Cognitive development and teaching have highlighted the importance of learning based on the relationship among individuals and the learning environment. Teaching and learning of science in early childhood development and education (ECDE) can only be effective if adequate facilities, materials, equipment and activities are put in place. Teaching of science in ECDE centres in Kenya is faced with numerous challenges, hence the negative influence on children's learning of the subject. This raised the question of whether we have appropriate conditions for implementation of the science curriculum in ECDE centres. This study investigated conditions for implementation of science in 115 ECDE centres managed by 230 teachers in Kakamega Municipality, Kenya. It used the ECDE facilities checklist, the ECDE classroom science materials/equipment checklist, the ECDE classroom science activities checklist, and the ECDE teacher classroom science questionnaire to analyse the availability of science materials, equipment, class size and activities for ECDE children in the classroom. Each teacher was videotaped for two consecutive days during science activities. Their attitude towards science curriculum was measured by the use of an attitude scale. The findings of the study indicated that threequarters of the ECDE centres had appropriate general facilities. However, a majority (91.2%) of ECDE centres lacked adequate and quality classroom science materials/equipment. The activities that the ECDE teachers engaged in were mostly unrelated to science activities (85.7%), even though they had a favourable attitude towards the science curriculum. This study is significant because the resulting findings will influence practice in early childhood education by informing policy makers on prevailing conditions for implementation of the science curriculum. On the theoretical side, the findings will contribute to the development of teaching and learning science materials, science equipment and a children's science curriculum tool kit.

Dispositions towards use of digital technologies in modern early childhood settings have dramatically transformed aspects in education sector through development and integration of technology into education policy, curriculum and practice. Digital technology as a tool in instruction benefits learner's fine motor skills, language and communication readiness, mathematical thinking as well as positive attitudes towards learning. Conversely inadequate educational and digital competence hampers teachers in Early Childhood Education (ECE) access to digital technology. This study assessed ways in which teachers in ECE in Kenya access digital technologies. It was designed as a two-phase exploratory mixed methods study. The design allowed collection of data from two groups of ECE educators: case study and survey teachers. Case-studies of two ECE centers (low and high technology) involving 11 ECE teachers were compared in order to examine similarities and differences in access to digital technologies. Similarly, teachers (n=508) in two education zones were surveyed and drawn in terms of similarities and differences in access to digital technologies. Findings indicated that ECE teachers in Kenya have limited access to digital technologies due to non-availability in ECE teaching and learning environments. To address this challenge, the study recommends Ministry of education to put emphasis on funding technology resources in early childhood settings. Furthermore, teachers in ECE should be exposed to a variety of developmentally appropriate digital technologies in order to effectively enhance teaching and learning.