 This course is Ag Biotech Solutions. Now we use the word solutions because I really want to have students develop practical solutions for the for the smallholder farmers around the world. The smallholder farmers that want to increase their yields and do it sustainably and are also looking forward and seeing potential climate instability in the future where crop yields may be less predictable because of droughts and floods. Now a couple of the different areas of innovation that we that we're promoting here are seed improvement. Now of course here at NCSSM students learn all about molecular genetics and we'll be talking about how to use recombinant DNA technology and gene editing to cut, splice, edit genomes to make crops more productive, more drought resistant, more pest resistance and generate higher yields. We'll also be looking at an area that is ripe for technological innovation and this is using the internet of things bringing the internet of things to agriculture. So farmers may install a variety or use a variety of devices that monitor the environment and give them data that they can take action on. This data might be revealed in something that every farmer should have in the near future a smartphone. We think that this course it's very practical but it's also pretty advanced in taking the best of science that's being generated here in North Carolina and extending it around the world to catalyze economic development and promote sustainability.