Empathize

To understand the 'WHO' and the 'WHY'

Key Objectives

To ensure our project addressed real needs, we began by researching user requirements through white papers on the topics of STEM education and ergonomics, along with current furniture innovations.

STEM Life

Ergonomics

Research

We Reviewed

25+

6+

White Papers

Sustainability and Efficiency in STEM Education Environments"

Explores the utilization of sustainable materials and practices in STEM education settings.
Discusses the positive impacts on student learning and environmental awareness.

"Ergonomic Design in Educational Spaces: Enhancing Student Engagement"

Analyzes the correlation between ergonomic furniture and improved student comfort and concentration.
Highlights the necessity of designing educational spaces that cater to diverse physical needs.

Articles

"Integrating Technology in Modern Classrooms" (Education Today Magazine)

Reviews the role of advanced digital tools in enhancing teaching methods and student learning.
Analyzes the balance needed between technology use and traditional teaching to optimize learning outcomes.

User Interviews

Interview with Dr. Emily Thompson, Educational Psychologist:

Discusses the psychological benefits of ergonomic and sustainable designs in educational environments.
Emphasizes the importance of comfort in learning engagement and overall student well-being.

Feedback from John Carter, Senior STEM Educator:

Share experiences with integrating technology in the classroom, noting significant increases in student interaction and engagement.
Points out challenges with maintaining technological equipment and training staff to use it effectively.

STEM Life

STEM stands for Science, Technology, Engineering and Mathematics. These fields are interconnected and applied together to solve problems and create new technologies.

So what defines a STEM life?

Science, technology, engineering, and mathematics.
It entails innovation at its core.
It's a place for teachers to help their students break their creative barriers and bring their ideas to fruition or learn how to do so.
It is reinventing how we learn and teach.
It Fosters a collaborative learning process among students, faculty, and industry professionals.

In essence, STEM learning is about equipping students with the critical thinking, problem-solving, and teamwork skills necessary to be successful in a technology-driven world.

Ergonomics in STEM Classrooms: Key Considerations

Ergonomics ensures classrooms promote comfort, minimize strain, and support active learning. Here's what the research highlights:

Standing desks: Studies (MacEwen et al., 2015) suggest adjustable desks can reduce muscle pain and improve productivity, but require frequent adjustments.
Chairs: Proper chair design (Ansari, 2017) is crucial. Look for adjustable heights, lumbar support, and comfortable armrests.
Minimize distractions: Layout matters! Consider dividers or screens for focused workspaces and furniture arrangements for better sightlines.
Storage: Easy-to-reach storage reduces clutter and improves organization.

Ergonomics goes beyond just comfort. By incorporating these elements, educators can create a STEM learning environment that fosters well-being, engagement, and optimal learning.

Research

STEM

STEM Reliance:

Faculty Proficiency

Adaptability to new technology
Access to professional development resources.

Teaching methods

Lecture base vs Hands-on.
Curriculum focused on Real-World Problems.

Ability to foster connections & collaboration between all parties.

Smaller classroom sizes
Accommodation for diverse parties of students.

Duo perspectives:

On both professors' and students' ergonomics

Active Learning

Importance:

Enhances student engagement, retention, critical thinking, and problem-solving skills

Reliance:

Lighting + Color Schemes

Effects on mood, attention span, productivity, & cognitive performance

Flexible & Wire-Free Ergonomics

Promote mobility & collaboration
Encourage open communication to build student engagement.

Technology Integration

Acknowledge the creation and incorporation of robust technology.
Facilitate seamless integration of a hybrid environment

Sustainability

Purpose

Foster is a functional and engaging learning environment.
Serve as live demonstrations of sustainable practices.

Impact on Learning:

Empower students and instructors to actively participate in sustainability.
Extend education beyond traditional subjects to include environmental responsibility.

Holistic Approach:

Aligns with the vision of creating educational spaces that nurture mindful, ecologically aware individuals.
Prepares individuals to contribute responsibly to society and the broader world

STEM

Educator Training:

Essential to ensure are well-equipped to use technologically enhanced furniture and accessories.

Podium:

Modern podiums with dedicated spaces for iPads or tablets to facilitate digital tool use during lectures.
Design elements focus on maintaining eye contact and engaging students, balancing digital interaction with personal communication.

Conclusion

The Steelcase & ASU InnovationSpace collaboration identified key elements for successful STEM classrooms:

Shift from lectures: Focus on active learning methods that promote engagement and student ownership.
Collaboration is key: Design classrooms that facilitate both individual and group work, fostering a learning community.
Tech integration matters: Explore ways to effectively use technology for content delivery and engagement.
Accessibility: Ergonomics design that has differently-abled accommodation assembled.
Go green: Use sustainable materials and promote eco-consciousness.

These classrooms should be dynamic hubs that inspire creativity, problem-solving, and a love for STEM.

We used the information to gather 'Who' we were targetting, 'Why' we are making these products, and 'How' we can help them.

Who?

We are doing this for the students and instructors in STEM education, by creating inclusive learning environments that promote active learning.

Why?

Not enough time and effort has been taken to consider how learning environments affect active learning.

How?

Through primary and secondary research, we hope to learn what STEM and active learning is and how tech and sustainability are currently incorporated in STEM learning environments.

Resarch

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