Tag: Moving Science

Teachers become students with SR Summer Internship Program for STEM Educators

Summer internships aren’t just for college students. Southern Research’s Summer Internship Program for STEM Educators (SIPSE) offers paid internships for high school STEM teachers, giving them six weeks of hands-on experience in the organization’s research laboratories at the elbow of SR scientists and engineers. The teachers go home with professional learning credits, an action plan for improving the way STEM subjects are taught in their classroom and even financial support to help carry out their plan.

Samantha Davis, who teaches biology, chemistry and physical science at Russell County High School, attended SIPSE to find ways to bring science back to her students three hours from Birmingham in rural Seale, Alabama.

“These kids are underserved,” she said. “They’re amazing kids, but they’re lacking, educationally, without anyone who will push them or expect anything from them. They can rise to the challenge, but they don’t get pushed.”

Her interactions both with SR scientists and with her fellow STEM teachers have given her ideas and opportunities to take back to her students. She’s even spoken with other teachers about arranging Skype sessions between their classes so students can interact with kids their own age in other parts of the state. And with guidance from the SR scientists, Davis is also developing easy labs she can perform with the limited resources available. “I’ve made connections with scientists here who will run samples my students take in class at Russell County, and then they can do a Skype or a video to see the results being done and sent back,” she said.

Candyce Monroe teaches anatomy and physiology and biology at Tarrant High School, and she enrolled in the program in hopes of reconnecting to scientific research after years away from the bench. “It can be kind of isolating in education,” she said. “Getting back in the lab required me to stretch, to dig deep, to learn a lot.” But amid her research, she gathered some unexpected data.

Hoover High School environmental science teacher Janet Ort had a short drive and an extremely long flight to get to SR. After developing an environmental sensor as part of her SIPSE project, she traveled to Peru with Amazon Teachers Workshop to visit with local researchers and discuss sensor placement and data collection.

“I have a whole portion of my room dedicated to the Peruvian Amazon, because teaching environmental science, it’s integral to people understanding the importance of complete ecosystems and how we’re all connected,” Ort said. “I’ve been able to show my students a textbook and say, ‘There’s a hectare in Peru that has the highest tree biodiversity, and I’ve been there, and this is what it looks like.’ Now I can say, ‘These are parameters about it. This is data collected from the sensor I made. This is how local people can understand what they have.’”

“It’s incredibly exciting that Southern Research, Dr. Lanier [SR STEM Education Outreach director] and all the other people involved were willing to step out there and say, ‘We think this is important for Alabama teachers and Alabama students,’” Ort said. “That’s the most important part of this. It’s not just us who will be impacted by this—it’s the students, the administrators, everyone will be impacted by this kind of fellowship.”

Southern Research Advisory Board Adds New Members

The Southern Research Advisory Board added three new members – Alexia Borden, Deon Gordon, and Elizabeth Scribner, Ph.D. – at its 1st Quarter meeting on February 23.

“This is an exciting time for Southern Research, and we are pleased that these three outstanding leaders have chosen to contribute their time and expertise to the Advisory Board as it works to support the organization’s mission of solving the world’s hardest problems,” said board chairman David Perry, Vice President of Corporate Strategy at Protective Life.

Elizabeth Scribner, Ph. D., Deon Gordon, and Alexia Borden (left to right) joined the advisory board at its February 23 meeting.

Alexia Borden serves as the senior vice president and general counsel for Alabama Power. She attended the Georgia Institute of Technology, where she earned a degree in industrial engineering, before attending law school at the University of Alabama. Prior to her 2016 hire at Alabama Power, Borden practiced law in Birmingham and Montgomery for more than a decade, representing clients in environmental and natural resource matters. She also serves on multiple boards across the state, including the Alabama Shakespeare Festival and the Baptist Health Foundation.

Deon Gordon comes to the board from TechBirmingham as the organization’s newly selected president. Gordon formerly served as the director of business growth for REV Birmingham, where he led the launch of the organization’s restaurant incubator REVeal Kitchen, located in the Pizitz Food Hall. He serves on a variety of city boards, including the Railroad Park Foundation, Birmingham Artwalk, Growing Kings, and the Commercial Development Authority of the City of Birmingham, and was the 2017 recipient of the A.G. Gaston Award for Outstanding Community Service. The same year, Gordon was also recognized by the Birmingham NAACP in its annual Salute to Outstanding African-Americans. Last month, he was named to the Birmingham Business Journal’s annual Top 40 Under 40.

