#: locale=en

## Action

### URL
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LinkBehaviour_6ED78B7B_E244_4111_418B_1284A11C9FAB.source = https://engineering.arizona.edu/undergrad-admissions/incoming.php?utm_source=massinteract&utm_medium=tour&utm_campaign=requestinformation&utm_content=requestinformation
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LinkBehaviour_6D1F7FEB_E247_C131_41CF_121B012514C3.source = https://undergrad.osu.edu/webforms/inquiry
LinkBehaviour_799F9772_E244_4113_41B7_58B7AF0C914E.source = https://www.facebook.com/UACollegeofEngineering
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## Hotspot

### Text
FlatHotspotPanoramaOverlayTextImage_41D89F85_4C97_EC57_41B2_302F8A5DE148.text = AEROSPACE & MECHANICAL ENGINEERING BUILDING
FlatHotspotPanoramaOverlayTextImage_41D8AF85_4C97_EC57_41C5_A41B0A61CA49.text = BIOSCIENCE RESEARCH LABORATORIES/KEATING BIORESEARCH BUILDING
FlatHotspotPanoramaOverlayTextImage_41D8BF85_4C97_EC57_41B3_3D211A13032B.text = CIVIL ENGINEERING BUILDING
FlatHotspotPanoramaOverlayTextImage_41D8CF86_4C97_EC55_41BD_861AB66C5B32.text = ELECTRICAL & COMPUTER ENGINEERING BUILDING
FlatHotspotPanoramaOverlayTextImage_41D90F86_4C97_EC55_41B1_FE55D952A670.text = ENGINEERING BUILDING 
FlatHotspotPanoramaOverlayTextImage_41D8EF86_4C97_EC55_41C0_50FA6F64F2D4.text = JOHN W. HARSHBARGER/MINES & METALLURGY BUILDING
FlatHotspotPanoramaOverlayTextImage_41D92F86_4C97_EC55_41D1_992E16CFE498.text = MEINEL OPTICAL SCIENCES BUILDING
FlatHotspotPanoramaOverlayTextImage_41D91F86_4C97_EC55_4190_5AC6F25B05A4.text = SHANTZ BUILDING

### Tooltip
HotspotPanoramaOverlayArea_C390896C_DE7C_6508_41CE_5E4880CFF54D.toolTip = Go outside the building
HotspotPanoramaOverlayArea_D54F1150_E6CC_73F2_41E7_4DFE74FAC8E7.toolTip = Go outside the building
HotspotPanoramaOverlayArea_C27E5570_DFCD_AD18_41CB_A3A71499ABFC.toolTip = Go outside the building
HotspotPanoramaOverlayArea_C27645E2_DFCC_AD38_41E0_46B93EF63887.toolTip = Go outside the building
HotspotPanoramaOverlayArea_C6760F3B_DECB_DD08_41E6_2783CFA44FE3.toolTip = Go outside the building
HotspotPanoramaOverlayArea_C26A55E1_DE44_AD38_41D1_8FF759F438F6.toolTip = Go outside the building
HotspotPanoramaOverlayArea_C2E69562_DE4C_AD38_41CC_E063D4AD1F2F.toolTip = Go outside the building
HotspotPanoramaOverlayArea_C650A416_DEDC_A318_41D1_C88A533A094A.toolTip = Go to the ASCE High Bay Area
HotspotPanoramaOverlayArea_1A8F5FFB_0D8A_6265_41A6_8893C1B58AAA.toolTip = Go to the Advising Center
HotspotPanoramaOverlayArea_C2092501_DE4D_A2F8_4175_7D804E4FA908.toolTip = Go to the Arizona Autonomous 
HotspotPanoramaOverlayArea_D0002144_E7BB_F3D2_41DB_C17126BC08BC.toolTip = Go to the CIVIL ENGINEERING BUILDING
HotspotPanoramaOverlayArea_DF8AC9C1_E6C4_52D2_41D5_3ED848E55E6E.toolTip = Go to the CIVIL ENGINEERING BUILDING \
 \

HotspotPanoramaOverlayArea_1A8B7D4D_0D8A_67BD_418B_47345D0A0B53.toolTip = Go to the Computer Integrated Manufacturing & Simulation Lab
HotspotPanoramaOverlayArea_D0194F5B_E644_4FF6_41D8_2F64F1C39BFF.toolTip = Go to the ELECTRICAL & COMPUTER ENGINEERING BUILDING \
 \

HotspotPanoramaOverlayArea_F4A2815B_DEC4_6508_41D8_C0CE7BC4BD9B.toolTip = Go to the ENGINEERING BUILDING
HotspotPanoramaOverlayArea_D56F3E73_E6DC_D1B6_41C0_CC32F936B86D.toolTip = Go to the Geomechanics Lab
HotspotPanoramaOverlayArea_C2863D21_DE47_BD38_41E6_A9D3118B0604.toolTip = Go to the Geomechanics Lab
HotspotPanoramaOverlayArea_D4CC2606_E644_D15E_41E8_BD5CDC5B23FF.toolTip = Go to the Geomechanics Lab - Room 1
HotspotPanoramaOverlayArea_D4BF726C_E6DC_B1D2_4194_B737BC8743C5.toolTip = Go to the Geomechanics Lab - Room 1
HotspotPanoramaOverlayArea_D960E630_E644_51B2_41E0_58267F2292F5.toolTip = Go to the Geomechanics Lab - Room 2
HotspotPanoramaOverlayArea_DB9EEB92_E644_7776_41C4_F2C678C0BA79.toolTip = Go to the Geomechanics Lab - Room 2
HotspotPanoramaOverlayArea_D43031DF_E644_52EE_41E3_39FADB1F3715.toolTip = Go to the Geomechanics Lab - Room 3
HotspotPanoramaOverlayArea_D94AA1B8_E64B_B2B2_41D8_3EDE5C8328F7.toolTip = Go to the Geomechanics Lab - Room 3
HotspotPanoramaOverlayArea_D47A200D_E64C_D152_41E2_A7E1A5A207FD.toolTip = Go to the Geomechanics Lab - Room 4
HotspotPanoramaOverlayArea_F52EF7F9_DECB_AD08_41C2_AC32B452495D.toolTip = Go to the JOHN W. HARSHBARGER/MINES & METALLURGY BUILDING
HotspotPanoramaOverlayArea_D91A3C42_E6C4_51D6_41B1_50FE4AA09BC4.toolTip = Go to the JOHN W. HARSHBARGER/MINES & METALLURGY BUILDING
HotspotPanoramaOverlayArea_159E5E01_0D8A_65A5_41A3_02EA927417A3.toolTip = Go to the Lobby
HotspotPanoramaOverlayArea_D1B91A49_E64D_B1D2_41D4_1138A2D9E526.toolTip = Go to the Lobby
HotspotPanoramaOverlayArea_D05CC246_E7C4_B1DE_41E2_A5A289DB5B1B.toolTip = Go to the Lobby
HotspotPanoramaOverlayArea_F249F796_DEC4_6D18_417D_36BD0D22D1B6.toolTip = Go to the Lobby \

HotspotPanoramaOverlayArea_C2F838B1_DFCB_E31B_41EB_D34BF31512F6.toolTip = Go to the Machine Shop
HotspotPanoramaOverlayArea_DBFA0299_E6CB_D172_41E9_B9A197CA0077.toolTip = Go to the Optical Engineering and Fabrication Lab \
 \

HotspotPanoramaOverlayArea_C17783B8_DFCD_A508_41D7_B80ABB70B3CA.toolTip = Go to the Peter and Nancy Salter Medical Device Design Lab
HotspotPanoramaOverlayArea_C3E2C0C5_DE7C_637B_41DE_66EAE1147621.toolTip = Go to the Quantum Information and Materials Lab
HotspotPanoramaOverlayArea_D02A02D5_E64C_F6F2_41C8_55A608479D36.toolTip = Go to the SIE Collaborative Workspace

