Heart failure is defined as inability of the heart to supply adequate blood to the body. It occurs due to the injury to the heart muscle. The common causes include blockage of the blood vessels that provide nutrients to the heart muscle, defective or non-functioning heart valves or any disease of the heart muscle itself. As the demographics suggest, with increasing ageing population, prevalence of heart failure is also increasing. Depending upon the cause and severity of the disease, the ability of the affected heart muscle to beat and pump blood around the body can be severely compromised that could lead to death. Current medical care and device based therapies help in relieving the symptoms but they have their limitations. There is a need to effectively control the death rate from heart failure. In this research project, we will develop a heart failure model and test a novel device that could help in achieving favourable outcomes in patients with heart failure. It is envisioned that the device will help in achieving near to normal blood supply from the diseased heart.