Elizabeth Scribner, Ph.D., joins the advisory board as a representative of Regions, where she works as an analyst in model risk management and validation. She received her undergraduate degree in History and Environmental Studies from Princeton University, and holds both a masters and doctorate in mathematics from UAB. In addition to her role at Regions, Scribner works as a technical advisor for Eagle Solar & Light, Birmingham’s first full-service solar installation and LED lighting company, and assists in the company’s educational outreach. Previously, she taught mathematics at Mountain Brook Junior High. Scribner also holds a position as a board member for the Kaul Foundation and the Greene Scholarship Committee.

“The addition of these new members will further bolster Southern Research’s relationship with the Birmingham business community,” said Watson Donald, SR Senior Director of External Affairs. “They, along with our existing advisory board members, will provide us with valuable feedback in many of our scientific and engineering endeavors as they continue to advance in their own respective careers.”

In addition to Perry, existing board members include Stephen Black, Director, Center for Ethics & Social Responsibility at the University of Alabama; Jay Brandrup, Principal at Kinetic Communications; Nick Irvin, Director of Research and Development for Strategy, Advanced Nuclear, and Croscutting Technology at Southern Company; G.T. LaBorde, CEO at IllumiCare; Danny Markstein, Managing Director at Markstein; Liz Pharo, Chair at Momentum Telecom and Managing Partner at Featheringill Capital; Shannon Riley, President and CEO at One Stop Environmental; and Mitesh Shah, Shareholder at Maynard, Cooper & Gale, PC.

The Southern Research Advisory Board was established in 2015 to engage emerging business leaders in the Birmingham community who are committed to enhancing Southern Research’s mission of scientific and engineering advancement.


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Southern Research honors 2017 Excellence Awards Winners

Southern Research honored winners of its 2017 Employee Excellence Awards in a program last week.

The 23 winners include both technical and administrative staff and represent Southern Research across its diverse divisions and departments. All have shown a deep commitment to Southern Research’s mission, its sponsors, and their colleagues.

Their accomplishments supported Southern Research in a wide range of efforts during 2017, from advancing science and technology to making the organization a safer, more efficient, and more productive workplace.

This year, President and CEO Art Tipton, Ph.D., recognized Chuck Hebert, Ph.D., for his contributions and dedication to Southern Research with The President’s Award.

Southern Research
President and CEO Art Tipton recognizes Chuck Hebert for his contributions and dedication to Southern Research with The President’s Award. Hebert is a principal investigator on multiple significant toxicology contracts.

Hebert, a principal investigator on multiple significant toxicology contracts, was acknowledged for leading teams to achieve excellence in study quality, delivery, and budget adherence for high-profile programs including the National Toxicology Program, the National Institute of Mental Health, as well as multiple National Cancer Institute programs.

“Over a 23-year career at Southern Research, Hebert has brought great insight into the organization’s major efforts in toxicity, specifically for reproductive toxicology,” Tipton said. “These efforts ensure the safety of consumers through rigorous scientific programs. Chuck has also been an exemplary mentor for many on our scientific staff.”

As part of his award, Hebert was presented with the Thomas Wesley Martin Medal. A limited number of these coins were made in 1961 as a gift to the board of trustees to show appreciation for a select number of scientists who have made phenomenal achievements in their respective fields.

Receiving Excellence Awards for their work in 2017 were:

Eclipse On-Site Mission Team: The recent mission to collect rare and unique imagery of the 2017 Solar Eclipse with Southern Research’s high-definition imaging system deployed on NASA WB-57 aircraft was a challenging and successful mission that would not have come to fruition without the help of Southern Research team members Don Darrow, Tony Casey, John Wiseman, Ph.D., and Kenny Deerman.

Carol Lackman-Smith: In her 25-plus years of excellence and dedication to SR, Lackman-Smith has strengthened the virology program at the Drug Development facilities in Frederick, Maryland, to meet the highest standards.

Anna Manuvakhova: Playing a multifaceted role on the High Throughput Screening Informatics team, Manuvakhova recently identified an improvement used to normalize data in single dose versus dose response assays. Her meticulous, persistent attention to these details was critical for SR.

Ben Carmichael: Carmichael has worked diligently as a ground test coordinator to ensure the performance of Engineering’s Hypersonics Structures Group is elevated to higher standards. He has, on more than one occasion, displayed exemplary commitment to his job to ensure on-time and accurate delivery to customers when workload was high, and while time until the submission deadline was limited.

Omar Moukha-Chafiq, Ph.D.: Moukha-Chafiq has made a significant impact in many ways to the Chemistry Department and our drug discovery efforts, including identifying key compounds to be used in animal studies to advance programs in Parkinson’s and diabetes.

