3734
Ashford-Dunwoody Road, Apt. N
Atlanta,
GA 30319
404-385-1674
(School)
770.451.2841
(Home)
Greg.Mocko@eislab.gatech.edu
Objective A position in which I can contribute substantially to engineering through design-analysis integration. A research position that will challenge and sharpen my engineering abilities and prepare me for a career in academia.
Education
Georgia Institute of
Technology Atlanta,
GA
Doctor of Philosophy, Mechanical Engineering
· Emphasis
on design-analysis integration
Oregon State University Corvallis, OR
Master’s of Science, Mechanical Engineering,
June 2001
· Concentration in Design
· Cumulative Grade Point
Average: 3.97/ 4.0 index
University of
Connecticut Storrs,
CT
Bachelor’s of Science, Mechanical Engineering,
May 1999
Bachelor’s of Science, Material Science, May
1999
· Cumulative Grade Point
Average: 3.22/ 4.0 index
Honors
· Academic Dean’s list, Six
semesters
· Pi Tau Sigma, National
Honorary Mechanical Engineering Fraternity
· Machine Shop Certified
· American Screw Company
Scholarship
· New England Scholar
· Whose Who Among Students in
American Universities and Colleges
Experience
Oregon State University,
Department of Mechanical Engineering
Graduate
Research Assistant, January 2000 to June 2001
·
Conducted
research in the area of testability and diagnosability of mechanical systems
· Utilized
reliability model, Failure Modes and Effect Analysis, and system test
information to develop a methodology to determine the ease at which system
faults can be diagnosed during the conceptual stages of design and system
redesign
· Completed
analyses of hypothetical systems to verify the methodologies developed
Graduate
Teaching Assistant, ME248, January 2000 to March 2000
·
Responsible
for teaching two laboratory periods
·
Assisted
students with Pro/Engineer computer program
·
Answered
questions pertaining to computer software and homework assignments
·
Responsible
for grading student assignments
·
Monitored
engineering computer lab
·
Helped
students with PC and UNIX machines
·
Assisted
with various software applications
Hayes
and Associates
Accident reconstruction and test/ design engineer, July 2000 to
September 2000
· Designed and fabricated test
apparatus for trampoline accident reconstruction
· Digitized and analyzed
videotape of crash test dummy motion on trampoline
· Tested material properties
and dynamics of trampoline hardware
· Responsible for reporting
accelerations, velocities, and positions of a body on a trampoline to be used
in a court deposition
Oregon
State University, Department of Athletics
Freshman Football Mentor/Tutor, September 1999 to June 2000
· Tutored and mentored
freshman student athletes in their classes
· Responsible for scheduling
and overseeing four engineering students
· Ensured assignments were
completed and graded assignments were satisfactory
· Created weekly reports for
mentors
Electric
Boat Corporation, A General Dynamics Company, Groton, CT
Engineering Cooperative Education, Engineered Components, May 1998 to January 1999
· Created Engineering Quality
Assurance database to track and trend product audits for entire corporation
using Filemaker Pro
·
Conducted
feasibility study and wrote technical paper for recommendation of installing
refrigerated ship stores on NR-1 research submarine
·
Completed
various fluid flow calculations for analysis of muffler/diffuser component
·
Reviewed
technical drawings and technical reports for proper revisions to be made
·
Granted
Department of Defense (DOD) Classified security clearance
University of
Connecticut Engineering Machine Shop, Storrs, CT
Shop
Personnel, September 1996 to May 1999
· Performed shop duties that
include machining, welding, cleaning, and organizing the shop
· Responsible for recording
and tracking inventory from tool crib
·
Assisted
faculty and students performing tasks and obtaining proper tools
·
Became
familiarized with safety in a manufacturing environment
Coursework
|
Engineering Design |
|
Applied Stress
Analysis I, II |
|
Finite Element
Modeling of Mechanical Engineering Systems |
|
Concurrent Design
of Products and Processes |
|
Advanced Stress
Analysis |
|
Computer-Aided
Design |