Please find attached my observation notes from Rachel Marsden, my TPP Tutor.
Casy Study 2-“Plan for and support student learning through appropriate approaches and environments.”
As the 3D workshop is open access for all courses, planning, and support can be challenging as I am unaware of which students I’ll be interacting with each day. Not only are the students from a variety of courses with different learning outcomes and assessment briefs, but they differ wildly in skill level, experience, learning needs, cultural and social backgrounds, and their future career aspirations. Specifically, some students find it hard to use a computer in general whereas some are coding in multiple programming languages. In addition, the kind of highly technical processes we are teaching can cause a further strain on the students e.g. complicated technical jargon for students where English isn’t their native language can be extremely confusing. Putting strategies in place to adapt to these diversities through planning and support can improve their learning.
Before entering the workshop, students must complete an online induction. This contains information about the health and safety standards within the workshop, what equipment and machinery there is, and how you book. Alongside the induction is a handout about how to create a file for laser cutting and how to use the software. This resource gives the students an idea of what’s to come in the session and is provided to all students no matter which course, their experience, or their background. It is important to create a supportive environment where the students feel relaxed. The workshop can be an intimidating place and providing information before the booking can ease them into the space. The handout is very visual with screenshots of the software and easily numbered instructions to make it more accessible for a wide variety of needs.
Enhancing inclusivity in educational environments involves more than just visual cues such as displaying samples on the walls, it encourages hands-on, object-based learning experiences that engage students directly. Demonstrations play a pivotal role in this process, allowing students to not only observe but also interact with materials firsthand. By encouraging tactile exploration during workshops, we empower students to delve into processes with curiosity and experimentation. While formal education teaches explicit knowledge, tacit knowledge (as stated by Polanyi, 1966) is best acquired through experiential methods. Tacit knowledge is an essential foundation for developing students’ learning ability, especially in understanding and solving problems (L. Zheyu, 2021).
Within the workshop, we try to challenge conventional classroom practice where the student is the recipient of new knowledge, and the teacher is the knower (M. Banning, 2005). Instead, we cultivate a reciprocal exchange of ideas, where both students and instructors contribute to each other’s growth. This bidirectional learning not only benefits students but also enriches instructors through what McDonald and Michela term “Self-Cultivation of Instructors.” By engaging with students in meaningful dialogue and embracing their perspectives it promotes mutual learning and growth. With advancements in technology developing so fast, allowing more time for discussion and knowledge exchange would be advantageous. Different generations develop skills in varied capacities so sharing what one another learns can help our skills grow overall.
To effectively support student learning in the diverse environment of the 3D workshop, adaptability, and proactive planning are essential. Students from various courses and backgrounds, with differing skill levels and needs, require tailored approaches. Strategies such as pre-workshop induction and accessible resources help create a supportive atmosphere, easing students into the technical processes. Hands-on learning experiences and interactive demonstrations further enhance inclusivity, allowing students to engage directly with materials and develop tacit knowledge.
References:
Lindström, L. (2012). Aesthetic Learning About, In, With and Through the Arts: A Curriculum Study. https://onlinelibrary.wiley.com/doi/abs/10.1111/j.1476-8070.2012.01737
Polanyi, M. (1967). The Tacit Dimension, New York: Anchor Books.
Liu, Z., Cui, W., Zhou, J., Wang, Y., Ghani, U., & Zhai, X. (2021). Investigating the Influence of Tacit Knowledge Transformation Approach on Students’ Learning Ability. Frontiers in Psychology, 12, Article 647729. https://doi.org/10.3389/fpsyg.2021.647729
Banning, M. (2005). Approaches to teaching: current opinions and related research. Nurse Education Today, 25(7), 502-508. Published by Elsevier.
