Science & Technology Education Promoting Wellbeing for Individuals, Societies & Environments
A resource-rich schema for educating students so that they can eventually self-direct RiNA projects to help overcome often-controversial harms (e.g., climate crises, surveillance, species losses) in STSE relationships that appear largely due to influences of powerful people (e.g., financiers) & groups (e.g., corporations, think tanks, trade organizations) on fields of science & technology and much else.
We recommend teachers often begin lessons by stimulating students to reflect on past experiences and express their current attitudes, skills & knowledge (ASK) relating to a topic (e.g., plant biology) to be learned & explored. Stimuli can involve any item(s) in STSE relationships, such as pictures of common commodities. About these, students might be asked questions like, 'What do you like/dislike about this?,' 'What people &/or groups may support/critique it?' and 'What could/should be done - and why - to overcome any harms you see related to this?' Providing such stimuli makes the Students Reflect phase somewhat teacher-directed, but the phase should be most student-directed & open-ended - to help ensure students' intellectual independence. Based on constructivist learning theory, such activities can help students to become more conscious of often-subconscious ASK that can greatly-influence their interpretations of experiences - such as different images people 'see' in this photograph. Commonly, students' expressed ASK in such activities are quite varied, which we suggest teachers must respect because of variations in students' abilities and cultural-social capital. An overall description of the Students Reflect phase of this pedagogy is available here. Elaborations & resources for reflections in secondary school contexts are here. A video introducing student reflections for elementary school contexts is here.
Although some students may express ASK (attitudes, skills & knowledge) that align with those of the teacher and other professionals, those of many other students may not match them. Again, this is often due to limitations in students' abilities and cultural-social capital. For social justice reasons, therefore, it is necessary for teachers to ensure that all students develop ASK that may serve them well in societies. To accomplish this, we strongly urge teachers to directly teach students very important ASK that often are difficult-to-discover through student-led inquiries. In addition to teaching essential Products of S&T/STEM, particularly important to teach are STSE Harms (related to Socioscientific Issues) that often are results of intense influences of capitalist individuals & groups on fields of science & technology and most other entities on earth. Although very problematic, such influences often are hidden from people or discredited (e.g., Merchants of Doubt). In this regard, a common technique is subterfuge - based on actor-network theory (ANT), as with genetically-engineered salmon, commodities often are presented in reductionist ways (in ANT terms, punctualized), like a Trojan horse, hiding or distracting consumers from knowing about possibly-problematic networks to which they belong. Such purposeful networks are called dispositifs, assemblages of actants that largely cooperate in support of common purposes (e.g., for-profit consumerism). In addition to teaching about such problematic STSE relationships, however, students should be taught about RiNA projects undertaken by people to overcome STSE harms of their concern. Teaching ASK like that above must - based on knowledge duality theory - also, however, be accompanied by activities enabling students to apply newly-taught ASK, such as case methods activities like that for evaluating cell phones. Elaborations & resources for Teacher Teaches for secondary school contexts are here. A video introduction to Teacher Teaches for elementary school contexts is here.
Teachers may have 'taught' - in the Teacher Teaches phase - students about curriculum 'content,' including about Products, Skills, STSE relationships, STSE Harms, possible STSE Actions and Sample RiNA projects. However, again, in light of knowledge duality theory, students' learning may not be very deep or committed until they have opportunities to more independently design & conduct practice RiNA projects to help overcome STSE harms of their concern. For this Students Practise phase, accordingly, the teacher can given students an assignment to complete a small-scale RiNA project to overcome an STSE harm of their choice. Such an assignment should be mostly student-directed & open-ended, except in terms of assistance provided by the teacher for aspects of such projects about which many students may be unfamiliar. Students may benefit, for instance, from lessons & resources relating to: STSE Issues; correlational study methods; and, STSE action types. Elaborations & resources for Students Practise in secondary school contexts are here. A video introduction to Students Practise for elementary school contexts is here.
Lock's (1990) Learning Control Model
The STEPWISE pedagogy is based on several theoretical conceptions. Of particular importance are variations in control-of-learning - as recommended by Roger Lock (1990). As explained in this summary, teacher and student control over procedures and conclusions in the STEPWISE pedagogy should vary, as follows: Students Reflect: activities should be mostly SD/OE; Teacher Teaches: lessons should be very TD/CE, while application activities may be somewhat more SD/OE; Students Practise: mostly, depending on student needs, SD/OE. Student-led RiNA projects should, of course, be very SD/OE. Reasons for such variations in learning control also are based on constructivist learning theory. As elaborated in this summary, although students always construct ASK based on those in their brains/bodies, directions of their constructions tend to be limited the more teachers control procedures and conclusions. So, while the STEPWISE pedagogy does promote TD/CE instruction in the Teacher Teaches phase, the other two phases - and, of course, student-led RiNA projects - are to err on the side of SD and OE experiences. Finally, learning control variations can influence students' conceptions of the nature of science & technology (NoST). As explained in this summary, students may develop more holistic - and, likely, realistic - NoST conceptions if teachers balance TD/CE & SD/OE lessons & activities.
In addition to resources linked above, items linked below may be helpful.
STEPWISE Video Introduction
Students Talking About Their RiNA Projects