Can You Love Engineering Without Liking Physics?

The age-old question, often pondered by students considering a career in engineering: What if you don't like physics? Can you still succeed and enjoy a fulfilling engineering career? This article delves into the relationship between physics and engineering, the challenges of studying both fields, and strategies for overcoming obstacles.

Is Engineering Simply an Extension of Physics?

The simple answer is that engineering is indeed a practical application of physics, with a strong foundation in mathematical and physical principles. Many core engineering courses, such as those in mechanical, electrical, and civil engineering, are heavily rooted in physics. For instance, in mechanical engineering, courses on mechanics, thermodynamics, and materials science demand a deep understanding of concepts like potential and kinetic energy, calculus, and differential equations.

Electrical engineering also requires knowledge of fundamental electrical theory, including concepts such as resistance and capacitance. These subjects form the backbone of the engineering curriculum, and a strong grasp of physics is essential for success. Without this foundational knowledge, it might be challenging to navigate the complex problems that engineers routinely solve.

Personal Experiences and Adaptability

Reflecting on personal experiences can provide valuable insights. While some students thrive in physics, others may find the subject more challenging. My experience in school taught me that while I enjoyed my physics classes, I didn't particularly enjoy electronics classes. However, I work extensively with electronics and rarely focus on rigid body motion. Despite these differences, my passion for my work remains undiminished.

It's important to distinguish between the theory learned in school and the practical work you'll do in the real world. School often requires in-depth knowledge of subjects that you might not use every day, but it helps you make informed decisions. If you find a subject difficult in school, it might be more about the type of work you'll be doing, rather than the classes themselves.

Do Not Let Dislikes in School Classes Discourage You

While it's crucial to have a foundational understanding of physics to succeed in engineering, it's possible to still enjoy and excel in the field. If you love mechanical engineering, for example, and you might not have a deep passion for physics, it's essential to consider whether you can push through the challenges.

Research indicates that many basic mechanical engineering classes are closely related to mechanics concepts. However, it's also true that if you don't enjoy these subjects now, they will likely become even more challenging as your studies progress. If you lack enthusiasm for the introductory courses, you might find it increasingly difficult to maintain motivation.

The Importance of Specialization

Based on my experiences, it might be helpful to specialize in a specific area of engineering where you can make a meaningful impact. For instance, during my first semester, I faced the challenge of basic physics, chemistry, and mathematics. While I hated chemistry, another classmate excelled in it despite underperforming in the other subjects. This experience taught me that it's better to become a master in one area rather than being proficient in many.

In my third semester, I struggled with all subjects, yet in the fourth semester, I found a passion for thermal engineering. This journey emphasizes the importance of waiting for the right subjects to come and seizing them with enthusiasm. Just as with any other profession, adaptability and a positive attitude are key. Embrace the challenges and don't be disheartened if you temporarily dislike a subject. The right opportunity will eventually come.

In conclusion, while a solid understanding of physics is necessary for most engineering disciplines, it's possible to find enjoyment and success in the field without a deep love for physics. The key is adaptability, a passion for the work you do, and a willingness to embrace challenges.

Frequently Asked Questions

Q: What if I don't like basic physics and chemistry in engineering?

A: It's important to remember that while these subjects provide essential knowledge, they are just the beginning. You can develop a deeper love for engineering by focusing on areas that interest you. For example, if you enjoy mechanical or electrical engineering, delve into those topics with enthusiasm. Adaptability and a passion for the work you do are key to success.

Q: Can I still love engineering if I don't like the basic courses?

A: Yes, you can. Many students who dislike basic courses still find joy and fulfillment in engineering. It's crucial to focus on the practical applications and the real-world impact of your work. Your passion will grow as you engage with projects and see the results of your efforts.

Q: How can I develop a passion for physics in engineering?

A: Start by understanding the real-world applications of physics in engineering. Engage with current projects and research, collaborate with peers, and seek out mentors who can guide you. Practicing problem-solving and hands-on projects can also help you appreciate the significance of physics in engineering.