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School of Engineering bestows 3 with Distinguished Engineering Service Award
LAWRENCE — Three outstanding individuals with ties to the University of Kansas School of Engineering will receive the school’s highest award in a ceremony set for 6 p.m. May 5. Angela Chammas, Chicago; Paul Neidlein, Prairie Village, and G. Paul Willhite, Lawrence, will receive the Distinguished Engineering Service Award, given to individuals who have maintained close association with the school and have made outstanding contributions to the engineering profession and to society.
KU mathematics researcher receives NSF CAREER award
LAWRENCE — Agnieszka Międlar, associate professor of mathematics at the University of Kansas, has received the National Science Foundation award for the Faculty Early Career Development Program (CAREER). The award, totaling more than $430,000, is for her proposal for new algorithmic and software advancements, particularly in the field of numerical linear algebra, to utilize new heterogeneous architectures such as the emerging technology of edge computing used in smart grids, unmanned autonomous vehicles and wearable health care devices.
Full stories below.
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Contact: Cody Howard, School of Engineering, 785-864-2936, [email protected], @kuengineering
School of Engineering bestows 3 with Distinguished Engineering Service Award
LAWRENCE — Three outstanding individuals with ties to the University of Kansas School of Engineering will receive the school’s highest award in a ceremony set for 6 p.m. May 5.
Angela Chammas, Paul Neidlein and G. Paul Willhite will receive the Distinguished Engineering Service Award (DESA), which is awarded to individuals who have maintained close association with the school and have made outstanding contributions to the engineering profession and to society.
“We are honored to recognize the substantial contributions of these three individuals. Through their leadership, ingenuity and commitment to the engineering profession, each of this year’s awardees have proven they are extremely deserving of this award,” said Arvin Agah, dean of the engineering school.
The School of Engineering Advisory Board has given the Distinguished Engineering Service Award annually since 1980. The award is made on the basis of an individual’s contribution to the public good, governmental service or the educational system, or contributions to the theories and practices of engineering, research and development in new fields of engineering or direction of an organization that has made exceptional contributions in design, production and development.
About the honorees:
Angela Chammas
In a long and distinguished career, Angela Chammas earned a reputation as a visionary leader and a skilled strategic thinker who focused on strengthening competitive advantages through the development of new technologies, tools and processes. She was also very passionate about helping organizations and the people within them reach their highest level of performance and business success.
Chammas earned her degree in mechanical engineering from KU in 1979. She began her career as a network service engineer at Southwestern Bell, engineering customer data circuits, managing engineering contracts and supervising circuit design engineering personnel.
Chammas joined the Sprint management team in 1991 where she held a variety of management roles in network engineering, including managing a 24/7 network surveillance monitoring center and overseeing the coordination of the strategic quality integration program for network engineering. She spent 20-plus years with the company, later Sprint Nextel, eventually serving as vice president – talent management, where she oversaw Sprint’s nationwide enterprise talent recruitment and acquisition process for filling approximately 14,000 positions annually.
Chammas and her husband, George, also a KU School of Engineering graduate, married in 1981. They are both enjoying retirement in Chicago and look forward to traveling and spending more time in his home country of Lebanon.
Paul Neidlein
A distinguished leader, strategic thinker and civic-minded community member, Paul Neidlein has become known throughout his career for a commitment to driving engagement, diversity, inclusion and growth for those who work alongside him. He’s also earned a reputation for providing opportunities for innovation and collaboration among clients and vendors throughout the Kansas City and regional construction market.
Neidlein earned his degree in architectural engineering from KU in 1995 and started his career that same year at Turner Construction in St. Louis before moving to the Kansas City office in 1997. In 2012, he started at JE Dunn Construction, where he continued to grow his career — first as senior vice president of operations before moving into his current role in 2018 as president of the Midwest region. Currently, Neidlein oversees offices in Kansas, Missouri, Iowa, Nebraska, Minnesota and North Dakota as well as leading four national divisions focused on mission-critical, sports, federal and justice projects. Under Neidlein’s leadership, JE Dunn’s Midwest region has seen tremendous growth, expanding in all markets, and is expected to surpass $2 billion in revenue in 2022 — its highest ever.
Neidlein lives in Prairie Village with his wife and fellow KU graduate, Tina (B.S., Journalism, ’96; B.A., English, ’96).
