∑Teach concepts in the following subject areas: Math, Reading, Writing, Physics and Chemistry.
∑Evaluate student performance and progress in these subject areas.
∑Create and update daily-individualized lesson plans for approximately 80 students.
∑Administer new enrollment assessments and ongoing progress assessments.

∑Designed, developed and maintained web pages utilizing Dreamweaver, JavaScript and HTML.
∑Coordinated college recruiting initiatives and conducted exit interviews.
∑Operated as the database administrator utilizing MS Access.
∑Configured software and hardware for Microsoft NT secured computer systems.
∑Supported users of online applications and programs via remote access, desktop and phone.
∑Developed a performance review application using Visual Basic.
∑Received a Meritorious Performance Award in 2002.

∑Utilized Quantum Designís 9T PPMS and Cryomagneticsís 6T Split-Coil Superconducting Magnet to examine the unusual magnetic and superconducting properties of new materials using the techniques of AC-Susceptibility, DC-Extraction, Torque Magnetometry and Electrical Transport.
∑Trained students and faculty on measuring techniques and laboratory equipment.
∑Designed and developed a capacitance bridge Torque Magnetometer for ultra-sensitive measurements.
∑Constructed new probes, measurement tools, maintained instrumentation and systems.
∑Presented results at Rowan Universityís Undergraduate Symposium for Science and Technology.
∑Presented results on Torque Magnetization of NbSe2 at the Annual APS Meeting in 2001.

∑Provided assistance to customers with computer components and software.
∑Performed various computerized transactions and maintained store inventory.

∑Scanned, Modified and Archived engineering blueprints.

∑Modeled and analyzed data compiled from the National Radio Astronomy Observatory.
∑Determined the flux density for GHz Peaked Spectrum Sources, which are significant foreground for cosmic microwave background anisotropy satellites (such as MAP and Planck).
∑Presented results at Rowan University and the annual American Astronomical Society meeting.

∑All Food Service duties.

∑Bachelors of Science Degree in Physics
∑Graduated Cum Laude, Cumulative GPA: 3.6/4.0; Major GPA: 3.7/4.0
∑Highlighted Courses: Physics I & II, Chemistry I&I, Calculus I, II & III, Modern Physics, Organic Chemistry, Biology, Optics & Light, Electricity & Magnetism I & II, Quantum Mechanics I & II, Math Physics, Statistical Physics & Advanced Lab Techniques.
∑Activities: Society of Physics Students Chapter President, Taught seminars on topics in physics to visiting High School Students, Tutored Physics & Optics, and Computer Lab Support.
∑Honors: Golden Key National Honor Society, Sigma Pi Sigma National Physics Honor Society.

∑Associate of Applied Science in Mechanical Engineering
∑Graduated with Honors with a GPA of 3.8/4.0
∑Honors: Phi Theta Kappa National Honor Society, Tau Alpha Pi Engineering Honor Society.