Throughout history, there have been countless geniuses who have left a lasting mark on the world. From Albert Einstein to Leonardo da Vinci, these individuals have used their intelligence and creativity to push boundaries. However, what many people fail to realize is that most of these geniuses were not born with their talents, but instead were shaped by their environment and experiences.
The same holds true for today’s students. The classroom environment has a profound impact on shaping their learning experience. From the layout of desks to the color of the walls, every element contributes to their learning. Let’s take a look at how thoughtful design can inspire brilliance among the future minds of tomorrow.
1. Seating Choices for Comfort and Focus
Ergonomic seating is designed to provide optimal comfort and support, reducing discomfort and distractions. When students are comfortable, they can focus better on their tasks and engage more deeply in the learning process.
Most of our seating also has the option for casters or glides, which can be field-interchangeable if needed. Glides are better for applications where students need more stability, but casters are more flexible.
2. Enhancing Collaboration and Innovation
It’s no secret that flexible classroom furniture improves learning outcomes. After all, according to a recent University of Melbourne survey, 93% of 300 students reported that flexible furniture helped them learn more effectively. Here’s a list of reasons why flexible and collaborative furniture should be a priority when designing learning spaces:
Adaptability for Diverse Learning Environments and Styles:
Flexible furniture like our Avenuu Tables allows for easy reconfiguration of the classroom layout to accommodate various learning styles and uses of the space. This adaptability fosters a sense of empowerment among students, enhancing their engagement with the learning process.
However, mobile furniture may not be the best option for some learning environments. Some science coursework, for instance, requires a stable work surface for projects and experiments. Our Kinetic workstations are the perfect solution, featuring a large workspace for collaboration and attached-to-floor bases to prevent the furniture from moving.
We also have a wide range of flexible furniture that is application-specific, like our Forum 4-Station Workbenches for career and technical education environments that have the option to be either mobile or fixed.
Preparation for Real-World Collaboration:
As students work together in flexible classroom settings, they gain valuable experience that prepares them for real-world collaboration. Many fields, including science, technology, engineering and the arts, require individuals to work collaboratively to solve complex problems. By experiencing collaborative learning in the classroom, students are better equipped to navigate and contribute to group efforts in their future careers.
Facilitation of Brainstorming and Creativity:
Flexible furniture arrangements support brainstorming sessions and creative activities by allowing students to easily form small groups or gather in larger collaborative settings. The ability to move and rearrange furniture promotes an atmosphere that encourages spontaneous idea generation and innovation.
3. Color Psychology in the Classroom
Did you know color is more important than just how it looks? While the right colors can enhance the aesthetics of any classroom, applying the right colors can also improve classroom learning. For example, warmer colors like red and orange can increase energy levels and stimulate creativity, while cooler colors like blue and green can promote calmness and concentration.
At Diversified Spaces, we offer a wide range of colorful and stylish furniture options. Consider storage that provides functionality and color – like our Access Cubbies. These cubbies feature colorful metal shelving with oak or maple hardwood and veneers, offering a perfect combination of warmth and color to the space.
Plus, many of our tables have up to 11 edge band color options to choose from, providing subtle yet impactful color accents!
Let’s Inspire the Next Generation of Geniuses
At Diversified Spaces, we understand the importance of creating spaces that allow students to reach their full learning potential. Whether it’s flexible workstations or durable seating, we provide a variety of furniture solutions that help shape classrooms into environments that nurture and empower students to leave their mark on the world. Reach out to discover how we can work together to inspire tomorrow’s geniuses!
Do you know what a doctor, engineer and IT administrator all have in common?
You guessed it: a strong background in STEM education.
While many professionals are already pursuing a STEM career, it may be surprising to hear there’s still a huge gap that needs to be filled. According to the U.S. Bureau of Labor Statistics (BLS) 2019–29 employment projections, STEM jobs are expected to grow 8% by 2029, compared with 3.7% for all other occupations.
This is the main reason why STEM education is crucial in today’s educational setting. To keep up with advancements in STEM (science, technology, engineering and math), we need future generations to have a strong foundation in those areas.
