnecessary if everything seems fine.
d)

After construction

36.

A subset of civil engineering, focusing on the “bones and muscles” of man-made structures.

a)
Transportation Engineering
b)
Environmental Engineering
c)
Structural Engineering
d)
Geotechnical Engineering
37.

it is a highly specialized field of civil engineering, one of the oldest engineering discipline.

a)
Transportation Engineering
b)
Structural Engineering
c)
Environmental Engineering
d)
Geotechnical Engineering
38.

Among the first structural engineers in recorded history was a man called....

a)
Galileo Galilei
b)
Leonardo da Vinci
c)
Hammurabi
d)
Imhotep
39.

They were involved in the building of the Great Pyramids of Giza circa 2700 B.C.E.

a)

Ancient Egyptians/Imhotep

b)
Babylonians
c)
Ancient Greeks
d)
Romans
40.

Imhotep was a high official in the court of Pharaoh Djoser, serving as a...

a)
vizier
b)
general
c)
architect
d)
scribe
41.

He was not only a political official, but a priest, architect, scholar, and physician. As a jack of all trades, he is remembered for his contributions to medicine, engineering, and architecture.

a)
Isaac Newton
b)

Imhotep

c)
Galileo Galilei
d)
Michelangelo
42.

3 Ancient Structures

a)

Primitive Huts

b)

Hanging Gardens of Babylon

c)

Burj Khalifa

d)

Grecian Temple

43.

He was a French civil engineer who is well known for the tower in Paris that bears his name, Eiffel Tower.

a)
Louis Pasteur
b)
Victor Hugo
c)
Gustave Eiffel
d)
Gustave Flaubert
44.

Alexandre Gustave Eiffel was born on _______ __ ____, Dijon, France and died on _______ __ ____, Paris.

(a)  

45.

He also designed the framework of the Statue of Liberty in New York Harbor.

a)
Thomas Edison
b)
Gustave Eiffel
c)

Fritz Leonhardt

d)
Frank Lloyd Wright
46.

Who is an Irish Structural Engineer born on 16 June 1935 and died on October 25, 1992.

a)
John Doe
b)
Michael Johnson
c)
James Smith
d)

Peter Ronan Rice

47.

He was credited with having done the geometry for the challenging designed of the shells for the roof of the Sydney Opera House.

a)

Peter Ronan Rice

b)
Frank Gehry
c)
Renzo Piano
d)
Zaha Hadid
48.

A German structural engineer who was born on July 12, 1909 and died on December 30 1999.

a)
Ludwig Mies van der Rohe
b)
Fritz Leonhardt
c)
Walter Gropius
d)
Hans Scharoun
49.

Who was considered as a Bridge Master.

a)

Fritz Leonhardt

b)

Peter Ronan Rice

c)

Alexander Gustave Eiffel

d)

William F. Baker

50.

He made major contributions to 20th-century bridge engineering, especially in the development of cable-stayed bridges.

a)
Frank Gehry
b)

Fritz Leonhardt

c)
Santiago Calatrava
d)
Norman Foster
51.

What is the name of the bridge that Fritz Leonhardt Designed.

a)

Cologne Rodenkirchen Bridge

b)
Tower Bridge
c)
Brooklyn Bridge
d)
Golden Gate Bridge
52.

He has dedicated himself to structural innovation; most notably in the design of tall buildings within the urban landscape.

a)

Fritz Leonhardt

b)

Peter Ronan Rice

c)

Alexandre Gustave Eiffel

d)

William F. Baker

53.

His most recent contribution has been to developed the

Burj Khalifa
buttressed core” structural system for the Burj Khalifa,

a)

William F. Baker

b)

Fritz Leonhardt

c)
solid core
d)
hollow core
54.

the world's tallest building / man-made structure.

(a)  

55.

He is currently a structural engineering partner in the Chicago office of Skidmore, Owings & Merrill, LLP (SOM) - a collective of architects, designers, engineers, and planners working together to build a better future

a)

Fritz Leonhardt

b)

Peter Ronan Rice

c)

William F. Baker

d)

Alexandre Eiffel Gustave

56.

A structural system for high buildings consisting of a hexagonal core reinforced by three buttressed that form a Y shape.

a)
Square core with triangular buttresses
b)
Circular core with straight columns
c)
Rectangular core with diagonal supports
d)

The Buttressed core system

57.

This design helps to reduce the wind forces on the Burj Khalifa tower, as well as to keep the structure simple and foster constructability.

a)

The Buttressed core system.

b)
The design has no impact on wind forces or constructability.
c)
The design increases wind forces and complicates constructability.
d)
The design only focuses on aesthetic appeal without structural benefits.
58.

Generally, _______ _______ plan, design, and oversee the construction of structures such as buildings, dams, bridges, as well as modifications or extensions to existing structures.

(a)  

59.

Who are responsible for calculating the strength and stability of load bearing structures to withstand earthquakes, wind, and other natural disasters.

a)
Mechanical engineers and electricians
b)
Architects and landscape designers
c)
Surveyors and urban planners
d)

structural engineers

60.

Structural engineers ______ ________ so they’re strong enough to support heavy loads (e.g. people, equipment) and stable against the forces of nature.

(a)  

61.

Structural analysis is calculating and analyzing the effects of loads or forces on physical structures and their components.

(a)  

62.

Safety and quality work are major priorities for structural engineers. To ensure safe design, engineers and designers follow the latest codes and standards in their structural design, perform design checks and sign off on checklists prior to finalizing the design.

a)
Quality work is secondary to meeting deadlines.
b)
Structural engineers prioritize cost over safety.
c)
Design checks are optional for structural engineers.
d)

Ensuring Safety Standards

63.

