Determinants of Standard of Living, and Whether Technology Always Raises It in Singapore

Answer

Standard of living (SOL) is the average quality of life of a population, with a material aspect — the quantity and quality of goods and services available for consumption — and a non-material aspect — quality of life and environment (working hours, pollution, life expectancy). The thesis is that improvement in technology will generally raise SOL in Singapore, through both material and non-material channels, but not always: its gains are unevenly shared and carry environmental costs, so whether it raises SOL on balance depends on accompanying government policy.

What determines SOL. Material SOL is determined chiefly by economic growth: a higher real GDP (or GNI) means more goods and services available per head, so national income and material SOL are positively related — rising Singaporean incomes have funded more and better goods. Non-material SOL is determined largely by government expenditure on social well-being — healthcare (a new hospital roughly every two years), education (pre-school subsidies for low-income families), environmental conservation — which raises life expectancy, equity of access and quality of life. The two interact: growth raises tax revenue, which funds the spending that lifts non-material SOL.

Technology raises material SOL. Improvement in technology raises SOL first through growth. As a form of investment, it raises AD and, via the multiplier, national income (actual growth). More importantly it raises productivity and productive capacity, boosting competitiveness: better-quality, cheaper exports raise export earnings (where export demand is price-elastic), and Singapore remains attractive for FDI across the digital economy, advanced manufacturing and pharmaceuticals. The combined rise in investment and exports raises AD, while the capacity gain raises LRAS, so national income rises without inflationary pressure.

Technology-driven growth. Higher investment and exports raise AD₀→AD₁ while rising productivity raises LRAS₀→LRAS₁; real national income rises from Y₀ to Y₁ without upward pressure on the general price level — non-inflationary growth that lifts material SOL.

Technology can raise non-material SOL. Greater efficiency can improve work–life balance — the same output from fewer labour hours leaves more leisure — and cleaner, greener production methods reduce environmental harm, both raising non-material SOL.

But the gains are uneven — and the question says “always”. The benefits accrue mainly to those in higher value-added, knowledge-based industries. Technology raises demand for higher-skilled labour, while automation displaces lower-skilled and older workers in cleaning, F&B, retail and logistics — raising structural unemployment and widening the income gap. For these workers, material SOL falls. Technology may also harm non-material SOL: high-tech expansion (e.g. data centres) raises pollution, and Singapore’s productivity comes partly at the cost of long hours and high stress. So technology does not automatically raise SOL for everyone.

The role of policy. Whether technology raises SOL on balance turns on government policy. Supply-side measures — SkillsFuture and Workforce Skills Qualifications — retrain displaced lower-skilled and older workers, sharing the gains and making growth inclusive. For sustainability, Singapore has attracted clean-tech investment and enforces green-construction and sustainable-land-use standards, and is moving towards a circular economy — showing growth and environmental conservation can coexist.

Judgement. Improvement in technology will not always raise SOL in Singapore, but it generally will given appropriate policy. The decisive consideration is distribution and sustainability: technology unambiguously raises aggregate material SOL through non-inflationary growth and can raise non-material SOL, but left unmanaged it widens inequality (lowering the SOL of displaced workers) and raises pollution and stress (lowering non-material SOL). The “always” in the question is therefore too strong: the outcome is conditional. With Singapore’s supply-side retraining and sustainability policies in place to convert disruptive growth into inclusive and sustainable growth, technology has on balance raised SOL — but that favourable verdict depends on the policy complement, not on technology alone.