Even if students decide to not pursue a career in STEM, STEM education is still a useful tool to prepare students for 21-century careers. Check out the top ways STEM education gives students the core skills they need to be successful in the modern workplace.
Problem-solving is a must for a variety of different career paths but is even more important for STEM careers where solving problems is the entire purpose of the work. Through STEM education, students learn how to identify problems and think of possible solutions all while sharpening their critical thinking skills.
2. STEM encourages collaboration and teamwork.
In the real world, people are usually required to work together on projects and solve problems. With STEM education, students are introduced to collaborating with one another from an early age. As a result, these students end up thriving throughout their careers in team-oriented environments.
3. STEM promotes creativity and out-of-the-box thinking.
Without creativity and out-of-the-box thinking, there would be many everyday inventions that wouldn’t exist. Or, think of future inventions that could be brought to life with someone with a diverse education in STEM.
One of the many ways STEM teaches students to be innovative and creative is by making them think outside of the box. This is done by showing students different models so they get a range of ideas of how bringing together one idea might look, or by asking open-ended questions so students can come up with a solution on their own.
4. STEM ignites curiosity.
Another great skill students learn through STEM is curiosity. To be successful in a 21st-century career, people need to do more than just master the content. They need to look across disciplines and ask questions. They need to be innovative and learn from failures. With STEM education, students learn how to ask more intuitive questions, learn from mistakes and make educated decisions. Their passion may build, making them more likely to learn and even pursue a STEM career later on in life.
Incorporating STEM Education Into Your School Curriculum
As you can see, STEM education is a beneficial tool to help students thrive in 21-century careers, whether they pursue a STEM career or not. Integrating important STEM concepts into your school curriculum will turn students into tomorrow’s innovators, problem solvers and critical thinkers.
Labs are hubs for student learning, experimentation and problem-solving! However, without the proper training and knowledge of lab safety, they can quickly turn into a fire hazard. In fact, fires are one of the most common accidents that occur in these environments.
To decrease the risk of fire in your lab, it’s important to prioritize lab safety!
Take a look at these helpful tips that will help equip you and your students with the knowledge and practices needed to maintain a safe lab setting:
1. Know the emergency procedures
Before even stepping into the lab, familiarize students with the lab’s fire emergency procedures, including evacuation routes, assembly points and alarm systems. A good way to know if your students understand the emergency procedures is to quiz them!
2. Understand lab layout and equipment
Have a clear understanding of the layout of the lab, locations of fire extinguishers, fire blankets, emergency showers and eyewash stations. Make sure students know how to operate all safety equipment, including the different types of fire extinguishers and how to use them properly.
3. Handle chemicals and flammables safely
Follow proper protocols for handling, storing and disposing of chemicals. Use fume hoods like our Protocol Fume Hood for volatile or hazardous substances.
Store flammable liquids, gases and materials in approved containers and cabinets, following the correct guidelines for storage. Our Protocol Wood or Steel Flammables Cabinets are a great solution for storing flammable, hazardous materials and liquids.
We also offer our Protocol Steel Oily Waste Can, which is ideal for properly discarding materials soaked with solvents and other flammable liquids.
4. Be mindful of heat sources
Keep heat sources such as soldering irons, ovens and hot plates away from flammable materials and ensure proper ventilation in the area.
Do not leave Bunsen burners, hot plates or any open flames unattended. Turn off heating equipment and extinguish flames when not in use.
5. Wear the proper safety gear
Set students up with fire-resistant lab coats, gloves and appropriate personal protective equipment (PPE) to protect themselves from potential burns and injuries.
6. Keep the space clean and organized
While experiments can be fun, they can also get messy fast! That’s why it’s important to teach students how to keep a clean and organized workspace to reduce the risk of fires. Quickly clean up spills, dispose of waste properly and store materials neatly. Also ensure that aisles, exits and pathways are clear of clutter and obstructions at all times to make evacuation easier.
7. Report and address hazards
Encourage students to report potential fire hazards or safety concerns in a timely manner. Address reported issues to mitigate risks and maintain a safe lab environment.
Looking to upgrade your school’s career and technical education program but not sure where to get the funds? Well, we have some great news! Schools can use their ESSER III funds for career and technical education. If you haven’t taken advantage of this funding yet, the clock is ticking! ESSER III funds are set to expire in September 2024.