McDonald, J. K., & Michela, E. (2019). The design critique and the moral goods of studio pedagogy. Design Studies, 62, 1–35. https://doi.org/10.1016/j.destud.2019.02.001
Smith, M. K. (2003) ‘Michael Polanyi and tacit knowledge’, The encyclopedia of pedagogy and informal education, https://infed.org/mobi/michael-polanyi-and-tacit-knowledge/
Microteaching

As I do all my teaching in person, I wasn’t sure how to adapt it to an online space involving objects. Originally I wanted to create a microteaching session in which I explain the principle of the laser cutter using a magnifying glass. I wanted everyone in the class to have a magnifying glass but this seemed unachievable and unnecessary. I ended up thinking of an idea where the student’s pen acts as the laser beam itself and depending on their grip of the pen changes how the laser is focused to the material.
Laser cutting is a highly technical and scientific process that can be quite daunting if you haven’t used them before. Keeping this in mind, I wanted the drawing task to be simple, fun, and accessible for all no matter your experience. I had the students/observers draw a house 3 times and then we compared the drawings afterwards. I stuck to my lesson plan well during the session, beginning with introducing myself, explaining what the session was going to be about, and asking what everyone’s experience with laser cutters is. I created a simple presentation to keep myself on track and so the students knew what was happening in the session. Overall I felt my pacing was fairly good and I allowed the students to absorb information without overloading them.
The feedback I received from my peers:
- Nicely designed slides, really easy to access and read. Great layout and key information. Perhaps especially good for new induction students.
- I loved learning through drawing, it gave me insight into a concept I would not have understood through just listening or even watching the machine itself. (I set fire to the laser printer in my secondary school and now I understand why!)
- Your speech was very clear, well-paced and easy to understand. Good use of non-technical language and examples to help understanding.
- I really enjoyed the drawing task – was simple to understand your directions and was very effective – I understood what you were trying to explain after the second drawing, but I liked that! I also really liked the language that you used – a mix of specialist terminology and laymans terms that made it much easier to understand but also learn
- You spoke very clearly and explained the key concepts well.
- The task was both fun, being art related and brought up some useful analogies for you in particular…it was a time to process and think and be involved, without being too challenging…
- I also just generally liked learning about lasor cutting – we now have one in a room next to our department and it was fun to learn about what it does!
- I would like to have seen some examples of what can be done with laser cutting, maybe just as supplementary images?
- The bit I enjoyed the most, educationally was probably the Q+A…fascinating questions led to really useful and informative answers…
- Improvements? Maybe there are other questions than ‘have you got any questions?’ !
The feedback I received was extremely helpful and insightful. They stated that my use of non-technical language was very good, it made them understand the process better and feel included. This is something I have learned to do when demonstrating technical processes over the years. As I teach a range of students from all courses, adapting my language has been very important. When planning I forgot to include a section about what can be done on the laser cutters. When delivering this session again I would include more detail about the outcomes you can produce by using this process. This insight helps students to understand the possibilities the equipment has and can inspire their outcomes. Tim mentioned asking other types of questions at the end of the session instead of ‘Have you got any questions’. This is a very helpful piece of feedback and something I hope to develop in the future. Open questions can open up interesting conversations which help solidify students learning. I found the Q&A section at the end of the session reflected the sort of teaching I experience daily in the workshop.




Case Study 1- Use evidence-informed approaches to know and respond to your students’ diverse needs.
As a technician in the 3D workshop at LCC, I deliver teaching to students on many different courses. The workshop is open access and any student from any course can do an induction and use the space.
Every student gets an hour-long timeslot with me, this creates the challenge of building meaningful, trusting relationships, and trying to understand their diverse needs in a short time frame. Engaging with 5+ students an hour, the majority of whom I have never met, leads to difficulties in establishing connections. Therefore, I want to dedicate time at the beginning of each session to build a relationship and ensure I am aware of any needs they may have. I aim to tailor my teaching to suit each student’s diverse needs even under tight time constraints and high turnover.
