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How Parents Can Support STEM Habits for Young Learners

STEM (Science, Technology, Engineering, and Mathematics) has been a focal point in education discussions for several years, with recent adaptations like STEAM, incorporating the arts into the mix. The challenge lies in not just introducing these concepts but in making them engaging and accessible for young learners.

Teenage girl in science lab learning

Recent studies in STEM education reveal a common desire among teachers and parents to instill a passion for STEM subjects in their children. However, a significant obstacle is the lack of confidence in their own STEM knowledge to effectively guide their children in these areas.

Numerous articles underscore the importance of STEM education for children, emphasising its role in fostering critical skills and preparing them for future challenges. While STEM learning typically begins in the classroom, the foundation can be laid at home, creating a seamless transition between home-based exploration and formal education.

This prompts the question: How does parent engagement factor into this equation?

Parents play a crucial role in shaping a child's attitude towards learning, particularly in STEM fields. Their engagement at home can serve as the initial spark that ignites a child's curiosity and interest in science, technology, engineering, and mathematics.

Understanding the significance of parent involvement, it becomes essential to explore practical ways in which parents can support and nurture STEM habits in their young learners.

boys in school classroom, studying robotics

Bridging the Gap: Parents and STEM Confidence

The Joan Ganz Cooney Center at Sesame Workshop recently conducted a study shedding light on the prevalent insecurities and anxiety among parents regarding their own STEM (Science, Technology, Engineering, and Mathematics) knowledge. Interestingly, this uncertainty, stemming from a lack of exposure to the term during their own school years, might inadvertently affect how parents support their children's STEM education.

Despite the challenges, parents play a pivotal role in bridging the gap between STEM learning in schools and the home environment. The study emphasises that by fostering a continued interest in STEM within the household, parents can contribute significantly to their children's STEM fluency.

Father and son smiling whilst on the laptop

This is particularly crucial given the growing demand for professionals with coding skills in the workforce. According to 100Kin10, a network dedicated to supporting the national initiative to increase the number of STEM teachers in schools, 10 out of the 14 fastest-growing industries now require STEM training. Additionally, the U.S. Department of Education predicts a 14 percent growth in STEM/STEAM jobs from 2010 to 2020 in the United States.

Recognising the long-term benefits, it becomes evident that parental encouragement in STEM at a young age extends beyond the immediate classroom setting. It lays the foundation for skills that are increasingly vital in a job market driven by technological advancements and innovation. In essence, the impact of early parental involvement in STEM education transcends the confines of the classroom, shaping the future trajectory of their children's academic and professional journeys.

Encouraging STEM at Home

In the dynamic landscape of education, fostering a genuine enthusiasm for Science, Technology, Engineering, and Mathematics (STEM) is an invaluable investment in our children's future. The home, often considered the first classroom, provides a unique and influential setting where parents can actively cultivate a passion for STEM subjects. Let’s explore practical and engaging ways for parents to encourage STEM exploration within the family environment, laying the groundwork for a lifelong appreciation of these crucial fields.

Cultivate Curiosity

Male teacher teaching maths in classroom

In the formative years of adolescence, cultivating curiosity becomes paramount in nurturing a teenager's cognitive development and shaping their academic journey. Curiosity acts as a powerful catalyst for innovation and problem-solving, propelling young minds toward new horizons of understanding.

As a parent, actively encourage your teenager to question the world around them. Foster an environment where curiosity is not only welcomed but celebrated. Challenge them to explore new ideas, guiding them toward a mindset of continuous learning that extends beyond the confines of traditional classroom settings.

Engaging in shared experiences can significantly amplify the impact of your efforts. Attend science fairs, visit museums, and participate in STEM-related events as a family. These outings not only provide exposure to a myriad of scientific wonders but also create shared memories that can inspire a lasting passion for STEM subjects.

The power of storytelling comes into play when you share fascinating scientific articles or documentaries with your teenager. By delving into the narratives of groundbreaking discoveries and technological advancements, you provide a window into the limitless possibilities of STEM fields. These shared stories serve as beacons, illuminating the exciting paths that await those with a genuine curiosity for the world around them.

