Sunday, October 26, 2025

If “business as usual” is so utterly broken, why do we keep doing it?


 

“Business as usual is broken” I’ll say to someone. Their head nods in furious agreement. Whether that head belongs to a property industry professional, a government minister, a senior bureaucrat or a tradie doesn’t seem to matter. The realisation that business as usual is broken is now universally accepted by all except the most ardent lovers of regulatory overreach.

The question then becomes, if it is so broken, why do we keep applying business as usual techniques to solve the problem? Why don’t we discard the things we know are not working, especially the things that are working against us, and adopt a different strategy?

The signs of a broken system are everywhere. Our housing market is the most widely reported failing: median prices in capital cities are now 10 times median household incomes – and still rising. That places us as among the most expensive housing markets in the developed world. Sydney – at 14 times incomes – is second place in the world. Not a prize you want. Even Adelaide – yes Adelaide – at 10.9 times incomes, is in the top 10 least affordable cities in the world, relative to incomes. Most Australian capitals are in the top 10 or 15 globally – ahead of cities like greater metro London, Singapore or a host of US cities with bigger economies and populations.

Bringing new supply into a market at a speed which is remotely close to meeting demand is now a task that is beyond us, using business as usual techniques. Our performance could only be described as miserable and – with the exception of national politicians who keep talking targets as if they will somehow magically be delivered – no well informed person seems remotely hopeful that our supply side mechanisms are up to the task. To use the fad phrase, they are “not fit for purpose.”

One proposed ‘solution’ has been a call for more planners to cope with the increasing complexity of land use regulation and development assessment. But so far, the rate of growth in complexity is outpacing the growth of planners. Jonathan O'Brien of Inflection Points wrote an interesting piece relating the number of planners to the delivery of housing stock.



His graphs highlight the extent to which regulatory inefficiency is now baked into land use planning and development assessment. In fairness, the data seems to include planners involved in all aspects of planning outside housing – from utilities to renewables to tourism and all non-residential land uses, so a comparison with only housing is unfair. But as evidence of regulatory and process complexity it’s hard to argue against. Rather than interpreting this as a need for more planners to deal with more complexity (the BAU response) why not reduce the pointless regulatory aspects which have intelligent, university trained planners ticking menial boxes on application and assessment forms, and instead free them up to do what they trained for?

Another example of a broken system is in the costs of simply readying a block of land for a house. Colliers Engineering recently released a report which shows the average cost of civil engineering for a single block of land is now around $180,000. That does not include the cost of the land itself – just the various reports and professional fees, the earthworks, drainage, internal roads (and often external ones too), water and waste water, energy connections, project administration and so no.  


That’s a frightening number. Add to that the infrastructure charges to government, plus the land cost itself, and other fees and charges, and the land ready for a house can’t be supplied for less than around $250,000 or $300,000. Then you get to build the house – with all the regulatory grief that now involves. In the post war period (1950s and 1960s), around one third of new homes were owner built, such was the minimal intrusion of policy regulation and compliance. The National Construction Code which governs building today, is said to number 3,000 pages.

Rather than pile on more regulation, why not look to reduce the compliance burden? The answer there seems to be a reluctance to ‘wind back the clock’ to a time of less onerous compliance. Utility companies, operating as quasi monopolies, pursue increasingly high standards of engineering compliance to guard against one in a hundred-year events, or even to safeguard against climate scenarios for a largely unpredictable future. Some adopt ‘zero complaint’ benchmarks as their performance KPIs, which leads to over-design (“gold plating”). Local governments can adopt increasingly high-performance standards which are referenced to third party professional bodies (such as the engineers) to shift responsibility. Those professional bodies, not wanting to support moderate standards where there is an element of risk, respond with highest standards as minimums, to mitigate risk. All this comes at a cost.  

Alternatives – such as large scale off-grid utilities around water and wastewater – are resisted because they don’t fit the BAU model – even if they could substantially reduce costs and timeframes (which itself could also expose the inefficiency of the BAU model, so another reason to say no). And we are still rolling out NBN cable to new estates, even though an uplink to a satellite is both wireless, cheaper and faster.

Alternatives to the financing and operation of infrastructure for housing are also generally resisted. The upfront per-lot infrastructure charge approach has become entrenched as the BAU model, despite adding to the upfront costs faced by young buyers. To date there has been minimal interest in exploring alternatives such as Municipal Utility Districts (MUDs) which in the USA are widely used to fund and operate essential development infrastructure, off the balance sheets of government. They work by raising a bond to fund the delivery and operation of local water, wastewater and other utilities (even including social infrastructure such as schools or health care sometimes) which is paid off by the residents over time. It’s in effect a line on their rates bill, paid off after 10 or 15 years (maybe longer), rather than an upfront hit of an additional $30,000 or $50,000 in headworks PLUS the inefficiencies built into the $180,000 worth of civils per lot. Imagine the idea of allowing a developer to bring market efficiency to the planning and delivery of utilities infrastructure, saving costs and time for homebuyers, rather than some bloated semi government monopoly!

