Posted tagged ‘methodology’

A use for 3D Printing in the corporate sector

6 September 2016

I’ve often wondered about the relevance of 3D printing in the corporate sector because we rarely produce a thing. Our products – such as bank accounts and insurance policies – are essentially 1’s and 0’s floating in the ether.

Then I attended a webinar presented by Jon Soong from Makers Empire. This Australian startup is active in the K12 sector, helping teachers bring 3D printing into their classrooms.

With the right hardware, software and guidance, teachers and their students can visualise abstract concepts (Mathematics, Science), produce replica objects (History, Geography) and create original objects (Art).

As the following video demonstrates, the technology can also be applied to problem-based learning.

I like what I see at St Stephen’s School, not only because of the pedagogical benefits that 3D printing affords, but also because it makes sense to familiarise our children with emerging technology.

This particular technology is already impacting manufacturing. A diverse range of products is currently being 3D printed, including clothes, jewellery, candy, teeth, prosthetics, tools, car parts, architectural models, furniture, toys and accessories.

I predict one day in the not-too-distant future, hospitals and medical device companies will dispense with their warehouses. Instead of stockpiling surgical equipment in big rooms – or worse, waiting for products on backorder – a hospital will be able to build the device it needs on-demand. No more need for storage and transport; just a licence to print the proprietary design.

A 3D printed umbilical cord clamp

In the corporate environment, however, we don’t make widgets.

In this context, I suggest we turn to the students from St Stephen’s for inspiration. When the kids use 3D printing to solve a problem, a by-product of that activity is collaboration. Following their lead, we could split our colleagues into teams and task them with producing a 3D artefact; whether or not that artefact has practical application is irrelevant. What is relevant is how the team members work together to achieve the goal.

The technology is the vehicle with which a collaborative situation can be engineered, experienced, observed, and reflected upon.

And we can go further. Consider a methodology such as Human Centered Design. By baking HCD into the task, the team members can practise it in a low-stakes scenario – for example, creating an office mascot. If the artefact doesn’t gain the target audience’s approval, it’s relatively cheap to make the necessary modifications or even go back to the drawing board.

After the team members build up their experience with the methodology via this seemingly silly exercise, they can apply it to the organisation’s real products and services.

Let’s get rid of the instructional designers!

12 August 2014

That’s the view of some user-oriented design proponents.

It’s something I remembered while writing my last blog post about user-generated content. Whereas that post explored the role of the learner in the content development process, how about their role in the broader instructional design process?

I wrote a short (1000 word) assignment on the latter at uni several years ago – in the form of a review of a chapter written by Alison Carr-Chellman and Michael Savoy – and it’s a concept that has resonated with me ever since.

Here I shall share with you that review, unadulterated from its original form, except for the graphic of the user empowerment continuum and the hyperlink to the reference, both of which I have added for this post.

Whether or not the more “progressive” design philosophies resonate with you, at the very least I hope they provoke your thinking…

Users co-designing


Carr-Chellman & Savoy (2004) provide a broad overview of user design. They define the term user design, compare it against other methodologies of user-oriented design, identify obstacles to its successful implementation, and finally make recommendations for the direction of further research.


According to Carr-Chellman & Savoy (2004), traditional instructional design methodologies disenfranchise the user from the design process. In a corporate organisation, for example, the leaders will typically initiate the instructional design project, an expert designer will then analyse the situation and create a design, and finally, the leaders will review the design and either approve it or reject it. The role of the user, then, is simply to use the system (or perhaps circumvent it).

In contrast to traditional instructional design methodologies, user design enables the users to participate in the design process. Instead of just using the system, they are involved in its design. Furthermore, their role is more than just providing input; they are active participants in the decision-making process.

Comparison against other methodologies

Carr-Chellman & Savoy (2004) carefully distinguish user design from other methodologies of user-oriented design, namely user-centered design and emancipatory design.

User-centered design

According to Carr-Chellman & Savoy (2004), user-centered design methodologies consider the needs of the user during the design process. In educational situations, for example, the expert designer may analyse the target audience, identify their preferred learning styles, and perhaps run a pretest. In tool usage situations, he or she may distribute user surveys or conduct usability testing. The goal of these activities is to obtain extra information to assist the designer in creating a better system for the users.

The key difference between user-centered design and user design is the level of participation of the users in the design process. Under a user-centered design model, the designer considers the needs of the users, but ultimately makes the design decisions on their behalf.

Under a user design model, however, the needs of the users go beyond mere food for thought. The users are empowered to make their own design decisions and thereby assume an active role in the design process.

User empowerment continuum, featuring traditional instructional design at the lowest extremity, then user-centered design, then user design, then emancipatory design at the highest extremity.

Emancipatory design

If traditional design occupies the lowest extremity of the user empowerment continuum, and user-centered design occupies a step up from that position, then emancipatory design occupies the opposite extremity.

Emancipatory design dispenses with the role of the expert designer and elevates the role of the users, so that in effect they are the designers. This methodology charges the users with full responsibility over all facets of the design process, from initiation, through analysis, design, review, to approval. Instead of having a system imposed on them, the users have truly designed it for themselves, according to their own, independent design decisions.

Emancipatory design is founded on issues of conflict and harmony in the disciplines of social economics and industrial relations. Carr-Chellman & Savoy (2004) recognise that the goal of emancipatory design is “more to create change and vest the users and frontline workers in organisational outcomes than it is actually to create a working instructional system”. Hence, emancipatory design may not be a universal instructional design methodology.

User design

User design fits between the extremes of the user empowerment continuum. Whereas traditional design and user-centered design remove the user from the active design process, and conversely, emancipatory design removes the expert designer from the process, user design merges the roles into the shared role of “co-designer”. It strikes a balance between the two perspectives by including contributions from both parties.

Arguably, user design is a universal instructional design methodology. Whereas traditional design and user-centered design devalue the role of the users in the active design process, emancipatory design devalues the role of the expert designer.

User design, however, values both roles. It recognises the necessity of the active involvement of users, because they are the experts in their domain and will be the ones operating the system. However, users can not be expected to understand the science of design. The active involvement of an expert designer is critical in guiding the design process and driving the work towards an efficient and effective outcome.


Carr-Chellman & Savoy (2004) identify numerous obstacles to the successful implementation of user design, including the reluctance of designers and leaders to share their decision-making powers with users, the inclusion of users too late in the design process, the tendency to categorise users into a homogenous group, and the lack of user motivation to participate in design activities.

Further Research

Carr-Chellman & Savoy (2004) claim that research specific to user design within instruction systems is scarce, and much of the research into other user-oriented design methodologies lacks scientific rigour. Therefore, they recommend the following actions for the research community:

  1. To create a standardised language to define user design and to distinguish it from other user-oriented design methodologies,

  2. To study the implementation of user design across different variables, such as user profile, subject area and mode of delivery, and

  3. To communicate the success of user design in terms of “traditional measures of effectiveness” for the purpose of influencing policymakers.

Furthermore, Carr-Chellman & Savoy (2004) recommend that researchers adopt the participatory action research (PAR) method of inquiry. They argue that PAR democratises the research process and, consequently, is ideologically aligned with the principles of user design.

It can be argued, therefore, that Carr-Chellman & Savoy (2004) promote both user design and user research. Their vision for users is not only to assume the role of “co-designer”, but also of “co-researcher”.


Carr-Chellman, A. & Savoy, M. (2004). User-design research, in Handbook of Research on Educational Communication and Technology, 2nd ed, D. H. Jonassen (Ed), pp. 701-716, New Jersey, USA: Lawrence Erlbaum.