Compared to academics who spend most of the time with the students, technicians may struggle to make them feel valued and understood due to the constant stream of engagements and the inherent constraints on personalisation. With the students being from such diverse cultural and social backgrounds building relationships can be hard. “Across the world, the composition of school and classroom populations is becoming increasingly diverse. Thoughtful educators recognize that considered collectively the diverse student populations (talented and gifted, multicultural, learning disabled, and speakers of other language) make up a majority rather than a minority of the students they teach” (Teemant, A. & Pinnegar, S. E. 2019). Something as simple as learning their names and courses can be a challenge with language barriers but is very important. To address these challenges, I committed to learning students’ names and investing the part of each session in self-introduction. This simple yet impactful step helps create a foundation for trust and connection between the student and teacher.
Due to cultural and socio-economic factors, the students’ needs vary massively with how they interact with the complex technology within the workshop. For some students, it will be their first time interacting with this technology and for others, they will have been using it since school. As the technology of laser cutting is surrounded by complicated technical specific jargon, this can make it even more complicated for students whose first language is not English. As an educator “clarity, simplicity and parsimony are ideals that authors [teachers] should strive for” when teaching complex topics. Certain signifiers such as the subject-specific language used by the student, observing their interactions with the equipment and software, and grasping their previous knowledge can help produce an understanding of their needs. I actively engage with my own terminology and language use and reflect on the interactions I make every day to ensure I am clear in my communication. To enhance comprehension, I created a video resource for laser cutting as a visual aid, allowing students to reflect and reinforce their understanding independently and visually. This is available online and via a QR code in the workshop and does not need to be consumed within the one-hour time constraint.
Recognizing and accommodating the variety of needs among students contributes to a more inclusive and equitable educational experience. As said in the Universal Design for Learning outlined by Rose & Meyer in 2002, the workshop is “to be usable by all people, to the greatest extent possible”. Implementing the time to build meaningful, trusting relationships and continuously assessing and adapting teaching methods can help create that inclusive environment.
References:
Oppenheimer, D. M. (2006). Consequences of Erudite Vernacular Utilized Irrespective of Necessity: Problems with Using Long Words Needlessly. APPLIED COGNITIVE PSYCHOLOGY
Appl. Cognit. Psychol. 20: 139–156. Wiley Interscience, (www.interscience.wiley.com) DOI: 10.1002/acp.1178. Retrieved from https://www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=&ved=2ahUKEwj4-dWRuvGEAxVsWUEAHVQAD7EQFnoECBEQAQ&url=https%3A%2F%2Fcahill.people.unm.edu%2F480-21%2FOppenheimer-2006-Applied_Cognitive_Psychology.pdf&usg=AOvVaw3N2gqfUX-_ukaCDkNRaqis&opi=89978449.
Teemant, A. & Pinnegar, S. E. (2019). Inclusive Pedagogy: A Conceptual Framework for Educating Students of Diversity. In B. Allman (Ed.), Principles of Language Acquisition. EdTech Books. https://edtechbooks.org/language_acquisition/inclusive_pedagogy
Rose, D. H., & Meyer, A. (2007). Teaching Every Student in the Digital Age: Universal Design for Learning. Educational Technology Research and Development, Month Year of Publication, Page Range. Retrieved from https://www.researchgate.net/publication/225336097_David_H_Rose_Anne_Meyer_Teaching_Every_Student_in_the_Digital_Age_Universal_Design_for_Learning
Burgstahler, S. (2009). Universal Design: Process, Principles, and Applications. Retrieved from https://eric.ed.gov/?id=ED506550
Observation 2- You review peer
Session/artifact to be observed/reviewed: Class Lecture Recording
Size of student group: 10
Observer: Jess Ball
Observee: Kayalvizhi Jayavel
Kayal’s Answers:
What is the context of this session/artifact within the curriculum? The context was introducing the students about Tableau a Visualization tool through examples. And also explain important underlying concepts such as Data Model, Relationships, Joins and Unions
How long have you been working with this group and in what capacity? These are students from M.Sc Data Science and AI. I am working with them since October as Unit leader (Tutor) and this is my second Unit “Critical Data Representation and Analysis” with them.
