Women Illustration
Overview of the personalised Resilience Assessment Report

See how we measure Resilience and the detailed insights into individual strengths and growth areas.

Download Report

Singapore’s Safety Record Is Excellent. Psychosocial Risk Is the Next Frontier.

  • Singapore’s workplace fatality rate fell to a record low of 0.96 per 100,000 workers in 2025, placing it among the safest workplaces globally, alongside the Netherlands, UK, Germany, and Sweden.
  • Globally, the ILO estimates psychosocial risk factors alone, excessive workload, job insecurity, long hours, and lack of autonomy, contribute to roughly 840,000 deaths a year from cardiovascular disease and work-related mental health conditions.
  • Physical safety and psychological safety are now governed by parallel international frameworks (ISO 45001 and ISO 45003), but most organisations, even ones with excellent physical safety records, are only beginning to manage the second one with the same rigour as the first.

Singapore’s workplaces are, by the numbers, among the safest in the world. The Ministry of Manpower’s 2025 report recorded a workplace fatal injury rate of 0.96 per 100,000 workers, an all-time low, putting Singapore in the same bracket as the Netherlands, the UK, Germany, and Sweden, countries that have spent decades building this kind of track record.

That’s a genuine achievement, and worth sitting with for a moment before moving to the harder question: what does “safety and health at work” actually cover, and is Singapore’s excellent physical record matched by an equally mature approach to the psychological side of the same equation?

Why This Question Matters Right Now

The International Labour Organization has marked 28 April as World Day for Safety and Health at Work since 2003, growing out of Workers’ Memorial Day, a tradition North American trade unions started in 1989 to commemorate workers killed or injured on the job. In 2022, the ILO amended its Declaration on Fundamental Principles and Rights at Work to formally include “a safe and healthy working environment” as a fundamental right, not just good practice.

The ILO’s own estimates put the scale of the problem in stark terms: roughly 2.93 million workers die each year from work-related causes, the majority from occupational diseases rather than accidents. What’s changed in recent years is which half of that problem is getting the most attention. The ILO’s most recent global campaign is built specifically around psychosocial risk, treating factors like excessive workload, job insecurity, and lack of autonomy as workplace hazards in the same category as physical, chemical, and biological ones, not as a separate, softer concern.

The ILO estimates these psychosocial factors contribute to around 840,000 deaths annually from cardiovascular disease and work-related mental health conditions. Around 35% of workers globally exceed 48 working hours a week. This isn’t a fringe issue being elevated for awareness purposes. It’s being formally recognised as core occupational risk, on the same footing as the hazards Singapore has already gotten very good at managing.

Two Standards, One Gap

Most organisations with a mature safety record are already operating under ISO 45001, the international standard for occupational health and safety management. Since 2021, there’s been a companion standard specifically for the psychological side: ISO 45003, the first global guideline for managing psychosocial risk within an existing occupational health and safety system.

It’s a guideline rather than a certifiable standard, which means adoption is uneven, but the framework itself is instructive. It treats psychosocial hazards, excessive workload, poor role clarity, workplace bullying, lack of autonomy, the same way ISO 45001 treats a faulty guardrail: something to be identified, assessed, and managed systematically, not something to be addressed only after it produces a resignation or a complaint.

There’s also a well-documented link between the two domains that’s easy to miss. Musculoskeletal disorders, the back and joint pain that shows up in most physical safety statistics, are consistently correlated with psychological strain and the quality of relationships within a team, not just posture or repetitive movement. Treating physical and psychological safety as two unrelated reporting lines misses how often they’re actually the same underlying problem, showing up in different places.

Four Places Organisations Get This Wrong

A closer look at how safety and health functions actually operate, drawing on RI’s own consulting work in this area alongside the wider research, points to four recurring gaps.

1

The Slogan Substitutes for the Strategy

“Safety first” on the wall and safety integrated into how decisions actually get made are two different things. When an organisation keeps needing to reassert that health and safety matter, that’s often a sign the function hasn’t been built into the operating model, it’s being asserted instead of demonstrated.

2

The Metrics Only Look Backward

Counting past incidents tells you what already went wrong, not what’s about to. Leading indicators, like ISO 45003’s structured psychosocial hazard assessments, employee perception of whether leadership genuinely cares about their wellbeing, and the quality of safety feedback given and received, predict problems before they become injuries or exits. Singapore’s own steady improvement in physical safety metrics came from exactly this kind of proactive measurement, not from counting fatalities after the fact.

3

The Function Sits Too Low to Matter

Wherever health and safety formally sits in the org chart, HR, Operations, Quality, its seniority signals how seriously it’s actually taken. A function several layers removed from executive decision-making rarely has the standing to influence the decisions that create risk in the first place.

4

The Wrong Skillset Is in the Role

Physical safety expertise and psychosocial risk management draw on genuinely different skills, compliance and engineering rigour on one side, organisational psychology and change management on the other. Many safety functions are still resourced for the first problem while being asked, increasingly, to solve the second one too.

Where to Actually Start

None of this requires solving everything at once. A workable starting sequence looks like this: collect real data on both physical and psychosocial risk rather than relying on impressions, listen directly to line managers and employees rather than only to leadership, resist the urge to fix every minor issue at the expense of the serious ones, and reassess regularly rather than treating any policy as finished. Organisations that already do the first half of this well for physical safety, and Singapore’s national data suggests many do, are usually closer to doing it well for psychosocial risk than they assume. The frameworks and habits transfer. They just haven’t been pointed at the second problem yet.