Lindsey Chatterton: Due to her impeccable lab work and data interpretation, Chatterton has played a major role in working on two large Department of Energy-funded projects. She was recognized for her focused attention to detail in the lab and on proposals.

John Cook: As supervisor of non-destructive characterization lab, Cook has played a critical role in support of a key project for one of Engineering’ s primary customers. While handling these very tight timelines, he continued to support and supervise other key laboratory activities.

Jacques Cuneo: On top of his normal workload, Cuneo proposed and won a major aerospace firm for material characterization in support of a critical defense mission. Cuneo has put countless hours into developing the customers and preparing winning proposals that demonstrated technical excellence and emphasized Southern Research’s unique engineering capabilities.

LaJuana Durbin: Implementing site-wide improvements, Durbin has allowed SR to streamline its processes in the Drug Development division.

Southern Research
Southern Research honored winners of its 2017 Employee Excellence Awards in a program. The 23 winners represent Southern Research across its diverse divisions and departments.

Adela Flores: As a technician in the Cell Biology and Immunology Group within Drug Development, Flores has consistently demonstrated a level of technical and professional excellence. She is relied on to not only execute the most challenging of laboratory techniques, but to also train others in the performance of those assays.

Eriel Martinez-Gutierrez, Ph.D.: Martinez-Gutierrez, a postdoctoral researcher in the Biological Sciences Department, has made outstanding contributions to the field of the important bacterial pathogen Pseudomonas aeruginosa.

Johnny McCullough: Responsible for export control at Southern Research, McCullough has significantly enhanced the management of SR’s import and export activities through his proactive approach to procedures and processes. He has ensured that SR is doing a high-quality job of handling foreign goods vital for our clients.

Kenneth Nicholson: A multi-tasker in the Engineering Materials Department, Nicholson has worked on a multitude of projects with short timelines and high volumes of machined specimens. It is estimated that Nicholson has been the primary machinist on over 700 specimens and every single specimen has met specifications.

Steven Orr: In his new role as the responsible official and manager of biosafety compliance, Orr has helped ensure that the transition in biosafety leadership was handled with a strong emphasis on training and teamwork. He was recognized for his hard work, dedication, flexibility, and his safety-driven focus and leadership in this role.

Tim Robertson: SR has evaluated various types of main tank insulation for NASA’s Shuttle Orbiter and Space Launch System (SLS) programs. The challenge of these projects is that any inefficiencies associated with testing can result in an additional 10 percent in material costs. Robertson has being running specimens for NASA and other aerospace firms for the past 10 years without any issues associated with delays or additional charges.

William Crews: Responsible for managing the sustainable chemistry program at the Energy & Environment facility in Durham, North Carolina, Crews has been a key mentor and project manager allowing for a critical Apollo project to move forward without delay.

Brynne MacCann: Working tirelessly to build a philanthropic program at Southern Research from the ground up, MacCann portrays excellence in her community outreach efforts to donors as well as fostering a culture of philanthropy within the organization. She has demonstrated a strong passion for contributing to the growth and overall success of Southern Research.

Nina Ogden: As External Affairs coordinator, Ogden went beyond her duties to assist the Energy & Environment team with the first Southeastern Energy Storage Symposium.

Rossi Carlson: Responsible for raising visibility and awareness of Southern Research in the community, Carlson has managed multiple events this year that have increased public awareness and engagement in the organization.

Southern Research continues decades-long support of veterans and national defense

In the nation’s 99th year of officially commemorating U.S. veterans, Southern Research employees pay tribute to the sacrifices made by brave military men and women to secure and preserve freedom.

Over the past 70 years, the Birmingham-based research organization has supported national defense and protected warfighters serving around the globe through work in materials research and systems engineering. Research for the Department of Defense has been a key component of Southern Research’s engineering work, according to President and CEO Art Tipton, Ph.D.

Since the late 1950s, when Southern Research began work on the High Temperature Materials Characterization Laboratory, it has assisted the U.S. Department of Defense in all branches of the military. Some of the earliest programs for the DoD involved developing high-temperature reentry materials for missile systems reentering Earth’s atmosphere.

Through the decades, the work has included a diverse variety of efforts such as ballistic missile system development, hypersonic vehicle materials and structures analysis, and airborne sensors and stabilized gimbal systems.