What are ESSER III funds?
ESSER III funds are federal funds allocated to K-12 schools to help them respond to the COVID-19 pandemic. The funds are part of the American Rescue Plan Act of 2021, and are intended to address the impact of the pandemic on students and schools. ESSER III funds can be used for a variety of purposes, including investing in better ventilation systems, hiring additional staff and improving programs like career and technical education. Here are some more specific ways schools can use their ESSER III funds to improve their career and technical education programs:
1. Upgrade facilities
Invest in modernizing and upgrading CTE facilities, including specialized labs, workshops, furniture and equipment, to ensure students have access to state-of-the-art learning environments. At Diversified Spaces, we have a variety of CTE-focused furniture solutions like our Apprentice and Forum collections.
2. Technology integration
Purchase advanced technology and equipment relevant to specific industries, enabling students to gain hands-on experience with tools they'll encounter in their future careers.
3. Teacher professional development
Provide training opportunities for CTE educators to stay updated on the latest industry trends and teaching practices, ensuring they can deliver high-quality instruction.
4. Industry partnerships
Collaborate with local businesses and industries to establish partnerships that offer internships, apprenticeships and mentorship opportunities for students, bridging the gap between classroom learning and the workplace.
5. Credential attainment
Use funds to support students in earning industry-recognized certifications and credentials, increasing their employability and competitiveness in the job market.
6. Career exploration
Organize career fairs, workshops, and guest speaker sessions that expose students to various career paths within the CTE field, helping them make informed decisions about their future.
More CTE funding
Don’t fret! When ESSER III funds expire in September 2024, schools still have an opportunity to take advantage of Perkins funding to use towards their CTE programs.
What is Perkins funding?
Perkins funding, officially known as the Carl D. Perkins Career and Technical Education Act, is a federal program in the United States that provides financial support to schools and educational institutions for the enhancement and expansion of CTE programs. The grants aim to equip students with the skills and knowledge needed for various careers and industries, ensuring they are well-prepared for the workforce or further education. One way schools can use this funding is to purchase specialized furniture for their CTE programs. For example, schools with culinary arts programs may use Perkins grant funding to purchase industrial-grade kitchen equipment, such as stainless steel work tables, commercial-grade mixers, and high-capacity refrigerators. Similarly, schools with construction programs can use the funding to purchase table saws, power tools and workbenches like our Apprentice Glue and Stain Bench or our Apprentice Side Clamp Bench.
Gone are the days when students could specialize in one area and expect to be successful in their careers. Today's job market now requires a diverse set of skills and knowledge. Unfortunately, many students aren't receiving the education needed to fill the ever-widening skills gap. In fact, 46% of learning and development leaders say the skills gap is widening at their organizations this year – up four points from 2021 data.
So, how can we move toward filling the workforce skills gap?
Interdisciplinary learning is an approach that combines two or more academic disciplines or fields of study to provide a comprehensive understanding of a complex topic. It encourages students to think critically and creatively by drawing on different perspectives, skills, and knowledge from multiple disciplines. By integrating diverse ideas and approaches, interdisciplinary learning can help students develop a more holistic understanding of the world and better prepare them for solving complex real-world problems.
Interdisciplinary Learning in CTE
Interdisciplinary learning can be a valuable tool for students pursuing CTE paths. By combining multiple subjects, students can:
Gain a deeper understanding of their chosen field and develop a wider range of skills.
For example, students studying automotive technology might also take a course in physics to better understand the principles behind the vehicles they work on. Or, a culinary arts student could benefit from learning about business and marketing to better understand how to run a successful restaurant.
Develop critical thinking and problem-solving skills.
These skills are valuable in any career! By approaching problems from multiple angles and utilizing knowledge from different areas, students can find innovative solutions to complex issues.
Interdisciplinary learning in CTE can also help address the skills gap in the workforce. As technology continues to advance, there is a growing demand for workers who possess both technical skills and a solid understanding of other areas such as business, marketing, and communication. By integrating this type of learning into CTE programs, students are better equipped to meet the demands of the modern workforce and employers are more likely to find qualified candidates.