Structural components and access systems are being inspected thoroughly to determine signs of deterioration, defects or damages.

a)

Inspecting Existing Structures

b)
Routine maintenance checks without inspection.
c)
Assessment of aesthetic appearance.
d)
Inspection for structural integrity only.
64.

Project collaboration enables the teams to work together productively to achieve the client’s project goal. Engineers also collaborate with other professionals by joining online communities in the same field.

a)
Engineers work in isolation without any collaboration.
b)
Project collaboration leads to confusion and delays.
c)

Collaborate With Other Professionals

d)
Online communities hinder professional development.
65.

These firms offer engineers an opportunity to collaborate and share design ideas

a)
Architectural design firms
b)
Construction management companies
c)

Engineering firms

d)

Government Agentcies

66.

also have structural engineers as paid employees. Many construction companies hire structural engineers as well as several other engineering disciplines.

a)

CONSTRUCTION FIRMS

b)

STRUCTURAL FIRMS

c)

INDEPENDENT CONSULTANTS

d)

ARCHITECTURAL FIRMS

67.

These projects could include office building structures or federally-regulated infrastructure projects.

a)

CONSTRUCTION FIRMS

b)

ENGINEERING FIRMS

c)

GOVERNMENT AGENCIES

d)

RESEARCH AND DEVELOPMENT

68.

Many structural engineering work in the research and development field. These engineers research, test, analyze and evaluate many old and new methods of creating safe, quality structures.

a)

MAUFACTURING COMPANIES

b)

RESEARCH AND DEVELOPMENT

c)

ACHITECTURAL FIRMS

d)

RESEARCH AND DEVELOPMENT

69.

often hire structural engineers to assist in the design of new buildings or structures. Manufacturing centers often have large pieces of heavy equipment that can create heavy loads on existing and new structures

a)

GOVERNMENT AGENCIES

b)

MANUFACTURING COMPANIES

c)

ENGINEERING FIRMS

d)

RESEARCH AND DEVELOPMENT

70.

Architects and structural engineers often work very closely together. Many architectural firms hire structural engineers or have a number of them on a consultancy basis

a)

ARCHITECTURAL FIRMS

b)

ENGINEERING FIRMS

c)

GOVERNMENT AGENCIES

d)

MANUFACTURING COMPANIES

71.

Structural engineers can also provide services on their own – under a consultancy model. These structural engineers, through their entrepreneurial endeavors, offer many of the same services as engineers in large agencies.

a)

INDEPENDENT CONSULTANTS

b)

ARCHITECTURAL FIRMS

c)

MANUFACTURING COMPANIES

d)

ENGINEERING FIRMS

72.

It is located at the very bottom of the construction, in direct contact with the soil, and acts to transfer loads safely from the building to the ground.

a)
Slab
b)
Foundation
c)
Basement
d)
Pillar
73.

A structural element that transmit loads from a structure's slab (the roof or upper floors) to its foundation and the ground beneath it

a)
Truss
b)
Column
c)
Wall
d)
Beam
74.

horizontal or sloping members that span across two or more supports, distributing the load imposed on them

a)
Columns
b)
Trusses
c)
Slabs
d)
Beams
75.

supports the load of the building by withstanding the load pressure and resisting bending.

a)
column
b)
beam
c)
foundation
d)
slab
76.

A flat horizontal surface that supports people and furniture. The purpose of flooring is to provide a dry and hygienic ground to your structure.

a)
Carpet
b)
Concrete
c)
Flooring
d)
Tile
77.

A vertical base component that works as a floor and a ceiling. In structures that have multiple stories, the slab is the ceiling of the 1st story and floor of the story above it. Transfers the weight from the story above it vertically to the walls and columns that support the structure

a)
Slab
b)
Truss
c)
Column
d)
Beam
78.

Vertical structure components that support the roof. They also provide security and protection from outside weather.

a)
Windows
b)
Roof beams
c)
Walls
d)
Doors
79.

Line the perimeter of the structure and can protect the inside of the structure from weather and moisture, as well as provide privacy.

a)
Door
b)

Exterior walls

c)
Window
d)
Roof
80.

Makes up the design and spatial structure of the interior of the building. Some interior walls are necessary to hold the weight of the roof, but some walls are only used to segment off space

a)
Foundation supports
b)
Interior walls
c)
Roof structure
d)
Exterior walls
81.

Made up of a collection of steps that allow movement from one floor to another. It has to bear its own weight and anyone walking on it.

a)
Ladder
b)
Ramp
c)
Stairs
d)
Elevator
82.

Made up of a web of triangles joined together to enable the even distribution of weight and the handling of changing tension and compression without bending or shearing

a)
Column
b)
Arch
c)
Beam
d)
Truss
83.

A framework that supports something, like a roof or a bridge. A steel beam that holds up a bridge is called a truss. Another kind of truss is a similar structure that's designed to support a roof

a)
column
b)
truss
c)
beam
d)
arch
84.

The uppermost structural element of a building. It provides covering for the rest of the structure to protect it from weather.

a)
Floor
b)
Wall
c)
Roof
d)
Foundation
85.

conducting a feasibility study

a)

Before Construction

b)

After Construction

c)

During Construction

86.

Estimating, Planning and Scheduling

a)

After Construction

b)

Before Construction

c)

During Construction

87.

Dealing with clients, consulting engineer and contractors, Execution, Supervision, Quality Control and Costing

a)

Before Construction

b)

During Construction

c)

After Construction

88.

Maintenance and Repairs Valuation

a)

Before Construction

b)

During Construction

c)

After Construction