What’s the real difference between Science, Engineering, and Technology? 🤔 This video explains each concept clearly, showing how they work together to solve real-world problems.
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00:00Understanding the Basics Science, Engineering and Technology
00:07Science, Engineering and Technology are interconnected fields that shape our world.
00:12Science is all about understanding the natural world through observation and experimentation.
00:18It's about asking questions like why is the sky blue or how do plants grow.
00:24Engineering uses scientific knowledge to solve problems and create new things.
00:28Engineers apply scientific principles to design bridges, develop new medicines or build robots.
00:34Essentially they find practical solutions to real world problems.
00:39Technology is a tool, machinery and equipment developed from the application of scientific knowledge and or technique of applying science.
00:48Think of your smartphone, a solar panel or even a simple wheel.
00:54These are all examples of technology that make our lives easier and more efficient.
01:00Exploring the world around us, the scientific method.
01:06Scientists use a systematic approach called the scientific method to understand the world.
01:11It starts with an observation like noticing that a plant grows towards sunlight.
01:16This observation leads to a question.
01:18Why does the plant grow towards sunlight?
01:22To answer this question, scientists formulate a hypothesis, a testable explanation.
01:27For example, they might hypothesize that plants grow towards sunlight because they need light for energy.
01:35Next, they design experiments to test their hypothesis, carefully controlling variables and collecting data.
01:43If the data supports the hypothesis, it gains credibility.
01:47If not, scientists revise their hypothesis and conduct new experiments.
01:52Solving problems with science, the engineering approach.
01:58Engineers use scientific principles and mathematical models to create solutions to various challenges.
02:05Consider the problem of building a bridge across a river.
02:09Engineers must consider factors like the river's width, the weight the bridge needs to support and the materials available.
02:17Using physics and mathematics, they calculate the forces acting on the bridge and design a structure that can withstand those forces.
02:27They choose materials based on their strength, durability and resistance to environmental factors.
02:35Engineering isn't just about building things, though.
02:39It's also about improving existing technologies.
02:43For example, engineers are constantly working to make cars safer, more fuel efficient and less polluting.
02:49From ideas to reality, technology in our lives.
02:56Technology is everywhere, shaping how we live, work and interact with the world.
03:02From the smartphones we use to communicate to the medical devices that keep us healthy, technology is a crucial part of an interconnected system.
03:11Consider the Internet, for instance.
03:13It's a vast network of computers that allows us to access information, communicate with people worldwide and share our thoughts and ideas.
03:22This transformative technology is the result of decades of research in computer science and telecommunications engineering.
03:29Ultimately, technology aims to improve our quality of life, solve complex problems and create new possibilities for the future.
03:37Technology is not merely the end product of science and engineering.
03:41It is part of a dynamic, interdependent system.
03:44Science provides knowledge, engineering applies that knowledge to design solutions and technology enables the practical use and advancement of both.
03:52Each one depends on and strengthens the others, forming a powerful cycle of innovation and progress.
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