Furniture To Support Interdisciplinary Learning
Furniture can have a significant impact on the effectiveness of interdisciplinary learning. When selecting furniture, consider these factors:
Practicality: Furniture should be easy to move and store, as cumbersome pieces can hinder the learning process and limit classroom activity possibilities. At Diversified Spaces, we offer a range of mobile furniture options to help support this learning approach.
Flexible options: Each student also has their own unique learning style, and furniture can be used to accommodate these preferences. Some students prefer independent work, while others thrive in group settings. Flexible furniture options can help create a space that caters to all student needs. For example, our Hi-Low Electric Table and Hi-Low Hand Crank Table provide students with the option to sit or stand while they learn.
Storage: Interdisciplinary learning environments sometimes need storage options to help students and faculty organize and access materials across different fields or disciplines. Our Forum 48" Tool Cabinet is a great option for this – store tools, supplies, spare parts and more! If this option doesn't work for you, don't worry! We have so many storage options to meet your needs.
Technology: Incorporating technology-friendly furniture, like desks with built-in outlets or charging ports, allows educators to seamlessly integrate technology into the learning experience. This fosters a more efficient and effective learning environment.
Ready To Create an Interdisciplinary Learning Environment?
Interdisciplinary learning in CTE is a valuable approach that prepares students for success in today's diverse and complex world. By integrating multiple disciplines, students can develop a range of skills and knowledge that are essential for their future careers. If you're ready to create an interdisciplinary learning environment for your CTE program, reach out today to get started.
AutoCAD, Revit and CET files are essential in architecture, design, engineering, and construction to create detailed 3D models of buildings, furniture, and other architectural elements. Whether you're a beginner or an experienced professional, understanding how these files work can be a valuable asset in your field. Let's take a deep dive into these file types and explore the best uses for them.
How Each File Type Is Used
AutoCAD is the universal drawing format that can be imported into almost all platforms similar to Revit and CET.
CET is used for design, visuals, product listings and pricing. This is typically used for one room or two, rather than an entire building.
Revit is used in architectural and design industries to specify products in an entire building.
More on AutoCAD Files
AutoCAD lets designers create and edit designs in both 2D and 3D. Just think of AutoCAD as the universal platform! You can use AutoCAD files in various software, including Revit, CET and more.
How to access our AutoCAD files
We have AutoCad files for those on platforms that don't have supporting smart models or Building Information Modeling (BIM) models. Contact us and we can send the files you need!
More on Revit Files
As mentioned earlier, Revit is used by architectural and design industries to specify products in an entire building using Building Information Modeling (BIM). These drawings usually include information on electrical, plumbing, mechanical, flooring, furniture and much more! Because of the many different factors, Revit can be more complex than other software.
How to access our Revit files
You can access our Revit files through the Resources tab in the navigation bar on our website.
More on CET Files
CET files are used by the software CET Designer to create 2D and 3D designs for interior spaces. Like Revit, much of the detail work is specified in CET, but CET also includes pricing. As you select options within the platform, it automatically generates quotes.
In some instances, designers incorporate products from multiple manufacturers into a single room to compare prices and options. While training is still needed, CET is a more user-friendly software to use than others.
How to access our CET files
You can request access to our free extension through your Configura subscription under Diversified Woodcrafts.
While AutoCAD, Revit and CET are powerful tools in the educational industry, they have distinct differences that make them better suited for different projects. Choosing between the three will ultimately depend on your project's specific needs and preferences.
Fortunately, many schools are already reducing their environmental impact. And your school can too! There are many ways to promote sustainability and teach kids about taking care of our environment. Check out our favorite ways to improve sustainability in the classroom:
1. Choose the right furniture.
One of the best ways to improve sustainability in the classroom is by choosing the right furniture. Unfortunately, there’s a lot of classroom furniture that isn’t manufactured with the environment in mind.
But the good news? There are companies out there that do make environmentally friendly classroom furniture! At Diversified Spaces, the wood we use to build our furniture is sourced from sustainably managed forests.
Want to get your students involved? Plant a class garden. Growing a garden provides a wonderful hands-on learning experience and can also help students feel more connected to the environment.
