Supporting the recovery and pain relief of acute musculoskeletal-based shoulder injuries

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To design and create a product which will promote a more efficient and pain-free recovery process for acute musculoskeletal-based shoulder injuries primarily, but may also be used to treat bone-based injuries. Furthermore, this project will aspire to aid the recovery of these injuries by supporting the muscles at a sustained and efficient rate for optimal recovery. Additionally, it will make use of best practice temperature-based recovery techniques, providing both heat and icing options. Furthermore, the brace's design will combat equity-based issues, allowing all demographics to access this product, such as low SES, youth, adults, beginner or cognitive athletes and more.


What do you think?


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Comments
Phoebe Gilpin @ 2026.04.09 6:13 PM

Hi Ash,

You've provided a strong concept and I understand the want to create better shoulder braces to aid athletes and everyday people with recovery.

Shoulder braces being used for recovery is a key aspect in rehabilitating the joint. It provides stability to the surrounding tissue and reduces pain in the joint. The support limits possible harmful movements to the shoulder during healing. These braces can also be used as a preventative measure by correcting the shoulder positioning and strength (Chiu et al. 2020). However these braces don’t replace the quality care that you can get from rehabilitation as it does not restore strength to the shoulder and can cause a dependency and muscle weakness over time. 

The inclusion of both heating and cooling integration is a great idea. Cold and hot therapy have shown to help speed the healing process in muscle injuries. However, there currently isn’t a clear protocol on how this temperature therapy should be undertaken and only showing short term results with healing (Malanga, Yan & Stark 2015). Further clinical research needs to be done to show the quality of the healing from hot and cold therapy. 

Similar to the hot and cold therapy integration, compression is a wonderful proposal and has shown healing and improvement in self prescribed healing however, the evidence in its efficacy is inconsistent and can cause further damage if done incorrectly. 

The focus on accessibility and equity is incredibly important. Proposing a design that covers more than the average person is incredibly important with inclusive design principles. Making sure that the brace actually fits is important in effectively helping an injury. Braces are also usually cost-effective and scalable, making production and purchasing affordable for these with low SES. The only downside would be the integration of the other elements often increase production costs, which has a flow on effect to the consumer price. 

Your current proposal is strong but the evidence around the inclusion just isn't there yet. Reframing the function and simplifying usability would be a great way to move this forward. This is still a very important topic to cover as people get injured all the time but life doesn't slow down.



Chiu, YC, Tsai, YS, Shen, CL, Wang, TG, Yang, JL, Lin, JJ 2020, ‘The immediate effects of a shoulder brace on muscle activity and scapular kinematics in subjects with shoulder impingement syndrome and rounded shoulder posture: A randomized crossover design.’ Gait Posture. Vol 79, pg 162-169. doi: 10.1016/j.gaitpost.2020.04.028


Malanga, G, Yan, N, Stark, J 2015, ‘Mechanisms and efficacy of heat and cold therapies for musculoskeletal injury’, Postgrad Men, vol 127, pg 57-65, doi:10.1080/00325481.2015.992719


Liam06 @ 2026.04.10 2:14 PM

Hi Ash,

Your idea of a shoulder injury recovery device is very practical and is very valuable in the sporting industry, as it focuses on improving recovery and reducing any pain. By including heat and ice therapy is a really strong and effective feature for recovery, as both thermotherapy and cryotherapy are used globally for injury recovery, reducing inflammation and promoting healing (MPC, n.d.).

An issue I have found with this design is that it can potentially restrict natural movement, which isn’t ideal, as excessive immobilisation can actually slow recovery down, which contradicts the whole purpose of this design (Biology Insights, 2025). There could also be a potential challenge in designing a single product that is able to suit all kinds of body types and injury severities. Additionally, combining both heating and cooling systems into one device might increase the complexity of the design and the product cost.

I think that this design could be improved by just adding an adjustable or customisable feature so that it can suit different users. Simplifying the temperature system can also improve the usability and the affordability of the product. Overall, your idea is very well thought out and addresses a very important need, and with some further improvements, it has a very strong potential as a widely used recovery device.

 

-            Liam Lewis

 

ENEG12007: Creative Engineering – CQU

 

Referencing:

Biology Insights 2025, What are the consequences of immobility?, viewed 10 April 2026, What" target="_blank" title="https://biologyinsights.com/what-are-the-consequences-of-immobility/">What">https://biologyinsights.com/what-are-the-consequences-of-immobility/">What Are the Consequences of Immobility? - Biology Insights

 

More than Physiotherapy Cure (MPC) n.d., Thermotherapy and cryotherapy, viewed 10 April 2026, What" target="_blank" title="https://www.morthancurephysio.com.au/thermotherapy-cryotherapy">What">https://www.morthancurephysio.com.au/thermotherapy-cryotherapy">What Are the Benefits of Thermotherapy and Cryotherapy? | Morthan Cure Physiotherapy



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