TOBIAS DANIELMEIER
Graduate Diploma in Tertiary Education

CASE STUDIES
Case study 1 - Project based learning
Case study 2 - Supervision
Case study 3 - Programme development
Case study 1 – Project based learning
This case study provides an example of how I facilitate authentic learning experiences within undergraduate and postgraduate tertiary education. The example project was facilitated over a timeframe of two years and resulted in a solar powered house that took part in an international university architecture competition.
Project-based learning (PBL) meaningfully engages students in learning around projects. This teaching method encourages students to gain knowledge and skills by working for a prolonged period of time on investigating and responding to authentic, engaging and complex questions, problems, or challenges. Catchwords associated with PBL include authentic content, authentic assessment, teacher facilitation but not direction, explicit educational goals, cooperative learning, and reflection. Larmer and Mergendoller (2010) propose seven essential aspects of a project-based learning initiative: A Need to Know, A Driving Question, Student Voice and Choice, 21st Century Skills, Inquiry and Innovation, Feedback and Revision, and a Publicly Presented Product. I will use these seven project characteristics to present my case study, the FirstLight house, a student project that I have led in 2010/ 2011.
The FirstLight house was an entry to the Solar Decathlon, a collegiate competition held by the United States Department of Energy. It comprises ten contests that task student teams to design and build solar-powered houses. In order to do well in the competition, smart energy production needs to be blended with design excellence, innovation and market potential. The Solar Decathlon is intended as an intense learning experience into sustainable building, and it provides opportunities for theoretical as well as practical experiences for students who wish to work in clean energy and related fields. Solar Decathlon teams come from all over the world; the team that I have led was the first ever New Zealand participating team, comprising 24 undergraduate and four postgraduate students who travelled to Washington, DC, to compete. The team also included professionals that worked as sponsorship manager, project manager, electrician, joiner and communication liaison officer. We came third out of twenty teams.
The Need to Know
The building industry is having considerable ecological impact on our environment. Sustainable and energy efficient housing is thus one of the great contemporary challenges in my discipline. Key questions consider how impact of architecture can be reduced before and during the construction of buildings, how use and performance of architecture can be made more efficient during the lifetime of a building, as well as how materials can be recycled or re-used at the end a a building’s life. Theses questions are conveyed in great detail in undergraduate teaching, and students generally see the significance of gaining knowledge in this area.The Driving Question The driving question should rather be described as the ‘driving challenge’ in the context of this particular example of PBL. It is: “How to build an aesthetically pleasing, net-zero energy house that can be transported around the globe.”
Student Voice and Choice
While I was the project leader, the project was nominally in the hands of four coordinating Master of Architecture students. Each of these four students was ‘responsible’ for one aspect of the design and build (architecture, interior architecture, technology, and communication). Undergraduate students would work in one of these ‘resorts’ and nominally answer to one of the Master students. While I had full decision making power due to finance and reputation implications, it was of importance to gain the team’s trust and to recognize, or support individual decisions that arrived from wider team consultations. Twice weekly meetings with the architecture, interior architecture, technology and communications sub-teams meant effective communication, transparency in decision making, and shared goals. I worked on and answered to a committee purely setup to support the project at a university level. This committee included the Pro-Vice Chancellor of Science, Engineering, Architecture and Design, the Dean of Architecture and Design, The Chief Executive Operating Officer, the University of Wellington Communciation Officer, the Pro-Vice Chancelor Research and myself.21st Century Skills
As the students were often working in a self-guided manner, there was much opportunity to hone skills in collaboration, communication, critical thinking, and the use of technology. All of these skills are likely to serve them well in the workplace. With regard to the development of these skills I saw my role as one of mentoring, coaching, as well as general oversight. Learners we guided by the different stages of a design process and our team mission goals that we defined in early stages of the project. From time to time, we had to considered design decisions in light of the collectively defined project goals. Other industry practitioners were brought in for critical reviews and feedback and added to the decisionmaking process.Enquiry and Innovation
As the main design decisions were (at least initially) left to the students, there was much opportunity for project-based enquiry and innovation. Notably, students developed some truly innovative technological design solutions that helped them do well in the competition. Examples of these innovations are a solar-hot-water-heated hydronic drying cabinet, a building module joint, and a bespoke energy monitoring system. I provided constructive and critical feedback throughout the process, defined milestones and made sure that individual team members had access to information they needed to progress their individual parts and components.Feedback and Revision
