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Ella Bylsma, an undergraduate in Biomedical Engineering and Mechanical Engineering, working on a project in the ME Undergraduate Machine Shop in the George G. Brown Laboratories building on the North Campus of the University of Michigan in Ann Arbor, on Tuesday afternoon, January 30, 2024.
The ME Labs Team, which consists of Lab Manager Don Wirkner, Engineering Technician Mike Klein, and Design Instruction Engineer Kemal Duran, have received the University of Michigan’s Distinguished Diversity Leaders Award for their work to expand accessibility in the ME Undergraduate Machine Shop. The team fabricated solutions to bring controls for industry standard equipment setups into reach for a wider array of body types and expanded aisleways to allow for greater ease of movement, particularly for those who use assistive mobility devices.
The ME Undergraduate Machine Shop is critical to the department’s educational programs. The shop provides creative, fabrication, and hands-on learning environments for students in ME design courses. Making use of mills, lathes, a water jet cutter, and other machines to transform raw materials into machine parts and intricate mechanisms, students build robot machine players (RMPs) in ME250, motor-driven mechanisms in ME350, and any number of other devices in the department's senior capstone design course, ME450.
Photo: Brenda Ahearn/University of Michigan, College of Engineering, Communications and Marketing
The Industry through Our Lens
A massive, 1,000+ photo documentation of this year’s premier HVAC event. This gallery captures the cutting edge of climate control technology—from innovative heat pump architectures and advanced air handling units to the latest in terminal design. We’ve documented the technical details that matter most to engineers, manufacturers, and designers.
Powered by Cloudair Selection Software
This report is brought to you by cloudair.tech—the team behind high-performance digital selection tools. Just as these photos capture the physical reality of the industry, our software captures its technical complexity.
Why Cloudair?
We provide the bridge between complex engineering data and seamless product configuration. Our platform is designed to:
Streamline the selection process for manufacturers.
Empower designers with precise, real-time technical data.
Modernize how HVAC systems are specified and sold.
Explore the 2026 innovations and see how cloudair.tech is digitizing the future of HVAC selection.
Discover our tools: cloudair.tech
#HVAC2026 #Cloudair #SelectionSoftware #HVACEngineering #AirConditioning #Heating #Ventilation #MechanicalEngineering #Innovation #TechReport
Joseph Angel, an undergraduate in Mechanical Engineering, working on a project in the ME Undergraduate Machine Shop in the George G. Brown Laboratories building on the North Campus of the University of Michigan in Ann Arbor, on Tuesday afternoon, January 30, 2024.
The ME Labs Team, which consists of Lab Manager Don Wirkner, Engineering Technician Mike Klein, and Design Instruction Engineer Kemal Duran, have received the University of Michigan’s Distinguished Diversity Leaders Award for their work to expand accessibility in the ME Undergraduate Machine Shop. The team fabricated solutions to bring controls for industry standard equipment setups into reach for a wider array of body types and expanded aisleways to allow for greater ease of movement, particularly for those who use assistive mobility devices.
The ME Undergraduate Machine Shop is critical to the department’s educational programs. The shop provides creative, fabrication, and hands-on learning environments for students in ME design courses. Making use of mills, lathes, a water jet cutter, and other machines to transform raw materials into machine parts and intricate mechanisms, students build robot machine players (RMPs) in ME250, motor-driven mechanisms in ME350, and any number of other devices in the department's senior capstone design course, ME450.
Photo: Brenda Ahearn/University of Michigan, College of Engineering, Communications and Marketing
The Industry through Our Lens
A massive, 1,000+ photo documentation of this year’s premier HVAC event. This gallery captures the cutting edge of climate control technology—from innovative heat pump architectures and advanced air handling units to the latest in terminal design. We’ve documented the technical details that matter most to engineers, manufacturers, and designers.
Powered by Cloudair Selection Software
This report is brought to you by cloudair.tech—the team behind high-performance digital selection tools. Just as these photos capture the physical reality of the industry, our software captures its technical complexity.
Why Cloudair?
We provide the bridge between complex engineering data and seamless product configuration. Our platform is designed to:
Streamline the selection process for manufacturers.
Empower designers with precise, real-time technical data.
Modernize how HVAC systems are specified and sold.
Explore the 2026 innovations and see how cloudair.tech is digitizing the future of HVAC selection.
Discover our tools: cloudair.tech
#HVAC2026 #Cloudair #SelectionSoftware #HVACEngineering #AirConditioning #Heating #Ventilation #MechanicalEngineering #Innovation #TechReport
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Ella Bylsma, an undergraduate in Biomedical Engineering and Mechanical Engineering, working on a project in the ME Undergraduate Machine Shop in the George G. Brown Laboratories building on the North Campus of the University of Michigan in Ann Arbor, on Tuesday afternoon, January 30, 2024.
