I’ve had this conversation many times. A person has just been diagnosed with Type 2 diabetes. Their GP has explained what it means, started them on medication if needed, and finished the appointment with the advice to exercise more.
And now they’re sitting at home trying to figure out what that actually means. How much exercise? What kind? Is it safe given the other health issues they’re managing? Will it interact with their medication? What if their blood sugar drops while they’re working out? Nobody explained any of that. They were told to exercise more, given a pamphlet about healthy eating, and sent on their way.
That gap between knowing you should exercise and knowing how to do it safely and effectively with Type 2 diabetes is exactly what an accredited exercise physiologist is trained to close.
Exercise for Type 2 diabetes isn’t simply a matter of going for more walks. It’s a clinical intervention. When it’s prescribed correctly, for the right type of activity, at the right intensity, timed appropriately around meals and medication, it’s one of the most effective tools available for managing blood sugar, improving insulin sensitivity, and reducing the long-term complications of the condition.
As of June 2025, approximately 1.3 million Australians were living with Type 2 diabetes, based on National Diabetes Services Scheme data. Many of them are managing the condition well. Many others are not, not because they lack willingness, but because they haven’t had access to the clinical support that would help them understand how to use exercise as part of their care.
This article explains what Type 2 diabetes is, why exercise is one of the most powerful interventions available for managing it, what an exercise physiologist actually does for people with this condition, and how to access that support through Medicare, the NDIS, and the Support at Home program in Australia.
Exercise Physiology for Type 2 Diabetes at a Glance
| What it is | A clinically prescribed, individually supervised exercise program designed to improve blood sugar control, insulin sensitivity, weight management, and cardiovascular risk in people with Type 2 diabetes |
| Who delivers it | An Accredited Exercise Physiologist (AEP): university-qualified, registered with ESSA, trained specifically for chronic and complex medical conditions |
| Not a personal trainer | AEPs understand diabetes physiology, medication interactions, hypoglycaemia risk, and how to exercise safely with diabetic complications. Personal trainers do not. |
| Best exercise approach | Both aerobic exercise and resistance training. Combined programs produce the greatest improvements in blood sugar control. |
| Key measure | HbA1c: the 2 to 3 month average blood sugar marker. Consistent exercise has a well-documented effect on reducing HbA1c. |
| Medicare | Available via Chronic Disease Management plan (CDM) for up to 5 rebated sessions per year |
| NDIS | Fundable under Capacity Building: Improved Daily Living where related to the participant’s disability |
| Aged care | Available under Support at Home program (commenced 1 November 2025) |
| Home visits | Available across Sydney through Fleet Healthcare |
Key Takeaways
- Exercise is a first-line treatment for Type 2 diabetes, not just a lifestyle recommendation. When prescribed and supervised correctly, it improves blood sugar control, insulin sensitivity, weight management, and cardiovascular risk.
- An accredited exercise physiologist (AEP) designs individualised, clinically safe exercise programs for people with chronic conditions including Type 2 diabetes. They are not personal trainers.
- Both aerobic exercise and resistance training are important for Type 2 diabetes management. Your AEP determines the right balance for your situation.
- Exercise physiology and dietetics work together for diabetes management. Nutrition and exercise timing directly influence blood sugar response.
- You can access exercise physiology through a Medicare Chronic Disease Management plan, the NDIS, the Support at Home program, or private funding.
- Mobile exercise physiology is particularly well suited to people managing neuropathy, reduced mobility, or transport barriers alongside their diabetes.
Table of Contents
- What Is Type 2 Diabetes and Why Blood Sugar Management Matters
- Why Exercise Is One of the Most Powerful Tools for Managing Type 2 Diabetes
- What Is an Accredited Exercise Physiologist and How Do They Differ from a Personal Trainer?