G. Paul Willhite
With more than a half-century of contributions and dedicated service to KU and the engineering industry, Paul Willhite is recognized as a remarkable educator and researcher who served the academic community, university, state, nation and international societies with the utmost distinction.
His career in academia is decorated with extensive service to the department, the School of Engineering, higher education and the petroleum industry. Willhite is a member of the prestigious National Academy of Engineering and helped launch a key initiative to develop a range of improved oil recovery applications that were affordable for independent operators in Kansas and the region. He also written textbooks that to this day remain the foundational work in petroleum engineering education.
Willhite earned a bachelor’s degree in chemical engineering from Iowa State in 1959 and a doctorate in chemical engineering from Northwestern in 1962. He joined the faculty at the KU School of Engineering in 1969 and retired in 2019 as Distinguished Professor of Chemical and Petroleum Engineering.
In 1974, Willhite founded and co-directed the Tertiary Oil Recovery Project (TORP) with Don Green, professor emeritus of chemical & petroleum engineering. The program was designed to acquaint Kansas producers with the technical and economic potential of enhanced recovery methods for oil and gas fields that were affordable for independent operators in Kansas and throughout the region.
Willhite lives with his wife, Jewell, in Lawrence, where he continues to be involved in several community activities.
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Contact: Gloria Prothe, Department of Mathematics, [email protected]
KU mathematics researcher receives NSF CAREER award
LAWRENCE — Agnieszka Międlar, associate professor of mathematics at the University of Kansas, has received the National Science Foundation award for the Faculty Early Career Development Program (CAREER).
The award, totaling more than $430,000, is for her proposal “Acceleration Methods, Iterative Solvers and Heterogeneous Architectures: The New Landscape of Large-Scale Scientific Simulation” for the period of 2022-2027.
“This project aims to enable new algorithmic and software advancements, particularly in the field of numerical linear algebra, to fully utilize new heterogeneous architectures such as the emerging technology of edge computing used in smart grids, unmanned autonomous vehicles and wearable health care devices,” Międlar said.
The primary goal of the project is to provide computational building blocks for scalable implementation of numerical linear algebra, which is an essential and often indispensable component of simulation software, according to the researcher.
“Technologies suitable to perform decentralized computations within peer-to-peer (P2P) networks, where the full dataset is not available to any single device but is distributed throughout the network — whether because of limited memory or bandwidth, or due to data regulations and privacy concerns — demand asynchronous, flexible and resilient linear algebra algorithms for decentralized processing, communication and predictions in heterogeneous environments,” Międlar said.
The research could be used in many applications, such as helping to improve power grid resilience to physical or cyberattacks, or integrating unmanned autonomous vehicles in performing complex tasks, all by supporting the key underlying technologies of edge intelligence.
“Wearable health care devices, content delivery systems and smart home devices are pushing applications, data, services and, consequently, large-scale computations away from centralized environments onto the network, closer to the requests,” Międlar said. “While the benefits of edge technologies over traditional cloud computing are multifold, they require developing and testing of new algorithms for decentralized processing and communication abilities to work in truly autonomous device networks.”
The research program is integrated with education and outreach activities that aim to build the future science and engineering workforce through several components:
1. Providing undergraduate and graduate students with advanced training in critical science and technology skills as well as opportunities for interdisciplinary research on applications
2. Stimulating public engagement with mathematics
3. Providing K-12 students with hands-on computational mathematics education
4. Including members of underrepresented groups and supporting their professional success.
“We need to increase participation of K-12 students and members of underrepresented groups in STEM fields,” Międlar said. “This is only possible by engaging local communities in STEM-promoting public events aiming at growing appreciation and enthusiasm for mathematics.”
Agnieszka received her doctorate in mathematics in 2011 from the Technische Universität Berlin. After positions at the Technische Universität Braunschweig, Ecole Polytechnique Fédérale de Lausanne and the University of Minnesota, she came to KU in 2016. Her research has been supported by the NSF, Simons Foundation and the Lawrence Livermore National Laboratory.
The NSF award for the Faculty Early Career Development Program is its most prestigious award in support of early-career faculty who have the potential to serve as academic role models in research and education and to lead advances in the mission of their department or organization.
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