As the project was backed by NZ$1.200.000 of external, public and private sector funding, I was obliged to ascertain the highest possible quality of the competition entry. In order to negotiate that responsibility and the (nominal) student leadership of the project, I have used the means of feedback and revision extensively. We reviewed design precedence and connected with teams that previously entered these design competitions. While some feedback was not always well received by students, it benefitted us all in the end as a) it gave students additional learning opportunity, b) it greatly improved the quality of the project entry, 3) learners also developed own criticality that will be useful in their respective carriers. Being fully aware that we were representing New Zealand on an international stage, we carefully and respectfully considered embedded, bi-cultural values of the project. Since most of the project team were Pākehā we consulted with Te Puni Kōkiri about joint values that could be expressed in a meaningful way. Among the overwhelming positive feedback received from Te Puni Kōkiri staff, it was pointed out to us that the FistLight house expresses kaitiaki taonga by having a new foundation system, which showcases the respectful . We also commissioned a lamp that is both, a cultural expression and centrepiece of the house.A Publicly Presented Product The FirstLight house was initially displayed and opened to the public on the Wellington waterfront in Frank Kitts Park in May 2011, before being visited by 297.000 (!) visitors on the Washington mall in Washington, DC. (Endnote, in case you were wondering: After its return to New Zealand it was auctioned; it is now situated in the Hawkes Bay and used as a holiday home.)
This case study presents the by far most ambitious effort at PBL that has ever been conducted in architecture tertiary education in New Zealand. In addition to the competition success, the project has received both international and national architecture awards. Also, the implications for students have been remarkable. Immersion in this large scale project has without a doubt situated student learning in a real-world project, and their perception of themselves as full-scale architecture CoP members has given them confidence in their design as well as life decisions. Most of the students involved now work in architecture practices; some have even had the confidence to become self-employed immediately after graduating.
What does this mean for my views of PBL as a teaching tool? While PBL suits my teaching philosophy very well, it needs to be noted that such large scale immersive projects cannot be offered on a regular basis to students. This is due to the financial effort necessary, the need to involve large numbers of industry and related sponsors and stakeholders, and, not least, due to the commitment on the side of staff that is needed to lead such a project. Do I think the project has been successful both in terms of the competition as well as in terms of student learning? Yes. Would I do it again? Not at this scale. I do however think that smaller scale PBL projects such as design competitions (which I also sometimes do with my students) are a valuable part of my teaching as they facilitate sustained enquiry in similar ways. On a related note, it is through PBL that I find it most meaningful to realise my dual identity as a reflective practitioner (as described by Haycock & Kelly 2009; Orr 2009).
Since I started my own architecture education pathway, I always had the highest regard for dual practioners. PBL connects learners with industry and ‘real-world’ applications, as it simulates design processes and practices in a supportive environment. Taking part in a competition like the Solar Decathlon provides a framework for applied knowledge transfer. It also provides a platform for individuals and groups to engage in consultation processes of all stakeholders in education, research, practice and community. By offering students the opportunity to participate in all phases of an architecture project, I demonstrated how to work as design professional, as well as I offered learners a meaningful, fulfilling learning experience.
This case study provides an overview of my understanding of Project Based Learning and the relevance thereof. This approach is linked to the following Graduate Attributes: 1, 2, 3, 4, 5, 7, 8, 10, 11 and 12

Case study 2 – Supervision
This case study explores research supervision at Master level (Level 9) and reflects on key research drivers for design and architecture enquiries. I explore how I understand the role of supervisors and reflect on the relationship of supervisor and research candidate.
Academic tasks are generally separated into the categories of teaching, research and administration or service. This is not only an operational distinction but one that is reflected in academic identity of individuals (Clegg 2008) or, more to the point, in the identity of academics. Robertson and Bond (2005) declare that teaching and research are neither complete nor separate ideologies but united in that both activities aim to enquire. As Neumann (1992, p. 167) states, “[at the postgraduate] level the teaching and research activities of academics tend to intermingle and become blurred”. In this reflective text, I examine the theoretical and practical underpinnings of my approach to supervision.
