Group Members
Lauren Hazlett (Project Leader)
Major: Biomedical Engineering, Mechanical Concentration
Role: Testing Supervisor
(1) Lead team to meet project goals
(2) Create protocol for testing mechanical and material properties of polymer as well as physiological compatibility
(3) Test function of completed device
E-mail: [email protected]
Major: Biomedical Engineering, Mechanical Concentration
Role: Testing Supervisor
(1) Lead team to meet project goals
(2) Create protocol for testing mechanical and material properties of polymer as well as physiological compatibility
(3) Test function of completed device
E-mail: [email protected]
Gabriella Becker
Major: Biomedical Engineering, Mechanical Concentration
Role: Design Specification and Management
(1) Oversee research for potential design
(2) Establish contacts to obtain appropriate resources
(3) Manage order forms and budget
E-mail: [email protected]
Major: Biomedical Engineering, Mechanical Concentration
Role: Design Specification and Management
(1) Oversee research for potential design
(2) Establish contacts to obtain appropriate resources
(3) Manage order forms and budget
E-mail: [email protected]
Allyn Calvis
Major: Biomedical Engineering, Mechanical Concentration
Role: Biomaterial Processing
(1) Determine final device design
(2) Direct polymer processing and fabrication of polymer device
(3) Create and maintain website
E-mail: [email protected]
Major: Biomedical Engineering, Mechanical Concentration
Role: Biomaterial Processing
(1) Determine final device design
(2) Direct polymer processing and fabrication of polymer device
(3) Create and maintain website
E-mail: [email protected]
Mary Verzi
Major: Biomedical Engineering, Mechanical Concentration
Role: Material Modeling
(1) Research mechanical properties and structural dimensions of device
(2) Model bone and device using Pro/E and analyze functionality with ANSYS
(3) Analyze data and compare with calculated values
E-mail: [email protected]
Major: Biomedical Engineering, Mechanical Concentration
Role: Material Modeling
(1) Research mechanical properties and structural dimensions of device
(2) Model bone and device using Pro/E and analyze functionality with ANSYS
(3) Analyze data and compare with calculated values
E-mail: [email protected]
Faculty Advisor
Manish Paliwal, PhD
Position: Associate Professor
Department: Mechanical Engineering
Office: Armstrong 159
Email: [email protected]
Position: Associate Professor
Department: Mechanical Engineering
Office: Armstrong 159
Email: [email protected]