Navigating Engineering Without High School Chemistry: Practical Strategies and Insights

Engineers often require a strong background in subjects such as chemistry, which is typically a core requirement in high school. However, does a lack of high school chemistry necessarily mean that you cannot pursue engineering?

Firstly, it's essential to understand that admission into engineering programs is based on a broader picture, which includes your overall academic performance, standardized test scores, and extracurricular activities. One subject, such as chemistry, is unlikely to be the sole determining factor in your admission. If you lack chemistry in high school, you can still make up for it in college.

Community College Option

Many students in the U.S. have the option to attend community colleges to address any gaps in their high school education. Community colleges offer flexible and supportive environments that cater to students who need additional assistance. These institutions typically have smaller class sizes, with actual instructors rather than graduate students teaching introductory courses. Additionally, community colleges are more likely to be accommodating to students who may need a refresher or to catch up on missed courses.

Flexibility in Academic Sequence

Some institutions offer flexibility in the sequence of subjects, allowing you to postpone certain courses that require chemistry knowledge. For example, you can study mechanics, electronics, management, and other subjects without immediate chemistry prerequisites. Once you have a solid grounding in the foundational subjects, you can then tackle chemistry, which is often integrated into more advanced engineering units.

The Broader Benefits of Chemistry

While you may not use chemistry directly in your engineering career, a broad educational background can be enriching and valuable. It can enhance your problem-solving skills, critical thinking, and overall academic performance. Moreover, it may be a useful subject when facing challenges in your engineering courses.

For example, at my university, during my first-year cohort, a student discontinued engineering due to the challenge of basic chemistry, despite not being placed in the most advanced chemistry course. Another student, however, was able to adapt by seeking additional support and was able to continue their studies successfully. This situation highlights the importance of having a strong mentality and drive to learn. The workload in engineering can be demanding, but if you are passionate about the subject and committed to your studies, you can overcome any obstacles.

In addition, the use of resources such as tutoring, study groups, and online platforms can significantly aid in catching up with the course material. Engaging with your instructors and peers can also provide valuable support and insights.

Ultimately, the key to success in engineering, regardless of your background, lies in your willingness to learn and persevere. If you have a strong mentality and a drive to learn, you can succeed in the face of any challenges, including those that arise from a lack of high school chemistry.

Good luck on your engineering journey!