Kusile Labs & Technology is dedicated to advancing science and mathematics education through innovative, practical learning solutions. With over 15 years of industry experience, we partner with schools to transform classrooms into modern laboratories, build modular and mobile science and mathematics labs, and supply curriculum-aligned kits for Grades 4–12. Our services include teacher training and comprehensive user manuals to ensure sustainable use of resources. By bridging the gap between theory and practice, Kusile Labs & Technology empowers educators and learners, fostering a culture of curiosity, innovation, and excellence in STEM education across underserved communities.
Our four core focus areas are: designing and installing prefab/modular school science and mathematics labs, refurbishing dilapidated science labs into modern, fully equipped facilities, and manufacturing mobile science labs for schools with limited space. Complementing these infrastructure solutions, we provide comprehensive teacher training to ensure effective use of the labs and resources. These services collectively empower schools to deliver practical, engaging STEM education that bridges the gap between theory and practice
Access to a science laboratory is crucial for underprivileged learners as it bridges the gap between theoretical knowledge and practical experience, allowing them to thoroughly understand scientific concepts.
Many students in disadvantaged schools rely solely on textbooks, which limits their ability to cultivate essential skills such as problem-solving, observation, experimentation, and analytical thinking. A well-equipped science and mathematics lab offers hands-on exposure to real-world experiments, sparks curiosity, and builds confidence in STEM subjects.
This practical experience prepares learners for tertiary education and future careers in science, engineering, and technology, where practical competence is vital. Additionally, labs promote teamwork, innovation, and creativity, leveling the playing field and providing underprivileged learners with opportunities comparable to those in well-resourced schools.
Ultimately, access to laboratories empowers these learners to reach their full potential and plays a significant role in breaking the cycle of poverty through education and skills development.
Kusile Labs & Technology specializes in four core services designed to transform science and mathematics education in schools across South Africa. The company designs and builds modular/prefabricated science laboratories, offering modern, fully equipped spaces where schools lack infrastructure. It also undertakes refurbishment of existing classrooms, converting old or dilapidated rooms into state-of-the-art science and mathematics laboratories. For schools with limited space, Kusile Labs & Technology manufactures mobile science laboratories, providing flexible, transportable solutions for practical learning. Additionally, the company supplies comprehensive apparatus, experiment kits, and ICT tools, covering natural sciences, life sciences, physical sciences, chemistry, and mathematics, and pairs these resources with hands-on teacher training to ensure effective utilization, improved learner engagement, and compliance with the national curriculum standards.
A science lab A before refurbishment
A Science Lab B during refurbishment
Lab Equipment Storage Unit
The Science lab after refurbishment
The Science Lab B after refurbishment
Chemicals Storage Unit
| Total Length when it is open | 1500mm |
| Length when it is closed and compact | 750mm |
| Height | High Schools: 850mm, Primary Schools: 650mm |
| Fittings | Power point plugs, gas burner and nozzles |
| Plumbing | Water tap, sink and drainage |
| Water supply | Fitted with 2 x 10L water Gallons |
| Mobility | On Caster wheels to move from classroom to classroom |
Refurbishment of dilapidated science laboratories involves a complete transformation of outdated, unsafe classrooms into modern, state-of-the-art facilities that meet current educational and safety standards.
The process begins with structural repairs, including flooring, ceilings, lighting, and ventilation, followed by the installation of new workstations, water supply systems, gas lines, and electrical outlets. Advanced ICT equipment such as interactive whiteboards and ceiling-mounted projectors is added to enhance teaching methods.
The laboratories are painted with durable finishes and fitted with secure storage for chemicals and apparatus. Safety equipment, including fire extinguishers, emergency showers, and fume extraction systems, is installed. The upgraded labs create an engaging, safe, and inspiring environment, enabling learners to perform practical experiments and improve science and mathematics learning outcomes.
Handover Ceremony for the Mobile Science Lab at Sandisiwe Secondary School by Standard Bank and Kusile Labs & Technology Officials in Mdantsane, East London, Eastern Cape
Handover Ceremony for the Mzilikazi High School Mobile Science Lab by Uitkomst Colliery and Kusile Labs & Technology Officials in Uitrecht, KwaZulu Natal.