What are the intended or expected learning outcomes? Expected Learning outcomes are 1. Get introduced to Tableau as a visualization tool 2. Understand Data models, Relationships, Join and Union 3. Understand how to make the necessary settings for Performance optimization 4. Inspire from the real life case studies and adopt few in to their Final assessment task
What are the anticipated outputs (anything students will make/do)? The student would be expected to use Tableau and apply the learning on any given dataset to achieve improved performance
Are there potential difficulties or specific areas of concern? Some of the students are not from Computer Science background, so challenges exist when introducing terms related to data models like Cardinality, Referential Integrity etc.,
How will students be informed of the observation/review? The students knew that I am a student of PgCert and this task is part of it.
What would you particularly like feedback on? I am welcome feedback of any kind, as I strongly believe they will drive me to improve things which may be my blind spots
How will feedback be exchanged? We will have a meeting on Teams to get this done
My Feedback
- Gave a good, clear plan for the day- providing useful links and resources
- Giving an idea of what is to come and things to look forward to- guest speaker
- Asking if it makes sense to the students- checking in with them
- Good hand gestures- backs up what you’re saying with a visual cue.
- Passion and enthusiasm for the subject
- Contents of recording is very helpful- is this something you must set up manually on Panoptu
- Quite a lot of text on the slides- change to keywords- some students could find this overwhelming
- Could you actively show them Tableau instead of just screenshots sometimes? Maybe this can be done later in the class?
- The presentation could be slightly more engaging. – slides all look similar – to break up the session
I found observing Kayal very helpful. Even though we teach very different subject matter, I picked up on a few teaching techniques I’d like to adopt. A big takeaway from the observation was being introduced to Panoptu as a teaching software. I had never seen or used this before and I thought it worked really well for combining a presentation, learning software (screen sharing), and engaging with the students by having your face on the screen. I thought the addition of a contents section works well so the students can look back at particular information and see what’s to come in the class in bite-size pieces.
Observation 1- Peer Reviews You
Session/artifact to be observed/reviewed: Ruby Setup_FINAL_edit.mp4 LASER CUTTER machine tutorial.mp4
Size of student group: N/A- open access, online guide
Observer: Kayalvizhi Jayavel– Senior Lecturer and Course Leader| B.Sc DSAI |CCI UAL
Observee: Jess Ball
What is the context of this session/artifact within the curriculum?
Introducing the students to the laser cutters and Trotec Ruby, the laser cutting software. This video guide is to go alongside/ be used before an in-person appointment.
How long have you been working with this group and in what capacity?
As the tutorial is online for all to see as well as on QR codes within the workshop, it is for whoever desires it. Students from all courses and year groups use the 3D workshop.
What are the intended or expected learning outcomes?
To understand how to set up a file and upload it onto the software whilst preparing the machine correctly and safely for the desired use.
What are the anticipated outputs (anything students will make/do)?
Students would be expected to make a digital CAD file using Adobe Illustrator, prepare it correctly in Trotec Ruby and set up the laser cutter following the safe systems at work guidelines.
Are there potential difficulties or specific areas of concern?
Some students are not familiar with Adobe Illustrator or the process of laser cutting so it can be overwhelming. Some students may struggle with the captions if English isn’t their first language.
How will students be informed of the observation/review?
As it is a prepared video and not live, this is not necessary.
What would you particularly like feedback on?
I would like to know how to make online content more engaging when looking at software and machinery. Also how I can successfully apply this to an in-person context.
How will feedback be exchanged?
A teams meeting
Observers comments and feedback
- Kayal’s feedback in BOLD
- My response in italics
- Videos like this is a great reusable resource -can be watched easily over and over again- refresh the student’s memories.
- The Laser cut had zoom in circle’s which was useful- well edited to give visual cues to the students.
- Sharing it well before in-person appointment is thoughtful and advantageous. This is always helpful when the students watch the video before the booking. Gives them a quick understanding of the software interface and what laser cutting entails.