Even where things like prefab housing (modern methods of construction) are a proven delivery model around the world, we are resisting their deployment here - with the exception of mining camps or emergency shelters. Our mandated standards (for electricity, plumbing, energy efficiency, disability access, water efficiency and more) can prove difficult for foreign manufactured providers to meet. Even when they are designed overseas to Australian standards, we find local compliance or inspection agencies disputing that the standards have been met because our habit of wanting to ‘tick off’ compliance at every stage of the build is unrealistic (and defeats the point of efficient manufactured housing). Once it’s built, you can’t pull it apart so a plumbing inspector can say he’s happy with the internal connections.

So it seems we keep applying business as usual approaches to the same problems that business as usual has created in the first place. There is no logical explanation for this. “We’ve always done it this way” is the usual response, and it’s not good enough.

I’m reminded of that scene in Fawlty Towers, where Basil – who insists on driving a highly unreliable mini as his mode of transport – finally loses it one wet English day when it chooses the worst possible time to break down. Says Basil: “Well, don't say I haven’t warned you. I've laid it on the line to you time and time again. I'm going to give you a damn good trashing.”

Which he does. Only to appear in subsequent episodes, still driving the same car.



Wednesday, October 15, 2025

How many hospitals will an extra 1 million people need?


A million people generate a lot of demand for things. Hospitals included. In Australia, we need on average 1 hospital bed for every 270 people, so that’s 3,703 beds for 1 million people. Based on a large hospital of say 500 beds, that’s roughly 7.5 hospitals for 1 million people.

Why is this of interest? Because we are about to add another million people to cities like Brisbane (by 2045), Sydney (by 2040) and Melbourne (by 2038). So, just to tread water, we should have the equivalent of around 7.5 new hospitals planned for each, otherwise we go backwards.

For some more context, an average new hospital bed in Australia costs around $1.5 million to $2 million. So those 3,703 extra beds for each major city are going to need something like $5.5 billion to $7.5 billion in new capital invested. That’s at today’s dollars.

We could ask the same for schools: roughly how many do we have for every 1 million people? The answer is somewhere between around 360 (250 of which are government schools and 110 non government). If we are to maintain schooling with the same range of choice and sized schools, and to maintain class sizes as they broadly are now, that’s a lot of schools.

At Suburban Futures, we recently modelled a number of options for new school designs in urban infill locations (even including a repurposed Bunnings style shed). The cost for a full p-12 school of 1,000 students was in all cases over $100 million. Not all schools are full P-12 formats with 1000 students, but even on conservative guesstimating, we are looking at maybe $5+ billion for 50 x P-12 size schools, plus just as much again for the remaining 300 schools of smaller size. Combined that’s another $10 billion, per city region, by 2040. A lot of money, let alone the challenge of finding the sites for them.

How will the extra 1 million people get around? If the current ratio of private cars to people doesn’t change, each city region will have another 600,000 cars on the roads. Plus, another 200,000 or so commercial vehicles doing commercial things. Should we put them underground with more road tunnels? A good idea, which costs roughly $1billion per kilometre (depending on in-ground conditions and surface portals). OK, let’s build more commuter rail track so that we won’t notice the traffic impacts of an additional million people. That’s also now around $1 billion per kilometre but will likely move fewer people than a road tunnel, so is arguably not going to have as much impact.

Need something to drink, flush the toilet, wash the car or do the laundry? There’s another 200 million litres per day for 1 million people, or 73 gigalitres per year. For context, that’s roughly 30,000 Olympic swimming pools worth of extra water, each year, for each city.

Been naughty? That will mean another 1,600 to 2,000 prison cells per million people. A prison cell isn’t cheap either – around $700,000 per cell not including the operational costs. There’s at least another $1.2 billion to house the criminal element that another 1 million population will generate.

We will also need another 4,000 police officers, 12,000 nurses, 1,000 firefighters and the workplace buildings to accommodate them.

Sadly, another 1 million people will also mean another 48 people will die on the roads. Promises to lower the road toll mean that, mathematically,  none of the extra 1 million will die on our roads and the toll for the existing population will fall. A noble and worthy ambition, but the maths is sadly challenging.

In amongst this are our housing targets. I’ve long maintained that housing should be the easiest types of structures to deliver. But we have made even that difficult. The plethora of codes and regulatory and planning approvals now needed are reflected in our worsening ability to match demand with supply. 

It now takes longer and costs more doing the very same thing than just 20 years ago. The Federal Government’s target of building 1.2 million homes over 5 years could most kindly be described as an aspirational target. At worst a lie. Either way, even when it comes to the simplest form on construction, our supply response is clearly lagging, and slowing. 

It's going to be interesting to watch how this growth challenge pans out. Much of our national dialogue is focussed simply on population and housing. There’s quite a bit of attention also on the increasing traffic congestion experienced in our major centres. If we start to add to that obvious short falls in hospitals, schools, drinking water, corrections and any number of other things that are the direct consequence of growth, the debate could quickly go febrile.