## Media

### Floorplan

### Image
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### Subtitle
panorama_D6C17D6A_DDE6_E8E7_41A5_DB7EB9B85CDB.subtitle =  In this chemical and environmental engineering lab, faculty and students research soft materials and sensors for a wide range of applications in biomimicry, chemical and biosensors, and environmental monitoring. The lab includes various optical and fluorescent microscopes, a force tensiometer, a spectrofluorometer, microfluidic devices and sensor fabrication equipment.
panorama_D6C15C76_DDE6_E8EF_41E9_75B902EF5935.subtitle =  In this chemical and environmental engineering lab, faculty and students research soft materials and sensors for a wide range of applications in biomimicry, chemical and biosensors, and environmental monitoring. The lab includes various optical and fluorescent microscopes, a force tensiometer, a spectrofluorometer, microfluidic devices and sensor fabrication equipment.
panorama_D70333E7_DDE5_DFED_41B2_8D60BB537C98.subtitle =  In this chemical and environmental engineering lab, faculty and students research soft materials and sensors for a wide range of applications in biomimicry, chemical and biosensors, and environmental monitoring. The lab includes various optical and fluorescent microscopes, a force tensiometer, a spectrofluorometer, microfluidic devices and sensor fabrication equipment.
panorama_D70323A8_DDE5_5863_41E8_17FC075DC0F4.subtitle = #ENGRCats learn, study and research together in this newly renovated collaborative workspace in Systems and Industrial Engineering. The setup is designed to support teamwork among peers and engagement between students and faculty -- two important pieces of the engineering curriculum. 
panorama_D6231D1B_DDFB_6825_41DD_61529A87592A.subtitle = #ENGRCats learn, study and research together in this newly renovated collaborative workspace in Systems and Industrial Engineering. The setup is designed to support teamwork among peers and engagement between students and faculty -- two important pieces of the engineering curriculum. 
panorama_D6754A32_DDED_6867_41EA_9CB993F1140F.subtitle = Along with the Mirror Lab under the football stadium, this large optics fabrication shop is one of two places (on the planet!) where such large optics experiments can be done.  Associated with the large optics fab shop is the small optics fab shop, where engineers and scientists can diamond turn optical devices, perform glass molding, and engage in many other optics fabrication and testing processes.
panorama_D673544C_DDEB_7823_41DC_3397EC562D6D.subtitle = Along with the Mirror Lab under the football stadium, this large optics fabrication shop is one of two places (on the planet!) where such large optics experiments can be done.  Associated with the large optics fab shop is the small optics fab shop, where engineers and scientists can diamond turn optical devices, perform glass molding, and engage in many other optics fabrication and testing processes.
panorama_D672CB70_DDEA_A8E3_41CF_C213942CE319.subtitle = Along with the Mirror Lab under the football stadium, this large optics fabrication shop is one of two places (on the planet!) where such large optics experiments can be done.  Associated with the large optics fab shop is the small optics fab shop, where engineers and scientists can diamond turn optical devices, perform glass molding, and engage in many other optics fabrication and testing processes.
panorama_D702F512_DDE5_5827_4195_C2A241656609.subtitle = Along with the Mirror Lab under the football stadium, this large optics fabrication shop is one of two places (on the planet!) where such large optics experiments can be done.  Associated with the large optics fab shop is the small optics fab shop, where engineers and scientists can diamond turn optical devices, perform glass molding, and engage in many other optics fabrication and testing processes.
panorama_E5171985_EA5D_97DD_41BA_7A23A9099382.subtitle = At the Electronics Room we have a wide variety of equipment available, including: soldering irons, heat shrink guns, circuit components (resistors, capacitors, etc), oscilloscopes, function generators, power supply,  digital multimeters, and microscopes. A certification is also required for this room, but you can also obtain it at the EDC.
panorama_D6C047B1_DDE5_5865_41C0_28DAE3B29BCE.subtitle = Built in 1965, the Civil Engineering Building is home to the Department of Civil and Architectural Engineering and Mechanics. The University of Arizona has been training civil engineers since 1905, and added architectural engineering to its portfolio in 2017. Civil Engineering houses student design spaces, research labs, student advising, and social gathering places. And, the Dean’s Office is located on the ground floor!
panorama_D73EAB7F_DDE7_E8DD_41E7_F1919C381645.subtitle = Built in 1965, the Civil Engineering Building is home to the Department of Civil and Architectural Engineering and Mechanics. The University of Arizona has been training civil engineers since 1905, and added architectural engineering to its portfolio in 2017. Civil Engineering houses student design spaces, research labs, student advising, and social gathering places. And, the Dean’s Office is located on the ground floor!
