Computer rooms in schools and colleges often suffer from high noise levels due to cooling fans and keyboard clatter. Proper acoustic treatment is essential to reduce these distractions. By using sound-absorbing panels on walls and ceilings, you can create a focused environment where students can code, research, and study without a constant background hum.
Beyond focus, acoustic management protects student hearing and improves communication during teacher-led demonstrations. Our fire-rated, durable panels are designed to fit the modern aesthetic of IT labs while controlling sound reverberation. A quieter computer room leads to better concentration, reduced stress, and a more productive learning experience for everyone.
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In this course I have seen how the COVID-19 Pandemic has pushed teachers and schools out of t heir comfort zones. Teachers had to scrounge up so many resources and learn so many new tech skills. It is important that these skills are not forgotten but instead transferred to the classroom and used in a meaningful way.Â
I have also learned how important it is to work together. Teacher teams in the pandemic showed to be more successful than those who worked alone. Cohesion in a school can make it a much better place to learn.
NZTech Update â EdTech, ShadowTech and Hi-Tech winners
As huge fans of the Manaiakalani digital learning programme here, and having just launched our IT Intern Pathway in New Zealand, we wholeheartedly endorse this investment and focus. Read what Tom Chignell NZTech Board,has to say.
âTaken at face value, language can sometimes be misleading. When my eldest child came home from his first days at intermediate school to announce he was going to study âtechnologyâ, I admit I was pretty excited. Tell me more, I asked. I was informed technology has two options â soft and hard. Awesome! Is that soft as in âsoftwareâ and hard as in âhardwareâ, I wondered, only to have my excitement quickly dashed. Silly Daddy! Soft and hard refer to the materials used to make things, like fabric and wood. Well at least the boys are doing needlework and the girls explore woodwork, I conceded, with some resignation. Thatâs more of an opportunity than my sisters received.
However, more recently we received the news that this term my 12 year old second son would no longer be taking âhard technologyâ, as planned, but would be learning âcodingâ. So what is happening with the change of focus?
Led by the United Kingdom (UK), there has been a move to revolutionise the curriculum from primary level upwards. The technology focus will no longer be solely on applications (e.g. learning how to use an iPad or Powerpoint) but on developing digital competency from the age of five. Yes, algorithms, coding, debugging, analysing data, Boolean logic, hardware and more. I didnât learn any of this until I was at University!
As reported in the Guardian at the time, âCampaigners argue that learning programming skills will benefit children in other ways whatever their ultimate career â almost akin to the reasoning for giving children the chance to learn a musical instrument or foreign languageâ. Â Some advocates go as far as to put the subject on a par with mathematics in the school curriculum.
In July 2016, two years or so behind the UK with strong support from NZTech and a little impatience from some quarters, Education Minister Parata announced similar changes to the New Zealand curriculum, effective from 2018. Letâs hope this is embraced by schools, from primary upwards. In Australia, similar education policy is taking time to filter down from the Federal level through state education ministries against a similar timeline. Meanwhile, there is a huge challenge in primary schools in particular to upskill teachers, most of whom know little or nothing about coding.
So, having been a bit of a laggard, it turns out that my sonâs school is getting ahead of the curve and not waiting for the formal curriculum to emerge, using materials from the earlier Digital Technologies Guidelines and generous support from more advanced local schools. Good progress and great for my 12 year old who has already honed in on a career in technology!â
As huge fans of the Manaiakalani digital learning programme here, we we wholeheartedly endorse this investment and focus.
Led by the United Kingdom (UK), there has been a move to revolutionise the curriculum from primary level upwards. The technology focus will no longer be solely on applications (e.g. learning how to use an iPad or Powerpoint) but on developing digital competency from the age of five. Yes, algorithms, coding, debugging, analysing data, Boolean logic, hardware and more. I didnât learn any of this until I was at University!
Led by the United Kingdom (UK), there has been a move to revolutionise the curriculum from primary level upwards. The technology focus will no longer be solely on applications (e.g. learning how to use an iPad or Powerpoint) but on developing digital competency from the age of five. Yes, algorithms, coding, debugging, analysing data, Boolean logic, hardware and more. I didnât learn any of this until I was at University!Â
As reported in the Guardian at the time, âCampaigners argue that learning programming skills will benefit children in other ways whatever their ultimate career â almost akin to the reasoning for giving children the chance to learn a musical instrument or foreign languageâ. Â Some advocates go as far as to put the subject on a par with mathematics in the school curriculum.
