robert albertazzi

About

Experienced Mechanical Engineer with a demonstrated history of working in the aviation and aerospace industry. Skilled in Microsoft Word, Matlab, SolidWorks, LabVIEW, Fluid Mechanics, and NI LabVIEW. Strong engineering professional with a Bachelor of Science (B.S.) focused in Mechanical Engineering from University of California, Santa Barbara.

Country

united states

City

palm desert

Industry

mechanical or industrial engineering

Skill

matlab, microsoft excel, microsoft word, fluid mechanics, ni labview, microsoft office, mechanical engineering, machining, labview, engineering, numerical analysis, solidworks

Experience

teaching assistant

ucsb mechanical engineering

2013-9 - 2013-12 · 4 mos

Teaching Assistant for a Fluid Mechanics course. Duties that were expected included: holding regular weekly office hours, creating problem sets and solutions, grading exams and homework, proctoring exams, and holding workshops to help guide students use Excel for Numerical Approximation.

wind tunnel technician

ucsb mechanical engineering

2013-6 - 2013-9 · 4 mos

Worked on the Wind Tunnel at UCSB. Job required ordering of parts, machining, and assembling to help ensure the safety around the wind tunnel. Repaired a dynamometer to help obtain measurements of drag force in the wind tunnel. Demonstrated streaklines across an air foil for students in a Fluid Mechanics course. Helped them understand at what angle of attack would the air foil stall from the streaklines demonstration.

teaching assistant

ucsd mechanical and aerospace engineering

2014-9 - 2015-6 · 10 mos

Teaching Assistant for a MATLAB course. Duties include creating homework sets and their solutions, making course projects, holding tutorial sessions and office hours. These duties required working with the professor in order to create homework and projects that covered the material taught in the course.

research assistant

pennathur nanolab

2013-6 - 2014-6 · 1 yr 1 mo

Investigating the dynamic aspects of electro osmotic flow in micro- and nano-fluidic channels. A frequency response model of electro osmotic actuators was developed to provide a generalized solution to the incompressible Navier-Stokes equations with temporal resolution under an arbitrary applied electric field. Theory is being validated through tracking of immersed particles via a high-speed camera and customized LabVIEW software for image analysis. Involved the use of function generators, voltage amplifiers, oscilloscopes, microscope equipment, and a CMOS camera.