Preparing for the future: UB’s School of Engineering and Applied Sciences sees a boost

The state has allocated $ 68 million with additional fundraising for a new engineering building worth $ 102 million for 7,400 and growing students.

AMHERST, New York – As we look to the future here in West New York, the University at the Buffalo School of Engineering and Applied Sciences can play an important role in training and educating new scientists and engineers in positions in regional and national high-tech companies. .

They are planning a new building and additional teachers to help with this process.

In the extensive UB North Campus, there is a problem with the space for the School of Engineering and Applied Sciences, which is now located in Davis Hall.

“This is an amazing building that we are in now,” said Dean Kemper Lewis. “But our enrollment has just grown in the last few years in some key areas. Computer science and data science and artificial intelligence, robotics and aerospace engineering. Now we’re just falling apart at the seams.

The state of New York has allocated $ 68 million with additional fundraising for a new engineering building worth $ 102 million for 7,400 and growing students.

The existing laboratory space covers everything from robotics and drones to biotechnological work on COVID and algae in wastewater. Again, computer and information engineering are great.

But Kemper says of this new building: “We will have high-tech demonstrations there. All our almost 50 student clubs will build, tinker and test their technologies there.

With regional major high-tech corporate players like Moog announcing plans to expand their aerospace workforce by 500, and even Calspan and CUBRC conducting hypersonic tests for future defense and space travel, along with multiple vendors and branches, their future may be truly bright. .

“Our students receive many offers these days. They come to me and say, “Hey, do I have to take a job A, B or C? They are amazing offers, “Lewis said.

https://www.youtube.com/watch?v=mXiBEZ3VSPk

Lewis says promising STEM fields are also gaining new interest from everyone.

“Students make amazing engineers and they make amazing computer scientists, and we see this again and again, so we just want to make sure that there is a growing population of female students in our process to make our school better and stronger. Louis said.

Part of this future stand strength appears at the UB Nanosatelit Lab, where students learn to assemble orbital vehicles. Among them are Ph.D. candidates and aerospace engineers with dreams beyond the world.

Graduate student Chet Knorr told 2 On Your Side: “I want to work on interplanetary missions after all. The focus of my research is on data science. ”

She added: “I’m still often the only woman in the room and you should be comfortable with that.”

Ben Jacobs, who will be a sophomore in aerospace engineering in the fall, has an interest in both space habitats and an idea of ​​how to create them.

“If you want to make big structures in space, you need a lot of materials, and the most likely place to get them from minerals is from asteroids,” Jacobs said.

And with UB’s enduring space connections, such as Jarvis Hall for UB alumnus Greg Jarvis, the late NASA astronaut killed in the 1986 Challenger crash, Lewis has that perspective.

“That speaks to the past,” Lewis said. “It speaks to where we are at the moment and where we want to go and how we want to continue to influence the space industry.

UB wants to become the top 25 public research university. The US News and World Report recently ranked him 33rd. Twenty new teachers have recently been hired at the School of Engineering and Applied Sciences with a new focus on artificial intelligence.

Research institutions usually need a lot of grants from government and private industry to really thrive. In recent months, there have been three significant grants related to UB’s technical expertise.

Of that, $ 5 million comes from the Air Force to help with research and perhaps find a way to better track space debris in Earth orbit; $ 7.5 million will be provided to test complex computer semiconductor chips; and $ 10 million was allocated to the university for cyber infrastructure research with its supercomputers.

Some of them are collaborations with other large research institutions and are probably still to come.

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