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Understanding genetics, an important topic in the study of biology, is critical for scientific literacy in agriculture, health, and forensic investigations. However, it has been observed that teachers find genetics difficult to teach and pupils do not perform well in it. Teachers can use expository teaching or active learning methods, but the secondary school curriculum in Malawi advocates the latter. The aim of this study was to find out how genetics is taught and how teachers justify their choice of method. This study used a multi-case design involving six teachers and observed their Mendelian genetics lessons and asked them to justify their choice of teaching method. The findings show that teachers mostly use expository methods utilizing lecture and question and answer teaching techniques. Contextual factors such as large classes, limited teaching time, and lack of resources were cited as reasons for their choice of expository techniques. In addition, they said that the topic was abstract and learners could not construct their own understanding. Furthermore, they indicated that they did not know what activities to arrange for the learners. The paper discusses the difficulties experienced in implementing active learning methods in teaching genetics and recommends possible avenues for teacher education and further research in Malawi.

Due to the increasing number of children and youth dropping out of school, the Malawi government came up with a strategy to address their learning needs through non-formal means in its Education for All (EFA) plan. This resulted in the introduction of a three-year cycle pilot programme known as Complementary Basic Education (CBE). Funded by GTZ, a German funding agency, the CBE programme has since entered its second year of implementation. This paper reports an evaluation study of the CBE programme so far, with a view of highlighting some of the challenges affecting its implementation. Using a qualitative methodology, the study found that the programme is in many respects, potentially beneficial to various groups of stakeholders including learners, their parents and the community in general. However, the study finds that the major setback in achieving this potential lies in the differences in perception of what should count as curriculum for the CBE programme between providers and beneficiaries. There is a mismatch between "needs" as perceived by learners and community members on the one hand, and "needs" as perceived by the providers on the other hand. The paper discusses some of the issues that the providers need to respond to if CBE implementation is going to be beneficial to the livelihood needs of the learners and the immediate community.

This study investigated and compared the pedagogical orientations of physical sciences teachers in Malawi and South Africa towards inquiry or direct methods of science teaching. Pedagogical orientation has been theorized as a component of pedagogical content knowledge. Orientations were characterized along a spectrum of two variants of inquiry and two variants of direct instruction. Teacher preferences for pedagogy were measured using case-based assessment items which depicted actual scenarios for teaching particular physical sciences topics and provided four alternative teaching method options. Item topics were common to both the Malawian and South African science syllabuses. Response data were obtained from 164 Malawian high school physical sciences teachers at community, conventional and grant-aided schools, for comparison with previous South African data. Analyses produced pedagogical orientation profiles for each teacher and item in terms of the distribution of choices between the four options and these were aggregated by school type and compared with the corresponding profiles for South African teachers on the same items. Responses to items covered the whole spectrum of approaches, although relative proportions depended on teacher, topic, type of school and country. Aggregated responses for both countries tended more toward variants of inquiry than of direct instruction. In some cases, Malawian teachers had an unexpectedly strong direct didactic preference. A direct didactic orientation was mainly prevalent amongst teachers from disadvantaged Malawian community schools and South African rural schools. South African teachers from suburban schools exhibited a stronger guided inquiry orientation than their Malawian counterparts from grant-aided schools. In contrast, teachers at Malawian conventional schools had a stronger preference to adopt variants of inquiry (guided and open) than South African teachers at corresponding township schools. Teachers at more privileged schools, that is, Malawian grant-aided and South African suburban schools, showed stronger guided- and open-inquiry orientations than teachers at less privileged schools. School type and contextual circumstances affected teachers' pedagogy choices in both countries, having a substantial influence on the approaches that teachers would adopt in their own situations.

Integration of environmental issues in education is one approach to achieving sustainable development in Malawi and perhaps other countries. This paper analyses the integration initiatives in formal education including primary, secondary and university levels. The analysis is conducted with a view of identifying the successes and challenges. The 'intended' and the 'experienced' curriculum formed the unit of analysis. While the 'intended' curriculum was represented by the written syllabi, the general conditions of the school environment and evidence of teaching approaches used by teachers as found by previous studies, were used as a proxy for the 'experienced' curriculum. In general, the analysis has shown that initiatives of integrating environmental issues in the 'intended' curriculum have been achieved with considerable success although student drop out and the designation of core and elective subjects pose some challenges in this respect. The 'experienced' curriculum tends to face more challenges arising largely from the resource constraints of the schools. It is recommended that resource provision in the schools should be improved significantly if integration of environmental issues is to yield the desired results. In addition, teachers should be trained to use culturally responsive pedagogy in order to tap from the IKS of the learners.

Faced with accelerating poverty, the Malawi government has re-awakened its commitment to the development of human capacity and the role of development in this context. This paper explores the relationship between development and science and technology. It goes on to review the country's science and technology needs and how these justify taking developmental action. It concludes that strategies designed to increase access to education should not be limited to the primary sector, but should also include secondary curricula and university science and technology programmes. Drawing on the arguments in the article and personal experience, the authors suggest promoting the development of human capacity in Malawi by creating special "science schools" in the secondary sector and increasing the number of scholarships for university science students.