TENZ | 30 Years of Technology Education in Aotearoa
Technology Education New Zealand (TENZ) was formed at a pivotal moment in Aotearoa’s education history, when the Technology Learning Area was first established within the New Zealand Curriculum. As technology emerged as a distinct and future-focused area of learning, educators recognised the need for a strong, collective voice to support its implementation, growth, and integrity. TENZ was created to meet that need.
From the outset, TENZ has existed to represent the whole of technology education, across all levels of schooling, from Early Childhood, Primary, Intermediate, Secondary, Tertiary, and Initial Teacher Training, into senior and vocational pathways, and across the full breadth of the Technology Learning Area. This includes design and visual communication, digital technologies, food and processing, textiles, resistant materials, electronics, biotechnology, and emerging technological contexts. TENZ’s strength lies in bringing these diverse disciplines together under a shared purpose.
Over the past 30 years, TENZ has grown from a foundational network of committed educators into a national organisation supporting teachers, schools, and leaders across Aotearoa. Throughout multiple curriculum revisions, assessment changes, and system-wide reforms, TENZ has provided professional learning, resources, advocacy, and connection, ensuring technology education remains coherent, relevant, and learner-centred.
TENZ has consistently worked in partnership with government agencies, tertiary providers, industry, and other subject associations, contributing informed practitioner voice to national conversations about curriculum, NCEA, vocational pathways, and the future of learning. At every stage, the focus has remained on empowering kaiako (also known as pouako) and enabling ākonga to engage meaningfully with technology as designers, makers, thinkers, and problem-solvers.
As we mark 30 years, we acknowledge the educators, leaders, and volunteers who have shaped TENZ across generations. Their commitment has ensured that TENZ remains inclusive, responsive, and grounded in practice.
Looking forward, TENZ continues to champion technology education across all learning levels and all technological contexts, supporting teachers to navigate change and ensuring the Technology Learning Area remains strong, connected, and future-focused for the decades ahead.
Whakataukī
This year marks 30 years since TENZ was established, and throughout 2025 we’ll be celebrating the history, growth, and ongoing evolution of technology education in Aotearoa.
To guide our reflections, we’ll be drawing on whakataukī as a way to invite deeper conversation. As Joan Metge and Shane Jones remind us in He Taonga Tuku Ihō no Ngā Tūpuna: Māori Proverbial Sayings — a Literary Treasure, the true value of whakataukī lies in their discussion. Whakataukī are not ‘one and done’ translations, but prompts for thinking, for interpreting, and for making meaning in context. Each month, we’ll share a whakataukī to help frame our collective journey, past, present, and future.
We’ll also be exploring how much can change in 30 years… and how much stays the same. For example, it took from 1956 to 1982, a full 26 years, for hard drive storage to reach 1GB. But just four years later, that capacity had already quadrupled. Some shifts are slow and steady; others are exponential. As we look back on technology education over the past three decades, we invite you to reflect with us on the milestones, the constants, and the transformations.
Mā te huruhuru ka rere te manu. Adorn the bird with feathers so it may fly.
Technology education in Aotearoa did not appear suddenly. Like many learning areas, it developed through research, debate, professional experience, and sustained discussion across the sector. As technology began to emerge as a distinct learning area in the New Zealand Curriculum during the 1990s, educators recognised that curriculum alone would not be enough. A professional community was needed to connect teachers, share knowledge, and support the development of the field.
In a recent conversation marking TENZ’s 30th year, Professor Alister Jones reflects on the establishment of the association and the context in which it was created. At the time, technology was becoming recognised as a distinct learning area within the New Zealand Curriculum. With that shift came a recognition that curriculum alone would not sustain the learning area. Teachers needed a professional community: a place to share practice, access resources, engage with research, and contribute to the development of the field.
The formation of TENZ was not the result of a single decision or moment. It involved extensive consultation across the country. Teachers, researchers, subject associations, and other stakeholders were part of the discussions. Glynn McGregor undertook much of the groundwork, travelling widely and helping bring people into the conversation. The intention was clear from the beginning: to build an organisation that connected the sector broadly and maintained that breadth over time. From the outset, the intention was to build something with national reach. The aim was to start big, and to stay big, ensuring the association could serve educators across the sector rather than a narrow professional niche.