Moreover, encourage meaningful conversations about STEM topics. Discuss the implications of scientific advancements, explore the ethical dimensions of technological breakthroughs, and delve into the intricate details of engineering marvels. These discussions not only deepen their understanding but also hone their critical thinking skills, preparing them for the challenges and opportunities that lie ahead.

Father and daughter smiling in living room whilst on computer

Provide Hands-On Experiences

In the realm of STEM education, the adage "learning by doing" holds immense significance. The efficacy of STEM learning is most pronounced when it transcends theoretical confines and becomes a hands-on, experiential journey. As a parent, actively seeking out opportunities that bring these subjects to life can be instrumental in shaping your teenager's educational experience.

Explore workshops, summer camps, or structured STEM programs that prioritize practical activities and experiments. These immersive settings go beyond traditional classroom learning, offering your teenager the chance to delve into the heart of scientific principles through active participation. Whether it's coding classes that unlock the mysteries of programming, robotics workshops that bring machinery to life, or simple do-it-yourself (DIY) science projects at home, these experiences lay the groundwork for a deepened understanding of STEM concepts.

Hands-on activities provide more than just an intellectual grasp of subject matter; they instill a genuine love for experimentation and problem-solving. In a world where the ability to navigate challenges and find innovative solutions is increasingly prized, these skills become invaluable assets for your teenager's future success.

Coding classes, for instance, not only demystify the language of technology but empower your teenager to create, innovate, and understand the digital landscape. Robotics workshops transform theoretical knowledge into tangible creations, fostering a sense of accomplishment and curiosity about the mechanics of the world. DIY science projects at home bring the scientific method into their personal space, encouraging independent exploration and sparking a lifelong fascination with discovery.

Boy coding on laptop

By actively engaging in these hands-on experiences, your teenager not only gains a practical understanding of STEM but also develops a mindset attuned to the iterative nature of experimentation. They learn that setbacks are stepping stones to solutions, and each challenge is an opportunity to refine their skills.

Support STEM Extracurriculars

The teenage years are a pivotal time for personal development, and extracurricular activities emerge as powerful catalysts for growth. As a parent, advocating for your teenager's participation in STEM-related extracurriculars can be instrumental in shaping not only their academic trajectory but also their overall character.

Encourage your teenager to explore and join STEM-related clubs, competitions, or organizations within their school community. Becoming a part of a robotics club, joining a science Olympiad team, or contributing to a coding project can have transformative effects on their journey of self-discovery.

Participation in STEM clubs fosters a sense of belonging and camaraderie among like-minded peers who share a passion for science, technology, engineering, and mathematics. These clubs provide a space where theoretical knowledge gained in the classroom is translated into practical applications, offering hands-on experiences that complement formal education.

Teacher and son learning maths on blackboard in classroom

Engaging in competitions, such as science Olympiads, not only allows your teenager to test their knowledge against peers but also instills a healthy sense of competition and perseverance. Overcoming challenges in a competitive setting contributes to the development of resilience and the ability to thrive under pressure – valuable life skills that extend beyond the realms of academia.

Contributing to coding projects or participating in collaborative STEM initiatives cultivates teamwork and problem-solving skills. Working with peers on real-world projects provides a taste of the collaborative nature of STEM fields, emphasizing the importance of diverse skill sets coming together to achieve a common goal.

Moreover, these extracurricular involvements offer valuable networking opportunities. Connecting with fellow students, mentors, and professionals in STEM fields can open doors to mentorship, internships, and future career paths. The relationships formed during these activities contribute not only to academic growth but also to the building of a supportive community that can be instrumental throughout one's educational and professional journey.

Encourage Critical Thinking

In the ever-evolving landscape of STEM (Science, Technology, Engineering, and Mathematics), critical thinking stands as a cornerstone skill, indispensable for navigating the intricacies of these dynamic fields. As a parent, nurturing your teenager's ability to think critically is not only an investment in their academic success but also a fundamental preparation for the challenges and opportunities that await them.

Encourage your teenager to go beyond the surface of information, to question, analyze, and assess data critically. In the world of STEM, where innovation is constant, the ability to evaluate information with discernment is a potent tool. This involves not only understanding the 'what' but delving into the 'why' and 'how' – fostering a deeper comprehension of the underlying principles.

