Colleges & Universities
Better Future for Grad Students: Bridging the Gap Between Schools and Colleges.
The transition from school to tertiary education can be challenging for students, and it is important to prepare them for this next step in their educational journey.
How can we Enhance the Skills of Future Students
Colleges and universities play a key role in preparing the next generation of STEM professionals, and our outreach programs can help enhance that mission. By offering hands-on STEM workshops and events for local schools or community organizations, institutions can actively contribute to developing students’ skills. Through the use of Stementis kits and simulators, these programs give participants the chance to explore and apply STEM concepts in a real-world context. This not only helps students gain valuable insights into STEM fields but also provides colleges with an opportunity to engage with their communities, foster relationships, and attract future students who are well-prepared and eager to pursue STEM careers.
Practical, hands-on learning experiences play a vital role in helping students understand complex STEM concepts. These experiences connect theoretical knowledge to tangible applications, making learning more relevant and engaging. For students leading these courses or workshops, it reinforces their understanding of the subject matter and builds essential leadership and communication skills. By offering these interactive learning opportunities, colleges can inspire the next generation of STEM professionals while empowering current students to develop the skills they need to succeed in an increasingly technology-driven world.
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400+
trusted schools
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5000+
Teachers trained
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2500+
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Colleges’ And Universities’ Challenges
Colleges and universities face a variety of challenges as they work to prepare high school students for the transition into higher education, particularly in STEM fields. Key challenges include:
- Connecting learners with real-world work and industry experiences
- Engaging high school students and preparing them for higher education
- Bridging theoretical knowledge with practical, hands-on application
- Integrating multidisciplinary learning approaches across subjects
- Ensuring that students are equipped with the skills needed for the modern workforce
- Keeping pace with rapidly changing technologies and curriculum requirements
How to Address Them
We offer solutions to support colleges and universities in overcoming these challenges and effectively preparing students for higher education and future careers:
- Provide engaging, interactive products that stretch students’ abilities
- Focus on the real-world application of STEM concepts to enhance learning
- Offer hands-on tools and simulations to bridge theory with practice
- Encourage cross-disciplinary learning to develop well-rounded problem-solvers
- Help institutions stay ahead of technological changes by offering up-to-date resources and training
Our Products
Try out using these products to make a meaningful difference with outreach programs and crash courses.
Engineering and robotics
Engage in hands on learning, through building prototypes of real world machines and devices. Find out how things work!
Electronics
Understand what electricity is and how it works, through building circuits and they are used in technology.
STEM Simulator
An accessible application where students can code electronic components to operate examples of the technologies around them.
Benefits of Choosing Us
STEM Crash Courses
Crash courses can also help to bridge the gap between the theoretical knowledge acquired in school and the practical skills required in the industry.
Outreach Programs
Through outreach programs, engineering colleges can provide industry connections and mentorship opportunities for students.
Teaching is Learning
Existing college/university students can teach high schoolers a few concepts in engineering. This will strengthen the fundamentals of the college students making them more qualified and efficient engineers.
Meaningful Difference
Helps students be more prepared and confident to transition from high schoolers to engineering colleges.
Some of live Words
The STEM simulator has been a great tool to supplement my son’s learning at home. He’s always loved tech, and this platform has helped him learn about sensors, robotics, and engineering concepts in an interactive way. I can see his confidence growing with each new challenge he tackles.
- Jack Dawson
Mathematics Teacher
I really enjoy using the STEM simulator! It’s an amazing way to learn about hardware, sensors, and coding. It feels like I’m working with actual equipment, but I can do it all from my computer. I’ve learned a lot about how things work, and it’s been so much fun!
- Olivia Hayes
Special Education Teacher
The STEM simulator is an excellent resource for teaching engineering and coding concepts. It’s easy to use and offers a variety of components and environments, making it perfect for both beginners and more advanced students. It allows for experimentation without the need for expensive equipment.
- Noah Bennett
Principal
The STEM simulator has been a game-changer for our school. We’ve integrated it into our STEM curriculum, and the students absolutely love it. It’s interactive, educational, and gives students a chance to experiment with real-world engineering applications. It’s a must-have for any school focused on innovation!
- Charlotte Mitchell
Parent Advocate & School Volunteer
A very simple and easy to use! No more messy wires! Works very well for our entire school.
- Ethan Lewis
Parent Representative
The most important part is we can use this kit for Grade 3-4 as well as higher grade students. A lot of possibilities with this kit. You can create easy projects as well as challenging projects for older students
- Allen Border
School Ass. Professor
This kit is an excellent educational tool for students to develop critical thinking and creativity. The instructions are easy to follow, and the kids love the hands-on experience of building their own robots. It’s not just about following steps but understanding the principles behind them.
- Adams Smith
Literacy Coordinator
The electronics kit is fantastic for students to learn about circuits and electrical components. It allows them to build and test their own creations, fostering hands-on learning. The kit also includes helpful guides, making it easy for them to understand the underlying concepts.
- Richard Margon
Primary School Teacher
Get in Touch
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Phone number+61 423 800 703
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Email usinfo@stementis.com
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AddressLevel 2, 11 York Street, Sydney, NSW 2000.
“Empower Your Experience, Virtually”
Blog
Explore insights, stories, and innovations in STEM education, from real-world applications to engaging classroom experiences.
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