10
4/27/2017 1

Date · • Kaitlyn Crawford (composite soft materials, artificial muscle fibers and chemical sensing of environmental toxins) • Qiushi Fu (biomechanics, sensorimotor control and

  • Upload
    others

  • View
    1

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Date · • Kaitlyn Crawford (composite soft materials, artificial muscle fibers and chemical sensing of environmental toxins) • Qiushi Fu (biomechanics, sensorimotor control and

Date

4/27/2017 1

Page 2: Date · • Kaitlyn Crawford (composite soft materials, artificial muscle fibers and chemical sensing of environmental toxins) • Qiushi Fu (biomechanics, sensorimotor control and

Outline

• UCF Efforts related to Biomedical Engineering

– Masters of Science in Biomedical Engineering– Prosthetics Cluster– MEDD (Medical Engineering Biomedical) Program– Senior Design Efforts at UCF

• Future UCF-Mayo Clinic Collaborative Efforts

4/27/2017 3

Page 3: Date · • Kaitlyn Crawford (composite soft materials, artificial muscle fibers and chemical sensing of environmental toxins) • Qiushi Fu (biomechanics, sensorimotor control and

• Approved May 2016

• Started Fall 2016

• Enrollment (Fall 2016): 7

• MSBME enrollment (Spring 2017): 12

• MSBME Applicants (Fall 2017): 18

• PhD in BME proposal – in progress over

Summer plan to submit pre-proposal to

CAVP in Fall 2017

Masters of Science in Biomedical

Engineering (MSBME)

Page 4: Date · • Kaitlyn Crawford (composite soft materials, artificial muscle fibers and chemical sensing of environmental toxins) • Qiushi Fu (biomechanics, sensorimotor control and

Prosthetics interfaces Cluster – 2016-2017

Current Proposed Cluster research themes (for both human and

veterinary applications):

• Intelligent Rehabilitation and Assistive Technology

• Advanced Materials

• Smart Implantable Devices

• Innovative strategies for Tissue Repair

• Seven positions: 1 lead (Associate/Full), and 6 junior (Assistant).

• Hired: • Elizabeth Brisbois (biocompatible and biocidal materials for medical

applications),

• Kaitlyn Crawford (composite soft materials, artificial muscle fibers and

chemical sensing of environmental toxins)

• Qiushi Fu (biomechanics, sensorimotor control and learning of human

movement in upper extremities, bio-inspired robotics),

• Offer in place for another candidate.

Page 5: Date · • Kaitlyn Crawford (composite soft materials, artificial muscle fibers and chemical sensing of environmental toxins) • Qiushi Fu (biomechanics, sensorimotor control and

Medicine-Engineering Double Degree (MEDD) Program

• CECS-COM-TBHC partnership strongly supported by Deans.– Recognizes that medicine is becoming an increasingly technical field.– Prepares physician-engineers to solve medical problems as engineers.

• Program requirements:– Baccalaureate degrees in engineering and biomedical sciences.– University Honors program.– Honors in the Major (undergraduate thesis) program.

• Eligibility:– Freshman entering UCF in Fall 2017.– Must be accepted by TBHC and then by MEDD Program, too.

• Advantages:– CECS accepts required COM courses as electives and vice versa.– Guaranteed interview for UCF MD program if MCAT score is at least at

the 70th percentile.

4/27/2017 6

Page 6: Date · • Kaitlyn Crawford (composite soft materials, artificial muscle fibers and chemical sensing of environmental toxins) • Qiushi Fu (biomechanics, sensorimotor control and

MEDD Program (Continued)

• 49 applications from students applying to TBHC.

– 36 applications submitted for MEDD.

– 29 applicants accepted by TBHC.

– 14 applicants accepted by MEDD Program.

– So far, two positive responses.• One male, one female.

• One local, one from North Carolina.

• Deadline to accept program admission is Monday, May 1.

4/27/2017 7

Page 7: Date · • Kaitlyn Crawford (composite soft materials, artificial muscle fibers and chemical sensing of environmental toxins) • Qiushi Fu (biomechanics, sensorimotor control and

BME Senior Design Projects• A Smart-Walker System

– An economical smart walker that serves as a gait rehabilitation tool for the elderly and disabled.

– Real-time sensing and feedback to patients on weight-distribution, acceleration and proximity.

• U-Shaped Toothbrush– An electric toothbrush attachment that

assists the disabled and the elderly in simultaneous brushing of all teeth.

– Unique U-shaped mouthpiece design with hinged track, an efficient and ergonomic drive mechanism, and curved bristles that allow easy insertion and brushing.

4/27/2017 8

Design Concept

Smart Walker Prototype

U-Shaped Toothbrush Design and Prototype

Page 8: Date · • Kaitlyn Crawford (composite soft materials, artificial muscle fibers and chemical sensing of environmental toxins) • Qiushi Fu (biomechanics, sensorimotor control and

BME Senior Design Projects• Soft-Shell Assistive Exo Hand

– A pneumatically actuated assistive hand glove that can improve grip strength in people with limited hand flexion-extension abilities and can be integrated with EMG sensors to control user input.

• Powerless Hand Rehabilitative Device – A low cost hand rehabilitative device that

uses removable and adjustable elastic actuators. The design pairs with a docking device that allows user independence and is useful for dystrophy and clenched fists.

• Powered Upper-Arm Exo-Frame– A powered Bowden drive system that can

assist in the motion of the upper arm and can be controlled by EMG sensor input.

4/27/2017 9

Assistive Hand Glove Design and Prototype

Powerless Rehabilitative Hand Device Design and Prototype

Powered Upper-Arm Exo-Frame Design and Prototype

Page 9: Date · • Kaitlyn Crawford (composite soft materials, artificial muscle fibers and chemical sensing of environmental toxins) • Qiushi Fu (biomechanics, sensorimotor control and

Future UCF-Mayo Clinic Efforts

• Collaborations on joint research efforts (happening)

• Research Experiences for UG and G Students

– UG students

– MEDD Program

– MSBME

– Ph.D. in Biomedical Engineering

• Sponsoring of Senior Design Efforts

– CECS, CREOL

4/27/2017 10

Page 10: Date · • Kaitlyn Crawford (composite soft materials, artificial muscle fibers and chemical sensing of environmental toxins) • Qiushi Fu (biomechanics, sensorimotor control and

4/27/2017 11