- Some video links on “Adobe Illustrator” could also be provided in the video -This is a great idea and something I will include in the video description.
- Voice-over would be more engaging. Originally voice-over wasn’t available due to time constraints and software, but this is 100% something I want to add to make the video more inclusive and engaging.
- Slides may also be added (eg: What is the video? Who can use? Use cases, Useful Reference links etc., This is a good idea to include an introduction for the video and explain learning outcomes and useful links- Due to the one-hour time slot, the video had to be short so the other learning outcomes can be met.
- File name can be refined a bit instead of “Ruby Setup_FINAL_edit” -This is a great point and something that passed me by. I will get this changed immediately.
- May a manual or handbook can also be provided apart from video –We provide both digital and paper guides for the students to go alongside this video. I will attach them to my blog post and email.
- And can have a one place repository like git/youtube for all your videos, so it would become easy to access –This would be the preferred option, I am not sure which video streaming sites are available at UAL and will investigate this further.
- And you can have your camera on (one video had it), as it keeps more engagement in my opinion -Seeing someone’s face on a video makes you feel more engaged, and this is something I will change in the future.
I found the observation and Kayal’s feedback extremely helpful and interesting. Even though we come from very different backgrounds of teaching, I believe we learnt a lot about each other and our disciplines.
Reflection of Workshop 3- Aims of Education
In workshop 3 we were given 5 quotes (as seen below) about education and its purpose and were asked to acknowledge which is most relatable to us as educators and practitioners. I felt quote number 4 spoke to me the most. It states that the importance is not on the education itself but rather on the student and how they decide to use it. This is something that I can relate to in my practice daily as I see how some students respond to their teaching and how their imaginations can run wild yet some students get stuck in how they interrupt the brief and what they want their outcomes to be.
- Aphorisms:
- 1. Education is not preparation for life; education is life itself.- John Dewey
- 2. School is the advertising agency which makes you believe that you need the society as it is.-Ivan Dominic Illich
- 3. The classroom remains the most radical space of possibility in the academy.
- 4. Education does not change the world. Education changes people. People change the world.- Paulo Freire
- 5. The learning process is something you can incite, literally incite, like a riot.- Audre Lorde
After summarising Paulo Freire’s book Pedagogy of the Oppressed on ChatGPT it seems this seminal work on education published in 1968 “challenges traditional educational models and advocates for a more participatory and liberatory approach to teaching and learning.”
Some of the key points from the book are as follows:
- Problem-posing Education: criticises traditional “banking” modal of education where teachers dump knowledge into passive students- he prefers more of a dialogue between teacher and student.
- Conscientization: raising awareness of social and political issues to empower students.
- Liberation and Empowerment: The ultimate goal of education “is the liberation of individuals and communities from oppression” (Freire,1968). Education is a tool of empowerment.
- Humanisation: to emphasise each individual’s worth and potential= anti-passive students
- Cultural Context: education should be rooted in lived experiences and connecting the classroom to their social, cultural, and historical backgrounds.
- Action and Reflection: the concept of Praxis- encouraging educators and learners to critically reflect on their experiences and take action to become less oppressed.
I found the problem-posing education section of Freire’s work very interesting as educating passive students is never successful. You need a full dialogue between educator and learner to fully grasp the subject. It’s very important to avoid the “banking” model of education even when tired and uninspired. Just unloading information onto a student without any discourse or feedback is a bad way to teach.
Freire, P. (2017). Pedagogy of the oppressed. Penguin Classics.

Reflection of Cross-Programme Event on Object-based Learning
On the 24th of January, we were joined by Judy Wilcox and Georgia Orgill to speak about Object Based Learning. Here are some thoughts and reflections I had about this exciting event.
