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What is the Applied Sciences approach? A simple guide

The Science in applied sciences
In the world of applied sciences, "science" doesn’t always mean biology, chemistry, or physics. In this context, science refers to a systematic way of solving problems. It’s all about using methods to understand things, analyze them, and figure out how to make them work better. It’s not just about facts or knowledge, it’s about how you use that knowledge to create solutions.

So, when we talk about applied sciences, we mean applying structured thinking and methods to solve real-world problems, no matter the field. It’s about using a logical process to get things done, and it can be applied in areas like technology, business, healthcare, and even sports.

How are applied sciences different from other sciences?

The main difference between applied sciences and traditional sciences (like biology or chemistry) is that applied sciences is focused on practical solutions. In regular science, you might study things for the sake of learning about them. In applied sciences, you take what you know and use it to solve real problems.

For example, think of it this way:

  • Traditional science might explore how a plant grows—the process behind it, the conditions it needs, etc.

  • Applied science would take that knowledge and figure out how to grow plants more efficiently, maybe in places where they wouldn’t normally grow, or how to grow them with fewer resources.
It’s the difference between just learning something and using that knowledge to do something useful with it.
Real-world examples of applied sciences
Here’s how applied sciences is used in different areas:
  • Technology and engineering
    Engineers use applied sciences to design and build things that make life easier. For instance, engineers use methods and knowledge from applied sciences to create smartphones. They don’t just understand how a phone works—they use that knowledge to build and improve phones, making them faster, smarter, and more useful. If you’ve ever used a website, developers have applied scientific methods to make sure it works properly on your device. They analyze how you use the site and apply that knowledge to improve its design.
  • Business and marketing
    Applied sciences is also used in the world of business. Companies use data to make decisions. For example, marketing experts use data analysis to find out which ads people will like and which products they’ll buy. They gather data, look for patterns, and apply that knowledge to improve their marketing strategies. This way, businesses don’t just guess what will work—they use a scientific approach to know what works best.
  • Healthcare and medicine
    In healthcare, applied sciences are used to improve treatments, diagnose illnesses, and create better medical devices. For example, doctors and researchers apply scientific methods to study diseases, understand how they spread, and create new treatments. They use evidence and data to make informed decisions that help keep people healthier.
  • Environmental science
    Scientists use applied sciences to help solve global challenges, like climate change. They gather data on pollution, study the impact of different energy sources, and apply their findings to create solutions. For instance, they might develop more efficient ways to generate clean energy, like solar power or wind energy, reducing the impact on the planet.
  • Sports Science
    In sports, applied sciences helps athletes perform better. Experts use scientific knowledge to improve things like nutrition, fitness routines, and even sports equipment. For example, scientists analyze the movements of athletes to design better shoes, helping them run faster and reduce the risk of injury.
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Learning with the applied sciences approach in a business school
When you study business with an applied sciences approach, you don’t just learn theories from textbooks—you get to put them into action. In a business school setting, this means you’ll work on real-world projects, solve actual business problems, and make decisions based on data and evidence. Instead of just discussing concepts like marketing, finance, or management, you’ll apply those ideas to real companies, perhaps even working with businesses directly to find solutions. This hands-on learning helps you understand how theories work in the real world, preparing you for the challenges you’ll face in your career. By integrating scientific thinking into business studies, you'll develop critical problem-solving skills and gain practical experience, which makes you more confident and ready for the workforce.
Why are applied sciences important?
Applied sciences are important because they allow us to solve real problems. Instead of just learning about a subject, you learn how to use that knowledge to make things better—whether it’s improving technology, developing better healthcare treatments, or helping businesses grow. It’s a practical, hands-on way of using knowledge to create solutions that help people.

When we talk about applied sciences, we’re talking about using systematic methods to solve real-world problems. Whether it’s in business, technology, medicine, or even sports, applied sciences is all about taking knowledge and using it to create practical, effective solutions. It's about making things work better and smarter in the world around us.
So next time you hear "applied sciences," you’ll know it’s not just about knowing things—it’s about using that knowledge to make a difference and solve the challenges we face.