Our Sprout Plant Growing Stand is the perfect way to start a class garden! This unit features 20 plastic trays (4 per shelf) that provide the perfect space to start seedlings indoors and watch them grow.
If you want to take it up a notch, consider teaching them about hydroponics. Hydroponics is the process of growing plants in sand, gravel, or liquid, with added nutrients but without soil.
Not sure how to get started? Our Sprout Hydroponic Growing Center makes it easy to start teaching students about hydroponics! This unit features a self-contained ebb and flow hydroponics growing system that’s perfect to show students how plants can grow without soil. Learn more about our Sprout Hydroponics Growing Center.
3. Get creative with trash.
Broken pencils, plastic bottle caps, wrappers, you name it! Trash is all around us. But instead of throwing the rubbish out, let your students get creative with it! You can do a quick Google or Pinterest search to find fun ways to repurpose them. It’s better to give the trash a second life rather than go to a landfill.
4. Educate through STEM activities.
Students are the future – that’s why it’s important to teach them about sustainability at an early age. What we teach them about sustainability now will affect their lifestyle choices in the coming years. It will allow them to take responsibility for their actions, plan for the future and maintain a healthier planet for generations to come. Here are some great STEM activities you can implement in your lesson plans to give students a chance to learn more about environmental science and sustainability.
While incorporating sustainability into schools and classrooms may not be the easiest initiative, it is certainly achievable. Implementing the sustainable practices mentioned above will not only teach students to take care of our planet but turn them into environmentally responsible citizens.
Art is one of the most important subjects in K-12 schools. It’s more than learning how to draw a tree or creating a ceramic mug. Art class allows students to develop life skills that will help them in their future endeavors. They learn how practice makes perfect and how small differences can have a large impact. But, one of the most important skills they'll learn is creativity.
Creativity is the most sought-after skill in today’s workforce. According to an Adobe study, 85% of college-educated professionals say creative thinking is critical to problem-solving in their careers. Additionally, a World Economic Forum report stated that creativity will become one of the top three skills workers will need … and it already has!
5 times more likely to be recognized for academic achievement
30% more likely to pursue a professional career
With this in mind, there’s no doubt that investing in K-12 art programs is also making an investment in students’ futures.
If your art program is due for an overhaul, make sure you follow these art classroom design tips below to ensure you’re setting students up for success.
1. Choose an appropriate work surface.
One of the biggest art classroom design tips is to find a durable, large work surface that has plenty of room to complete projects and can withstand the demands of an art classroom. Available in various sizes, our Perspective Tables are the perfect solution! Constructed of solid maple with two tapered pedestal-style pane legs and two maple truss bars, these tables are built to last. Plus, you can choose from three top options to fit your needs: maple butcher block, natural maple high-pressure laminate (HPL) or almond HPL.
2. Make ample room for storage.
Canvas, paint, pencils, colored paper, charcoal … you name it! Whether it’s a ceramics studio or a drawing class, there will always be an abundance of supplies in an art classroom. That’s why it’s essential to have a variety of storage throughout the space. Some options to choose from include our Drawing Supply Cabinet, Paper Storage Cabinet, Hanging Wall Storage Cabinet and more. Browse through our Perspective Art Storage collection now.
Accessibility to supplies is also something to keep in mind! If there are supplies that students use on a regular basis, store those supplies in areas where all students can access them at any time.
3. Use color to improve creativity.
Art class is all about letting a student’s creativity shine! To improve creativity, your art classroom design should incorporate color that is known to boost it. These colors include:
Orange. Add a splash of creativity to the art room with orange. Incorporate orange accent furniture or decor to improve creativity, inspiration and overall mood.
Yellow. Yellow represents creativity, friendliness, optimism and confidence! Creating an art classroom design with yellow accents will stimulate positivity, creativity and happiness.
Red. If students need some imagination and inspiration, add red accents throughout your art classroom. Because red is also a warm color like orange, it will help boost creativity, alertness and excitement!
Displaying student artwork throughout the art classroom helps students feel proud and confident about their work and gives other students inspiration for their own artwork. The display of artwork also promotes artistic discussions between students and teachers.