- What Exercise Physiology for Type 2 Diabetes Actually Involves
- Types of Exercise That Benefit Type 2 Diabetes
- Exercising Safely with Type 2 Diabetes: Important Considerations
- How Exercise Physiology Works Alongside Dietetics
- Funding Options: Medicare, NDIS, Support at Home, and Private
- Why Home Visit Exercise Physiology Suits People Managing Type 2 Diabetes
- Common Misunderstandings
- FAQs
What Is Type 2 Diabetes and Why Blood Sugar Management Matters
Type 2 diabetes is a chronic condition in which the body doesn’t use insulin effectively. Insulin is the hormone produced by the pancreas that allows cells to absorb glucose from the bloodstream and use it for energy. In Type 2 diabetes, the body’s cells become resistant to insulin’s signals. According to Healthdirect Australia, Type 2 diabetes is the most common form of diabetes and can usually be managed with healthy eating and regular physical activity, sometimes with medication.
Type 2 diabetes develops gradually and is strongly associated with lifestyle factors including physical inactivity, excess weight, and dietary patterns, though genetics also plays a role. It’s not a condition that develops overnight, and most people who are diagnosed did not choose to have it. The diagnosis can feel confronting, and the volume of information that follows can be genuinely overwhelming.
What matters most after diagnosis is understanding what you can do that will make a real difference. Blood sugar management, keeping glucose levels within a healthy range consistently over time, is the central goal because sustained high blood sugar damages blood vessels and nerves, contributing to complications that include heart disease, kidney disease, eye problems, and foot complications.
The good news: exercise is one of the most effective ways to improve blood sugar management, often with effects that are rapid, measurable, and cumulative over time.
The HbA1c measure
When your GP talks about your diabetes management, they’ll often refer to your HbA1c. This is a blood test that reflects your average blood sugar level over the past two to three months. It’s one of the key indicators used to monitor whether your diabetes management is working. Exercise, consistently delivered, has a well-documented effect on reducing HbA1c, which is one of the most concrete ways to measure how much it’s helping.
Why Exercise Is One of the Most Powerful Tools for Managing Type 2 Diabetes
When people ask me what the most important things are that someone with Type 2 diabetes can do for themselves, exercise comes up alongside medication and nutrition. Not as an afterthought. As a genuine first-line clinical intervention.
This isn’t based on general wellness advice. It’s based on decades of research showing specific, measurable effects of exercise on the mechanisms that drive Type 2 diabetes.
Improving insulin sensitivity
When muscles contract during exercise, they absorb glucose from the bloodstream through a pathway that doesn’t require insulin. This effect is immediate and temporary during exercise, but with regular training, the cells become more responsive to insulin over time. The muscles develop more glucose transporter proteins, the liver becomes more efficient at managing glucose, and insulin resistance is reduced. This is the most fundamental mechanism by which exercise helps Type 2 diabetes.
Reducing blood glucose levels
During moderate-intensity exercise, the muscles use glucose as a primary fuel source. Blood glucose levels can fall meaningfully during a single session. For people managing diabetes, this immediate glucose-lowering effect means exercise can be a powerful short-term tool for managing blood sugar spikes after meals, as well as a long-term strategy for overall control.
Supporting weight management
Excess body weight, particularly abdominal fat, is one of the primary drivers of insulin resistance. Exercise contributes to weight management by increasing energy expenditure, improving metabolic rate, and, when combined with appropriate nutrition, supporting fat loss while preserving muscle mass. Even modest weight reduction of five to ten per cent of body weight has been shown to produce meaningful improvements in blood sugar control and insulin sensitivity.
Reducing cardiovascular risk
People with Type 2 diabetes have a significantly higher risk of cardiovascular disease. According to Diabetes Australia, managing cardiovascular risk factors is a key component of diabetes care. Exercise lowers blood pressure, improves cholesterol profiles, reduces inflammation, and strengthens the heart, all of which directly address the cardiovascular risk that comes with Type 2 diabetes.
Improving energy and mental health
Managing a chronic condition is tiring, both physically and emotionally. Regular exercise has well-established benefits for mood, energy, sleep quality, and psychological wellbeing. For people managing the daily demands of diabetes monitoring, medication, and dietary awareness, these benefits are not incidental. They’re central to the quality of life that a well-managed condition can support.
What Is an Accredited Exercise Physiologist and How Do They Differ from a Personal Trainer?
This distinction matters enormously for people with Type 2 diabetes.
An accredited exercise physiologist (AEP) is a university-qualified health professional with a four-year degree in exercise physiology. They are registered with Exercise and Sports Science Australia (ESSA), the peak professional body, and their practice is governed by professional standards, scope-of-practice guidelines, and ethical obligations. They are trained specifically to design and deliver exercise programs for people with chronic and complex medical conditions including Type 2 diabetes, heart disease, cancer, mental health conditions, and musculoskeletal disorders.
