Why is engineering important?
I have a teacher that says its important also i want to know. #engineering #engineer #career-path
5 answers
Sally Barnett
Sally’s Answer
Something else to consider.
Engineers are always in demand. Always. So if you have engineering qualification, your chances of employment will be high. This is true across different industries of engineering.
Obviously I am biased because I am an engineer (civil). But I have had many different jobs (pest control, retail, hotel, web design, administration, art gallery, photography and I landed in engineering and got qualified.
If your school can get you work experience in an engineering firm, this would be helpful for you to know if that is what you want to do and it will look good on your CV in the future.
Thank you, Sally!
Caitlin
Mohamed’s Answer
Engineering plays a very important part in all our lives from vital issues such as delivering clean water systems to underdeveloped countries, to your iPhone apps!
Without engineers we would be without a lot of essential things such as medical devices and the hospitals to use them in to make patients better.
Without engineers we wouldn’t be able to do a lot of things we all take for granted, such as boiling a kettle, flying to go on holiday and we wouldn’t even have places like McDonalds and TGI’s. 🙁
hey what is most important about engineering
samantha
James Constantine Frangos
James Constantine’s Answer
Why is Engineering Important?
Engineering plays a crucial role in shaping our world and driving innovation across various industries. Here are several key reasons why engineering is important:
Problem Solving: Engineers are trained to identify challenges, analyze problems, and develop effective solutions. They apply scientific principles and technical knowledge to address complex issues in fields such as infrastructure, technology, healthcare, and environmental sustainability.
Innovation: Engineering drives innovation by pushing the boundaries of what is possible. Engineers design new technologies, products, and systems that improve efficiency, enhance quality of life, and create economic opportunities. From developing cutting-edge medical devices to designing sustainable energy solutions, engineering fosters progress and advancement.
Infrastructure Development: Civil engineers play a critical role in designing and constructing infrastructure projects such as roads, bridges, buildings, and water systems. These essential structures form the backbone of society and support economic growth by providing safe and efficient transportation, communication, and utilities.
Technological Advancement: Engineering is at the forefront of technological advancement. Engineers work on developing new software, hardware, communication systems, and other technologies that drive digital transformation and shape the future of industries like information technology, telecommunications, robotics, and artificial intelligence.
Environmental Sustainability: Environmental engineers focus on developing sustainable solutions to protect the environment and address climate change. They design eco-friendly processes, renewable energy systems, waste management strategies, and pollution control measures to promote a more sustainable future for generations to come.
Healthcare Innovation: Biomedical engineers contribute to groundbreaking advancements in healthcare by designing medical devices, prosthetics, diagnostic tools, and treatment methods that save lives and improve patient outcomes. Engineering plays a vital role in revolutionizing healthcare delivery and enhancing medical capabilities.
Economic Growth: Engineering drives economic growth by fostering innovation, creating jobs, stimulating investment in research and development, and supporting entrepreneurship. Industries such as manufacturing, construction, aerospace, automotive, and electronics rely on engineering expertise to remain competitive in the global marketplace.
Global Challenges: Engineers tackle global challenges such as urbanization, population growth, resource depletion, climate change, cybersecurity threats, and public health crises. By applying their skills and knowledge to these pressing issues, engineers contribute to building a more resilient and sustainable world for future generations.
In conclusion,engineering is important because it enables us to solve problems, drive innovation, develop critical infrastructure, advance technology, promote environmental sustainability, improve healthcare, stimulate economic growth,and address global challenges effectively.
Top 3 Authoritative Sources Used:
National Academy of Engineering (NAE): The NAE is a prestigious organization that provides valuable insights into the importance of engineering in addressing societal challenges and advancing technology for the benefit of humanity.
American Society of Civil Engineers (ASCE): The ASCE offers authoritative resources on the significance of civil engineering in infrastructure development,critical projects,and public safety.
World Economic Forum (WEF): The WEF publishes reports on how engineering contributes to economic growth,sustainable development,and technological innovation on a global scale,reinforcing the importance of engineering in shaping our future.
God Bless You,
JC.
Darshan’s Answer
Physics, Chemistry and Biology teaches us how the universe works, it gives us all the instructions we need as to how things interact and move and bend and bubble and fizz and bang. Engineering is our way of taking these instructions and using them to make the things that nature didn’t give us.
For example we can use the science of physics and forces to calculate how to use wood to make a bridge over a river. Nature hasn’t given us the bridge, but we have been able to work out the rules from science of how to make one ourselves using engineering.
Darshan’s Answer
I think engineering plays such an important role because it is the way that we humans are able to use the rules of the world to achieve things.
Physics, Chemistry and Biology teaches us how the universe works, it gives us all the instructions we need as to how things interact and move and bend and bubble and fizz and bang. Engineering is our way of taking these instructions and using them to make the things that nature didn’t give us.
For example we can use the science of physics and forces to calculate how to use wood to make a bridge over a river. Nature hasn’t given us the bridge, but we have been able to work out the rules from science of how to make one ourselves using engineering.