NG ZI LONG JUSTIN

 I contributed the idea to make the cost of AlterG lower for the public. We decided to choose Jumill's idea on smart suspension system for bicycles.  To be precise about our product, I discussed with the group if we were using sensors or cameras for the smart suspension system. I contributed to the ideal section for our project. Researched on similar ideas out there. Found Fox's smart suspension system however they are target audience is for normal bicycles. Took the idea and implement it on to electronics bicycles. contributed to the problem solution for the presentation and report.

The AlterG Anti-Gravity Treadmill utilizes NASA-developed Differential Air Pressure (DAP) technology, revolutionizing rehabilitation and athletic training by providing a low-impact environment that reduces the user's effective body weight (AlterG, n.d.). This treadmill comprises a standard running surface, an inflatable air chamber encasing the lower body with a specific pants that zips onto the encasing, and a control system that adjusts body weight support (NASA, 2009). A unique feature of this technology is the ability to precisely adjust body weight, enabling safe rehabilitation tailored to each user's needs (de Heer et al., 2020). The air chamber's adjustable pressure creates a weightless experience similar to conditions in space, and the treadmill’s control system offers real-time feedback to ensure efficient and effective training or rehabilitation sessions (AlterG, n.d.; de Heer et al., 2020; NASA, 2009). AlterG treadmill revolutionizes rehabilitation and therapies

The AlterG Anti-Gravity Treadmill utilizes NASA-developed Differential Air Pressure (DAP) technology, revolutionizing rehabilitation and athletic training by providing a low-impact environment that reduces the user's effective body weight (AlterG, n.d.). This treadmill comprises a standard running surface, an inflatable air chamber encasing the lower body, and a control system that adjusts body weight support (NASA, 2009). A unique feature of this technology is the ability to precisely adjust body weight between 20% to 100%, enabling safe rehabilitation tailored to each user's needs (de Heer et al., 2020). The air chamber's adjustable pressure creates a weightless experience similar to conditions in space, and the treadmill’s control system offers real-time feedback to ensure efficient and effective training or rehabilitation sessions (AlterG, n.d.; de Heer et al., 2020; NASA, 2009). Moreover, AlterG treadmill revolutionizes rehabilitation through its DAP technology, which

The AlterG Anti-Gravity Treadmill utilizes NASA-developed Differential Air Pressure (DAP) technology, revolutionizing rehabilitation and athletic training by providing a low-impact environment that reduces the user's effective body weight (AlterG, n.d.). This treadmill comprises a standard running surface, an inflatable air chamber encasing the lower body, and a control system that adjusts body weight support (NASA, 2009). A unique feature of this technology is the ability to precisely adjust body weight between 20% to 100%, enabling safe rehabilitation tailored to each user's needs (de Heer et al., 2020). The air chamber's adjustable pressure creates a weightless experience similar to conditions in space, and the treadmill’s control system offers real-time feedback to ensure efficient and effective training or rehabilitation sessions (AlterG, n.d.; de Heer et al., 2020; NASA, 2009). The AlterG treadmill revolutionizes rehabilitation through its DAP technology, which allows