Opting for a display solution like our Perspective Canvas Door Display Cabinet will help you maximize storage while simultaneously creating space to display artwork. This unit features a fixed bottom and middle shelf with four adjustable shelves for storage. Plus, the doors feature a black canvas mesh and can be used to hang artwork.
5. Don’t forget the sinks!
If you’ve ever taken an art class or taught an art class, chances are you’ve seen how easy it is for the space to become a mess! That’s why an art classroom design should incorporate features that make the cleanup process easy, including sinks. Whether it’s paint-filled brushes or hands full of clay dust, our Perspective Art Clean Up Sink is the perfect cleanup solution for any art classroom mess.
Let’s Get Creative with Your Art Classroom Design
Are you ready to create an art classroom that will boost student creativity? Let our team of experts help you make your vision a reality. Reach out today!
“Our world has changed. In today’s highly-technical knowledge-based economy, having hands-on skills and perfecting what one is good at can be more valuable than getting a degree in ‘something’ simply to get one.” – South Central Service Cooperative
Take a moment to think back to your high school years. Do you feel like your classes prepared you for the real world?
If you answered “no”, you’re not alone. The Association of American Colleges and Universities conducted a survey that found that only 55% of students attending high school feel prepared to enter the workforce.
Another study by the Kauffman Foundation found a disconnect between high school and the real world. Survey participants – including parents and employers – indicated that students are graduating high school college-ready, but not career-ready. Survey answers also agreed that “life skills” are the most important when preparing students for success in the workforce.
Because of this, more schools are incorporating career and technical education (CTE) programs into their curriculum. In 2020-2021, there were over 12.3 million students enrolled in CTE programs across the country.
Defining Career and Technical Education (CTE)
What is career and technical education?
Career and Technical Education (CTE) programs prepare students for postsecondary education and the workforce by providing technical, academic and employability skills. These programs provide students with a variety of career exploration opportunities, allowing students to fully understand their career interests and aptitudes.
CTE programs focus on a set of career clusters, each representing a broad sector of the job market. Common clusters include:
Career and Technical Education Career Clusters
Business, Marketing and Management
Agriculture, Food and Natural Resources
Communication and Information Systems
Skilled and Technical Sciences
Health Sciences
Human Sciences and Education
And while specific career and technical education programs may differ from school to school, the goals of these programs remain the same:
Provide opportunities for career exploration within targeted career clusters to help students find their purpose and passion.
Provide real-life experience for students prior to high school graduation through apprenticeships, internships, job shadowing and more.
Provide each student with the academic and technical skills needed to pursue additional education (technical school, community college, college or university) or transition into the workforce.
How CTE Supports Students with Learning Disabilities
Though CTE courses benefit everyone, CTE especially helps students with learning disabilities.
Throughout the United States, students with disabilities are less likely to graduate on time, attend college or be employed compared to those without a disability. But, studies have shown that students with disabilities who participate in CTE programs have far better outcomes including:
While most career and technical education programs are established in high schools, many professionals believe that even younger students could benefit from career exploration and the introduction of CTE within their curriculum. In fact, research shows that students as young as fifth grade (10 years old) have already started narrowing down career options and identifying early career aspirations.
So, how can school districts incorporate CTE in early childhood education?
Today's children will pursue several careers throughout their lives, as opposed to the one or two careers of previous generations. It’s astounding to think that today’s elementary students will not start their careers until sometime around 2040! (Can you imagine all the new and exciting career pathways that will be available 20 years from now?) Given this, CTE in early childhood education should focus on teaching students the skills that they will need to succeed in any career. These skills include:
Communicating well with others
Being kind to others
Being a good problem solve
Being able to adapt
With an early introduction to valuable work skills, students will be well-positioned for any career path.
Spaces That Support CTE
Gone are the days of the “one-size-fits-all” classroom! Flexibility and adaptability are key for any successful CTE learning space to support the needs of each learner and their individual goals.
At Diversified Spaces, we offer hands-on furniture solutions that support CTE education, including health sciences, manufacturing and construction, and robotics. Reach out to one of our experts today to find out more.
Conclusion
It’s no doubt that career and technical education is an important part of a student’s success. CTE is an invaluable tool for preparing today’s students to thrive in tomorrow’s workforce.
