Categories: STEM

Are STEM Subjects Harder?

Table of Contents

The Common Perception (and Misconception) of STEM Subjects
The Reality of STEM Learning
How Curriculum Makes a Difference
The Importance of Teacher Training in STEM
STEM for Every Student

Many individuals are hesitant to pursue STEM degrees due to the misconception these subjects are more difficult. However, access to high-quality STEM education can debunk this perception. Engaging and interactive STEM learning experiences that cater to students’ learning styles and paces can help them develop a deep understanding and appreciation for STEM concepts. By emphasizing hands-on projects, real-world applications, and supportive learning environments, students can become curious and creative – developing a genuine passion for STEM. In this article, we will explore the theory that STEM subjects are more challenging and provide solutions for educators and school administrators to effectively engage students in STEM lessons.

The Common Perception (and Misconception) of STEM Subjects

STEM subjects are often perceived as challenging due to various factors that shape students’ opinions, parents’ concerns, and teachers’ experiences. One major contributor to this perception is the abstract nature of many STEM concepts. Topics such as physics and calculus deal with complex theories that can be difficult to grasp without proper guidance and real-world connections. The presence of advanced mathematics within STEM curricula can also serve as a significant barrier, deterring students who feel unequipped to handle a large amount of equations and formulas. This sense of difficulty is compounded by a lack of engaging teaching materials that bridge the gap between theoretical content and practical applications, leaving learners struggling to connect the dots between concepts and their real-world applications.

To address these perceptions of difficulty and create a more inclusive STEM education environment, it is crucial to introduce teaching approaches that emphasize hands-on experiences and real-world applications. By connecting STEM concepts with tangible examples and simplifying complex ideas step-by-step, educators can help students build a solid foundation that will remove the fear associated with STEM subjects.

The Reality of STEM Learning

It’s crucial to acknowledge that with the right strategy and tools, any subject’s perceived difficulty, regardless of whether it’s related to STEM or not, can be reduced. Similarly to how we can use relatable examples and gradual learning to make STEM concepts more understandable, the same methodology can be applied to a wide range of educational subjects. Whether it’s literature, history, or art, breaking down complicated topics into smaller, manageable components while linking them to practical situations can improve comprehension. STEM subjects, in particular, have an edge in this area due to their real-world applications and hands-on nature. By illustrating how scientific principles affect our daily lives and involving students in participatory experiments and projects, educators can create positive STEM experiences that encourage students to pursue STEM courses in the future.

How Curriculum Makes a Difference

One of the essential steps in transforming STEM education into a more engaging experience is to craft a well-structured, student-centric, and interactive curriculum. This can be achieved by tailoring the lessons to cater to diverse learning styles and incorporating interactive elements, such as hands-on experiments, group discussions, and technology-driven activities. This approach creates an environment that motivates active participation and deep understanding, thus, debunking the notion STEM subjects are inherently challenging.

Lesson planning provides a significant opportunity to infuse excitement into any challenging subject. By integrating real-world scenarios and problem-solving skills, educators can transform complex topics into dynamic learning experiences that help students improve their 21st-century skills. By sparking curiosity and encouraging them to explore concepts from their unique perspectives, lesson plans can foster a sense of ownership and agency in their learning journey. This student-centric approach shifts the focus from passive reception of information to active engagement, making STEM an exciting voyage of discovery instead of a daunting mountain to climb. Through well-designed lessons that prioritize interactivity, relevance, and individualized exploration, educators can seamlessly turn the seemingly difficult into the endlessly intriguing.

The Importance of Teacher Training in STEM

When addressing administrators, it is crucial to recognize that the level of preparation and comfort teachers possess when teaching STEM subjects directly influences the classroom environment. If educators feel uncertain or unequipped to teach STEM concepts effectively, this sentiment can transfer to their students. These feelings can lead to a sense of intimidation around these subjects, further enforcing the misconception about STEM; Therefore, investing in teacher training and support is essential for administrators to boost educators’ confidence in delivering engaging STEM content and creating a positive classroom atmosphere. This not only enhances the overall learning experience, but dispels the notion STEM is inherently difficult, fostering a culture of curiosity and exploration among students.

STEM for Every Student

At STEM Sports®, we are committed to providing high-quality STEM education to students in grades K-8. Our goal is to help parents and educators effortlessly integrate exciting STEM lessons that inspire student’s learning. Our curriculum is designed to empower educators to teach STEM through hands-on lessons and interactive activities, helping students gain a deeper understanding of STEM. This easy-to-implement curriculum with real-world connections and applications in every lesson helps to make STEM learning approachable for students and educators. If you are an educator or school administrator interested in implementing STEM lessons with your students, please visit our website to explore our curriculum offerings.

Lauren Chiangpradit