joyce de armendi
chief executive officer
About
I am a Biomedical engineer from Antioquia School of Engineering and CES University (Medellin, Colombia) with a Master's Degree in Biokinesiology from University of Southern California (USC). My academic research experience include projects in the fields of biomechanics, rehabilitation engineering, and bioinstrumentation, mainly in design and development of devices, and technical assistance to disable people with emphasis in infants and children. Throughout my academic career, I have studied and worked with various rehabilitation groups, reaching out into the community and working with children and young adults with different disabilities. I look forward to keep working on the management of research projects related with health in exactly my passion's areas like helping children and developing new strategies for possible faster cures or an improved life-style.
united states
huntington beach
marketing and advertising
biomedical engineering, biomechanics, matlab, microsoft office, microchip pic, cell biology, medical devices, spanish, solid edge, rehabilitation engineering, mplab, 3d modeling, vba, proteus, visual c++, eagle, algor, html, bubble tracker, oscilloscope, analog circuit design, mac os, store operations, image analysis, autocad, prosthetic design, developmental disabilities, eye tracking, elan, solidworks, social media marketing
Experience
chief executive officer
leadrop
Lead long-term strategies and execution for marketing and target business ventures.
research assistantship, infant neuromotor control laboratory
university of southern california
research student, cardiovascular dynamics and biomolecular transport lab
city university of new york
* Designed and characterized amplifiers for measurement of a microvolt signal used to calculate a low resistance (0.00 Ω – 20.00 Ω) * Tested and transmitted reading through a 14-bit A/D converter which was controlled and read by LabView. * Patent-pending for LabView programming portion.
research intern, cardiovascular dynamics and biomolecular transport lab
city university of new york
* Researched the relationship between electrical resistance and hydraulic conductivity of cultured endothelial monolayers * Performed tests using aortic in-vitro model of endothelial monolayers and smooth muscle cells * Contributed to group research data, built charts, and gave presentation on findings
research assistant, biomedical instrumentation and signal processing lab
escuela de ingeniería de antioquia
Assisted team in processing audio and visual signals applying various filters using MATLAB - Developed embedded PIC microcontrollers using Embedded C
research assistant, biomechanics and rehabilitation research group
escuela de ingeniería de antioquia
Designed and constructed an adjustable-sized wheelchair for basketball players with disabilities - Led a team of 3 and produced a working model for demonstration that had a better design than currently available on the market - Given a grant to construct life-size working model for possible production I worked one-on-one with members of the Handicapped Physical League which, based on their current wheel-chair shortcomings, I helped design an improved prototype that was stronger, more comfortable, and customizable for each user, fulfilling all their necessities that would be better for use while playing basketball.
Education
escuela de ingeniería de antioquia
medical engineering
escuela de ingenieria de antioquia - universidad ces
ccny school of education
escuela de ingenieria de antioquia
miami ad school
marketing
laguardia community college
teaching
university of vermont
Certified agreement between University of Vermont, CES University and Antioquia School of Engineering."]
escuela de ingeniería de antioquia
biomedical engineering
Developed and finished Undergraduate Thesis: Vertical Stander for People with Disabilities - Used Concept of Methodological Design to determine technical specifications and select structural materials via ALGOR software - Resulted in an optimized assembly in CAD with the most dynamic and functional multi-support standing/sitting system
university of southern california
Biokinesiology is the integrative study of the biological bases of normal and disordered movement. It is an interdisciplinary science that focuses on understanding how the human body adapts to growth and experience as well as to injury, disease, and aging.","The Infant Neuromotor Control Laboratory (INCLab) studies the development of neural control of movement during infancy and evaluates interventions for neural and functional development in infants with or at risk for developmental delay."]
joyce de armendi's Contact Information
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