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For industry client Sun Fresh Foods, a student team developed a solar food dryer. The hope is that such a device could help agribusinesses in Sub-Saharan Africa bring more food to market, reducing poverty and food insecurity. (Photo credit: Curtis Chan)

A student demonstrates his team's affordable filter press, designed to create inexpensive ceramic filters to remove pathogens from drinking water. (Photo credit: Curtis Chan)

Photo by Roberta Baker – Engineering Strategic Communications

Photo by Roberta Baker – Engineering Strategic Communications

Photo by Roberta Baker – Engineering Strategic Communications

A student demonstrates his team's affordable filter press, designed to create inexpensive ceramic filters to remove pathogens from drinking water. (Photo credit: Curtis Chan)

Photo by Roberta Baker – Engineering Strategic Communications

Photo by Roberta Baker – Engineering Strategic Communications

Photo by Roberta Baker – Engineering Strategic Communications

Photo by Roberta Baker – Engineering Strategic Communications

Photo by Roberta Baker – Engineering Strategic Communications

Photo by Roberta Baker – Engineering Strategic Communications

Photo by Roberta Baker – Engineering Strategic Communications

For industry client Sun Fresh Foods, a student team developed a solar food dryer. The hope is that such a device could help agribusinesses in Sub-Saharan Africa bring more food to market, reducing poverty and food insecurity. (Photo credit: Curtis Chan)

A student team has designed a mechanism to evaluate the flow rate of air leaks in compressed air systems for the Pennsylvania Technical Assistance Program. (Photo credit: Curtis Chan)

A student demonstrates his team's affordable filter press, designed to create inexpensive ceramic filters to remove pathogens from drinking water. (Photo credit: Curtis Chan)

For industry client Sun Fresh Foods, a student team developed a solar food dryer. The hope is that such a device could help agribusinesses in Sub-Saharan Africa bring more food to market, reducing poverty and food insecurity. (Photo credit: Curtis Chan)

A student team has designed a mechanism to evaluate the flow rate of air leaks in compressed air systems for the Pennsylvania Technical Assistance Program. (Photo credit: Curtis Chan)

The team's VorTic Watch concept features "Twist-To-Tighten" technology that employs a unique ratcheting system, allowing easy adjustment by the user at any time. All of the pieces are designed using computer-aided drafting and additive manufacturing technology. (Photo credit: Curtis Chan)

A student team has designed a mechanism to evaluate the flow rate of air leaks in compressed air systems for the Pennsylvania Technical Assistance Program. (Photo credit: Curtis Chan)

For industry client Sun Fresh Foods, a student team developed a solar food dryer. The hope is that such a device could help agribusinesses in Sub-Saharan Africa bring more food to market, reducing poverty and food insecurity. (Photo credit: Curtis Chan)

A student demonstrates his team's affordable filter press, designed to create inexpensive ceramic filters to remove pathogens from drinking water. (Photo credit: Curtis Chan)

A student team has designed a mechanism to evaluate the flow rate of air leaks in compressed air systems for the Pennsylvania Technical Assistance Program. (Photo credit: Curtis Chan)

A student team has designed a mechanism to evaluate the flow rate of air leaks in compressed air systems for the Pennsylvania Technical Assistance Program. (Photo credit: Curtis Chan)

A student team has designed a mechanism to evaluate the flow rate of air leaks in compressed air systems for the Pennsylvania Technical Assistance Program. (Photo credit: Curtis Chan)

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