“Veterans Day is a special one for Southern Research given the former service members we employ and the highly specialized work we do with the Department of Defense,” Tipton said. “Developing programs that protect the warfighter and keep our country safe from harm help make our mission more significant. And with pride and admiration, we celebrate those who served in defense of our great nation.”American soldier in uniform holding daughter

Tipton acknowledged the many service men and women who have given and who presently give their time, talent and efforts toward Southern Research’s mission. Southern Research is supported by 25 staff members who are U.S. veterans.

“These individuals make our pursuit even more meaningful,” Tipton said.

Two such individuals are Maj. Gen. (Retired) N. Lee S. Price, who serves on Southern Research’s board of directors, and Chief Master Sgt. John C. McCullough, export control specialist for Southern Research.

McCullough has served in the Alabama Air National Guard for 32 years, including 24 years with the civil engineers. He was mobilized in support of Operation Noble Eagle, as well as campaigns Southern Watch and Iraqi Freedom.

Price entered the Army as a Private First Class in 1975, when only 2 percent of the Army workforce was female. In 2014, when she retired as major general, only seven women had exceeded her in the Army ranks. During her nearly four decades of service, she supported the nation’s operators across the globe in multiple combat zones. She was recently recognized by the Birmingham Business Journal as one of the Veterans of Influence.

“Price’s contributions to the Southern Research board are invaluable,” Tipton said. “Beyond her specific technical expertise, her combined focus on people and processes have helped us broadly. And her lessons in leadership have benefited me personally.”

Southern Research readies for ‘Great American Eclipse’ viewing

Southern Research physicist Jim Tucker said a total solar eclipse cutting a path across the entire continental United States on Aug. 21 will offer dramatic views of a spectacular celestial event to millions – as long as they take precautions to observe it safely.

It’s the first total solar eclipse visible in the U.S. since 1979, though that one only touched a sliver of the Pacific Northwest. The last time a total solar eclipse crossed the entire U.S. was June 1918.

“It’s been a long, long time since a total eclipse was visible in the United States – and this one is particularly unique. They’re calling it the ‘Great American Eclipse’ because the U.S. is the only place where the total eclipse will visible,” said Tucker, who is director of Materials Research at Birmingham-based Southern Research.

Southern Research total solar eclipse
This NASA map shows the path of totality for the ‘Great American Eclipse.’

This path of totality, as it’s called, starts off in Salem, Oregon, and ends in Charleston, South Carolina, later that day. Along a 14-state path, day will turn to night for around two minutes as the moon’s shadow completely obscures the Sun.

And while people living outside a 70-mile-wide corridor on the total eclipse’s path won’t see the full show, everyone else in the lower 48 states will get a chance to see a partial eclipse.

In Birmingham, the eclipse will be 93 percent total, meaning there won’t be a total blackout but skies will get dim, he said.

“If it’s a sunny day, as you approach the mid-eclipse, you’re going to have this sensation of it getting cooler, like a really big cloud is coming over,” Tucker explained. “It will seem cooler and darker. The Sun – you shouldn’t look at it without protection – will appear to have a bite out of it.”

SAFE VIEWING

Southern Research total solar eclipse
The total solar eclipse will unfold over 14 states on Aug. 21, tracking across the entire continental U.S.

Tucker stressed that everyone should use proper viewing equipment to observe the eclipse, or construct a pinhole camera to observe a projected image of the Sun.

“You should never look at the Sun. There’s never a time you should look at the eclipse without proper solar viewing equipment,” he said. “That does not include looking through three layers of sunglasses. That will not be OK because there will be ultraviolet rays getting through. Even though you cannot see UV rays, they can damage your retina.”

Southern Research is offering a spot to safely take in the Great American Eclipse.

From 12:30-2 p.m. Aug. 21, Southern Research will host a free eclipse-viewing event at its downtown Birmingham campus, where solar viewing glasses will be distributed. In addition, a telescope fitted with a solar filter will offer a detailed look at the Sun during the eclipse.

Visitors can also view live broadcast feeds of the eclipse from NASA and two of the agency’s WB-57 high-altitude research planes outfitted with a special high-definition imaging system developed by Southern Research.

HOW AN ECLIPSE HAPPENS

Tucker, an avid amateur astronomer, said a total solar eclipse happens when the alignment of the moon and Sun are just right. While the moon circles the Earth every month and nominally travels between the Earth and Sun, it has to be exactly in line with the Sun to cast a shadow on the Earth’s surface.

The Sun is much larger than the moon but also much more distant from Earth. As it happens, the Sun and moon appear about the same size in the sky, with the moon appearing larger when it’s closest to Earth and slightly smaller when at the farthest point in its orbit.

Southern Research total solar eclipse
Jim Tucker is director of Materials Research at Southern Research and an amateur astronomer.