What makes the AEP different from a personal trainer
- Medical knowledge: an AEP understands the physiology of diabetes, how exercise affects blood glucose in different circumstances, how medication interacts with exercise, and what contraindications or precautions apply to specific individuals
- Clinical assessment: the AEP conducts a formal clinical assessment before programming begins, reviewing medical history, current medications, recent blood test results, and any complications or comorbidities
- Medicare and NDIS recognition: AEPs are recognised under Medicare Chronic Disease Management plans and as NDIS therapy supports. Personal trainers are not.
- Scope of practice: AEPs are trained to manage hypoglycaemia risk during exercise, adjust programs for people with neuropathy, retinopathy, or cardiovascular complications, and coordinate with the treating GP or specialist
For someone managing Type 2 diabetes alongside other health challenges, the clinical expertise of an AEP is appropriate in a way that a personal training program is not.
What Exercise Physiology for Type 2 Diabetes Actually Involves
Initial clinical assessment
The first appointment is primarily an assessment. Your AEP will review your medical history, current diabetes medications, recent HbA1c and other blood test results, blood glucose monitoring patterns, any complications including neuropathy, retinopathy, or kidney disease, and your current activity levels and physical capacity. They’ll also assess your cardiovascular fitness, strength, balance, and functional movement. For people with neuropathy or balance problems, this assessment includes a falls risk screen.
Exercise prescription
From the assessment, the AEP develops an individualised exercise program. This isn’t a generic walking program. It specifies the type of exercise, the intensity, the duration, the frequency, the progression, and the specific precautions that apply to you. For most people with Type 2 diabetes, the program will include both aerobic and resistance training components, as the combination consistently produces better outcomes than either type alone.
Blood glucose monitoring education
The AEP educates you on how to monitor your blood glucose before, during, and after exercise, how to recognise and respond to hypoglycaemia, and how to adjust your monitoring routine and food intake around exercise sessions. This education is one of the most practically valuable aspects of working with an AEP, as it gives you the knowledge to exercise safely and confidently between appointments.
Ongoing review and progression
Exercise physiology for Type 2 diabetes isn’t a one-off consultation. The program is reviewed and progressed regularly as your capacity improves, your blood glucose patterns change, and your goals evolve. Your AEP coordinates with your GP and, where relevant, your dietitian, to ensure the exercise program is integrated effectively with your overall diabetes management plan.
Types of Exercise That Benefit Type 2 Diabetes
Aerobic exercise
Aerobic exercise uses large muscle groups in a sustained, rhythmic way. Walking, cycling, swimming, aqua aerobics, and low-impact cardio classes are all appropriate options. The immediate blood glucose-lowering effect of aerobic exercise is one of its most clinically valuable properties for people with diabetes. A brisk walk after dinner can meaningfully reduce post-meal blood sugar spikes. The Australian guidelines for people with Type 2 diabetes recommend at least 150 minutes of moderate-intensity aerobic activity per week, spread across most days. Your AEP will establish a starting point appropriate for your current fitness and build toward this recommendation progressively.
Resistance training
Resistance training (weights, resistance bands, bodyweight exercises) builds muscle mass, and muscle is one of the body’s primary sites of glucose uptake. More muscle means greater glucose disposal capacity, improved insulin sensitivity, and a better metabolic environment for blood sugar control. The effects of a single resistance training session on insulin sensitivity can persist for 24 to 48 hours. Resistance training also supports weight management, improves bone density, reduces falls risk, and enhances functional capacity for daily activities. For older adults with Type 2 diabetes, these additional benefits are particularly relevant.
Combined programs
Research consistently shows that combined aerobic and resistance training programs produce greater improvements in HbA1c and blood sugar control than either type alone. Your AEP will design a program that incorporates both in a way that’s manageable and sustainable for your schedule and capacity.
Flexibility and balance work
For older adults with Type 2 diabetes, particularly those with neuropathy or reduced proprioception, balance and flexibility training is an important component of the program. Neuropathy increases falls risk. Balance exercises directly address this. Your AEP will include specific exercises targeting balance and mobility where indicated by the assessment.