Those early discussions were also informed by wider thinking about the philosophy of technology education. International research was shaping the emerging field, and there was a strong desire to ensure that Aotearoa remained connected to international research and professional networks in technology education. Technology education was not simply about tools or materials. It was about understanding technological practice, the decisions that shape technological outcomes, and the ways technologies interact with society.
Over time, this thinking contributed to ideas that remain familiar today, including the importance of the Nature of Technology strand and the role of conceptual understanding in technological learning. These ideas did not appear overnight. They were shaped through dialogue between teachers, researchers, policymakers, and professional communities.
Looking back, the way TENZ was formed reflects an idea captured in a well-known whakataukī.
Mā te huruhuru ka rere te manu. Feathers allow the bird to fly. The bird itself already exists, but the feathers enable movement, direction, and lift.
For TENZ, those feathers were the many conversations that took place during its formation: consultation with teachers, engagement with research, collaboration with other subject associations, and a shared commitment to building a professional community. The association that emerged was not simply an administrative structure. It was a network designed to support teachers, connect practice with research, and contribute to the ongoing development of the learning area.
Three decades later, many of the conditions surrounding technology education continue to evolve. Curriculum refresh processes, assessment changes, and new technological developments shape the work of educators across early learning, schools, and tertiary settings. At the same time, the underlying questions remain familiar: how technology is understood as a field of knowledge, how teachers are supported in their practice, and how professional communities sustain the learning area over time.
Looking back at the establishment of TENZ reminds us that these questions have always been part of the conversation. The association itself grew out of dialogue, collaboration, and a willingness to engage with ideas from across the sector and beyond New Zealand.
As TENZ marks thirty years, revisiting these beginnings offers a chance to reflect on the foundations that allowed the organisation to take flight. The feathers were gathered through consultation, collaboration, and a shared commitment to supporting technology educators across the sector. Those conversations shaped the association in its early years, and they continue to influence the direction of the field today.
Ko te pae tawhiti, whāia kia tata; ko te pae tata, whakamaua kia tina. Bring the distant horizon close; hold fast to what has been achieved.
Over the past century, music has shifted formats repeatedly. Vinyl gave way to cassette. Cassette to CD. CD to MP3. MP3 to streaming. Physical ownership has been replaced by subscription access. Entire genres have risen and fallen in a single generation. Sales models have collapsed and re-formed. Technologies once considered permanent have become obsolete within years.
But ears need music. Music has not disappeared.
What changes are the formats, the delivery systems, the economics, and the tools. What remains is the human impulse to create, to listen, to gather, and to express.
The music industry survived technological disruption by redesigning itself around each new condition. Compression technologies reshaped distribution. File-sharing forced new business models. Streaming altered revenue structures. Social media transformed marketing and discovery. Artificial intelligence is now reshaping composition and production.
The horizon kept moving. The industry kept adjusting.
There is something familiar in that pattern.
Over thirty years, technology education in Aotearoa has seen its own shifts: the development of the inaugural Technology curriculum (the ‘choccie doccie’), the introduction and reform of NCEA, evolving vocational pathways, digital technologies integration, resource platforms, biennial conferences, curriculum refresh processes. Policy shifts. Assessment redesign. Expanding definitions of what counts as technological practice.
But the core of TENZ has remained…. and grown…
Across primary classrooms, intermediate tech centres, secondary workshops, and university programmes, the throughline has been consistent: identifying needs, designing responses, evaluating outcomes, refining practice. Tools change. Contexts change. Systems change. The underlying thinking endures.
The whakataukī reminds us to bring the distant horizon close, and to hold fast to what has been achieved. In music, this can be seen in the way new genres sample old ones, how digital production builds on analogue foundations, how innovation rarely erases history but reframes it. In technology education, it is visible in how reform builds upon prior learning, and how professional communities carry forward shared knowledge.
Thirty years is long enough to witness several cycles of disruption. It is also long enough to see what truly lasts.
