Using STEM Kits For Elementary School Learning (2024)

ByKaty Koop on June 9, 2022

Using STEM Kits For Elementary School Learning (1)

It is critical that elementary school students get STEM education early and consistently. As the University of Nevada reports,

“In addition to developing an interest and knowledge base for STEM and enhanced inquiry skills, experts say that science instruction improves abilities in subjects outside of STEM, including literacy, language-learning, math, and executive functioning”. STEM programs and STEM kits can help elementary school students succeed in a technologically-driven world and utilize the skill sets in all areas of their lives, while encouraging problem-solving, collaborative thinking, and experimentation.

At Kid Spark Education, we support STEM learning during this important time with our STEM labs through our programming. Through our Foundational Fluencies and STEM Pathways programs, we inspire collaborative learning and a lifelong love of engineering thinking. Having the opportunity to learn hands-on and in the classroom provides the tools needed for students to grow throughout their lives and provides teachers the resources to truly act as STEM mentors. However, for teachers and administrators alike, we know it’s difficult to really see the value of adding STEM kits without understanding how they work in the classroom. With that in mind, we’ve created this guide to our elementary school programs and the value they bring to the classroom.

For students in Pre-K through the 1st grade, Kid Spark Education focuses on helping young students develop necessary competencies that prepare them for a lifetime of STEM learning. While many children get the opportunity to learn these fluencies at home, this program helps fill in critical gaps that may exist, especially for underserved and underrepresented students.

All children are natural designers, but they need to become familiar with the foundations of STEM learning in order to think like engineers and scientists. Regardless of their age, all children must acquire these basic fluencies to make sense of more advanced STEM learning opportunities, and to be successful in a technologically-driven world.

Foundational Fluencies STEM Lab

At Kid Spark Education, we help Pre-K - 1st Grade students learn and absorb these concepts with our Foundational Fluencies STEM Lab. The carefully curated materials in the lab are designed with collaboration in mind by being child-friendly and unintimidating. With the lab, even the most inexperienced students can quickly and easily build sophisticated prototypes, and increase their confidence in STEM. This lab also serves up to two students.

The STEM kit includes:

  • Engineering Materials- 45 large-scale building components, 50 small-scale building components
  • Printed Curriculum Booklets- Includes teacher preparation materials, unit overviews, lesson plans, project building plans, and unit assessments
  • Case with Transparent Lid- Includes inventory & organization guide to easily locate and manage materials in the lab

With four units of instruction included with each kit, the STEM kit includes a unit overview, four lesson plans, and a unit assessment. Lessons average 30 - 35 minutes and include opportunities for students to apply what they have learned through creative challenges.

In Kid Spark’s 2nd - 5th Grade STEM Program, students experience real-life engineering as they explore applied mathematics, mechanical & structural engineering, and robotics & coding.

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Having already built a foundation of understanding STEM fluencies, students focus on concepts such as how to make things strong, how to make things move, how to measure, how to use a design and engineering process to solve a challenge, and how to design and program robotic systems. As students progress through the program, they gain confidence in their ability to author with technology to solve real-world problems and design new solutions.

STEM Pathways Lab

The STEM Pathways Lab covers a broad range of technologies and curriculum for students in 2nd - 5th Grade. Students get hands-on learning as they explore concepts in structural and mechanical engineering, applied mathematics, and coding and robotics.

Each lab is designed to accommodate students working collaboratively in teams of 2 - 4 students and includes:

  • Engineering Materials- A large assortment of structural building components, articulating components, and robotics and electronic components.
  • Spark:Bit Robotics Controller- At the heart of the STEM Pathways Lab is Spark:bit, a Micro:bit-based robotics controller that can be combined with sensors, motors, and other Kid Spark engineering materials to create interactive, robotics systems. Students with little to no coding experience start with simple drag and drop coding and can transition to text-based coding when they are ready.
  • Case with Transparent Lid- Includes inventory & organization guide to easily locate and manage materials in the lab.

With five units of instruction included in each kit, STEM Pathways includes a unit overview, multiple hands-on lessons, and a unit assessment. All lessons follow Kid Spark’s convergent to divergent learning format, which allows students to learn new content and then apply what they have learned through creative invention challenges.

Of course, this is just a quick overview of our STEM kits and elementary school programming. If you’re interested in learning more about adding Kid Spark Education programs at your school, we’d be happy to talk to you about this further.

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With Kid Spark, students learn to see like designers and think like engineers, so that they have the skills to change the world. Ultimately these experiences help students develop a lasting interest in STEM for years to come. Learn all about our Elementary and Middle School STEM programming here. If you would like to bring Kid Spark Education to your classroom, purchase programs here.