The ME Labs Team, which consists of Lab Manager Don Wirkner, Engineering Technician Mike Klein, and Design Instruction Engineer Kemal Duran, have received the University of Michigan’s Distinguished Diversity Leaders Award for their work to expand accessibility in the ME Undergraduate Machine Shop. The team fabricated solutions to bring controls for industry standard equipment setups into reach for a wider array of body types and expanded aisleways to allow for greater ease of movement, particularly for those who use assistive mobility devices.
The ME Undergraduate Machine Shop is critical to the department’s educational programs. The shop provides creative, fabrication, and hands-on learning environments for students in ME design courses. Making use of mills, lathes, a water jet cutter, and other machines to transform raw materials into machine parts and intricate mechanisms, students build robot machine players (RMPs) in ME250, motor-driven mechanisms in ME350, and any number of other devices in the department's senior capstone design course, ME450.
Photo: Brenda Ahearn/University of Michigan, College of Engineering, Communications and Marketing
Joseph Angel, an undergraduate in Mechanical Engineering, working on a project in the ME Undergraduate Machine Shop in the George G. Brown Laboratories building on the North Campus of the University of Michigan in Ann Arbor, on Tuesday afternoon, January 30, 2024. In the background are fellow undergrads Ella Bylsma and Joseph Angel.
The ME Labs Team, which consists of Lab Manager Don Wirkner, Engineering Technician Mike Klein, and Design Instruction Engineer Kemal Duran, have received the University of Michigan’s Distinguished Diversity Leaders Award for their work to expand accessibility in the ME Undergraduate Machine Shop. The team fabricated solutions to bring controls for industry standard equipment setups into reach for a wider array of body types and expanded aisleways to allow for greater ease of movement, particularly for those who use assistive mobility devices.
The ME Undergraduate Machine Shop is critical to the department’s educational programs. The shop provides creative, fabrication, and hands-on learning environments for students in ME design courses. Making use of mills, lathes, a water jet cutter, and other machines to transform raw materials into machine parts and intricate mechanisms, students build robot machine players (RMPs) in ME250, motor-driven mechanisms in ME350, and any number of other devices in the department's senior capstone design course, ME450.
Photo: Brenda Ahearn/University of Michigan, College of Engineering, Communications and Marketing
The Industry through Our Lens
A massive, 1,000+ photo documentation of this year’s premier HVAC event. This gallery captures the cutting edge of climate control technology—from innovative heat pump architectures and advanced air handling units to the latest in terminal design. We’ve documented the technical details that matter most to engineers, manufacturers, and designers.
Powered by Cloudair Selection Software
This report is brought to you by cloudair.tech—the team behind high-performance digital selection tools. Just as these photos capture the physical reality of the industry, our software captures its technical complexity.
Why Cloudair?
We provide the bridge between complex engineering data and seamless product configuration. Our platform is designed to:
Streamline the selection process for manufacturers.
Empower designers with precise, real-time technical data.
Modernize how HVAC systems are specified and sold.
Explore the 2026 innovations and see how cloudair.tech is digitizing the future of HVAC selection.
Discover our tools: cloudair.tech
#HVAC2026 #Cloudair #SelectionSoftware #HVACEngineering #AirConditioning #Heating #Ventilation #MechanicalEngineering #Innovation #TechReport
The Industry through Our Lens
A massive, 1,000+ photo documentation of this year’s premier HVAC event. This gallery captures the cutting edge of climate control technology—from innovative heat pump architectures and advanced air handling units to the latest in terminal design. We’ve documented the technical details that matter most to engineers, manufacturers, and designers.
Powered by Cloudair Selection Software
This report is brought to you by cloudair.tech—the team behind high-performance digital selection tools. Just as these photos capture the physical reality of the industry, our software captures its technical complexity.
Why Cloudair?
We provide the bridge between complex engineering data and seamless product configuration. Our platform is designed to:
Streamline the selection process for manufacturers.
Empower designers with precise, real-time technical data.
Modernize how HVAC systems are specified and sold.
Explore the 2026 innovations and see how cloudair.tech is digitizing the future of HVAC selection.
Discover our tools: cloudair.tech
#HVAC2026 #Cloudair #SelectionSoftware #HVACEngineering #AirConditioning #Heating #Ventilation #MechanicalEngineering #Innovation #TechReport
The Industry through Our Lens
A massive, 1,000+ photo documentation of this year’s premier HVAC event. This gallery captures the cutting edge of climate control technology—from innovative heat pump architectures and advanced air handling units to the latest in terminal design. We’ve documented the technical details that matter most to engineers, manufacturers, and designers.