A record-low injury rate is a genuine achievement. It’s also not the finish line. The organisations that get this right treat psychological safety as seriously, and measure it as rigorously, as they already treat a guardrail or a hard hat.

Why the Most Resilient People Rarely Say “I’m Tired”

  • Across more than 21,000 completed Resilience Assessments, only 2% of the most resilient professionals report frequent exhaustion after work, compared to 54% of the least resilient group.
  • Research on venting is unusually clear: describing your exhaustion to others doesn’t relieve it. In controlled studies, it often deepens it.
  • A specific, evidence-backed language shift, dropping “I” in favour of your own name or “you” during self-talk, measurably reduces stress reactivity under pressure.

Someone asks a colleague who’s clearly running on fumes, “You must be exhausted?” There are two common replies. One describes the tiredness in detail, the late night, the early start, the sheer volume of it. The other simply says the night was long, mentions something good that came of it, and moves on.

Both people may be equally tired. What differs is what happens next, in the body and in how the room responds to them. That difference has a real evidence base behind it, and it’s more specific than “just think positive.”

What the Data Actually Shows

Across more than 21,000 completed Resilience Assessments, Resilience Institute’s own research found a stark split. Among the top 10% most resilient respondents, only 2% reported feeling exhausted “very often” or “nearly always” after work. Among the least resilient group, that figure was 54%. The gap isn’t really about how much work either group did. It’s about how each group related to the fatigue once it arrived, and how visibly they carried it.

This tracks with a broader pattern in Singapore right now. A 2025 Ministry of Manpower report found that roughly one in three Singapore workers experienced work-related stress or burnout in 2024, and a separate 2024 industry survey found 47% of Singapore employees feel mentally or physically exhausted by the end of the workday. Fatigue itself isn’t rare here. What varies is what people do with it, including how often they name it out loud.

Why Naming It Doesn’t Always Help

There’s a well-studied idea in psychology called affect labeling, simply putting a feeling into words. For years it was treated as reliably calming, on the theory that naming an emotion helps the brain regulate it. The actual research is messier than that. A 2021 study by Nook and colleagues found that labeling an emotion can sometimes get in the way of reappraising it afterward, and a broader body of work has found that people with a larger vocabulary for negative emotions don’t necessarily report less distress, sometimes the opposite. Labeling seems to help most when it’s paired with genuinely reframing the situation, not when it’s used alone as a running commentary.

University of Michigan psychologist Ethan Kross, who has spent much of his career studying the inner voice, found something similarly counterintuitive about venting specifically. In his research, and in the popular science book Chatter that summarised it, Kross describes venting as “self-defeating”: talking through frustration with someone else can strengthen the relationship in the moment, but it rarely reduces the underlying distress, and often rehearses and reinforces it instead.

That’s a more precise version of what RI’s own data has been showing for years. The professionals who report the least chronic exhaustion aren’t suppressing how they feel. They simply aren’t running a live commentary on it, to themselves or anyone else.

The Technique That Actually Has Evidence Behind It

Kross’s lab has tested a specific alternative: distanced self-talk, dropping first-person language (“I am exhausted”) in favour of your own name or “you” (“you’re running on empty, but you’ve got this next hour”). In a series of studies, participants who used non-first-person language under stress appraised the situation as more of a challenge and less of a threat, showed lower physiological stress markers, and performed better on subsequent tasks than participants using first-person self-talk. A 2017 follow-up combining EEG and fMRI data found this effect happens with almost no extra cognitive effort. It isn’t willpower. It’s closer to a linguistic switch.

This is worth sitting with, because it’s genuinely different advice from “don’t think about it” or “stay positive.” The instruction isn’t to suppress the fatigue. It’s to change the grammar you use to describe it to yourself, which appears to change how threatening it feels.

A Word on Genuine Exhaustion

None of this is an argument for pushing through real exhaustion. Fatigue is a genuine biological signal, and there’s a difference between the everyday tiredness of a demanding week and the kind of depletion that needs actual rest, not a reframe. Singapore’s own workplace data makes the scale of that second category clear: this isn’t a small or occasional problem. The distinction that matters is between fatigue you narrate and re-narrate to everyone around you, which the evidence suggests deepens it, and fatigue you register, act on, and recover from, which is simply good self-management.

Putting This Into Practice

1

Notice the Signal, Don’t Narrate It

Check in with your body and energy honestly. Rate the severity privately. That’s assessment, not the same thing as describing it out loud to three colleagues before lunch.

2

If It’s Genuine Exhaustion, Act on It

Real depletion needs real recovery: sleep, a proper break, a lighter load. No amount of language substitutes for that. This is a priority decision, not a mindset problem.

3

Switch Out of First Person Under Pressure

If you must push through a stretch of fatigue, try coaching yourself the way you’d coach someone else: by name, or with “you.” “Alex, you’ve got one more hour” carries measurably less threat than “I can’t do this.”

4

Anchor the Body Before the Mind Follows

Lengthen your posture, breathe slowly through the nose, and work in short, fully engaged bursts rather than one long grind. None of this fixes real exhaustion, but it changes how the next hour feels while you get to a proper break.

5

Save the Story for After, Not During

Kross’s research is specifically about venting in the moment. Processing a hard stretch afterward, with distance and reflection, is a different and genuinely useful practice. The timing is what changes the effect.

Fatigue is real. The running commentary on it is optional. The evidence suggests that second part is doing more damage than the tiredness itself.