Max
Bradley
Greenstein
Nicholson
Dr.
#16303
Baton
Rouge,
LA
70810
**************@*****.***
OBJECTIVE: Seeking
a
full- time
data
scientist
position
in
energy
or
otherwise. EDUCATION: Louisiana
State
University,
Baton
Rouge,
LA May
2016 B.S.
Petroleum
Engineering PETE
GPA:
4.0 Coursework
in
Mechanical
and
Civil
Engineering
LSU
CUM
GPA:
3.86 King’s
College
London,
London,
UK Sept
2012 M.Sc.,
Neuroscience
GPA:
3.7
University
of
Wisconsin- Madison,
Madison,
WI May
2011 B.A.,
Zoology;
B.A.,
History
of
Science,
Technology,
&
Medicine
Major
GPA:
3.6 Thesis:
Domestic
Oil
Production
and
Future
of
Energy
Securities
in
the
U.S. EXPERIENCE: Petroleum
Engineer
Intern,
Chevron
Corporation May
2015- Aug
2015
• Performed
computer
modeling
of
fluid
properties
and
fluid
behavior
through statistical
and
graphical
modeling
of
reservoir
data
• Derived
functions
to
predict
reservoir
behavior
through
production
lifecycles
• Programmed
an
algorithm
in
Microsoft
Excel/VBA
to
predict
gas
in
solution,
liquid compressibility,
and
viscosity
used
for
subsequent
computer
simulation
modeling
• Forecasted
production
through
pressure
depletion
analysis
and
probabilistic modeling
• Conducted
analyses
on
wellbore
cement
programs
to
plan
for
injection
well
• Presented
final
project
to
Chevron
executives,
managers,
and
senior
engineers
• Gained
exposure
to
upstream
oil
and
gas
computational
modeling
in
Excel/VBA, production
forecasting,
and
fluid
analysis. Vice
President,
Pi
Epsilon
Tau
(Engineering
Honor
Society)
Mar
2015- present
• Developed
and
implemented
a
mentoring
program
for
the
Dept.
of
PETE
• Supplemental
Instructor
for
PETE
1010
(Intro)
and
4060
(Blowout
Prevention)
• Organized
and
provided
tutoring
services
for
undergraduates
in
PETE Subsea
Engineering
Trainee,
Shell
Oil
Company May
2015
• Deepwater
training
in
subsea
engineering
related
to
drilling
and
production operations
at
Shell
Robert
Training
Center
• Completed
Helicopter
Underwater
Escape
Training Intern,
Petroleum
Rock
Mechanics
Lab,
LSU
May
2014- Aug
2014
• Researched
rock
mechanics
and
fluid
flow
as
it
pertains
to
shale
production
• Studied
hydraulic
fracture
modeling
by
extended
finite
element
method
• Edited
manuscripts
of
lab
members
for
journal
and
grant
submissions Research
Associate,
Massachusetts
Institute
of
Technology
Oct
2012-
Jul
2013
• Ran
computer
simulations
to
develop
3D
models
of
neural
networks
• Responsible
for
producing
structural
maps
and
fixing
computer
error Visiting
Scientist,
Harvard
Medical
School
Oct
2012
-
Mar
2013
• Bioengineered
gene
therapy
drugs
to
treat
neurodegenerative
diseases
• Performed
data
analysis,
quality
control,
and
reported
technical
interpretations SKILLS: Computer
–
Microsoft
Excel
(VBA),
MATLAB,
PowerPoint,
Word AWARDS: Dean’s
List
at
LSU,
2014- 2015;
Tau
Beta
Pi,
Engineering
Honor
Society