Exercising Safely with Type 2 Diabetes: Important Considerations
Exercise is safe for the vast majority of people with Type 2 diabetes. The benefits consistently outweigh the risks when the program is appropriately designed and supervised. There are a small number of important safety considerations your AEP will address.
Hypoglycaemia risk
People taking insulin or certain oral diabetes medications (particularly sulfonylureas) have an elevated risk of hypoglycaemia during or after exercise, as exercise lowers blood glucose. Your AEP will educate you on how to monitor your blood glucose before exercise, what levels are safe to start, when to have a carbohydrate snack before exercising, and what to do if you experience symptoms of low blood sugar during a session.
Foot care
Neuropathy in the feet reduces sensation and can make it difficult to detect blisters, pressure injuries, or skin breakdown during exercise. Your AEP will advise on appropriate footwear for exercise, what to look for when checking your feet before and after sessions, and which types of exercise are appropriate given your foot sensitivity.
Cardiovascular precautions
People with Type 2 diabetes, particularly those with longer-standing diabetes or additional cardiovascular risk factors, may require a cardiovascular risk assessment before beginning a moderate-to-high intensity exercise program. Your AEP will identify whether this is appropriate and coordinate with your GP if needed. In most people, the cardiovascular benefits of exercise far outweigh any risk when the program is appropriately introduced.
Exercise and medication timing
Some diabetes medications affect the timing of exercise or require adjustments around activity. Your AEP will review your current medication regimen and provide guidance on exercise timing that maximises blood sugar management and minimises hypoglycaemia risk.
How Exercise Physiology Works Alongside Dietetics
Exercise and nutrition interact directly in blood sugar management. The timing of meals around exercise, the composition of carbohydrate intake, and blood glucose patterns throughout the day all influence how effectively exercise lowers blood sugar.
An accredited exercise physiologist addresses the exercise component while a dietitian manages the nutrition component. Working with both together produces the most comprehensive and sustained improvements in diabetes management. Specific areas where the two disciplines coordinate: the best time to eat relative to exercise sessions; carbohydrate management for people at hypoglycaemia risk; weight management strategies that align both exercise and dietary approaches; and optimising the blood glucose response to specific exercise types. Our article on what does a dietitian do explains the full scope of dietetic practice for chronic conditions including diabetes.
Funding Options: Medicare, NDIS, Support at Home, and Private
Medicare: Chronic Disease Management plan
Type 2 diabetes qualifies for a Chronic Disease Management (CDM) plan from your GP, which provides access to up to five rebated allied health sessions per calendar year including exercise physiology. A GP referral is required. The Medicare rebate reduces but does not eliminate the out-of-pocket cost. Speak to your GP about whether you have a CDM plan in place or whether one is appropriate for you.
NDIS
Exercise physiology is a named therapy support under the NDIS, funded under Capacity Building: Improved Daily Living where the program is directly related to the participant’s disability and its impact on daily function and goals. The treatment must be reasonable and necessary and linked to disability-related goals. Refer to the NDIS therapy supports page or speak to your support coordinator about how exercise physiology for diabetes management can be framed within your plan.
Support at Home
Older Australians receiving services under the Support at Home program, which replaced Home Care Packages on 1 November 2025, can access exercise physiology as a funded allied health service within their individual care budget, where it is clinically appropriate and included in the care plan.
Private health insurance and self-funded
Some Australian private health insurance extras policies include exercise physiology. Check your policy for whether it is covered and what the annual limit is. Fleet Healthcare also accepts self-funded private clients directly, with transparent pricing provided upfront. No referral is required for a private booking.
Why Home Visit Exercise Physiology Suits People Managing Type 2 Diabetes
For many people managing Type 2 diabetes, particularly those with neuropathy, reduced mobility, or transport barriers, receiving exercise physiology at home removes the obstacles that would otherwise prevent consistent engagement with the program.
The program is built around your actual life: your kitchen, your furniture, your backyard, your street. The exercises aren’t designed for a gym you don’t have access to. They’re designed for the space you actually live in.