TENZ has navigated these cycles by responding: supporting curriculum implementation, building resources, convening conferences, fostering research-informed dialogue, and sustaining a professional community. The formats around us have shifted. The work has continued.
Music offers a useful mirror. Technologies rise and fall. Genres surge and recede. Business models evolve. What persists is the creative and intellectual work at the centre.
Perhaps the question for us, thirty years on, is not simply what has changed — but what, despite everything, has remained steady.
Further exploration
The following visualisations and articles informed this reflection:
- Google’s Interactive Music Timeline (Earthly Mission) – Overview of genre evolution and cultural shifts (original interactive not available as it used Flash).
earthlymission.com/googles-interactive-music-timeline-the-history-of-music-genres-by-popularity/ - Music History Visualisation (Fast Company) – A sweeping infographic mapping genre development across decades.
fastcompany.com/1761928/infographic-day-music-history-becomes-magic-carpet-ride - History of Music Evolution (Vocal Media) – Narrative overview of how music has changed across the last century.
vocal.media/beat/history-of-music-evolution - Evolution of Music Players (Vexels) – Infographic tracing listening devices from early mechanical systems to digital streaming.
vexels.com/vectors/preview/197764/evolution-of-music-players-infographic/ - History of Listening (New Artist Model) – Infographic showing how music consumption habits have shifted over time.
newartistmodel.com/history-of-listening-infographic/ - Rise and Fall of Music Sales by Format (Visual Capitalist) – Animated visualisation of format dominance from vinyl to streaming.
visualcapitalist.com/cp/visualized-the-rise-and-fall-of-music-sales-by-format/ - Evolution of Music Genres (Musicnotes) – Visual family tree illustrating how relatively young many modern genres are.
musicnotes.com/blog/infographic-the-evolution-of-music-genres/ - How Technology Impacted Music (InfographicBee) – Overview of the relationship between technological invention and musical change.
infographicbee.com/how-technology-impacted-music/ - Which 20th Century Decade Had the Best Music? (Reddit DataisBeautiful) – Ongoing data visualisation shaped by public opinion and participation.
reddit.com/r/dataisbeautiful/comments/1kfhfv5/which_20th_century_decade_had_the_best_music/ - History of Music Media (Cool Infographics) – Clear visual showing the progression from vinyl to bitstreams.
coolinfographics.com/blog/2013/8/20/the-history-of-music-media-from-vinyl-to-bitstreams.html - The Evolution of the Music Industry (Forbes) – Analysis of how industry shifts affect creators and marketing.
forbes.com/councils/forbesbusinesscouncil/2021/09/13/the-evolution-of-the-music-industry---and-what-it-means-for-marketing-yourself-as-a-musician/ - How Music Has Changed in the Last Century (RouteNote) – Accessible overview of technological and cultural shifts in music production and distribution.
routenote.com/blog/the-history-of-music-how-music-has-changed-in-the-last-century/
He manako te kōura i kore ai.
Wishing for the crayfish won’t bring it.
In 1996, while technology education was establishing itself as a learning area in Aotearoa, many households were greeting the arrival of the Nintendo 64. One changed classrooms. The other changed living rooms.
Nintendo 64| 1996 TV Commercial
The Nintendo 64 offers an interesting lens for thinking about technological change. Compared with today’s gaming systems, it was limited in almost every measurable way. Cartridges held far less data than modern digital storage. Processing power was modest. Graphics were constrained. Multiplayer usually meant four people sitting in the same room, sharing one screen and occasionally arguing over who had unplugged the controller.
Yet within those limitations came remarkable creativity.
Designers had to think carefully about what was possible. Hardware limitations shaped software decisions. Game worlds were smaller, but often more intentional. Save systems were restricted, so progress had to be designed differently. Controllers introduced new ways of interacting with three-dimensional space, and games were built around what the technology could realistically support rather than what could simply be imagined.
This is a reminder that innovation often happens because of constraints, not despite them.
Technology education works in much the same way. Students are often asked to design within limits: available materials, time, budget, user needs, sustainability expectations, safety requirements, cultural considerations, or the realities of a classroom workshop.