panorama_D6C086C6_DDE5_782F_41B4_0F03889C1421.subtitle = Built in 1965, the Civil Engineering Building is home to the Department of Civil and Architectural Engineering and Mechanics. The University of Arizona has been training civil engineers since 1905, and added architectural engineering to its portfolio in 2017. Civil Engineering houses student design spaces, research labs, student advising, and social gathering places. And, the Dean’s Office is located on the ground floor!
panorama_D673F212_DDEB_F827_41D0_3D8C29EA3A36.subtitle = Completed in 1997, the home of the Department of Aerospace and Mechanical Engineering resembles an airplane hangar. Inside, classrooms, modern laboratories, and student design spaces are abundant. With tables, umbrellas, and shade trees, the courtyard is a relaxing place to catch up on homework, meet with colleagues or have lunch.
panorama_D73F6ED3_DDE6_E825_4188_038EC5256CD5.subtitle = Completed in 1997, the home of the Department of Aerospace and Mechanical Engineering resembles an airplane hangar. Inside, classrooms, modern laboratories, and student design spaces are abundant. With tables, umbrellas, and shade trees, the courtyard is a relaxing place to catch up on homework, meet with colleagues or have lunch.
panorama_D703DE4E_DDE6_E83F_41E2_2171F2785249.subtitle = Completed in 1997, the home of the Department of Aerospace and Mechanical Engineering resembles an airplane hangar. Inside, classrooms, modern laboratories, and student design spaces are abundant. With tables, umbrellas, and shade trees, the courtyard is a relaxing place to catch up on homework, meet with colleagues or have lunch.
panorama_E514AD43_EA5D_6F55_41EB_DA264C603A55.subtitle = Enjoy custom built Intel computers with a variety of software packages installed , including: SOLIDWORKS, AutoCAD, MATLAB, Visual Studio, Adobe, PrusaSlicer, Ultimaker Cura, Blender, Fusion 360, Arduino IDE, TINA, and EAGLE.
panorama_D610CDF1_DDE6_ABE5_41E8_292607EB4728.subtitle = Faculty in materials science and engineering research the compositions and microstructures of advanced materials, leading to innovation in medicine, space, transportation and everyday life. In the Additive Manufacturing Lab, faculty and students work on creating 3D objects from digital designs and models.
panorama_D6C163C4_DDE5_D822_41E7_649BF8523107.subtitle = Faculty in materials science and engineering research the compositions and microstructures of advanced materials, leading to innovation in medicine, space, transportation and everyday life. In the Additive Manufacturing Lab, faculty and students work on creating 3D objects from digital designs and models. 
panorama_29133969_277D_EE67_41B1_6FC66342D258.subtitle = Founded in 1885, the UA College of Engineering offers 16 undergraduate and 25+ graduate degree programs to explore. #ENGRCats enjoy 350 days of sunshine per year surrounded by sky islands rising 9,000 feet in the Arizona-Sonoran Desert. Our work-ready graduates are entrepreneurs and change-makers developing high-tech companies, advancing engineering research, and creating products and solutions that improve quality of life.
panorama_E515057B_EA5C_9F35_41C7_B165C30543D2.subtitle = From wood working to metal working, the Machine Room offers you a dedicated space with specialized equipment. For wood working, these tools are available: miter saw, band saw, drill press, jig saw, circular saw, palm sander, orbital sander, router, belt sander, and disk sander. For metal working, these tools are available: chop saw, drill press, angle grinder, and a band saw.
panorama_E51530F0_EA5C_B533_41D0_B81B2741EF07.subtitle = From wood working to metal working, the Machine Room offers you a dedicated space with specialized equipment. For wood working, these tools are available: miter saw, band saw, drill press, jig saw, circular saw, palm sander, orbital sander, router, belt sander, and disk sander. For metal working, these tools are available: chop saw, drill press, angle grinder, and a band saw.
panorama_E5142820_EA5C_94D3_41D2_E300F7901BE2.subtitle = From wood working to metal working, the Machine Room offers you a dedicated space with specialized equipment. For wood working, these tools are available: miter saw, band saw, drill press, jig saw, circular saw, palm sander, orbital sander, router, belt sander, and disk sander. For metal working, these tools are available: chop saw, drill press, angle grinder, and a band saw.
panorama_E5153C87_EA5C_ADDD_41D1_E44DF2EA476A.subtitle = From wood working to metal working, the Machine Room offers you a dedicated space with specialized equipment. For wood working, these tools are available: miter saw, band saw, drill press, jig saw, circular saw, palm sander, orbital sander, router, belt sander, and disk sander. For metal working, these tools are available: chop saw, drill press, angle grinder, and a band saw.
panorama_D676B76A_DDED_58E7_41E9_7443724D8D2B.subtitle = Here, researchers are advancing quantum information science, including computing, sensing, communications and nanomaterials. Quantum resources have the potential to be vastly more powerful than their classical counterparts; a quantum computer could take just seconds to solve equations that would take a classical computer thousands of years. This could have vast effects on areas ranging from biomedical imaging to autonomous vehicles.
panorama_D70353F2_DDE5_DFE7_41D0_A6DC1D0FC02A.subtitle = Here, researchers are advancing quantum information science, including computing, sensing, communications and nanomaterials. Quantum resources have the potential to be vastly more powerful than their classical counterparts; a quantum computer could take just seconds to solve equations that would take a classical computer thousands of years. This could have vast effects on areas ranging from biomedical imaging to autonomous vehicles.
panorama_D611C849_DDEA_E825_41E6_CDAE6D0958C7.subtitle = Here, researchers are advancing quantum information science, including computing, sensing, communications and nanomaterials. Quantum resources have the potential to be vastly more powerful than their classical counterparts; a quantum computer could take just seconds to solve equations that would take a classical computer thousands of years. This could have vast effects on areas ranging from biomedical imaging to autonomous vehicles.
panorama_D673F1B3_DDEB_D865_41DD_6FCFB0175E5C.subtitle = In the BLST Lab, engineers use wind tunnels to study the way objects behave in high-speed flight. The Mach 4 Quiet Ludwieg Tube operates at up to four times the speed of sound, and the Mach 5 Quiet Ludwieg Tube operates at up to five times the speed of sound, also known as hypersonic speed.