That can make a difference in a solar eclipse. There are times when the alignment is right but the moon doesn’t fully cover the Sun even at mid-eclipse, creating what looks like a ring of fire around the darkened solar disc. This is called an annular eclipse.

In a total eclipse, the moon appears bigger than the Sun and totally blocks its light for a period of time. At its longest duration, the “Great American Eclipse” will last for just over two and half minutes. In eclipses occurring when the moon is at its closest point to Earth, totality can last for more than seven minutes.

SECOND TOTAL ECLIPSE

On Aug. 21, Tucker plans to be near Kansas City, Missouri, to view his second total solar eclipse, where he hopes to encounter clear skies. The first was in 1970, when his family traveled to the Florida Panhandle.

“I was 8 years old, and I still remember it like it was yesterday. It was an incredible experience, even though it was cloudy. Still, it was amazing that in the middle of the day it got totally dark,” he said.

The next total solar eclipse to cross the U.S. will be in April 2024 on a path that takes it from Texas north to the Great Lakes.

Tucker’s career includes contributions to the James Webb Space Telescope, a next-generation successor to the Hubble telescope that NASA plans to launch in 2018.

Southern Research taps Mark Patterson for aerospace business development role

Mark Patterson, an engineer and innovator with broad experience across a sweeping range of technology disciplines, has joined Southern Research’s Engineering Division to lead business development efforts focusing on the aerospace industry.

Over a 30-year career, Patterson, Ph.D., has made significant technical contributions to fields as diverse as advanced materials and climate change research. He has been heavily involved in all aspects of R&D projects and worked with key government agencies and major defense contractors.

For Southern Research, Patterson will concentrate on identifying new business opportunities and potential collaborations for the organization’s engineering team.

Mark Patterson Southern Research
Mark Patterson, left, discusses Southern Research’s AIRS technology with engineer John Wiseman, one of the developers, in the Systems Development Integration Lab.

The Engineering Division’s areas of specialization include high-temperature testing of materials, non-destructive evaluation technologies, mechanical testing of components in extreme conditions, and the development of complex sensing devices.

“Mark brings a richly diverse background that is highly relevant to our specialized technical areas at Southern Research,” said Michael Johns, vice president of Engineering at the Birmingham-based non-profit organization.

“With his wide-ranging expertise, Mark can help us build on fields where we are already industry leaders and pinpoint new opportunities in disciplines where we can grow to become leaders,” he added.

DIVERSE CAREER

Patterson has considerable experience in research and development activities, having managed $60 million in projects spanning the complete R&D lifecycle, from funding acquisition to technology development and product delivery.

He has directed efforts involving an array of different technologies – sensors, advanced materials, ceramics, additive manufacturing, autonomous systems, and mineral extraction, among others. He’s also been involved in efforts focusing on climate change, artificial bone implants, nuclear waste, energy, environment, and counter terrorism.

In addition, Patterson introduced new manufacturing techniques for advanced ceramic materials and devised methods to fabricate transparent armor, infrared windows and domes, and machine tool inserts. He also supported pioneering robotics operations that used autonomous platforms to collect climate change data from volcanoes and glacial lakes, as well as through atmospheric profiles.

He has given numerous presentations at national and international conferences, published more than 80 papers, and holds four patents. He served as the technical secretariat for a U.S. Department of Defense handbook on ceramic matrix composites, a revolutionary lightweight material capable of withstanding extreme temperatures, and worked as a consultant to the Defense Advanced Research Projects Agency (DARPA).

EQUIPPED FOR GROWTH

Southern Research engineering
Mark Patterson has been named director of business development-aerospace for Southern Research’s Engineering Division.

Patterson said Southern Research’s longstanding partnerships with NASA, defense agencies and aerospace companies, along with an extensive set of technical capabilities, mean the Engineering Division is well positioned for growth opportunities.

“In aerospace engineering, there are several areas where Southern Research can have a significant footprint in the future. Obviously, we’re well established in high-temperature testing of materials, and we will maintain world leadership in that,” Patterson said.

“I’d like to see Southern Research continue our development in advanced additive manufacturing technologies,” he added. “The development and use of additive manufacturing is going to require new qualification protocols and test methods, and we are well positioned to become world leaders in this area.”

Patterson has previously worked with the Birmingham-based organization’s Materials Research Department, which has made important contributions to the nation’s space program and to defense projects.

“Mark has ties to Southern Research. Over the years, he has collaborated on various projects with the Materials Research Department,” said Jim Tucker, the department’s director. “We have had the pleasure of working with Mark for over 20 years. His insight into complex technical problems is well known in the industry and will be of great value to Southern Research.”