The relationship between hardware and software in gaming reflects the same relationship between materials and design in wider technological practice. A product must function in the real world, not just on paper. A concept becomes meaningful when it is tested, refined, and made possible.
This is where the whakataukī offers a useful reminder.
He manako te kōura i kore ai. Wishing for the crayfish will not bring it.
Hoping for a perfect outcome does not replace prototyping, testing, and iteration. Whether designing a game, building a product, or developing a classroom programme, progress comes through discovering what works and what does not.
Over the past thirty years, gaming has moved from cartridges to cloud saves, from local split-screen to global online communities, from fixed consoles to handheld hybrid systems and streaming platforms. The formats have changed dramatically. But the central challenge remains familiar: how do we design something meaningful within the conditions we have?
Technology education asks the same question.
Across curriculum changes, assessment redesign, and new tools entering our classrooms, the work remains grounded in purposeful problem-solving. Students still learn by making decisions, responding to constraints, and refining outcomes through evidence and experience.
Perhaps that is one of the enduring lessons of both technology education and a thirty-year-old game console: innovation is rarely about having everything you want. More often, it begins with working carefully and creatively with what you have.
Further reading:
Ka whāngaia, ka tipu, ka puāwai.
That which is nurtured will grow, then blossom.
There is something quietly remarkable about a classic LEGO brick. A piece manufactured decades ago will still connect perfectly with one made today. Across generations, colours, themes, and increasingly sophisticated designs, the fundamental system has remained consistent.
The possibilities, however, have expanded enormously.
What might begin as a simple stack of bricks can become a house, a bridge, a vehicle, a working mechanism, or an intricate engineered system. For many, LEGO begins as play. Over time, that play becomes experimentation. Experimentation becomes design thinking. Design thinking becomes systems awareness, problem-solving, and increasingly complex forms of creation.
That progression offers an interesting lens for thinking about technological learning.
The brilliance of the classic brick lies in its simplicity. On its own, it does very little. Its real potential emerges through connection. One piece links to another. Structures grow. Ideas evolve. Designs are tested, dismantled, reimagined, and rebuilt. Small changes create new possibilities.
This is where the whakataukī offers a useful reminder.
Ka whāngaia, ka tipu, ka puāwai.
Growth does not happen instantly. It is nurtured through time, experimentation, encouragement, and repeated opportunities to build, test, and refine.
Anyone who has spent time with LEGO knows this process well. Early creations may be simple towers and basic structures. Over time, through tinkering and trial-and-error, those same builders begin creating more sophisticated forms. They discover balance, stability, symmetry, movement, and systems relationships. Creativity grows through making.
What is striking is that this growth happens without abandoning the original brick.
The same foundational component continues to support increasingly ambitious outcomes. New possibilities emerge not because the core has been replaced, but because understanding deepens. Capability develops. Connections become more intentional.
There is something familiar in that pattern.
Across thirty years, technology education in Aotearoa has continued to grow and evolve. New contexts, tools, and approaches have expanded what is possible. Yet the foundational ideas of technological practice remain recognisable: exploring possibilities, responding to constraints, testing ideas, learning through iteration, and creating outcomes with purpose.
Like a box of classic LEGO bricks, strong foundations invite continual reimagining.
Perhaps that is one of the enduring lessons of both technological learning and thirty years of shared professional growth: when strong foundations are carefully nurtured, new possibilities continue to emerge.
After all, what might we build next from the same enduring bricks?
Further reading:
Influential People
While technology is often defined by its tools, from the heavy hardware of the 90s to the invisible algorithms of today, it is fueled by the visionaries who see the potential within those tools. To celebrate our 30th anniversary, we are turning our lens toward the Influential People who have shaped technology education in Aotearoa.
Behind every milestone in our history is a teacher, a researcher, or a community leader who challenged the status quo. These are the individuals who didn't just teach technology; they championed its role as a vehicle for innovation, critical thinking, and manaakitanga. Just as whakataukī provide the "prompts for thinking," these leaders have provided the momentum for our evolution. Throughout the year, we will be highlighting the voices of those who have mentored generations of learners, ensuring that as our storage capacities grew, so too did our pedagogical depth and our commitment to a uniquely Kiwi approach to technology.