panorama_D6732046_DDEB_582F_41D5_89B0F9DF9F8B.subtitle = In the BLST Lab, engineers use wind tunnels to study the way objects behave in high-speed flight. The Mach 4 Quiet Ludwieg Tube operates at up to four times the speed of sound, and the Mach 5 Quiet Ludwieg Tube operates at up to five times the speed of sound, also known as hypersonic speed.
panorama_D7012C76_DDE7_A8EF_41D6_822EEBEF0BF2.subtitle = In the BLST Lab, engineers use wind tunnels to study the way objects behave in high-speed flight. The Mach 4 Quiet Ludwieg Tube operates at up to four times the speed of sound, and the Mach 5 Quiet Ludwieg Tube operates at up to five times the speed of sound, also known as hypersonic speed.
panorama_D673C0F8_DDEB_B9E3_41E4_0A4BB9FA27FB.subtitle = In the BLST Lab, engineers use wind tunnels to study the way objects behave in high-speed flight. The Mach 4 Quiet Ludwieg Tube operates at up to four times the speed of sound, and the Mach 5 Quiet Ludwieg Tube operates at up to five times the speed of sound, also known as hypersonic speed.
panorama_D7015B59_DDE7_E825_41D6_681BB72C7C22.subtitle = In the Computer Integrated Manufacturing and Simulation Lab, systems and industrial engineering students and faculty use equipment such as CNC machines, modern robots, 3D printers and virtual/augmented reality stations to re-create manufacturing lines and study cost- and time-saving strategies.
panorama_D675E7D8_DDED_F823_41D8_CFDDF49CAC54.subtitle = In the Computer Integrated Manufacturing and Simulation Lab, systems and industrial engineering students and faculty use equipment such as CNC machines, modern robots, 3D printers and virtual/augmented reality stations to re-create manufacturing lines and study cost- and time-saving strategies.
panorama_D672EDC4_DDEA_E823_41EB_63ED4FEAFF43.subtitle = In the Computer Integrated Manufacturing and Simulation Lab, systems and industrial engineering students and faculty use equipment such as CNC machines, modern robots, 3D printers and virtual/augmented reality stations to re-create manufacturing lines and study cost- and time-saving strategies.
panorama_D6C31944_DDE7_A823_41E7_BC5AA18115CC.subtitle = In the Geomechanics Lab, students and faculty operate modern rock and soil equipment for sample preparation and testing. Outside of the lab, students can apply what they’ve learned at the university’s Henry G. “Hank” Grundstedt San Xavier Underground Mining Laboratory. The facility is structured like an operating mine, with all supervisory positions held by undergraduate students!
panorama_D6C13320_DDE5_B863_41DE_7910A8DBA441.subtitle = In the Geomechanics Lab, students and faculty operate modern rock and soil equipment for sample preparation and testing. Outside of the lab, students can apply what they’ve learned at the university’s Henry G. “Hank” Grundstedt San Xavier Underground Mining Laboratory. The facility is structured like an operating mine, with all supervisory positions held by undergraduate students!
panorama_D6C3C8DE_DDE7_E9DF_41C3_44AEFD88F50A.subtitle = In the Geomechanics Lab, students and faculty operate modern rock and soil equipment for sample preparation and testing. Outside of the lab, students can apply what they’ve learned at the university’s Henry G. “Hank” Grundstedt San Xavier Underground Mining Laboratory. The facility is structured like an operating mine, with all supervisory positions held by undergraduate students!
panorama_D6C1C0AF_DDE5_787D_41BA_14BD4C6C97F5.subtitle = In the Geomechanics Lab, students and faculty operate modern rock and soil equipment for sample preparation and testing. Outside of the lab, students can apply what they’ve learned at the university’s Henry G. “Hank” Grundstedt San Xavier Underground Mining Laboratory. The facility is structured like an operating mine, with all supervisory positions held by undergraduate students!
panorama_D6C191A4_DDE5_5863_41D4_BEA5C33868E9.subtitle = In the Geomechanics Lab, students and faculty operate modern rock and soil equipment for sample preparation and testing. Outside of the lab, students can apply what they’ve learned at the university’s Henry G. “Hank” Grundstedt San Xavier Underground Mining Laboratory. The facility is structured like an operating mine, with all supervisory positions held by undergraduate students!
panorama_D70199C1_DDE6_A825_41E4_D49DA46723AC.subtitle = In the Geomechanics Lab, students and faculty operate modern rock and soil equipment for sample preparation and testing. Outside of the lab, students can apply what they’ve learned at the university’s Henry G. “Hank” Grundstedt San Xavier Underground Mining Laboratory. The facility is structured like an operating mine, with all supervisory positions held by undergraduate students!
panorama_D6DFD904_DDFA_A823_41E2_2D00657B3B24.subtitle = In the Geomechanics Lab, students and faculty operate modern rock and soil equipment for sample preparation and testing. Outside of the lab, students can apply what they’ve learned at the university’s Henry G. “Hank” Grundstedt San Xavier Underground Mining Laboratory. The facility is structured like an operating mine, with all supervisory positions held by undergraduate students!
panorama_D6DF99FE_DDFA_EBDF_41DB_889E501F9101.subtitle = In the Geomechanics Lab, students and faculty operate modern rock and soil equipment for sample preparation and testing. Outside of the lab, students can apply what they’ve learned at the university’s Henry G. “Hank” Grundstedt San Xavier Underground Mining Laboratory. The facility is structured like an operating mine, with all supervisory positions held by undergraduate students!
panorama_D6C029D1_DDFA_E825_41DA_E9AE447842AC.subtitle = In the Geomechanics Lab, students and faculty operate modern rock and soil equipment for sample preparation and testing. Outside of the lab, students can apply what they’ve learned at the university’s Henry G. “Hank” Grundstedt San Xavier Underground Mining Laboratory. The facility is structured like an operating mine, with all supervisory positions held by undergraduate students!
panorama_E5175646_EA5C_9D5F_41E0_D3F17CDD631A.subtitle = In the Main Room you can find a variety of tools and equipment, including: workbenches, 3D printers, soldering station, sewing station, hand drills, impact drivers, dremels, and other hand tools. The 3D printers available include Prusa Mini+, Prusa MK4, and Ultimaker S7. The sewing machines available include: Janome HD1000, Bernette 38, and Janome MC 500e Embroidery Machine. You can also find a Cricut Venture Vinyl Cutter and Heat Press. Certifications are required for the 3D printers and sewing station, but you can obtain those at the EDC!