I have so far acted as a primary supervisor for almost 40 students studying the degrees of Master of Architecture, Master of Architecture (professional), Master of Interior Architecture, Master of Landscape Architecture, Bachelor of Architecture (level 9), and Bachelor of Design (Hons). As the Postgraduate Coordinator for Architecture at Victoria University of Wellington I also handled the academic administrative side for 140-150 student annually.
Downton (2003) describes three key ways in which architecture and design research can be conducted. He differentiates between research for, through and about design. Research for design, that is research to enable design, is primarily prescriptive as it aims to identify information and data that can help designers in achieving a desirable design outcome. Research through design aims to create knowledge about design processes, not a project solution; and research about design is exactly that – basic (or basis) research. These categories are also applicable to the architecture context, and I have carried out supervision in all three categories of research. Initially, I had anticipated that there might be implications for supervision depending on the type of research that a student is doing, but I have not found that to be the case. I will explain in the following paragraphs which aspects of supervision I have rather found to be thought-provoking (and, importantly, action-provoking).
Despite obvious research connections and implications, supervision is at the core a teaching activity. After all, generating a lasting understanding of research requires just as much deep learning (Biggs & Tang, 2007) and the development of a meta-level of understanding and application of what has been learned as undergraduate learning. Taking into account the vast variety of tasks associated with supervision, it seems I am not exploring a specific set of goals but rather a process of mutual engagement with students and their chosen topic areas. Indeed, supervision is a teaching situation that affords the luxury for both teacher and learner to create a personal space where learners’ needs can be matched with teachers’ capacities more specifically. As James and Baldwin (2006, p. x) state, “Supervision is an intensive form of teaching, in a much broader sense than just information transfer. The sustained complexity of supervision involves much time and energy. Good supervisors are aware of this and of the professional commitment necessary to every student they agree to supervise.”
Student and supervisor have (different) intrinsic, extrinsic and vested interests to successfully complete the project. The sense of shared purpose is therefore reflected in the roles that a supervisor can have. From the perspective of the supervisor, these can range from mentoring, coaching and sponsoring to more administrative tasks such as progressing the candidature (Pearson and Kayrooz (2004) in Nulty et al.(2009, p.4)). The administrative side of supervision was more than covered during my time as the Postgraduate Coordinator for Architecture at Victoria University of Wellington so I shall concentrate on the thesis supervision for the purposes of this portfolio. Indeed, mentoring, coaching and sponsoring are all equally relevant to my supervision approach. I see mentoring closely related to the development of reflective practice as well as to the induction into relevant Communities of Practice (see Teaching Philosophy). Students do not only require content and task feedback but also wider context – I help students by teaching them to situate and negotiate their work in the wider fields of architecture and/ or design research. In doing so, students learn to see their own work in relation to that of others which helps them to assess its quality and feasibility, thereby gaining valuable additional perspectives on their own work and that of others. Others can here refer not only to other students or local members of the CoP but indeed to well-known architects or designers, too.
The coaching part of supervision on the other hand refers to the design tasks related to the student project. In order to help students’ achieve a high-quality design outcome I provide detailed feedback on nearly every step of the design. For some students, this feedback takes the nature of a friendly conversation about their already praiseworthy design; others require more formative feedback that enables them to fix mistakes and get a flawed design back on track. Mentoring is arguably part of supervision, but it is also often offered by the relevant tertiary education provider who offers opportunities for students to meet prospective employers and tries to instil application skills, among other things. The mentoring I offer to my supervisees therefore needs to be much more individualised. Depending on their research or development needs, or career aspirations, I will introduce them to industry stakeholders or other academics. The individual side of mentoring as a part of supervision has also been identified by James and Baldwin (2006, p. x) who emphasise the personal subjective dimension of supervision. They declare: “Research students are highly individual. [...] Good supervisors recognise and value this diversity, and adjust their own practices accordingly”.
This implies the need for supervisors to get to know their students as persons; indeed, supervisors need to see their students as persons as there is not one supervision approach that will suit all. The remainder of this section will provide examples of individual student needs, and how I was able to address them. These examples will show that, interestingly, students often choose design problems close to their hearts and own identities.
One Landscape Architecture student of Scottish heritage, Robert B., developed design interventions specific to a deprived fishermen’s village in Scotland. Whilst the design steps themselves were largely generic, it was of upmost importance to understand the student’s desire to improve the lives of people in that township in order to provide guidance. Further, the design included an implementation plan, and we have spent much time discussing how this needed to be framed politically to suit the location and its people. His research was awarded with a research award by the Scottish Society of New Zealand.
