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Biological Systems Engineering

Ethan Bowles, a senior biological systems engineering major, makes an adjustment to the steering wheel in an electric car during the GoBabyGo! Build. His team is modifying the car for four-year-old Dayana Torres of Omaha. Bowles was among seven Huskers to assist with the project. This was his third time volunteering for the event.

Twice yearly, Nebraska’s Go Baby Go chapter modifies kid-sized battery powered cars for children with movement difficulties, providing them at no cost to the families. Nebraska’s GoBabyGo! chapter is funded by the Munroe-Meyer Guild. The program is a partnership between MMI's Department of Physical Therapy, the University of Nebraska-Lincoln and the University of Nebraska-Omaha Engineering Department and the UNMC College of Allied Health Professions/Physical Therapy students. The event took place on at the MMI building at 69th and Pine Streets in Omaha on Saturday, April 2, 2022. Photo by Kent Sievers / University of Nebraska Medicine.

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Andrew Hamann, research assistant professor in the University of Nebraska-Lincoln's Department of Biological Systems Engineering, was selected to receive a 2022 American Society of Gene and Cell Therapy Career Development Award. January 26, 2022. Photo by Craig Chandler / University Communication.

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Andrew Hamann, research assistant professor in the University of Nebraska-Lincoln's Department of Biological Systems Engineering, was selected to receive a 2022 American Society of Gene and Cell Therapy Career Development Award. January 26, 2022. Photo by Craig Chandler / University Communication.

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Yufeng Ge, Associate Professor of Biological Systems Engineering, is advancing high-tech plant phenotyping to study plant’s physical traits, leading to improved yields, drought resistance. He is photographed in the spider cam field near Mead, Nebraska. July 8, 2021. Photo by Craig Chandler / University Communication.

Yufeng Ge, Associate Professor of Biological Systems Engineering, is advancing high-tech plant phenotyping to study plant’s physical traits, leading to improved yields, drought resistance. He is photographed in the spider cam field near Mead, Nebraska. July 8, 2021. Photo by Craig Chandler / University Communication.

Yufeng Ge, Associate Professor of Biological Systems Engineering, is advancing high-tech plant phenotyping to study plant’s physical traits, leading to improved yields, drought resistance. He is photographed in the spider cam field near Mead, Nebraska. July 8, 2021. Photo by Craig Chandler / University Communication.

Yufeng Ge, Associate Professor of Biological Systems Engineering, is advancing high-tech plant phenotyping to study plant’s physical traits, leading to improved yields, drought resistance. He is photographed in the spider cam field near Mead, Nebraska. July 8, 2021. Photo by Craig Chandler / University Communication.

Yufeng Ge talks with Nipuna Chamara and Jun Xiao Zhang as they look over a plant remote sensor system being tested at the one-acre field phenotyping site at ENREC, near Mead, Nebraska. Yufeng Ge, Associate Professor of Biological Systems Engineering, is advancing high-tech plant phenotyping to study plant’s physical traits, leading to improved yields, drought resistance. He is photographed in the spider cam field near Mead, Nebraska. July 8, 2021. Photo by Craig Chandler / University Communication.

Yufeng Ge talks with Nipuna Chamara and Jun Xiao Zhang as they look over a plant remote sensor system being tested at the one-acre field phenotyping site at ENREC, near Mead, Nebraska. Yufeng Ge, Associate Professor of Biological Systems Engineering, is advancing high-tech plant phenotyping to study plant’s physical traits, leading to improved yields, drought resistance. He is photographed in the spider cam field near Mead, Nebraska. July 8, 2021. Photo by Craig Chandler / University Communication.

Yufeng Ge talks with Nipuna Chamara and Jun Xiao Zhang as they look over a plant remote sensor system being tested at the one-acre field phenotyping site at ENREC, near Mead, Nebraska. Yufeng Ge, Associate Professor of Biological Systems Engineering, is advancing high-tech plant phenotyping to study plant’s physical traits, leading to improved yields, drought resistance. He is photographed in the spider cam field near Mead, Nebraska. July 8, 2021. Photo by Craig Chandler / University Communication.

Yufeng Ge, Associate Professor of Biological Systems Engineering, is advancing high-tech plant phenotyping to study plant’s physical traits, leading to improved yields, drought resistance. He is photographed in the spider cam field near Mead, Nebraska. July 8, 2021. Photo by Craig Chandler / University Communication.

Yufeng Ge and Nipuna Chamara look over a plant remote sensor system being tested at the one-acre field phenotyping site at ENREC, near Mead, Nebraska. Yufeng Ge, Associate Professor of Biological Systems Engineering, is advancing high-tech plant phenotyping to study plant’s physical traits, leading to improved yields, drought resistance. He is photographed in the spider cam field near Mead, Nebraska. July 8, 2021. Photo by Craig Chandler / University Communication.

