Out of all 3D printing education available today, which field might eventually become the most challenging and in-demand? It could turn out that getting a degree in biomedical studies will spike in interest due to projected growth in bioprinting. With biomedical applications now being applied to 3D printing, the prospects of evolving this technology can truly excite those with a more engineering frame of mind.
The good news about biomedical 3D printing studies and careers is that the U.S. Government has given it a boost in the last couple of years. In 2012, the Obama Administration gave $45 million toward creating more training in this field to stay competitive in American manufacturing. Known collectively as additive manufacturing, it can be applied to numerous industrial sectors. But the biomedical side of things may end up turning our picture of health care into something we couldn’t have dreamed just a decade ago.
The Advent of Printing Bodily Organs
You’ve likely heard about how some universities already print internal organs as part of the nascent uses of biomedical 3D technology. DeVry University reports that Cornell University is one university that’s been doing bioprinting for both internal and external bodily organs, including heart valves and human ears. They also report on other universities recently printing much more complicated parts of the body like human skin, blood vessels, and bone.
Printing the latter three things above shows that we’ve hit a frontier in the world of biomedical 3D printing applications. Regardless, it’s still not yet a mainstream endeavor. It’s still expected to branch off into various subcategories that will make education in this field much more diverse.
Other Areas of Biomedical 3D Printing Careers
One exciting area that’s emerging in this field is the growing and maturing of human cells. As much as that sounds like a Dr. Frankenstein endeavor, cell biologists working with bioprinting will likely be in high demand eventually. This will fall under the therapeutic side of the biomedical industry that can help people recover from illness.
With the ability to print out human skin and bone, this is already being done in some areas to help people recover from wounds. It could truly revolutionize health care as we know it and help people recover from things that previously seemed so hopeless.
Along with the creation of things tangible, education is also going to be needed in the world of designing the actual bioprinters. Those with engineering talent can take engineering courses to learn how to design bioprinters so they can be maintained and evolve to become more efficient.
Having more people with the educative knowledge of that alone could help quicken the pace of biomedical careers in 3D printing. Within a couple of decades, many people may have a bioprinter in their homes to tuck away any memory of old inkjet printers merely printing out our paper documents.