The clinical case for home visits
- Safety: for people with peripheral neuropathy, balance problems, or a history of falls, exercising in the home removes the unfamiliar surfaces and trip hazards of a gym or clinic environment
- Practicality: people are more likely to do exercises consistently when they’re familiar with the environment and don’t require transport to attend. Consistency is the most important factor in exercise outcomes for chronic conditions.
- Real-world assessment: the AEP sees what’s actually available in the person’s home and designs a program using that equipment and space, rather than prescribing exercises requiring equipment the person doesn’t have
- Blood glucose monitoring context: the AEP can observe the person’s actual monitoring routine, see what equipment they have, and provide guidance that is immediately applicable
- Carer and family involvement: family members or carers can be present and can learn how to support the exercise program between sessions, particularly valuable for older adults
Our article on fall prevention for the elderly also covers the relationship between diabetes, neuropathy, and falls risk in older Australians, which is relevant context for the home visit exercise physiology discussion.
Common Misunderstandings
| Myth | Reality |
|---|---|
| Exercise physiology is just personal training for sick people | An AEP is a university-qualified health professional trained specifically for chronic disease management. They understand diabetes physiology, medication interactions, hypoglycaemia risk, and diabetic complications. Personal trainers are not trained for this and are not recognised under Medicare or the NDIS for this purpose. |
| Any exercise is fine for Type 2 diabetes | The wrong type of exercise, at the wrong intensity, without appropriate blood glucose monitoring, can trigger hypoglycaemia or cardiovascular complications. Exercise is extremely beneficial for Type 2 diabetes, but it should be prescribed and supervised by someone who understands the specific clinical considerations. |
| I need to lose significant weight before I can exercise | Exercise is beneficial for people with Type 2 diabetes at any weight. You don’t need to achieve a weight loss goal before starting. In fact, exercise itself supports weight management. |
| Walking is enough for Type 2 diabetes management | Walking is beneficial and a good starting point, but the evidence shows that combined aerobic and resistance training produces significantly greater improvements in HbA1c and insulin sensitivity than walking alone. An AEP will develop a complete program. |
| My blood sugar is controlled by medication so I don’t need exercise | Medication and exercise work through different mechanisms and have additive effects. Exercise improves insulin sensitivity in ways that medication cannot replicate. Most clinical guidelines recommend exercise alongside medication, not instead of it. |
Frequently Asked Questions
Can exercise help manage Type 2 diabetes?
Yes, significantly. Exercise is one of the most effective interventions available for Type 2 diabetes management. It improves insulin sensitivity, lowers blood glucose during and after sessions, supports weight management, reduces cardiovascular risk, and produces measurable improvements in HbA1c with regular practice. It’s recommended as a core component of diabetes management in every major Australian clinical guideline, alongside medication and nutrition where applicable.
What is the difference between an exercise physiologist and a personal trainer for diabetes?
An accredited exercise physiologist (AEP) is a university-qualified health professional trained to design and deliver clinical exercise programs for people with chronic and complex medical conditions. They understand diabetes physiology, medication interactions, hypoglycaemia risk, and the specific exercise considerations for people with diabetic complications. They are recognised under Medicare and the NDIS. A personal trainer is a fitness professional trained to help generally healthy people exercise. For someone managing Type 2 diabetes, the clinical expertise of an AEP is more appropriate.
What type of exercise is best for Type 2 diabetes?
Both aerobic exercise and resistance training are beneficial and recommended. Aerobic exercise such as walking, cycling, and swimming has an immediate blood glucose-lowering effect and improves cardiovascular fitness. Resistance training builds muscle mass and improves insulin sensitivity with effects that persist 24 to 48 hours after a session. Combined programs that include both types produce the greatest improvements in blood sugar control. Your AEP determines the right balance and progression for your individual situation.
Is it safe to exercise with Type 2 diabetes?
Yes, for the vast majority of people with Type 2 diabetes. The benefits of exercise far outweigh the risks when the program is appropriately designed and supervised. Important safety considerations include managing hypoglycaemia risk for people on insulin or certain medications, appropriate foot care for people with neuropathy, and cardiac precautions where relevant. An accredited exercise physiologist addresses all of these as part of the initial assessment and program design.
How does exercise lower blood sugar in Type 2 diabetes?
