Introduction to Engineering Quiz
Introduction to Engineering Quiz
Test your knowledge of engineering concepts with our engaging quiz designed for aspiring engineers and enthusiasts alike! This quiz features 46 questions that cover a wide range of engineering principles and disciplines.
Challenge yourself and discover:
- The fundamentals of engineering.
- Different engineering disciplines.
- Key materials and design processes.
Engineers apply physical and chemical laws and principles and mathematics to design millions of products and services that we use in everyday lives..
True
False
Engineers does not consider important factors such as cost, efficiency, reliability, and safety when designing products
True
False
Engineers are responsible for creating designs for new construction projects, alterations and redevelopments. They ensure that the final product is attractive and focus only on the artistry of the project.
True
False
Engineers develop new and advanced materials to make products lighter and stronger for different applications
True
False
Engineers are problem solvers
True
False
Good engineers are unsystematic, careless and unimaginative
True
False
Engineers are required to write reports
True
False
Engineers generally work alone
True
False
The broadest engineering discipline. They are involved in the design, development, manufacturing of machines.
Aerospace Engineering
Electrical and electronic Engineering
Mechanical Engineering
Machine Engineering
They use principle, chemistry and basic engineering sciences to solve a variety of problems
Biomedical Engineering
Chemical Engineering
Environmental Engineering
Geotechnical Engineering
They specialize in the discovery and production of natural gas. They also search for underground oil or natural gas reservoirs
Manufacturing Engineering
Nuclear Engineering
Oil Engineering
Petroleum Engineering
The oldest Engineering discipline. It is concerned with public infrastructure and services
Civil Engineering
Electrical Engineering
Mechanical Engineering
Materials Engineering
Combines biology, chemistry, medicine and engineering to solve a wide range of medical and health-related problems
Aerospace Engineering
Biomedical Engineering
Chemical Engineering
Medical Engineering
Discipline that design, develop and operate nuclear power equipment
Materials Engineering
Nuclear Engineering
Petroleum Engineering
Chemical Engineering
The largest engineering discipline. They design, develop and supervise the manufacturing of electrical equipment
Civil Engineering
Electrical and Electronic Engineering
Mechanical Engineering
Equipment Engineering
Concerned with commercial and military aircraft, helicopters, spacecrafts, and missiles. They with navigation and control system
Aerospace Engineering
Nuclear Engineering
Control Engineering
Transport Engineering
Grown out of our concern for the environment. Concerned with problems related to the environment.
Geotechnical Engineering
Environmental Engineering
Chemical Engineering
Industrial Engineering
This is the minimization or maximization. Is always based on some particular criterion, such as cost, strength, size, weight, reliability, noise or performance.
Evaluation
Optimization
Presentation
Analyze the problem in more detail. In this stage, details of how the product is to be fabricated must be work out fully.
Evaluation
Optimization
Presentation
When someone complains about a situation or about a task, or curses a product, this gives way to?
Conceptualization
Problem definition and understanding
Recognizing the need for a product or a service
In this step, you need to collect useful information. This is where you are to spend more time not only on your client but to engineers and technicians.
Evaluation
Presenation
Research and preparation
During this stage of design, you begin to consider details.
Evaluation
Research and preparation
Synthesis
On this stage, you need to generate some ideas or concepts that could offer reasonable solutions to your problem without performing any detailed analysis.
Ideate
Conceptualization
Synthesis
This factor plays an important role in engineering design decision making.
Design process
Economics
Material Selection
Shows how effective the material is in absorbing mechanical energy without going through permanent damage
Compression Strength
Modulus of Resilience
Modulus of Toughness
Represents how compressible the fluid is.
Bulk Modulus of compressibility
Electrical resistivity
Vapor pressure
indicates the ability of the material to handle overloading before it fractures
Modulus of resilience
Modulus of toughness
Strength to weight ratio
A measure of resistance of material to flow of electricity
Density
Electrical resistivity
Thermal expansion
Used to determine the change in length of the material that would occur if the temperature of the material change
Thermal conductivity
Thermal capacity
Thermal expansion
Is a measure on how easily a material can be twisted or sheared
Modulus of toughness
Modulus of twisting
Modulus of Rigidity
Fluids with low vapour pressure values will not evaporate as quickly as those with high value of vapor pressure
Viscosity
Vapor pressure
Condensada
Represent the amount of thermal energy required to raise the temperature of one kilogram mass of a material by one degree Celsius
Thermal energy
Heat expansion
Heat capacity
A measure of how compact the material is for a given volume
Density
Volume
Viscosity
Someone who is experienced and confident. The coordinator
Leader
Creator
Organizer
Energetic, confident, and outgoing. Good at making objective decisions
Energizer
Motivator
Creator
Reliable and decisive. Can turn concepts into practical solutions
Team worker
Leader
Solver
The goal is to craft a meaningful and actionable problem statement.
Define
Empathize
Ideate
Build a representation of one or more of your ideas
Construct
Build
Prototype
Stage in the design cycle where you learn about the audience for whom you are designing
Empathize
Understanding
Defining
Allows you to test the idea of a product to see if it actually functions the way you intended.
Feasibility
Video prototype
Working model
Acts as a digital diagram or layout of the product. This is a common prototype used for software or other digital tools.
Computer
Website
Wireframe
Allows engineers to quickly create a realistic model of a design using a computer and printing machine.
3d printing
Physical model
Feasibility
These prototypes are digitally created to improve a database design. They are considered back end models used to test important functions in software
Diagonal
Horizontal
Vertical
An initial idea on a napkin or make a more formalized picture using a ruler and ink. Most basic form of prototyping
Sketches and diagrams
Drawing and coloring
Sketches and shades
Used to test certain features that are added at a later stage in the design process. If a designer suddenly realizes they are missing an essential part of the product, a this model is made to be adapted as new ideas arise.
Feasibility
Physical model
Horizontal
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