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Degree Programs
Bachelor of Science ProgramsMaster of Science ProgramsMaster of Engineering ProgramsCombined/Dual DegreesDoctoral Programs
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Areas of Study
Biomedical EngineeringChemical EngineeringComputer EngineeringElectrical EngineeringIndustrial Engineering
- BS in Industrial EngineeringFocus AreasErgonomics Supply Chain Management Manufacturing Lean Six Sigma
- BS in Industrial Engineering and ME in Engineering Management
- BS in Industrial Engineering and ME in Sustainable Engineering
- BS in Industrial Engineering and ME Industrial & Systems Engineering
- BS in Industrial Engineering and MS in Industrial & Systems Engineering
- BS in Industrial Engineering and MS in Sustainable Engineering
- ME in Engineering Management
Mechanical EngineeringMicroelectronic EngineeringExecutive Education & Training - BS in Industrial Engineering
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Student Resources
- Advising Services
- Commencement 2018
- Engineering Support Services Links
- National Engineers Week 2018
- Orientation and Engineering Day
- Computer Recommendations
- Student Handbooks
- Clubs
- Deaf and Hard of Hearing Students
- Engineering Exploration
- Helpful Links
- Honors
- Study Abroad
- Tutoring & Mentoring
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NanoBio Device Laboratory

The Gaborski Lab focuses its research in the applied field of NanoBio Devices. We work at the interface of nanomaterials, biology and imaging. We work with silicon-based membranes as thin as 5 nm that are used in variety of fields from electron microscopy to portable hemodialysis. Using these thin membranes, as well as others, we build novel cellular devices with applications ranging from the study of cell-cell interactions in stem cell differentiation to high throughput microarray drug assays. We also develop low-cost rapid prototyping of microfluidic channels and pumps for devices such as portable blood analyzers. For more information, please visit: www.gaborskilab.org.
Funding and Support: The NanoBio Device Laboratory gratefully acknowledges funding from the New York State Center for Emerging and Innovative Sciences, and SiMPore Inc.
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Degree Programs
- Bachelor of Science Programs
- Master of Science Programs
- Master of Engineering Programs
- Combined/Dual Degrees
- BS Biomedical Engineering MS Science, Technology & Public Policy
- BS in Chemical Engineering and MS in Science, Technology & Public Policy
- BS/MS Electrical Engineering
- Dual Degrees in Computer Engineering
- Dual Degrees offered by the Industrial and Systems Engineering Department
- Dual Degrees offered by the Mechanical Engineering Department
- Microelectronic Engineering Dual Degrees
- Doctoral Programs
- Executive Education & Training
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Areas of Study
- Biomedical Engineering
- Chemical Engineering
- Computer Engineering
- Electrical Engineering
- Industrial Engineering
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BS in Industrial EngineeringFocus AreasErgonomics Supply Chain Management Manufacturing Lean Six Sigma
- BS in Industrial Engineering and ME in Engineering Management
- BS in Industrial Engineering and ME in Sustainable Engineering
- BS in Industrial Engineering and ME Industrial & Systems Engineering
- BS in Industrial Engineering and MS in Industrial & Systems Engineering
- BS in Industrial Engineering and MS in Sustainable Engineering
- ME in Engineering Management
- ME in Sustainable Engineering
- Minor in Engineering Management
- Minor in Industrial Engineering
- Minor in Sustainable Product Design
- MS in Industrial Engineering
- MS in Sustainable Engineering
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BS in Industrial Engineering
- Mechanical Engineering
- Microelectronic Engineering
- Microsystems Engineering
- Executive Education & Training
-
Student Resources
- Advising Services
- Commencement 2018
- Engineering Support Services Links
- National Engineers Week 2018
- Orientation and Engineering Day
- Computer Recommendations
- Student Handbooks
- Clubs
- Deaf and Hard of Hearing Students
- Engineering Exploration
- Helpful Links
- Honors
- Study Abroad
- Tutoring & Mentoring
- WE@RIT