Yufeng Ge, Associate Professor of Biological Systems Engineering, is advancing high-tech plant phenotyping to study plant’s physical traits, leading to improved yields, drought resistance. He is photographed in the spider cam field near Mead, Nebraska. July 8, 2021. Photo by Craig Chandler / University Communication.

A readout of spectral signatures produced by the team's prototype, which collects the visible and near-infrared wavelengths that bounce back from soils. The graphical user interface of the LabVIEW program showing data collection from the VisNIR multi-sensing penetrometer system. March 18, 2020. Photo by Gregory Nathan / University Communication.

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Nuwan Wijewardane, postdoctoral researcher in biological systems engineering, prepares to gather data from multiple locations by hydraulically plunging a penetrometer prototype into soil which is mounted to a Giddings probe truck. March 18, 2020. Photo by Gregory Nathan / University Communication.

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Nuwan Wijewardane, postdoctoral researcher in biological systems engineering, prepares to gather data from multiple locations by hydraulically plunging a penetrometer prototype into soil which is mounted to a Giddings probe truck. March 18, 2020. Photo by Gregory Nathan / University Communication.

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Nuwan Wijewardane, postdoctoral researcher in biological systems engineering, prepares to gather data from multiple locations by hydraulically plunging a penetrometer prototype into soil which is mounted to a Giddings probe truck. March 18, 2020. Photo by Gregory Nathan / University Communication.

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Graduate student Jordan Rosenbohm holds a flexible prototype for a smart bandage with tiny 3-D printed dagger-like needles. The clusters of needles are connected to channels that would deliver the medicine via an external pump. A new smart bandage design could eventually heal chronic wounds by getting under a patient’s skin — where an array tiny needles would deliver therapeutic drugs to the still-living but damaged tissue that needs them. Ali Tamayol and Ruiguo Yang authored the study with Nebraska’s Seth Harris, Craig Kreikemeier-Bower, Fariba Aghabaglou, Azadeh Mostafavi, Ian Ghanavati and Jordan Rosenbohm; Nebraska alumni Hossein Derakhshandeh, Alec McCarthy, Chris Wiseman and Zack Bonick; Harvard Medical School’s Dennis Orgill and Pooria Mostafalu; and Seyed Masoud Moosavi Basri of Shahid Beheshti University. February 26, 2020. Photo by Craig Chandler / University Communication.

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Graduate student Jordan Rosenbohm holds a flexible prototype for a smart bandage with tiny 3-D printed dagger-like needles. The clusters of needles are connected to channels that would deliver the medicine via an external pump. A new smart bandage design could eventually heal chronic wounds by getting under a patient’s skin — where an array tiny needles would deliver therapeutic drugs to the still-living but damaged tissue that needs them. Ali Tamayol and Ruiguo Yang authored the study with Nebraska’s Seth Harris, Craig Kreikemeier-Bower, Fariba Aghabaglou, Azadeh Mostafavi, Ian Ghanavati and Jordan Rosenbohm; Nebraska alumni Hossein Derakhshandeh, Alec McCarthy, Chris Wiseman and Zack Bonick; Harvard Medical School’s Dennis Orgill and Pooria Mostafalu; and Seyed Masoud Moosavi Basri of Shahid Beheshti University. February 26, 2020. Photo by Craig Chandler / University Communication.

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Studio portrait of Hyun Song, Associate Professor, Biological Systems Engineering. September 5, 2019. Photo by Greg Nathan / University Communication.

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Peter McCornick, executive director of Daugherty Water for Food Global Institute (DWFI) at the University of Nebraska-Lincoln. Photo for the 2019 publication of the Strategic Discussions for Nebraska magazine. July 3, 2019, Photo by Gregory Nathan / University Communication.

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Peter McCornick, executive director of Daugherty Water for Food Global Institute (DWFI) at the University of Nebraska-Lincoln. Photo for the 2019 publication of the Strategic Discussions for Nebraska magazine. July 3, 2019, Photo by Gregory Nathan / University Communication.

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Peter McCornick, executive director of Daugherty Water for Food Global Institute (DWFI) at the University of Nebraska-Lincoln. Photo for the 2019 publication of the Strategic Discussions for Nebraska magazine. July 3, 2019, Photo by Gregory Nathan / University Communication.

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Researchers with the University of Nebraska-Lincoln take groundwater samples from the Loup River in the Sandhills of Nebraska . By sampling groundwater and determining its age, they hope to determine whether predictions for groundwater discharge rates and contamination removal in watersheds are accurate.

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All photos are available to UNL departments at no charge. Email the titles of the photos to Craig Chandler or Monica Myers.

cchandler2@unl.edu
mmyers2@unl.edu

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