Solving problems creatively is another dimension of critical thinking that holds particular significance in STEM disciplines. Encourage your teenager to approach challenges not just with preconceived notions but with an open mind, ready to explore unconventional solutions. In doing so, they develop an innate ability to think outside the box, a skill that is highly prized in STEM-related careers where innovation often stems from unorthodox perspectives.

Mother and son doing maths homework in bedroom on desk

Engage in discussions that challenge their perspectives and stimulate analytical thinking. Encouraging a healthy exchange of ideas not only broadens their understanding of STEM concepts but also hones their ability to articulate their thoughts and defend their positions. This practice nurtures effective communication, a skill crucial in collaborative STEM environments where ideas are shared and refined collectively.

Furthermore, instill in your teenager a problem-solving mindset. Emphasize the importance of viewing challenges as opportunities for growth rather than insurmountable obstacles. In the world of STEM, where breakthroughs often arise from overcoming complex problems, fostering resilience and a positive approach to challenges becomes instrumental in their success.

Preparing your teenager for the complexities of STEM-related careers involves more than just acquiring knowledge; it necessitates the cultivation of a robust and adaptable intellectual toolkit. By encouraging critical thinking, creative problem-solving, and an open-minded approach, you empower your teenager not only to succeed academically but also to thrive in the fast-paced and ever-changing landscape of STEM fields.

Integrate Technology in Daily Life

Living in a digital age, it's essential to integrate technology into daily life. Provide access to educational apps, online courses, and interactive platforms that support STEM learning. Encourage responsible use of technology and guide your teenager in exploring its vast educational potential. Virtual reality experiences, coding apps, and online science platforms can complement traditional learning methods.

Teenage girl doing STEM on laptop in bedroom

Mentorship and Networking

In the journey towards a STEM-focused future, connecting your teenager with mentors and professionals in the field becomes a pivotal step in their personal and academic development. Exposure to role models who have triumphed in STEM not only serves as a wellspring of inspiration but also imparts invaluable insights that can shape their aspirations and decisions.

Consider attending networking events and career fairs dedicated to STEM fields as a family. These occasions provide a unique opportunity for your teenager to interact with professionals, inquire about their experiences, and gain a firsthand understanding of the diverse paths within STEM disciplines. Exposure to real-world success stories humanises the pursuit of a STEM career, making it more tangible and attainable.

Arranging informational interviews with professionals working in STEM offers a personalized and in-depth exploration of specific career paths. This one-on-one interaction allows your teenager to seek advice, ask questions, and gain insights into the day-to-day realities of various STEM professions. Mentors can share their own journeys, including challenges faced and lessons learned, offering a roadmap for your teenager's own educational and career endeavors.

Male and female students looking at school noticeboard

Building a support network within the STEM community is invaluable for your teenager's journey. Encourage them to join online forums, social media groups, or local STEM organizations where they can connect with like-minded individuals, peers, and professionals. This sense of community fosters a supportive environment where they can share experiences, seek guidance, and build relationships that may prove beneficial in the long run.

Additionally, mentorship programs specifically designed for young learners in STEM provide structured guidance and support. Seek out organizations or initiatives that pair teenagers with mentors who can offer advice, share expertise, and provide encouragement on their STEM journey.

By connecting your teenager with mentors and professionals in STEM, you empower them with a network of support that extends beyond the academic realm. This network becomes a valuable resource, offering guidance, inspiration, and a sense of belonging as they navigate the complexities of their educational and career paths with confidence and purpose.


As parents, nurturing STEM habits in our teenagers involves creating an environment that fosters curiosity, hands-on learning, and critical thinking. By actively supporting their interests and providing opportunities for exploration, we empower them to become the innovators and problem-solvers of tomorrow. With a solid foundation in STEM, our teenagers can embark on a journey of discovery, contributing to advancements that shape the future. Remember, the seeds we plant today will bear fruit in the form of a generation equipped to tackle the challenges of tomorrow's world.


Emma Flores is a freelance writer and also works as a proofreader and editor at StudyCrumb. She loves encouraging young people to explore STEM subjects.


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