Simon H., on the other hand, explored the kiwi-specific (his word, not mine) design aspirations that contradict and counteract the need for high density housing. I have tremendously enjoyed supervising this project as it gave me many insights into what Simon described as the ‘kiwi psyche’ with regard to not only housing but general expectations of quality of life. We decided to focus on economic drivers and their manipulation and impacts to arrive at possible design solutions. This project resulted in the candidate winning the New Zealand Institute of Architecture student award of 2009.
Hannah F. worked on the history of Norwegian whaling huts on Stewart Island. As Hannah is a 5th generation Stewart Islander, she is a good example of a student choosing a topic relevant to their own identity. While researching and designing traditional transportable architectures, Hannah also traced back her family origins which was reflected in the thesis. In her case, the supervision roles of mentoring and coaching were overshadowed by having to manage the strong personal immersion of Hannah in her work. The challenge was that her topic was so close to her personal identity that the positive impacts of high motivation and willingness to explore the content were sometimes conflicting with a somewhat desirable professional (though not necessarily detached) attitude.
In 2010 I have supervised William M. who designed through design experimentations. William used 3D model making and simulation to arrive at a highly technological, yet passive solar design solution for a weather station in the Simpson Desert, Australia. This work went beyond what students were taught with regard to technology so William and I spent much time on task and content related conversations – a good example of coaching in supervision. The work was shortlisted for the New Zealand Institute of Architecture student award of 2010. He presented his research also at a postgraduate research seminar at Griffith University in 2011.
Based on my personal supervision experiences; I concur with Hosking (2009) who introduced a set of principles (‘C’ words) that describe qualities of a reflective research supervisor.
Context: a clear understanding of the context in which research is undertaken; the literature, professional practice and existing work within our group, together with the benefits of ongoing research programmes rather than individual projects.
Confidence: in the students’ research abilities; that their research “counts” and is of international significance.
Collaboration: recognition that drawing on strengths of others and contributing to their development is mutually beneficial.
Collegiality: that collaboration is not only beneficial but the responsibility of an academic
Communication: that getting your message out and hearing the messages of others is an essential component of research.
Celebration: recognizing and celebrating achievement.
Career: encouraging students to look beyond their research projects to career establishment.
It is interesting to note the variety of possible supervision experiences, and the different foci on mentoring, coaching or sponsoring that students need or request. Whilst the majority of this portfolio focuses on undergraduate teaching, the above examples are included to illustrate how reflective practice can be fostered in the supervision of postgraduate students.
In my experience, it is valuable for the supervisor to find out about the student’s motivation and to help defining the scope of the project in the early stages of a research project. This is of upmost importance to jointly determine research focus and to discuss appropriate methods that will help to data collection that will assist in making a meaningful contribution to knowledge. When students start to indulge in the research process, clear expectations and timelines need to be estblished to move candidates from critical anylsis work to draw own conclusions and to make meaningful design contributions. Regular, ideally weekly meetings in which formative feedback is provided, are of great value for candidates and encourage them advance own thinking and design aspirations.
Ako; superviors cannot possibly determine the exact outcome of research and need to be open for design exploration and experimentation. It is deeply satisfying to see development of intellectual pieces of work that transform students into peers. The four research candidates I featured all went through these steps and enriched mine and others learning about place-based identity in the New Zealand context.
This case study provides insights into my supervision values and practices that can be linked to the following Graduate Attributes: 2, 4, 5, 6, 7, 9, 10, and 11.

Case study 3 – Programme development
This case study explores the adaptation of an existing Bachelor of Architectural Studies degree programme for the purposes of delivery at the Otago Polytechnic. The case study considers the rationale and the challenges of introducing another institute’s degree programme while focusing on Strategic Frameworks specific to the Otago Polytechnic. It examines issues and opportunities specific to the Bachelor of Architectural Studies at Otago Polytechnic.