Handover Ceremony for Emalahleni Combined Mobile Science Lab by Uitkomst Colliery & Kusile Labs & Technolgy Officials in Uitrecht, KwaZulu Nalal.
Grade 12 learners from Simanyene High School conducting an experiment on the Kusile Labs & Technology Mobile Science Lab in Strand, Cape Town, Western Cape.
Grade 12 learners from Naauwpoort Secondary School conducting an experiment on the Kusile Labs & Technology Mobile Science Lab in Rustenburg, North West.
Grade 12 learners from VK Kwinana Senior Secondary School washing hands after conducting an experiment on the Kusile Labs & Technology Mobile Science Lab in Kwa Nobuhle, Uitenhage, Eastern Cape.
Wet Chemicals
Apparatus, Equipment and Chemicals
Dry and Wet Chemicals
Gas Burner
Gas Nozzle
Electrical Power Point, Gas Burner and Nozzle
Council for the Built Environment (CBE) - The Council for the Built Environment sponsored a year-long mathematics and science program in KwaNobuhle, Uitenhage, Eastern Cape, benefiting 150 learners. Conducted using a mobile science laboratory, the program provided hands-on practical lessons, bridging gaps in science and mathematics education for under-resourced schools. Learners gained improved understanding, confidence, and performance in STEM subjects. As a result of their dedication and improved outcomes, three learners from the program were awarded computers and bursaries to pursue careers in the built environment. This initiative has created pathways for academic growth and inspired interest in technical and scientific professions within the community.
Standard Bank - Standard Bank, through its Corporate Social Investment (CSI) initiatives, has funded schools in Motherwell in the Eastern Cape and a school in Limpopo, enabling learners to access experiential learning in mathematics and science. By providing mobile and refurbished laboratory facilities, learners in these under-resourced communities can conduct hands-on experiments, bridging the gap between theory and practice. This initiative equips learners with critical STEM skills, fosters curiosity, and improves academic outcomes. Through experiential learning opportunities, Standard Bank empowers learners with the knowledge and confidence required to pursue science-related careers, uplifting communities and contributing to long-term educational and economic development.
Training - Kusile Labs & Technology provides comprehensive teacher training programs for educators whose schools benefit from CSI-funded science and mathematics infrastructure, including mobile labs, prefab/modular labs, and refurbished classrooms. Training equips teachers with the skills to effectively use modern laboratory equipment, ICT tools, and experiment kits. It emphasizes practical teaching methodologies aligned with the national curriculum, ensuring safe handling of chemicals, apparatus, and lab technology. Teachers gain confidence in conducting demonstrations and facilitating learner-centered experiments. Continuous support and user manuals accompany the training, empowering teachers to create engaging, hands-on learning environments that maximize the impact of the new facilities and resources.
Rossing Foundation- The Rossing Foundation in Windhoek, Namibia, has procured three mobile science laboratories to expand access to practical science and mathematics education. These mobile labs travel to underserved schools, providing learners with hands-on experiments and STEM learning. By taking modern laboratory facilities directly to remote areas, the foundation improves science learning outcomes, fosters curiosity, and supports equitable education opportunities for learners in disadvantaged Namibian communities.
SGS - SGS South Africa has, over the years, played a significant role in improving science and mathematics education by supporting schools across five provinces: KwaZulu-Natal, Mpumalanga, Gauteng, North West, and the Western Cape. Through its ongoing corporate social investment initiative, the company has equipped schools with science laboratory apparatus, chemicals, and consumables essential for conducting curriculum-aligned experiments. Each year, schools participating in this program receive a replenishment of chemicals and other necessary materials to ensure uninterrupted practical learning. This sustained support strengthens science education, enhances learner engagement, and promotes a culture of hands-on experimentation, helping to raise academic performance in underserved communities.
SACP - The South African Communist Party’s initiative to procure a mobile science laboratory, along with a complete set of FET equipment and chemicals, for a deserving underprivileged school is a vital investment in education. This contribution enables learners from disadvantaged backgrounds to gain hands-on experience in science and mathematics, bridging the gap between theory and practice. By prioritizing STEM resources, the initiative empowers youth with critical skills, inspires interest in scientific fields, and levels the educational playing field. Such efforts foster long-term socio-economic development by creating opportunities for learners who might otherwise lack access to essential science laboratory infrastructure.