Patterson has previously worked in research and technology roles for small businesses, Advanced Ceramics Research and Hydronalix, in Arizona; the University of Arizona, as director of research initiatives; and defense contractor BAE Systems, where he focused on unmanned aerial vehicles and advanced ceramics.

Patterson holds a doctorate in materials science from the University of Cambridge in England, a master’s degree in materials science from Queens University in Canada, and a bachelor’s in mining engineering/mineral processing from Camborne School of Mines at England’s Exeter University.

First TrainSafe class focuses on biosafety measures for lab workers

Southern Research’s first TrainSafe class at its new, state-of-the-art biosafety training center in Birmingham attracted eight laboratory professionals for an intensive four-day session on effective protective measures against deadly pathogens.

“I think a class like this could help leadership and safety officers and scientists all learn the mindset that we’re all here together and we need to make rules we can live by,” said Heather Engelmann of the Pacific Northwest National Laboratory in Richland, Washington.

“Biosafety is the topic, but it’s really about behavioral sciences and how to lead well.”

Called the Advanced Biological Risk Mitigation Program, the class beginning June 6 taught research and clinical lab workers how to reduce risk to themselves and others in a simulated Biosafety Level 3 (BSL-3) laboratory.

For Keith Mulholland, a molecular biologist at the U.S Department of Homeland Security’s BioWatch Program, the most useful parts were hands-on exploration of the personal protective equipment (PPE) and instructor Sean Kaufman’s stories.

“I’m definitely going to go through and reread all my protocols, look at everything, and really try to see where these techniques would come in handy,” he said. “Also, when I’m working, I’ll try to implement them and see how I can better protect myself and my coworkers.”

As with any comprehensive class, each student gleaned something different. For Engelmann, the most useful aspect “was how to frame conversations about how to help employees change their behavior,” she said.

REDUCING RISKS

Kaufman, a national biosafety expert and behavioral psychologist, led the class. In addition to physical risk prevention techniques, he also taught ways to lessen the risk of a cyber attack and strategies to contain human risk. A second part to the program will teach healthcare first responders like doctors, nurses, and EMS workers protective measures to use when treating a patient with one of these potentially dangerous infectious diseases.

“Many emerging infectious diseases require a new set of skills,” Kaufman said. “These bugs often do not have vaccinations, can be transmitted through aerosol, and are things like MERS or SARS that make healthy people sick.

Sean Kaufman leading the first of many classes at Southern Research’s new TrainSafe center.
Sean Kaufman leading the first of many classes at Southern Research’s new TrainSafe center.

“They could very quickly overburden or overrun our capacity to respond appropriately, even in a very well-developed country,” he said.

IMPORTANT MISSION

It’s a risk that Kaufman is all too aware of. In 2014, he trained Emory University doctors and nurses in preparation for caring for Ebola-infected patients. No one there was infected, but two nurses in Dallas were sickened just weeks later. “It’s clearly apparent that a blending of infection control and biosafety lessons that we’ve learned in high-risk containment could benefit the healthcare industry as a whole.”

Before overseeing the high-risk isolation unit, Kaufman had 10 years of experience in biosafety training. The decision to build the simulation center was made after Kaufman had been working with Southern Research as a consultant.

“Southern Research has a rich history and tradition of leading scientific innovation and of developing culture within science,” he said. “This type of training center coincides with that overall mission.”

Art Tipton, Ph.D., president and CEO of Birmingham-based Southern Research, said the organization can play an important role in better preparing lab workers, emergency responders and hospital staff against emerging threats.

“We, of course, see this as a strategic opportunity to work with the premier trainer in the region, but also as being key to the Southern Research mission as a chance to enhance the biosafety of our nation and the people who work in this important space,” Tipton said.

In addition to the BSL-3 lab, the center also houses an ambulance bay, patient room, and staging areas for students to practice putting on and taking off personal protective equipment (PPE).

Unlike active labs or hospitals, these spaces do not have to be decontaminated or shut down for training. Further, attendees can learn to treat patients with unknown infections without the risk of being infected themselves.

“It’s an amazing facility,” said Pacific Northwest National Lab’s Engelmann. “It’s kind of fun to be the first class through.”

Southern Research taps Lillie Ryans as director of contracts

Southern Research announced today that Lillie Ryans has joined the Birmingham-based organization as director of contracts, following an extensive nationwide search to fill this key position.

