Pathways to Becoming an Engineer: Navigating Without High School Engineering Classes

Becoming an engineer can be a daunting task for many, especially those who did not take engineering classes in high school. However, with the right approach and commitment, it is entirely possible to transition from a non-engineering background into a successful engineering career. It’s important to understand the challenges and resources available to navigate this path effectively.

Foundational Knowledge

Engineering relies heavily on a strong foundation in mathematics and science. Without taking advanced math like calculus or physics in high school, you may need to catch up on these subjects before or during your college education. This can be done through community college courses, online tutorials, or by seeking additional resources on your own. These prerequisite skills are crucial, as they form the basis for more advanced engineering courses and projects.

College Preparation

Many engineering programs have specific prerequisite courses that are required for admission. If you lack the necessary high school coursework, you may need to take additional classes at a community college or during your first year in college. This can be challenging, but it ensures that you have the necessary foundation to succeed in your engineering education.

Developing Critical Skills

Engineering involves a lot of problem-solving, critical thinking, and analytical skills. Engaging in projects, competitions, or self-study can help develop these skills even if you did not take formal engineering classes. Participating in extracurricular activities such as hackathons, engineering clubs, or internships can provide practical experience and build a strong portfolio.

College Experience

Once in college, you will be immersed in engineering concepts and practical applications, which can bridge any gaps from your high school education. Many colleges offer resources like tutoring, study groups, and mentorship programs. These resources can provide support and guidance as you learn and adapt to the new environment.

Hands-On Experience

Participating in internships, workshops, or clubs can provide practical experience and help you build a network in the engineering field. Hands-on experience is invaluable regardless of your educational background. Internships, in particular, can offer real-world insight into the engineering profession and help you understand the practical applications of your studies.

Persistence and Passion

If you are committed and passionate about pursuing engineering, you can overcome initial challenges. Many successful engineers come from diverse educational backgrounds, and dedication to learning and development can lead to success in the field. Passion for engineering is a driving force that can help you stay motivated and committed to your goals.

Personal Experience

As a sophomore biomedical engineering student, I can attest to the fact that high school engineering classes are not a prerequisite for a successful engineering education. Freshman year, you will generally be doing math, physics, chemistry, and computer science, along with an “intro engineering” class. This is not terribly different from what you do as a physics major during that first year. The “intro engineering” course may not involve much real engineering at the freshman level, and may just be like another science class in some cases.

Real engineering courses start in your sophomore year, where you begin learning design considerations and practical applications. Classes like statics and biomedical transport phenomena introduce engineering concepts in a way that is different from science classes, but even engineering majors are new to that thinking. Many engineering majors did not have the chance to take engineering courses in high school, which is a real luxury. Yet many engineers do just fine picking this up during college.

So, do not worry. You can do fine without high school engineering classes. Embrace your journey and leverage the resources available to you to succeed in the field of engineering.