STEMpower Kenya, MMUST STEM Center

The Centre today hosted a half-day STEM Pathways Bootcamp themed “What’s a STEM Pathway in Senior School?” in collaboration with STEMpathy Hub Africa, with a special focus on a hands-on Electronics Lab and Virtual Simulations from PhET, for Grade 10 students from Fesbeth Senior School.

As students transition into Senior School, many are eager—but unsure—about what STEM pathways really involve. This bootcamp was designed to help learners understand STEM subject combinations, career options, and the skills needed beyond the classroom, while experiencing STEM in action.

📌 Tips for schools & parents engaging Grade 10 learners:
• Encourage exploration before specialization
• Connect subjects to real-world applications
• Support hands-on learning and experimentation
• Create opportunities to interact with mentors and role models

We thank Fesbeth Senior School for partnering with us and look forward to hosting more schools as we support learners in navigating meaningful STEM pathways.

Interested in a STEM bootcamp for your school? Reach out to us!

Chemical Microfactory Lab connects science to livelihoods:

✔ Understand molecular structure & product function
✔ Build and operate miniature factories
✔ Compare local vs imported products
✔ Analyze cost, yield & sustainability
✔ Explore entrepreneurship & career pathways

Contact us to bring this lab to your school.

STEMpathy Hub Africa
Case Western Reserve University
STEMpower

Gallery: Chemical Microfactory Lab School Sessions

The Chemical Microfactory Lab is implemented through a strong partnership with Case Western Reserve University (CWRU), USA through STEMpower Inc.'s MMUST STEM Centre, who serve as the implementing partner in close collaboration with STEMpathy Hub Africa.

Together, the partnership addresses a critical challenge in STEM education: supporting CBE while bridging the gap between theoretical learning and real-world scientific, industrial, and entrepreneurial application.

The STEMpower MMUST STEM Centre is pleased to share an update on the ongoing pilot of the Chemical Microfactory Lab, an innovative hands-on STEM learning initiative housed within the Centre and in schools.

Led by Dr. Rahab Kamau (Department of Pure & Applied Chemistry, MMUST) and Dr. Mageto Maxwell (Coordinator, MMUST STEM Centre), this pilot introduces learners to an interdisciplinary approach where chemistry, biology, physics, engineering, economics, and sustainability intersect. Through the lab, students transform local natural resources into everyday products such as soap, paper, and biodiesel—connecting molecular structure, process design, and real-world value creation.

The Chemical Microfactory Lab is implemented through a strong partnership with Case Western Reserve University (CWRU), USA through STEMpower Inc.'s MMUST STEM Centre, who serve as the implementing partner in close collaboration with STEMpathy Hub Africa. Together, the partnership addresses a critical challenge in STEM education: supporting CBE while bridging the gap between theoretical learning and real-world scientific, industrial, and entrepreneurial application.

This pilot reflects MMUST STEM Centre’s commitment to experiential learning, industry-relevant STEM education, and preparing learners for future pathways in science and innovation.

We look forward to refining and scaling this model to reach more learners and institutions.

📍 STEMpower MMUST STEM Centre
🤝 In partnership with Case Western Reserve University
🔧 Implemented in collaboration with STEMpathy Hub Africa

Today, our First-Year BSc undergraduate students had an exciting and enriching learning experience at the STEM Center, as they navigated through a range of virtual simulations from AMRITAVishwaVidyapeetham focused on the Physical Sciences.

Through the interactive and immersive simulations, students explored core scientific concepts beyond textbooks, gaining hands-on insight into real-world applications of physics and related disciplines. These digital tools helped enhance conceptual understanding, encouraged curiosity, and promoted active learning in a dynamic environment.

Experiences like these empower students to learn by doing, making science more engaging, accessible, and impactful. We are delighted to facilitate such innovative learning opportunities at our STEM Center and look forward to many more explorations ahead!

www.STEMpower.org.

Today, at the MMUST STEM Center, our First year BSc. Physics students successfully navigated the AMRITA Vishwa Vidyapeetham Virtual Laboratory (A-VLab) simulation on Heat Transfer by Radiation, an essential practical component of Thermal Physics and one of the more challenging Level 1 courses dealing with thermodynamic systems. Through this virtual experiment, the students compared heat transfer between a variety of material surfaces and an ideal blackbody surface, observing clear differences in emissivity, absorption, and radiation behaviour. The simulation allowed them to appreciate why a blackbody acts as a perfect absorber and emitter of radiant energy, and helped them meaningfully connect theoretical principles such as the Stefan–Boltzmann law and emissivity to real-life scenarios that are difficult to demonstrate in an introductory physical laboratory. This session served as an effective bridge between classroom theory and actual thermodynamic behaviour, highlighting the importance of AMRITA Vishwa Vidyapeetham’s Virtual Laboratory platform in strengthening conceptual understanding, enhancing experimental skills, and enriching modern physics education. We are proud of our young physicists for the curiosity and engagement they demonstrated today as they continue building a strong foundation in core physics principles.

www.STEMpower.org.

Today we had the pleasure of hosting the third batch of 70 learners from Mwiyala Junior Secondary School at the STEM Centre.