The analogue and the digital: experiencing objects
- Concept began in 2005-2008 with Object-based learning in public museum settings (Paris, Hooper-Greenhill)
- Developed as an academic discipline in university museums (Duhs, Chatterjee, Hannan, Kador)- UCL
- Modified for art and design environment (Hardie, Willcocks, Lange, Barton, Mahon)
- Objects support the communication of troublesome knowledge and help make abstract concepts concrete
- Object-based learning activities develop a range of transferrable skills
- Objects are a means of approaching or understanding material and visual culture
- Objects provide a focal point for reflecting on meaning-making and habits of mind and improving self-awareness
- Can be used to build bridges in trans- or inter-disciplinary groups
- Can successfully be done online- padlet, miro
- Padlet is great for quieter members of the class as they can interact without shouting out in front of the class- more inclusive for all learning types.
Judy gave us some really helpful tips about how to include OBL in our lesson plans. I found this very helpful as she broke the points down into simple sections that can be adapted for different styles of teaching.
Lesson Structure:
- Need at least 1.5 hours
- • Objects
- • Framework
- • Worksheet explaining activity
- • Small groups (4)
- • Deep time with object
- • Discussion / sharing
Frameworks for engaging with objects:
- Where we share information about the objects:
- • Subject specific
- • Thematic (sustainability, cultural appropriation)
- • Visual analysis
- (Curatorial voice– when the teacher explains the objects- doesn’t give the students a chance to work it out)
- Where we hold back information about the objects:
- • Material culture analysis / object readings
- • Emotional / extra-rational responses to objects, self-awareness
- • Visual analysis
- (Let the students work it out themselves)- preferred method of OBL
Overall I found listening to both Georgia and Judy extremely helpful. Their experience and knowledge within teaching have given me lots of helpful advice to put into practice in my own teaching. I especially found the subject of OBL very relatable as it is something I do on a day-to-day basis in my role as it’s a very hands-on style of teaching. Going forward, I want to be more aware of when I’m using the curatorial voice. When using such technical machinery and equipment in the workshop, it can be easier to just tell the students rather than ask them or give them space to work it out. In terms of teaching this isn’t very helpful as it’s more of a didactic approach as opposed to an interactive style of learning. As I mainly teach with objects and in person, I think this will be very beneficial to my practice going forward.
Workshop 2: What do technicians do?
Before workshop 2, we had to choose an article that we found interesting or related to us. As a technician, and one who has not seen or read any case studies or papers about technicians, I decided to go with the paper titled ‘How do art and design technicians conceive of their role in higher education’ by Clare Sams, an artist and former technician at CSM.
- The study used a mixed methods approach, involving a survey followed by participant-produced images accompanied by text-based self-analysis to create a portrait of technicians’ views of their role in higher education.
- technicians perceive their role as supporting staff, students, and events in both traditional and virtual learning environments BUT ALSO educators, artists, and expert practitioners
- The study was open to all technical staff across UAL– over 10% of UAL technicians responded to the online survey
- Technicians move away from the traditional skills-based aspects of their role when moving into management.– this is something you hear all the time within the role as it is one of the few routes to progress
- Learning in the form of skills and techniques is an important aspect of their role
- Technical staff did not feel that they were well supported in their career and professional development.
- Next part of the study uses photos. Participants collaborate with the project researcher to generate images, accompanied by text. In this case study, photographs were used as an initial talking point to encourage a discourse about the technical role.
- From these volunteers 4 technicians were selected, one from each UAL college. They were asked to produce 3 images relating to student learning and the teaching aspects of their technical role. They were then asked to select one of these images and write a short accompanying analysis.
- Open questions were used such as: ‘Why did you choose this image?’, ‘What is shown in the image?’ and ‘How does it relate to your role in learning and teaching?’
- The process starts as a concept on paper or the computer screen and is then realised in the workshop.
- Research is an important part of this technician’s role. It broadens the reach of the University by creating access to a universal, virtual lecture theatre that promotes learning and teaching for current and prospective students. – lack of time for research within the role
- The idea that objects promote discussion connects with the rationale behind the use of the ‘photovoice’ methodology used in this study
- Three key themes emerged when comparing the responses from this study, establishing notions of supporting, helping, and teaching as fundamental to the technician roles.