During exercise, muscles absorb glucose from the bloodstream through a pathway that doesn’t require insulin. This produces an immediate blood glucose-lowering effect during and after the session. With regular exercise training over time, cells become more responsive to insulin, more glucose transporters are produced in muscle tissue, and insulin resistance is reduced. This is why consistent, regular exercise has a measurable effect on HbA1c, the long-term blood sugar marker.
Can the NDIS fund exercise physiology for Type 2 diabetes?
Yes, where the exercise program is directly related to the participant’s disability and its impact on their daily function and goals. Exercise physiology is a named NDIS therapy support funded under Capacity Building: Improved Daily Living. The treatment must be reasonable and necessary and linked to disability-related goals. Refer to the NDIS therapy supports page or speak to your support coordinator.
Can Medicare cover exercise physiology for Type 2 diabetes?
Yes. Type 2 diabetes qualifies for a Chronic Disease Management plan from your GP, which provides access to up to five rebated allied health sessions per calendar year including exercise physiology. A GP referral is required. The Medicare rebate reduces but does not eliminate the out-of-pocket cost. Speak to your GP about whether you have a CDM plan in place.
How many exercise physiology sessions do I need for diabetes management?
This depends on your current fitness level, the severity of your diabetes and any complications, and your goals. For most people, an initial phase of weekly or fortnightly sessions to establish the program and build confidence is followed by a maintenance phase of monthly or six-weekly reviews. Many people also work independently with the program between sessions and check in with their AEP as needed.
Can an exercise physiologist come to my home for diabetes management?
Yes. Fleet Healthcare provides mobile exercise physiology home visits for people managing Type 2 diabetes across Sydney. Home visits are available for private clients, NDIS participants, and aged care recipients under the Support at Home program. Visit our exercise physiology service page to learn more or book an appointment.
How does exercise physiology work with dietetics for Type 2 diabetes?
Exercise and nutrition interact directly in blood sugar management. The timing of meals around exercise, the composition of carbohydrate intake, and blood glucose patterns throughout the day all influence how effectively exercise lowers blood sugar. An AEP addresses the exercise component while a dietitian manages the nutrition component. Working with both together produces the most comprehensive and sustained improvements in diabetes management. Our article on what does a dietitian do explains the full scope of dietetic practice for chronic conditions including diabetes.
Type 2 diabetes is one of the most common chronic conditions in Australia, and it’s one where the gap between what’s possible through exercise-based management and what most people are actually doing is genuinely large. People are told to exercise more. They’re rarely told how, or helped to do it in a way that’s safe, effective, and realistic for their life.
That’s what an accredited exercise physiologist does. They take the clinical evidence on exercise and diabetes, which is substantial and clear, and translate it into a program designed for you. Not for a generic person with diabetes. For you, with your health history, your current capacity, your home, your schedule, and your goals.
I’ve seen what this looks like when it works. Blood sugar levels that were difficult to manage become more stable. HbA1c moves in the right direction. Energy improves. Confidence returns. People who had given up on being active discover they can do more than they thought. These are achievable outcomes that good clinical exercise programming consistently produces for people who engage with it.
Removing the barrier of travel and making the program fit into daily life isn’t a convenience. It’s a clinical advantage. For people managing Type 2 diabetes alongside other health challenges, that matters.
Fleet Healthcare accredited exercise physiologists provide mobile home visit programs for people managing Type 2 diabetes across Sydney. We work with private clients, NDIS participants, and aged care recipients under the Support at Home program, and in partnership with your GP under a Medicare Chronic Disease Management plan. Visit our exercise physiology service page to learn more, or book a consultation today.
Author Bio
Alexander Hunt is the Founder and Managing Director of Fleet Healthcare. As a practising physiotherapist, he brings over a decade of experience across NDIS, aged care, and mobile allied health. Alex is passionate about delivering care that meets people where they are and helps them thrive in their everyday environment.
Professional Disclaimer
The information provided in this article is for general informational and educational purposes only and does not constitute professional advice. While we aim to ensure accuracy at the time of publication, professional standards, funding arrangements, eligibility criteria, and regulatory frameworks may change and may vary between providers and governing bodies. Any references to funding or service access are general in nature and should be confirmed directly with the relevant provider or authority. Fleet Healthcare Services Pty Ltd accepts no liability for actions taken based on the information provided in this article.