Ryans comes to Southern Research after nine years as contracts director at SRI International, a Menlo Park, California, non-profit research center that like Southern Research focuses on serving government and industry clients. A deeply experienced contracts professional, Ryans has worked in the field for more than 30 years.

Southern Research Lillie Ryans
Lillie Ryans is joining Southern Research as its new director of contracts.

“Complementing our strong science and engineering are great administrative functions. Critical among these are contracts, which define how we work with our government and commercial clients,” said Art Tipton, Ph.D., president and CEO of Southern Research.

“Lillie has the experience and talent to help us continue and improve our strong contract processes in a way that drives additional growth,” Tipton added. “We’re thrilled to have her on board.”

At Southern Research, Ryans takes charge of a contracts team with a dozen staff members working in close coordination with the organization’s Drug Discovery, Drug Development, Engineering, and Energy & Environment divisions.

The team negotiates and manages contracts with government organizations such as NASA, the National Institutes of Health, and the Department of Defense, as well as commercial enterprises including large pharmaceutical and aerospace companies.

“In this highly visible role, Lillie’s leadership style will strengthen the collaboration among the contracts team and across all of our divisions, now and into the future,” said Michael Catalano, a Southern Research vice president and general counsel.

Southern Research Lillie Ryans
As Southern Research’s director of contracts, Lillie Ryans will work closely with Michael Catalano, vice president and general counsel.

“In addition to the day to day management of responsibilities, Lillie will identify opportunities for process improvement, lead training and development initiatives for the contracts team, and help to integrate certain functions of the intellectual property department into the contracts team.”

“I appreciate the kind of work being done at Southern Research and the impact it has on the lives of people,” Ryans said. “Activities like cancer research and Alzheimer’s research resonate with everybody. I look forward to being part of an organization that has a powerful vision and mission.”

At SRI International, Ryans was responsible for providing pre-award management for research contracts generating revenue exceeding $500 million. Prior to that, she served as director of Engineering Research Administration at Stanford University and as deputy director of the Office of Sponsored Research, where she provided pre- and post-award management.

She holds a master’s degree in procurement and contract management from Golden Gate University in San Francisco and a bachelor’s degree in business administration from Stillman College in Tuscaloosa, Alabama.

Southern Research initiates intensive TrainSafe biosafety training program

Southern Research is launching a new biosafety training center as the centerpiece of an advanced program called TrainSafe to teach health care workers and laboratory staff how to protect themselves against pathogens responsible for serious infectious diseases.

Sean Kaufman, a national biosafety expert who prepared Emory University Hospital caregivers to treat two Ebola-infected patients in 2014, will direct training at the state-of-the-art Southern Research facility, which features a simulated Biosafety Level 3 (BSL-3) laboratory, ambulance bay, and hospital room.

Southern Research’s first TrainSafe class, focusing on biological risk mitigation in a BSL-3 lab, is scheduled to begin June 6. Click here to register.

Southern Research biosafety training
Sean Kaufman, a noted biosafety expert, will direct the classes at Southern Research’s new TrainSafe center.

“The Southern Research center is new and innovative, and I think this is a life-saving program that can help to protect entire communities,” said Kaufman, CEO and founder of Behavioral-Based Improvement Solutions in Atlanta.

“The consequences of having a laboratory staff member not being prepared to work with these very dangerous pathogens could be huge,” he added. “They could bring this home to their families. They can start outbreaks like we saw with SARS in China and Canada that go worldwide.”

A second tier of the TrainSafe program focuses on protective measures that front-line health care workers – doctors, nurses and emergency responders – need to use when encountering a patient suffering from a potentially deadly infectious disease.

“At Southern Research, we’re going to be training folks to make sure they do the right things when they are treating people with serious infectious diseases. We cannot repeat what happened in 2014 with the two nurses getting sick while treating an Ebola-infected patient in Texas,” Kaufman said.

HANDS-ON TRAINING

Art Tipton, Ph.D., president and CEO of Birmingham-based Southern Research, said it’s crucial that research laboratories and hospitals across the United States embrace a culture of safety and preparedness due to the rising threat of dangerous infectious diseases including Ebola, avian influenza and MERS.

“The multi-dimensional TrainSafe center demonstrates Southern Research’s commitment to being a leader in improving training and critical safety practices in environments such as laboratories and health care facilities. We are thrilled to be working with Sean on this important program,” Tipton said.

“Virulent infectious diseases are a growing public health threat, and this training program at our one-of-a-kind center will help lessen the risks posed by the unintentional spreading of these emerging diseases,” he added.