panorama_E5172296_EA5D_95FF_41E6_6B6FA0F2ECFC.subtitle = In the Main Room you can find a variety of tools and equipment, including: workbenches, 3D printers, soldering station, sewing station, hand drills, impact drivers, dremels, and other hand tools. The 3D printers available include Prusa Mini+, Prusa MK4, and Ultimaker S7. The sewing machines available include: Janome HD1000, Bernette 38, and Janome MC 500e Embroidery Machine. You can also find a Cricut Venture Vinyl Cutter and Heat Press. Certifications are required for the 3D printers and sewing station, but you can obtain those at the EDC!
panorama_E5819764_EA5C_9B53_41E7_B1CDE895F382.subtitle = In the Main Room you can find a variety of tools and equipment, including: workbenches, 3D printers, soldering station, sewing station, hand drills, impact drivers, dremels, and other hand tools. The 3D printers available include Prusa Mini+, Prusa MK4, and Ultimaker S7. The sewing machines available include: Janome HD1000, Bernette 38, and Janome MC 500e Embroidery Machine. You can also find a Cricut Venture Vinyl Cutter and Heat Press. Certifications are required for the 3D printers and sewing station, but you can obtain those at the EDC!
panorama_E5175D9C_EA5D_EFF3_41D9_D621D17FE075.subtitle = In the Main Room you can find a variety of tools and equipment, including: workbenches, 3D printers, soldering station, sewing station, hand drills, impact drivers, dremels, and other hand tools. The 3D printers available include Prusa Mini+, Prusa MK4, and Ultimaker S7. The sewing machines available include: Janome HD1000, Bernette 38, and Janome MC 500e Embroidery Machine. You can also find a Cricut Venture Vinyl Cutter and Heat Press. Certifications are required for the 3D printers and sewing station, but you can obtain those at the EDC!
panorama_E5173EC3_EA5D_ED55_41DD_B052C38177E5.subtitle = In the Main Room you can find a variety of tools and equipment, including: workbenches, 3D printers, soldering station, sewing station, hand drills, impact drivers, dremels, and other hand tools. The 3D printers available include Prusa Mini+, Prusa MK4, and Ultimaker S7. The sewing machines available include: Janome HD1000, Bernette 38, and Janome MC 500e Embroidery Machine. You can also find a Cricut Venture Vinyl Cutter and Heat Press. Certifications are required for the 3D printers and sewing station, but you can obtain those at the EDC!
panorama_E517D55B_EA5C_FF75_41D1_6DF44D999AA4.subtitle = In the Main Room you can find a variety of tools and equipment, including: workbenches, 3D printers, soldering station, sewing station, hand drills, impact drivers, dremels, and other hand tools. The 3D printers available include Prusa Mini+, Prusa MK4, and Ultimaker S7. The sewing machines available include: Janome HD1000, Bernette 38, and Janome MC 500e Embroidery Machine. You can also find a Cricut Venture Vinyl Cutter and Heat Press. Certifications are required for the 3D printers and sewing station, but you can obtain those at the EDC!
panorama_E5171A04_EA5C_94D3_41DE_7EF2F5B06526.subtitle = In the Main Room you can find a variety of tools and equipment, including: workbenches, 3D printers, soldering station, sewing station, hand drills, impact drivers, dremels, and other hand tools. The 3D printers available include Prusa Mini+, Prusa MK4, and Ultimaker S7. The sewing machines available include: Janome HD1000, Bernette 38, and Janome MC 500e Embroidery Machine. You can also find a Cricut Venture Vinyl Cutter and Heat Press. Certifications are required for the 3D printers and sewing station, but you can obtain those at the EDC!
panorama_E5176423_EA5D_BCD5_41B2_73956D68D334.subtitle = In the Main Room you can find a variety of tools and equipment, including: workbenches, 3D printers, soldering station, sewing station, hand drills, impact drivers, dremels, and other hand tools. The 3D printers available include Prusa Mini+, Prusa MK4, and Ultimaker S7. The sewing machines available include: Janome HD1000, Bernette 38, and Janome MC 500e Embroidery Machine. You can also find a Cricut Venture Vinyl Cutter and Heat Press. Certifications are required for the 3D printers and sewing station, but you can obtain those at the EDC!
panorama_E517D456_EA5C_BD7F_41E3_8103596D0F61.subtitle = In the Main Room you can find a variety of tools and equipment, including: workbenches, 3D printers, soldering station, sewing station, hand drills, impact drivers, dremels, and other hand tools. The 3D printers available include Prusa Mini+, Prusa MK4, and Ultimaker S7. The sewing machines available include: Janome HD1000, Bernette 38, and Janome MC 500e Embroidery Machine. You can also find a Cricut Venture Vinyl Cutter and Heat Press. Certifications are required for the 3D printers and sewing station, but you can obtain those at the EDC!
panorama_E517A655_EA5D_9D7D_4162_400541CE1C03.subtitle = In the Main Room you can find a variety of tools and equipment, including: workbenches, 3D printers, soldering station, sewing station, hand drills, impact drivers, dremels, and other hand tools. The 3D printers available include Prusa Mini+, Prusa MK4, and Ultimaker S7. The sewing machines available include: Janome HD1000, Bernette 38, and Janome MC 500e Embroidery Machine. You can also find a Cricut Venture Vinyl Cutter and Heat Press. Certifications are required for the 3D printers and sewing station, but you can obtain those at the EDC!
panorama_E517A826_EA5D_74DF_41CC_F92C9E3CB1C4.subtitle = In the Main Room you can find a variety of tools and equipment, including: workbenches, 3D printers, soldering station, sewing station, hand drills, impact drivers, dremels, and other hand tools. The 3D printers available include Prusa Mini+, Prusa MK4, and Ultimaker S7. The sewing machines available include: Janome HD1000, Bernette 38, and Janome MC 500e Embroidery Machine. You can also find a Cricut Venture Vinyl Cutter and Heat Press. Certifications are required for the 3D printers and sewing station, but you can obtain those at the EDC!
panorama_D7016A7F_DDE7_A8DD_41D4_6227DBEBE1C9.subtitle = In the Millimeter Wave Circuit and Antenna Lab, researchers study wireless communication and remote sensing techniques that can be applied to early breast cancer detection, advanced radar sensors for autonomous vehicles and broadband wireless communication. Among the lab’s technological capabilities is production of 3D-printed antennas.