The rationale for adapting ARA’s Bachelor of Architectural Studies was based on very similar institutional context; importantly, it took into account the capabilities of existing staff members. Both tertiary providers used to have established Bachelor of Design programmes which included an Interiors specialisation as well as a well-regarded Diploma in Architectural Draughting (level 6). It is fair to say that teaching staff on the Diploma in Architectural Draughting lack degree teaching experience and research capabilities, while the Bachelor of Design staff lack(ed) confidence in teaching Architecture. However, economic viability of the programmes, changing learners’ preferences, and NZQA guidelines resulted in what could be described as an arranged marriage in which, theoretically, students, staff and industry are to benefit.
Stakeholder and local industry feedback confirmed the need for the introduction of a new degree at Otago Polytechnic and a desire to maintain the strength of each of the previously delivered programmes. This feedback loop was used as an attempt to reflect on the related strengths and weaknesses, and to jointly craft a new degree.
The key to success for a fruitful programme delivery is to identify the commonalities and differences that enrich the student learning experience. The strength of diversity was hence considered very early on when work on the implementation of the guiding programme document started. As stated in the Capability Document;
“This programme offers specialisations in Architectural Technology and Interior Architecture and will draw on the expertise, industry knowledge and relationships of existing staff working in these two well-established areas to support the new BAS programme and to maintain its currency and relevance. Otago Polytechnic’s delivery of the BAS acknowledges the interdisciplinary nature of architecture. As is common in architecture and design education, learning is facilitated within studio environments. Thus, office contexts and the future work environments of graduates are simulated during the course of study. We carefully build in a collaborative approach between learners and teachers, as well as with other complementary programmes and disciplines including Art, Construction, Design, Engineering, and Sustainable Practice.”
CH3900 11789.00 Capability Document, p1., 2016
During the facilitated Design for Learner Success (D4LS) development workshops it became evident that while the guiding document provides clearly defined Graduate Attributes and Course Learning Objectives, the interpretation of skills and level of detail left room for interpretation. It was most interesting for me to see how individuals found comfort and perceived discomfort in the levels of flexibility provided by the guiding ARA document. I deliberately teamed up existing Diploma and Degree staff members to encourage dialogue and to minimise perceived differences. As a general observation, subject matter experts valued the freedom inherent in the course aims and learning objectives and discomfort in course descriptors concerning ‘other’ subject areas. Individuals introduced industry feedback as a means to argue for or against specific course contents. The fact that industry feedback had already confirmed the relevance of the programme as delivered in Christchurch was sometimes deliberately overlooked, if it helped to make a point.
The D4LS process tasks staff to develop high level meta structure, to consider sequencing of learning/ delivery, to reflect on self-directed tasks, and to define assessments tasks in accordance with course learning objectives. Over a couple of months, it transpired that teaching staff with lower levels of self-esteem retracted from development work and disengaged with the development process. As a result, sub-teams were reconfigured to help build confidence levels, alignment with programme values, and to create a sense of familiarity. (This was an interesting learning curve for me in that it helped me to get a better idea of who I was working with, and how I might best motivate individual staff. For example, where some might thrive on teaching and learning successes as they occur in their work days, others appear to need active encouragement and have need positive day-to-day events pointed out to them.)
Otago Polytechnic’s Strategic Frameworks (Teaching and Learning, Research and Enterprise, Maori, and Sustainability) were initially seen by the team as a vehicle to provide ‘our own touch’ to the degree. However, the abstractness of the strategic goals that are also reflected in objectives of other tertiary institutes do not necessarily allow for development of a unique programme identity.
After one semester of degree delivery the introduction of the principle of Ecological Responsibility allowed the team to associate with programme and its delivery at Otago Polytechnic.
Ecological Responsibility has been defined by the team as;
Is a qualitative and quantitative response to the environment and human condition. Integral to all courses of the BAS at OP is the pedagogic exploration of philosophical, experiential, technological, and environmental, social and economic principles.
Learners engage in a critical discourse and develop a deep understanding that enables them to engage in contemporary architectural issues.
Reflecting on the case study of Project Based Learning, I am inclined to say that the lack of ‘student voice and choice’ (in this instance ‘student’ equals ‘staff’) as defined by Larmer and Mergendoller (2010) meant that programme development work did not feel as meaningful as desired by the teaching team. While the adaption of a programme was a useful vehicle to initiate discussions, the programme identity is and has to be continuously defined by staff delivering the programme.
For the future is becomes evident that ‘voice and choice’ must be considered to foster programme identity and team spirit.
This case study provides insights into my understanding of Graduate Attributes: 2, 3, 4, 5, 9 and 11.