Southern Research biosafety training
Southern Research’s TrainSafe facility includes a realistic simulated BSL-3 lab for the program’s biosafety training.

The TrainSafe facility is designed to permit practical, hands-on training in authentic environments. An advantage of the highly realistic mock BSL-3 lab is that training can take place at any time, unlike a fully operational lab, which would have to be shut down and decontaminated.

The ambulance bay and isolation room section of the TrainSafe center is designed to mimic the arrival of a severely sick patient for hospital care. Patient transport can be extremely hazardous for caregivers, who are often not prepared for contact with unfamiliar and dangerous infections.

Changing rooms in the facility will be used to instruct trainees how to safely put on, and take off, personal protective gear, including masks, gowns, gloves, positive-pressure respirators and full hazmat suits. Knowing how to remove this gear properly is particularly important in preventing accidental infections.

“Training is an opportunity to shake things up, challenge perceptions and make sure people are operating in a safe and effective manner while working in these situations,” Kaufman said.

COUNTERING EBOLA

Southern Research biosafety training
Southern Research’s new TrainSafe center includes a mock ambulance bay for biosafety training for emergency responders.

Kaufman, a behavioral psychologist, has extensive biosafety training experience. He managed a training program at a simulated BSL-3 lab at another institution for 10 years and has conducted biosafety training for the Centers for Disease Control and Prevention, where he once worked.

In 2014, Kaufman conducted training exercises for doctors and nurses at Emory before two American volunteers working in West Africa during the Ebola outbreak arrived at the Atlanta hospital for treatment. He remained at the hospital to provide safety expertise during their care.

While no one was infected with Ebola there, the danger was highlighted later that year when two nurses at a Dallas hospital were infected with the virus while treating a patient who had contracted the disease while in Africa.

Kaufman says that episode underscores the need for more intensive training for health care workers.

“We have people working with very dangerous pathogens and very sick patients, and they don’t know what they are doing,” he said. “In working with laboratories over the last 12 years, I have had a chance to see that no matter where you are in your career, you still need training.”

During the decade he managed the training lab, Kaufman said more than 10,000 professionals from the global scientific community participated in the biosafety program. He expects a similar response to Southern Research’s TrainSafe initiative.

“This is an international program,” Kaufman said. “People will come from around the world.”

Kaul Foundation’s $100,000 gift boosts economic development mission

The Hugh Kaul Foundation, which has funded many worthy programs in the Birmingham region, is supporting Southern Research’s wide-ranging economic development efforts with a $100,000 gift.

The Kaul Foundation’s donation is the charitable organization’s first to Birmingham-based Southern Research, which is involved in activities including infectious disease research, drug discovery, and solar energy technology.

Southern Research drug discovery
Southern Research’s drug discovery efforts aimed at cancer and Zika are aided by a high throughput screening system and a large-scale compound library.

The foundation, created by businessman and philanthropist Hugh Kaul in 1989, has a long history of supporting area landmarks such as the Birmingham Zoo, the Altamont School, Birmingham-Southern College and the University of Alabama at Birmingham (UAB).

“The unique capabilities of the world-class scientists and engineers at Southern Research are leading to advances in disease treatment, new technologies, and more,” said Sam Yates, a member of the Kaul Foundation’s distribution committee.

“The Kaul Foundation is pleased to support this meaningful work, which aligns perfectly with the foundation’s overall mission,” he added.

SUPPORTING GROWTH

Kaul was a highly regarded lumber industry executive, civic leader and four-term member of the Alabama Legislature. He was a founder and president of the Alabama Forestry Council and served as president of Kaul Lumber Co. from 1931 until his retirement.

The Hugh Kaul Foundation supports cultural, educational and civic endeavors in Birmingham, as well as Coosa and Clay counties. The foundation’s giving has exceeded $70 million since its inception.

The foundation’s gift to Southern Research will be placed in the endowment, with annual earnings used to support the non-profit organization’s ongoing projects in economic development in the Birmingham region. Examples include:

  • A thermochemical energy storage system that enables solar power facilities to provide reliable energy when the sun isn’t shining.
  • Research advancing the understanding of the Zika virus, which emerged just last year as a public health threat.
  • Extensive drug discovery efforts targeting new therapies for cancer and other diseases.

Southern Research was founded in Alabama in 1941 with a goal of improving the region’s economy through the development of new technologies and technical innovations.

“Southern Research has long been a catalyst for economic development in Alabama through high-level research, collaborations, talent recruitment and commercialization,” Art Tipton, Ph.D., president and CEO of Southern Research, said. “The Kaul Foundation’s generous gift will add vitality to these efforts.”