panorama_D6DF8830_DDFA_A863_41B7_0551917C0F30.subtitle = In the Millimeter Wave Circuit and Antenna Lab, researchers study wireless communication and remote sensing techniques that can be applied to early breast cancer detection, advanced radar sensors for autonomous vehicles and broadband wireless communication. Among the lab’s technological capabilities is production of 3D-printed antennas.
panorama_D702E644_DDE5_7823_41A3_7C6C0CF2DEA1.subtitle = In the Millimeter Wave Circuit and Antenna Lab, researchers study wireless communication and remote sensing techniques that can be applied to early breast cancer detection, advanced radar sensors for autonomous vehicles and broadband wireless communication. Among the lab’s technological capabilities is production of 3D-printed antennas.
panorama_D70139C1_DDE6_A825_41C9_6953B2F5C22E.subtitle = In this biomedical engineering group, researchers and students at all levels create devices that intimately integrate with biological systems, from wireless wearables to optoelectronic photometers. Team members combine innovations in soft materials, photonics and electronics to create systems to improve health diagnostics and neuroscience.
panorama_D6734E7C_DDEA_A8E3_41D5_7AECC4F13DA3.subtitle = In this biomedical engineering group, researchers and students at all levels create devices that intimately integrate with biological systems, from wireless wearables to optoelectronic photometers. Team members combine innovations in soft materials, photonics and electronics to create systems to improve health diagnostics and neuroscience.
panorama_D676776B_DDED_D8E5_41C6_8950B35C0106.subtitle = In this biosystems engineering and ecosystem genomics lab, researchers and students explore the evolution, ecology and genomic interactions of plant-associated fungi. This research furthers scientific understanding of the interactions between plants and their symbionts across different spatial scales and climatic conditions.
panorama_D7013A13_DDE7_A825_41AF_8C1F5C8C95E4.subtitle = In this biosystems engineering and ecosystem genomics lab, researchers and students explore the evolution, ecology and genomic interactions of plant-associated fungi. This research furthers scientific understanding of the interactions between plants and their symbionts across different spatial scales and climatic conditions.
panorama_D6C0852F_DDE5_B87D_41EA_BE8D5614CB49.subtitle = In this collaborative learning space, students take courses like Sensors and Controls, Integrated Engineered Solutions in the Food-Water-Energy Nexus, and Analytic Computer Skills. 
panorama_D73EFE20_DDE7_6863_41E1_DD0839658B2D.subtitle = In this collaborative learning space, students take courses like Sensors and Controls, Integrated Engineered Solutions in the Food-Water-Energy Nexus, and Analytic Computer Skills. 
panorama_D701B86A_DDE6_E8E7_41DA_FFA050BB570A.subtitle = In this optical sciences and engineering lab, researchers develop holograms for augmented reality, as well as heads up design and 3D displays. Heads up design can be used in features like car windshields or in the canopy of aircraft, allowing operators to see displays without taking their eyes away from the task at hand.
panorama_D67297B2_DDEA_F867_41D8_271161D38D6F.subtitle = In this optical sciences and engineering lab, researchers develop holograms for augmented reality, as well as heads up design and 3D displays. Heads up design can be used in features like car windshields or in the canopy of aircraft, allowing operators to see displays without taking their eyes away from the task at hand.
panorama_D7016767_DDE6_F8ED_41B2_FBB81EDA9AEE.subtitle = In this optical sciences and engineering lab, researchers develop holograms for augmented reality, as well as heads up design and 3D displays. Heads up design can be used in features like car windshields or in the canopy of aircraft, allowing operators to see displays without taking their eyes away from the task at hand.
panorama_1D7F9D3E_0D8A_A7DC_419A_5DA4B32B4EDF.subtitle = Located in Engineering Room 104, the Advising Center is home to the team that supports incoming first-year students. From New Student Orientation all the way to major declaration, the first-year advising team assists new #ENGRCats with course selection, academic support initiatives, onboarding to the college and more.
panorama_D703D34B_DDE5_B825_41D7_FC5F1D123171.subtitle = Named after the 10th president of UA, the Homer L. Shantz Building includes spaces that are part of the College of Agriculture and Life Science. CALS and the College of Engineering jointly administer the biosystems engineering degree. One area of study within the major is sustainable food production techniques, such as controlled environment agriculture. Outside the building is the V-Hive Greenbox, a vertical indoor farming space where students can gain hands-on experience!
panorama_D6DF4C43_DDFB_6825_41C2_176D7A59F282.subtitle = One of the six CAEM academic focus areas is structural engineering, which is all about the design and analysis of buildings and bridges. In this lab, students explore the many facets of structures, a fundamental component of both civil and architectural engineering.
panorama_D6C01BAD_DDFA_A87D_41E2_3559A2968357.subtitle = One of the six CAEM academic focus areas is structural engineering, which is all about the design and analysis of buildings and bridges. In this lab, students explore the many facets of structures, a fundamental component of both civil and architectural engineering.
panorama_D6C08426_DDE5_D86F_41CB_6E4074DA16A5.subtitle = Outside the building is the V-Hive Greenbox, a vertical indoor farming space where students can gain hands-on experience!
panorama_D6C0B396_DDE5_F82F_41D9_528C7BDEC6D0.subtitle = Outside the building is the V-Hive Greenbox, a vertical indoor farming space where students can gain hands-on experience!
panorama_D68CE506_DDEB_582F_41E1_958F4E12D3B1.subtitle = Students from biomedical engineering – along with researchers from various engineering and life science disciplines – collaborate with faculty in this lab to develop imaging devices, test new applications and perform signal and image analysis. The lab's research aims to improve health care through the novel use of light. Recent focus areas include the early detection of ovarian cancer.
panorama_D6DFAA98_DDFA_A823_41B3_E6EC5E38A0D1.subtitle = Students from biomedical engineering – along with researchers from various engineering and life science disciplines – collaborate with faculty in this lab to develop imaging devices, test new applications and perform signal and image analysis. The lab's research aims to improve health care through the novel use of light. Recent focus areas include the early detection of ovarian cancer.
panorama_D73F2E1A_DDE6_A827_41E9_C86BA33447FD.subtitle = Students in civil and architectural engineering and mechanics are involved in a variety of student organizations, such as the American Society of Civil Engineers and the Institute of Transportation Engineers. These groups build competition-ready concrete canoes and steel bridges to test their engineering skills outside the classroom.
