
Our work explicitly addresses the interaction between hormonal physiology, neurodivergence, and psychosocial stressors in workplace and operational settings, including:
Perimenopause, menopause, post-menopausal transition, and associated changes in stress reactivity, fatigue, cognition, and recovery.
Andropause and age-related hormonal change affecting concentration, emotional regulation, and injury risk.
Autism and ADHD, including heightened sensory load, altered stress processing, executive function fatigue, and escalation risk under pressure
The compounding effects of hormonal fluctuation on autistic and ADHD individuals during sustained cognitive or emotional load.
Transgender and non-binary individuals, including the physiological, thermoregulatory, and stress-response implications of hormone therapy.
Sex-based differences in autonomic response, recovery capacity, and threshold to overload or shutdown.
These factors materially affect decision-making, communication, fatigue tolerance, and safety outcomes under workplace stress, yet are routinely excluded from standard WHS risk assessments, training models, and audit frameworks.
Most safety and training frameworks are built around stable physiology and predictable behaviour.
They rarely account for fluctuating hormonal states, neurodivergent stress processing, or cumulative cognitive load under pressure.
As a result, foreseeable psychosocial hazards are often identified only after incidents occur.
Our work addresses this gap by integrating biological and neurophysiological realities into risk identification and control design






Our work explicitly addresses the interaction between hormonal physiology, neurodivergence, and psychosocial stressors in workplace and operational settings, including:
Safety-critical and high-risk workplaces
Organisations with mixed-ability, ageing, or neurodivergent workforces
Sectors where fatigue, cognitive load, or emotional labour are inherent
Organisations subject to WHS, ISO, or external assurance scrutiny

This is not a generic wellbeing provision. It addresses foreseeable risk where failure has consequences for worker safety, regulatory exposure, operational continuity, and leadership accountability.
We acknowledge the Traditional Owners of the lands on which we work and recognise their continuing connection to land, waters and community. We pay our respects to Elders past and present.
Your industry and operating environment
Workforce risk factors
Compliance obligations
Current WHS systems
Training or audit requirements

