1.0 Needs Assessment

Some common problems that require Electrical and Computer Engineers to solve are:

In the medical field, EEs and CPEs can work on neural devices or prosthetics. For example, a big issue that is prevalent is the functionality of prosthetic hands for amputees. Or it may be possible to develop more automated surgical devices, like robots that suture. 

Imaging devices, like MRI or ultrasound, should be further developed so that doctors can diagnose easier and more accurately.

Why?

• The medical field is always innovating and wanting improvements in imaging and algorithms to produce and have better results for both patients and overall diagnosis.

Who? and Where?

• With the help of Electrical and Computer Engineering, they're able to refine the imaging sequences and signal processing algorithms. Electrical engineers specifically can improve the spatial and temporal resolution of fMRI, which can enable precise mapping of brain functions.

How? and When?

• Solutions are able to be embedded within devices and machines, like MRI and Ultrasound scanners. For mobile or smaller devices, electronics can either be miniaturized or mounted externally which can be more cost-effective or convenient for the user and operator.

What?

• Our expected results include enhanced imaging capabilities which result in more accurate diagnoses, improved patient care, and leads on potential new insight leads as far as brain functions.

Cost?

• Depending on the amount of computational power needed by the device, it mobile systems could need a simple low cost micro-controller on a board with a battery, but high-cost equipment could need a high-power and high cost processing unit in order for fast imaging or data processing.