panorama_D6758A66_DDED_68EF_41D7_C8FCA71B68E2.subtitle = Students in civil and architectural engineering and mechanics are involved in a variety of student organizations, such as the American Society of Civil Engineers and the Institute of Transportation Engineers. These groups build competition-ready concrete canoes and steel bridges to test their engineering skills outside the classroom.
panorama_D73F7E43_DDE6_A825_41E9_C6D8984BB836.subtitle = Students in the Arizona Autonomous Vehicle Club design, build, and compete with Uncrewed Air Vehicles (UAVs) and Uncrewed Ground Vehicles (UGVs). In addition to technical experience, students in clubs often gain knowledge about teamwork, leadership, communication and project management.
panorama_D675972D_DDED_B87D_41D7_361F7CE6E635.subtitle = Students in the Arizona Autonomous Vehicle Club design, build, and compete with Uncrewed Air Vehicles (UAVs) and Uncrewed Ground Vehicles (UGVs). In addition to technical experience, students in clubs often gain knowledge about teamwork, leadership, communication and project management.
panorama_D675A86B_DDED_A8E5_41E6_CDBBF81455FF.subtitle = The AME machine shop is an integral piece of the hands-on engineering learning experience. Open to all engineering students (with completion of a safety course), the shop houses manual mills, lathes, CNC programming, machining, metal cutting equipment and more.
panorama_D701171B_DDE6_B825_41AB_AD2975E9F2AA.subtitle = The AME machine shop is an integral piece of the hands-on engineering learning experience. Open to all engineering students (with completion of a safety course), the shop houses manual mills, lathes, CNC programming, machining, metal cutting equipment and more.
panorama_D67312B6_DDEB_D86F_41E2_D76FE25EF5C9.subtitle = The BSRL & Keating Bioresearch Buildings focus on the UA's strategic bioscience research themes, including biosensors, healthy aging, precision medicine and genomics technology. The complex is home to expansive research facilities, faculty offices, classrooms, conference spaces, and a shady courtyard that’s one of campus’s hidden gems. The area is also connected to the UA College of Medicine Medical Research Building.
panorama_D73EED68_DDE7_A8E3_41CF_FD2C4E259A11.subtitle = The BSRL & Keating Bioresearch Buildings focus on the UA's strategic bioscience research themes, including biosensors, healthy aging, precision medicine and genomics technology. The complex is home to expansive research facilities, faculty offices, classrooms, conference spaces, and a shady courtyard that’s one of campus’s hidden gems. The area is also connected to the UA College of Medicine Medical Research Building.
panorama_D6C1AF7B_DDE5_68E5_41E4_CC185DA81C8B.subtitle = The BSRL & Keating Bioresearch Buildings focus on the UA's strategic bioscience research themes, including biosensors, healthy aging, precision medicine and genomics technology. The complex is home to expansive research facilities, faculty offices, classrooms, conference spaces, and a shady courtyard that’s one of campus’s hidden gems. The area is also connected to the UA College of Medicine Medical Research Building.
panorama_D6730341_DDEB_5825_41C1_B07106959CAA.subtitle = The BSRL & Keating Bioresearch Buildings focus on the UA's strategic bioscience research themes, including biosensors, healthy aging, precision medicine and genomics technology. The complex is home to expansive research facilities, faculty offices, classrooms, conference spaces, and a shady courtyard that’s one of campus’s hidden gems. The area is also connected to the UA College of Medicine Medical Research Building.
panorama_D673B312_DDEB_B827_41EB_02BBAE51EF2F.subtitle = The BSRL & Keating Bioresearch Buildings focus on the UA's strategic bioscience research themes, including biosensors, healthy aging, precision medicine and genomics technology. The complex is home to expansive research facilities, faculty offices, classrooms, conference spaces, and a shady courtyard that’s one of campus’s hidden gems. The area is also connected to the UA College of Medicine Medical Research Building.
panorama_E514D95F_EA5D_776D_4179_598CEF1683C3.subtitle = The EDC is also equipped with a kitchen, common area, seating spaces, and two conference rooms that fit 4 to 10 people each. These include a large work table, whiteboards, TV for presentations or group calls, TV camera mount, computer keypad, and all necessary multimedia equipment.
panorama_E5177582_EA5D_BFD7_41E3_B998B24EE54D.subtitle = The EDC is also equipped with a kitchen, common area, seating spaces, and two conference rooms that fit 4 to 10 people each. These include a large work table, whiteboards, TV for presentations or group calls, TV camera mount, computer keypad, and all necessary multimedia equipment.
panorama_1F629995_0D8A_EEAD_41A1_57BC6D0AA430.subtitle = The Karanikola Optimization Research for Environmental Sustainability Laboratory, or KORES Lab, is a chemical and environmental engineering research lab focused on optimization of advanced water and wastewater treatment processes and use of novel materials for selective water decontamination. The research questions tackled at the KORES lab, including how to solve emerging water challenges, are often driven by community partners.
panorama_D68D0593_DDEA_B825_41E8_CBEA653B9190.subtitle = The Meinel Optical Sciences Building holds more than 125 lab spaces in its 180,000+ square feet. It was built in three parts, and the newest, award-winning west wing was completed in 2006. The undergraduate program in optical sciences and engineering, one of the few in the nation, is offered jointly by the College of Engineering and the James C. Wyant College of Optical Sciences.
panorama_D702D62D_DDE5_587D_41CB_7992EDC8D2E2.subtitle = The Meinel Optical Sciences Building holds more than 125 lab spaces in its 180,000+ square feet. It was built in three parts, and the newest, award-winning west wing was completed in 2006. The undergraduate program in optical sciences and engineering, one of the few in the nation, is offered jointly by the College of Engineering and the James C. Wyant College of Optical Sciences.
panorama_D672CD33_DDEA_E865_41C8_D42AFFA22185.subtitle = The Meinel Optical Sciences Building holds more than 125 lab spaces in its 180,000+ square feet. It was built in three parts, and the newest, award-winning west wing was completed in 2006. The undergraduate program in optical sciences and engineering, one of the few in the nation, is offered jointly by the College of Engineering and the James C. Wyant College of Optical Sciences.