In the virtual computing lab, the learners immersed themselves in the “Build an Atom” simulation, where they connected classroom concepts to real-world industrial material applications. They successfully constructed atoms of different elements, observed variations in atomic and mass numbers, and discussed the stability of different isotopes,bringing abstract concepts to life in an engaging way.

The students also explored our electronics instrumentation lab, where they generated different signals and gained foundational knowledge in electronics applications. This hands-on exposure helped them appreciate how electronics form the backbone of modern technology.

We are excited to see these young learners embrace science, technology, and innovation as tools to better understand their world and inspire future solutions. 🌍🔬⚡

www.STEMpower.org.

On Wednesday this week, we had the pleasure of hosting 95 enthusiastic Grade 7, 8, and 9 learners from Mwiyala Junior Secondary School, accompanied by 2 educators, at the MMUST STEM Centre.

The students explored PHET interactive simulations on Ohm’s Law and simple circuit construction, where they made real-time observations and connected theory to practice. They were further introduced to data visualization and analysis using Microsoft Excel, equipping them with vital digital literacy skills.

For many of these learners with limited exposure to digital tools, the session was an eye-opener,helping them see how science and technology can address real-life challenges.

At the STEM Centre, we remain committed to providing hands-on learning experiences that empower young minds to innovate, explore, and shape the future.

www.STEMpower.org.

Today we were delighted to host another batch of 100 Grade 9 learners from Mahiakalo Junior Secondary School, accompanied by three of their dedicated educators.The students immersed themselves in PHET interactive simulations, exploring concepts of home appliance safety through circuit construction. This digital learning experience was then seamlessly connected to hands-on practice in our Physics laboratory, where the learners validated the simulations and linked them to real-world day-to-day applications. 🔌⚡

Such blended learning,combining virtual simulations with practical experimentation continues to inspire curiosity, creativity, and problem-solving among young learners. 🌍🔬We commend the students and their teachers for their enthusiasm, and we look forward to hosting many more schools as we advance STEM education together. 🚀

www.STEMpower.org.

Yesterday, the MMUST STEM Center had the pleasure of hosting over 100 Grade 8 and 9 students from Mahiakalo Junior Secondary School, who were accompanied by two dedicated educators. The students delved into exciting hands-on sessions on cells and simple circuits, using the Circuit Construction Kit from PhET Interactive Simulations. This interactive tool enabled them to build, test, and visualize circuits in real time, turning abstract concepts into practical experiences.

Through these activities, the learners gained a deeper understanding of electricity, developed problem-solving and critical-thinking skills, and discovered how classroom knowledge connects to real-world applications. The session also encouraged curiosity, teamwork, and creativity, leaving the students inspired and motivated to explore science even further.

At the STEM Center, we remain committed to creating engaging opportunities that make science come alive. We are grateful to Mahiakalo School for this collaboration and proud of the enthusiasm shown by both the students and their educators.

www.STEMpower.org.
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Today, we had the pleasure of hosting 50 aggressive Form 3 and 4 students from St. Barnabas Girls' High School,from Kisumu County,for an engaging STEM immersion experience at MMUST!

🔬 The journey began in the Physics Laboratory, where the students explored a series of captivating experiments. They visualized wave behavior in the ripple tank, examined X-rays, investigated half-wave and full-wave rectification, and conducted a diffraction experiment to study the scattering of light. These hands-on sessions brought key Physics concepts to life, encouraging the learners to ask questions and think critically.

🧫 The learning continued in the Biological Sciences Laboratory, where students took part in practical biology experiments that deepened their understanding of living systems and cellular processes.

💻 The final stop was at the STEM Center’s Virtual Lab, where students engaged in interactive simulations on the photoelectric effect. Here, they analyzed how variables such as light intensity and frequency affect electron emission. Building on this foundation, the students were then introduced to the fascinating world of quantum computing, using Python programming and the Qiskit module to simulate quantum principles in action! 🚀🔍

👏 We applaud the curiosity, engagement, and brilliance shown by the students throughout the day. As MMUST STEM Center, we are committed to inspiring future scientists, engineers, and innovators by providing rich, hands-on learning opportunities that bridge theory and practice.

www.STEMpower.org.
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On Friday, 4th July, the MMUST STEM Center, in collaboration with INNODEMS, had the pleasure of hosting 30 enthusiastic students from Shikombelo Junior Secondary School.

The students took part in exciting hands-on sessions in Robotics and Scratch Coding, where they explored the basics of programming and technology in a fun and interactive environment.What was even more impressive was how these young minds applied their new skills to real-world challenges. They designed and presented innovative projects aimed at solving everyday classroom problems. Some of the outstanding projects included:
✅ A model simulating the revolution of the Earth,
✅ A project for easy calculation of the area of rectangles and cuboids,
✅ Other creative, practical solutions inspired by their daily learning experiences.

We are proud of their creativity, teamwork, and problem-solving spirit. Events like these demonstrate the power of STEM education in shaping future leaders and innovators.

👏 A big thank you to Shikombelo JSS, INNODEMS, and our dedicated team for making this event a success.

# MMUST