Supporting: Academic Support Technicians
Helping: Learning environment technicians
Teaching: Technical Lecturer
A technician’s role is…:
- Complex and varied
- Covers a wide range of disciplines
- To support staff and students
- To be expert practitioners
- Under researched
- Valued by students but not by academics
- Point of contact for students and staff
Quotes from technicians:
- Helping students achieve their creative potential, supporting staff and students with technical queries, promoting sustainability and reuse of materials, balancing health and safety and creativity in a workshop environment. (Technician 31)
- Managing a large technical team across diverse specialisms, I am responsible for all aspects of day-to-day operations within these areas: health and safety; staff management; timetables; resource management; strategic planning. (Technician 2)
- Students value and find the teaching provided by the technicians invaluable and essential to their learning and further practice. This is currently shown through the ‘White Square Teaching Awards’. (Technician 11)
- I recently decided to give more time to my arts practice because I don’t see any option for me at University. As a technician I have no chance in terms of career and no time at all for research, which is vital in my career.
- ‘There is always someone to talk to. A technician deals face-to-face not through emails, Moodle, Facebook or any other “online” tool.’ (Technician A)
- We are mainly valued by students constantly, but never from anyone else. The job of the technician is always backstage, as it should be, but it would be nice to be supported and valued. When I say valued, [that] means professionally valued, not just receiving the odd email saying “well done to all”.
Workshop 1: Moral Goods
In Workshop 1 we were given articles to read on a selection of subjects related to pedagogy. I was tasked with reading a case study by Jason K.McDonald and Esther Michela from Brigham Young University, USA. The paper is titled ‘The Design Critique and the moral goods of studio pedagogy’.
The paper explores the moral goods significant for design studio instructors by examining their perspectives on critiques within the studio as a social practice. The study, conducted through in-depth interviews with six studio instructors, identifies three types of moral goods pursued through critiques: student development, self-cultivation of instructors, and benefits for other stakeholders.
What are Moral Goods?
- Moral goods refer to desirable and positive outcomes or values within a particular moral or ethical framework. These goods are associated with actions, practices, or behaviours that are considered morally right within a specific context or community. Moral goods guide individuals or communities in making ethical judgments and decisions.
- In the context of the discussed paper on design studio pedagogy, moral goods include values and outcomes that are considered beneficial within the practice of design education. The study identifies three types of moral goods pursued through critiques in design studios:
- Student Development: The improvement and growth of students in terms of their skills, knowledge, and overall development as designers.
- Self-Cultivation of Instructors: The enhancement and refinement of instructors’ own skills, teaching methods, and personal growth through engagement with critiques.
- Benefits for Other Stakeholders: Positive outcomes that extend beyond students and instructors, potentially benefiting the broader community, industry, or any other stakeholders involved in the design studio environment.
Instructors express a sense of well-being as they develop meaningful relationships with their students.
SUMMARY:
- Critiques help keep instructors actively engaged and aware of the studio culture and goings on.
- Moral goods are desirable/positive outcomes that add to an existing ethical framework/studio ecology/environment/culture.
- Critiques help students develop by increasing their knowledge and skills as designers.
- They help instructors/educators develop their own skills with self-cultivation.
- They in hand help the stakeholders in the wider community e.g. industry and/or fellow peers.
Relevance to own teaching:
- With each student, I ask what they think of their outcome, whether was it what they expected/imagined, and what they could do differently.
- Sometimes this involves showing them examples of other designers/projects to help broaden their knowledge.
- It can be done by showing them new techniques and skills in software/ tools in the workshop that can enhance their projects further.
- Critiques aren’t done in the formal sense as a technician but the principles as laid out in this article still apply.
- Negative case analysis applies to my everyday teaching when asking the students what’s gone wrong. Their projects may run smoothly until one thing changes and throws them off. – this could be to do with the material they are using, the tool, their inspiration, or their technique.
McDonald, J. K., & Michela, E. (2019). The Design Critique and the moral goods of studio pedagogy. Brigham Young University, USA.