Topics:stem,STEM kits,elementary,education

Using STEM Kits For Elementary School Learning (2024)

FAQs

How does STEM help elementary students? ›

Hands-on STEM programs and activities teach more than science and mathematics concepts. They help your child discover real-world applications, spark their creativity and develop 21st-century skills including media and technology literacy, productivity, social skills, communication, flexibility and initiative.

Why do you think elementary school children should learn to solve problems using STEM processes? ›

Inspires Creativity and Ingenuity

Complex problems often require creative solutions. Because of this, students learn to analyze questions both critically and creatively. Open-ended, STEM-focused activities cultivate creativity by motivating students to use their own imagination and resources to interpret the situation.

How do you use a STEM kit? ›

How is a STEM Kit used in a classroom? A classroom set is composed of 15 identical kits designed to be student-centered, guided inquiry explorations. Each kit is meant to be used by 2 students, for a total of 30 students at a time.

What are the benefits of STEM in early education? ›

STEM Helps Students Engage With the World

It helps the classroom feel more like a safe space for learning. Open-ended questions can take education to new and interesting places. STEM in early childhood education can tap into students' potential for critical thinking.

What are the disadvantages of STEM? ›

These include the gender gap problem, uneven quality of STEM teachers, and students' low interest in learning STEM. Socioeconomic status, gender biases, lack of teachers' understanding of STEM, and insufficient resources are also obstacles to STEM implementation in higher education.

What does STEM education look like in the classroom? ›

STEM classrooms encourage active learning, which is the practice of engaging students through projects and activities instead of passive listening from lectures. A free-flowing layout is ideal for project-based learning because it allows students to innovate and solve problems both individually and in teams.

How do you teach STEM effectively? ›

  1. take an active part in school STEM activities, such as handling equipment and tools in important ways and serving as group spokesperson as often as other students;
  2. share their thinking and work in class;
  3. try different approaches to tasks;
  4. seek to understand how and why things work the way they do;

What are the pedagogical approaches in STEM? ›

We have identified, in previous work in this domain, (see Larkin & Lowrie, 2022; Lowrie, et al., 2017) that three teaching approaches are typically associated with STEM education: Inquiry-based, Project-based, and Problem-based, learning.

What three things must early childhood teachers understand to teach STEM effectively? ›

Best practice in STEM education includes a focus on critical thinking, collaboration, and language and literacy.

How can teachers make STEM more relevant within the classroom? ›

Teachers can incorporate posters or classroom decorations that promote STEM. Educators can get students familiarized with scientific terms such as design, model, and experiment by incorporating them into questions and lessons. I believe one of the important components of STEM is students' engagement.

What do elementary STEM teachers do? ›

In conclusion, a STEM teacher is an educator who specializes in teaching the sciences, technology, engineering and mathematics to students. Becoming a STEM teacher requires specific education, certification, sound communication skills, and a passion for teaching.

What is a STEM activity kit? ›

Each STEM kit includes five-to-eight hands-on science experiments that will keep your kids entertained. Our STEM science kits include easy-to-follow instructions that make it easy to dive in and explore the wonderful world of science with your child. Our STEM science kits make great activities for a family night in.

What is the meaning of STEM kit? ›

STEM (or STEAM) being short for Science, Technology, Engineering, and Math helps kids keep up in the world with educational and tech-savvy toys. STEM toys encourage kids to develop their skills in science and technology. Shop dozens of Scientifics Direct Toys & Kits.

Why are science kits important? ›

Science experiment kits help students to learn the practical aspect of science in everyday life. Students generally enjoy doing things practically because theoretical learning sometimes becomes very boring.

How can STEM be used in the classroom? ›

Here are some detailed strategies that can be used to bring STEM to the classroom:
  1. Use hands-on activities: Hands-on activities are an effective way to engage students in STEM learning. ...
  2. Utilize technology: Technology can be a valuable tool to enhance STEM learning.

How does STEM work in the classroom? ›

STEM education is an experiential learning pedagogy in which the application of knowledge and skills are integrated through in-context projects or problems focused on learning outcomes tied to the development of important college and career readiness proficiencies.

What is STEM and why is it important? ›

STEM is an acronym for science, technology, engineering, and math. These four fields share an emphasis on innovation, problem-solving, and critical thinking. And together they make up a popular and fast-growing industry. Most STEM workers use computers and other technology in their day-to-day jobs.

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