Powered by Cloudair Selection Software
This report is brought to you by cloudair.tech—the team behind high-performance digital selection tools. Just as these photos capture the physical reality of the industry, our software captures its technical complexity.
Why Cloudair?
We provide the bridge between complex engineering data and seamless product configuration. Our platform is designed to:
Streamline the selection process for manufacturers.
Empower designers with precise, real-time technical data.
Modernize how HVAC systems are specified and sold.
Explore the 2026 innovations and see how cloudair.tech is digitizing the future of HVAC selection.
Discover our tools: cloudair.tech
#HVAC2026 #Cloudair #SelectionSoftware #HVACEngineering #AirConditioning #Heating #Ventilation #MechanicalEngineering #Innovation #TechReport
Mechanical engineering faculty member Gary Settles developed an optical system that takes advantage of thermal differences in the flow of air to allow for visualization, like how a bullet goes through the air.
The Industry through Our Lens
A massive, 1,000+ photo documentation of this year’s premier HVAC event. This gallery captures the cutting edge of climate control technology—from innovative heat pump architectures and advanced air handling units to the latest in terminal design. We’ve documented the technical details that matter most to engineers, manufacturers, and designers.
Powered by Cloudair Selection Software
This report is brought to you by cloudair.tech—the team behind high-performance digital selection tools. Just as these photos capture the physical reality of the industry, our software captures its technical complexity.
Why Cloudair?
We provide the bridge between complex engineering data and seamless product configuration. Our platform is designed to:
Streamline the selection process for manufacturers.
Empower designers with precise, real-time technical data.
Modernize how HVAC systems are specified and sold.
Explore the 2026 innovations and see how cloudair.tech is digitizing the future of HVAC selection.
Discover our tools: cloudair.tech
#HVAC2026 #Cloudair #SelectionSoftware #HVACEngineering #AirConditioning #Heating #Ventilation #MechanicalEngineering #Innovation #TechReport
Dedication of the Expansion of the Engines and Energy Conversion Laboratory and the creation of the Powerhouse Energy Institute at Colorado State University, October 1, 2012
Mechanical engineering student Graham Zimmerman was named 2012 Homecoming King. Pictured also is Tracey Edouard. (Photo credit: Curtis Chan)
Detail photo of Joseph Angel, an undergraduate in Mechanical Engineering, working on a project in the ME Undergraduate Machine Shop in the George G. Brown Laboratories building on the North Campus of the University of Michigan in Ann Arbor, on Tuesday afternoon, January 30, 2024.
The ME Labs Team, which consists of Lab Manager Don Wirkner, Engineering Technician Mike Klein, and Design Instruction Engineer Kemal Duran, have received the University of Michigan’s Distinguished Diversity Leaders Award for their work to expand accessibility in the ME Undergraduate Machine Shop. The team fabricated solutions to bring controls for industry standard equipment setups into reach for a wider array of body types and expanded aisleways to allow for greater ease of movement, particularly for those who use assistive mobility devices.
The ME Undergraduate Machine Shop is critical to the department’s educational programs. The shop provides creative, fabrication, and hands-on learning environments for students in ME design courses. Making use of mills, lathes, a water jet cutter, and other machines to transform raw materials into machine parts and intricate mechanisms, students build robot machine players (RMPs) in ME250, motor-driven mechanisms in ME350, and any number of other devices in the department's senior capstone design course, ME450.
Photo: Brenda Ahearn/University of Michigan, College of Engineering, Communications and Marketing
Haazem Turaani, an undergraduate in Mechanical Engineering, working on a project in the ME Undergraduate Machine Shop in the George G. Brown Laboratories building on the North Campus of the University of Michigan in Ann Arbor, on Tuesday afternoon, January 30, 2024.
The ME Labs Team, which consists of Lab Manager Don Wirkner, Engineering Technician Mike Klein, and Design Instruction Engineer Kemal Duran, have received the University of Michigan’s Distinguished Diversity Leaders Award for their work to expand accessibility in the ME Undergraduate Machine Shop. The team fabricated solutions to bring controls for industry standard equipment setups into reach for a wider array of body types and expanded aisleways to allow for greater ease of movement, particularly for those who use assistive mobility devices.
The ME Undergraduate Machine Shop is critical to the department’s educational programs. The shop provides creative, fabrication, and hands-on learning environments for students in ME design courses. Making use of mills, lathes, a water jet cutter, and other machines to transform raw materials into machine parts and intricate mechanisms, students build robot machine players (RMPs) in ME250, motor-driven mechanisms in ME350, and any number of other devices in the department's senior capstone design course, ME450.
Photo: Brenda Ahearn/University of Michigan, College of Engineering, Communications and Marketing