What Is Engineering, and Who Are Engineers?

Imagine a pleasant Sunday morning: you and your friends have planned a motorcycle ride. Your alarm goes off at 5:00 AM, and you groggily drag yourself into the shower. After breakfast, you hop on your motorcycle, receive a call from a friend, and join the group ride. As you travel, you admire the natural beauty around you and wonder how people constructed that magnificent bridge. Later, while refueling, you spot an airplane flying overhead. All these experiences are the results of engineering.

**Engineering Defined:**

Engineering is a branch of science that applies mathematical principles and the laws of science to real-world problems. Engineers are problem solvers—individuals who use their knowledge and creativity to design, build, and improve the world around us.

**Everyday Engineering:**

Think about your day: your alarm clock was programmed by engineers to help you wake up early. Your motorcycle was meticulously crafted by automobile and mechanical engineers, making your daily commute possible. The fuel your bike consumes was extracted by petroleum engineers and refined by chemical engineers. And that bridge you admired? Civil engineers meticulously planned, designed, and constructed it.

**Engineering Touch Everywhere:**

Look around, and you'll find engineering everywhere. Your phone, a product of computer science, contains the expertise of cybersecurity engineers who ensure its safety. Missiles, space shuttles, satellites, and fighter jets—all products of engineering—shape our world.

**Is Engineering for Everyone?**

The answer is both yes and no. Engineering is an art of problem-solving, but it varies across different branches. Some people thrive spending hours in front of AutoCAD, designing intricate structures. Others, like coding geeks, enjoy working on endless lines of code and new projects. It's all about mindset.
But if you can  adapt and change your mindset anyone can survive.

**Choosing Your Path:**

Consider "Jayoma," who excels in abstract thinking but struggles with design. Jayoma chooses mechanical engineering, which demands design skills. On the other hand, electrical engineering relies heavily on abstract thinking. Adaptability matters—Jayoma can become a good designer with effort. Similarly, if you're logical, pursue computer science and coding. If abstract thinking is your strength, explore electronics and communication.

**Mindset Matters:**

Choose your engineering path based on your problem-solving abilities and interests. Unfortunately, many people end up in the wrong branch due to societal pressure or misconceptions. Let's change that narrative and appreciate the diverse world of engineering.