For your study on "The influence of support systems in STEM selection in rural South African schools," a robust theoretical framework can be built using a combination of Social Cognitive Theory (SCT) by Albert Bandura and Bronfenbrenner's Ecological Systems Theory. This combination allows for an examination of both individual agency and the multi-layered environmental influences on learners' choices. Here's how these theories can be applied: --- Theoretical Framework: Social Cognitive Theory and Ecological Systems Theory 1. Social Cognitive Theory (SCT) by Albert Bandura Core Idea: SCT posits that human functioning is a product of the reciprocal interaction of personal, behavioral, and environmental factors. It emphasizes the role of observational learning, self-efficacy, and outcome expectations* in shaping individuals' choices and actions. Application to your study: Personal Factors: This includes learners' self-efficacy (their belief in their ability to succeed in STEM subjects), their outcome expectations (what they believe they will gain from pursuing STEM careers), and their goals* related to education and future employment. For example, a learner with high self-efficacy in mathematics, influenced by a supportive teacher, is more likely to select advanced math. Environmental Factors: This encompasses the various support systems* you identified: Teacher Influence*: Teachers act as models and provide direct feedback, shaping learners' self-efficacy and interest in STEM. Encouragement and effective teaching strategies (as per Ramaila, 2022) enhance positive environmental influence. Family and Socio-Economic Influence*: Parental expectations, guidance, and knowledge of STEM careers (Sedibe, 2011) create a supportive or unsupportive environment. Peer Influence*: Peers can model behaviors and attitudes towards STEM, either encouraging or discouraging selection (Maree, 2010). School Resources and Career Guidance*: The availability of labs, materials, and structured career counselling (Moloi, 2010; Diale, 2011) are environmental factors that provide opportunities for learning and informed decision-making. Behavioral Factors: The ultimate selection of STEM subjects* by learners. Reciprocal Determinism: SCT highlights that these factors interact. For instance, a learner's positive experience in a science class (behavior) can increase their self-efficacy (personal), leading them to seek out more STEM-related activities (environment), which further reinforces their choice. 2. Bronfenbrenner's Ecological Systems Theory Core Idea: This theory views human development as a dynamic process of interaction between an individual and their environment, organized into nested systems: microsystem, mesosystem, exosystem, macrosystem, and chronosystem. Application to your study: This theory helps to contextualize the support systems within the broader rural South African setting. Microsystem: The immediate environments where learners directly interact with support systems. This includes the classroom (teacher-learner interactions, teaching strategies), the home (parent-learner interactions, family expectations), and peer groups* (friend interactions). Mesosystem: The interactions and connections between different microsystems. For example, how parental involvement (home microsystem) influences a learner's engagement with teachers (classroom microsystem), or how school-based career guidance (school microsystem) is reinforced or contradicted by family advice (home microsystem). Exosystem: External settings that indirectly affect the learner but in which the learner does not directly participate. This includes school administration policies on resource allocation, community STEM initiatives, or the socio-economic conditions* of the rural community that affect family resources and parental employment opportunities. Macrosystem: The broader cultural values, laws, customs, and socio-economic structures that influence all other systems. In the South African context, this includes historical inequalities* in education and resource distribution (Jansen; Spaull, 2013), societal perceptions of STEM careers, and national education policies. These macro-level factors profoundly shape the resources available in rural schools and the opportunities perceived by learners. Chronosystem: The dimension of time, including socio-historical circumstances and life transitions. This could refer to changes in educational policies over time or the long-term impact of historical inequalities on current STEM selection trends. --- Integration of Theories By combining SCT and Ecological Systems Theory, your study can: 1. Explain Individual Choices (SCT): Understand how learners make decisions about STEM subjects based on their personal beliefs (self-efficacy, outcome expectations) and their direct interactions within immediate support systems (teachers, family, peers). 2. Contextualize Influences (Ecological Systems Theory): Show why these support systems operate differently in rural South African schools by considering the broader environmental layers, such as resource inequalities, socio-economic disparities, and historical legacies. This integrated framework allows for a comprehensive analysis of how various support systems, operating at different ecological levels, ultimately influence learners' STEM subject selection in the specific context of rural South African schools.