panorama_D6728C2B_DDEA_A865_41D5_4BA45C05B054.subtitle = The Meinel Optical Sciences Building holds more than 125 lab spaces in its 180,000+ square feet. It was built in three parts, and the newest, award-winning west wing was completed in 2006. The undergraduate program in optical sciences and engineering, one of the few in the nation, is offered jointly by the College of Engineering and the James C. Wyant College of Optical Sciences.
panorama_D703230A_DDE5_F827_41D6_57234F2CC5B8.subtitle = The Remote Mining Operations Lab digs into sustainable mining operations and brings mining equipment simulation and big data manipulation to life. At the University of Arizona, the field of study (one of the very first offered at institution) encompasses several focus areas, including geomechanics, health and safety, and sustainability.
panorama_D6C075B2_DDE5_5867_41E3_A69F4C71F982.subtitle = The Remote Mining Operations Lab digs into sustainable mining operations and brings mining equipment simulation and big data manipulation to life. At the University of Arizona, the field of study (one of the very first offered at institution) encompasses several focus areas, including geomechanics, health and safety, and sustainability.
panorama_D6C0E8F5_DDE7_69ED_41B0_C959A9EC76DD.subtitle = The hub for the Department of Electrical and Computer Engineering, as well as a partial home to the college’s newest degree in software engineering, this building is the place for all things computer or electrical — from large computer and research labs to student advising and club spaces. It also has parking for the Cognitive and Autonomous Test (CAT) Vehicle, a full-sized driverless car (seen here) – when it isn’t on the go for research.
panorama_D6C3098A_DDE7_6827_41DE_C93C4C86C9F3.subtitle = The hub for the Department of Electrical and Computer Engineering, as well as a partial home to the college’s newest degree in software engineering, this building is the place for all things computer or electrical — from large computer and research labs to student advising and club spaces. It also has parking for the Cognitive and Autonomous Test (CAT) Vehicle, a full-sized driverless car (seen here) – when it isn’t on the go for research.
panorama_D6C36902_DDE7_A827_41C1_BDBF46754A6C.subtitle = The hub for the Department of Electrical and Computer Engineering, as well as a partial home to the college’s newest degree in software engineering, this building is the place for all things computer or electrical — from large computer and research labs to student advising and club spaces. It also has parking for the Cognitive and Autonomous Test (CAT) Vehicle, a full-sized driverless car (seen here) – when it isn’t on the go for research.
panorama_D7004918_DDE7_6823_41C9_55CD632456FC.subtitle = The hub for the Department of Electrical and Computer Engineering, as well as a partial home to the college’s newest degree in software engineering, this building is the place for all things computer or electrical — from large computer and research labs to student advising and club spaces. It also has parking for the Cognitive and Autonomous Test (CAT) Vehicle, a full-sized driverless car (seen here) – when it isn’t on the go for research.
panorama_D701779E_DDE6_D85F_41B2_101DD890612C.subtitle = The jointly connected Harshbarger & Mines Buildings are home to several departments, including chemical and environmental engineering, mining and geological engineering, and materials science and engineering. Classrooms, faculty and staff offices, laboratories, and student work and study spaces round out the features of these historic buildings, named after geology graduate and professor emeritus John W. Harshbarger.
panorama_D6C11A74_DDE6_A8E3_41DD_ABEA64986CCE.subtitle = The jointly connected Harshbarger & Mines Buildings are home to several departments, including chemical and environmental engineering, mining and geological engineering, and materials science and engineering. Classrooms, faculty and staff offices, laboratories, and student work and study spaces round out the features of these historic buildings, named after geology graduate and professor emeritus John W. Harshbarger.
panorama_D73EADD0_DDE7_6823_41BC_F1763146195B.subtitle = This lab is home to the Center for Cloud and Autonomic Computing, a National Science Foundation Industry-University Cooperative Research Center. The center uses the human nervous and immune system as inspiration for autonomic computing to advance fields including cybersecurity, network security, cyber physical systems and health care.
panorama_D6C13B71_DDE6_A8E5_41E2_BB190ABFB571.subtitle = This lab is home to the Center for Cloud and Autonomic Computing, a National Science Foundation Industry-University Cooperative Research Center. The center uses the human nervous and immune system as inspiration for autonomic computing to advance fields including cybersecurity, network security, cyber physical systems and health care.
panorama_D703048A_DDE5_B827_41E9_37A8C906356C.subtitle = This state-of-the-art laboratory, which gives students access to advanced equipment for developing medical devices, was made possible by a $1.5 million gift from Peter and Nancy Salter. The lab has laser cutters, 3D printers, electrical analysis tools, and biosafety and chemistry hoods. As part of the college’s Craig M. Berge Design Program, students in biomedical engineering hone skills in fabrication, testing and software development.
panorama_D675983A_DDED_E867_41E1_555C7DEDC6BA.subtitle = This state-of-the-art laboratory, which gives students access to advanced equipment for developing medical devices, was made possible by a $1.5 million gift from Peter and Nancy Salter. The lab has laser cutters, 3D printers, electrical analysis tools, and biosafety and chemistry hoods. As part of the college’s Craig M. Berge Design Program, students in biomedical engineering hone skills in fabrication, testing and software development.
panorama_D67290C0_DDEB_7823_41CC_AE65EDABBBA7.subtitle = This state-of-the-art laboratory, which gives students access to advanced equipment for developing medical devices, was made possible by a $1.5 million gift from Peter and Nancy Salter. The lab has laser cutters, 3D printers, electrical analysis tools, and biosafety and chemistry hoods. As part of the college’s Craig M. Berge Design Program, students in biomedical engineering hone skills in fabrication, testing and software development.
panorama_D6730FD8_DDEB_6823_41D1_D1E3E3182299.subtitle = This state-of-the-art laboratory, which gives students access to advanced equipment for developing medical devices, was made possible by a $1.5 million gift from Peter and Nancy Salter. The lab has laser cutters, 3D printers, electrical analysis tools, and biosafety and chemistry hoods. As part of the college’s Craig M. Berge Design Program, students in biomedical engineering hone skills in fabrication, testing and software development.
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### Image
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### Label
Label_C61C5F9B_ED4D_451C_41DE_F0A452CABA40.text = Welcome to The University of Arizona - College of Engineering

### Multiline Text
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### Tooltip
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## Tour

### Description

### Title
tour.name = University of Arizona College of Engineering