Administrative Assistant Engineering

Meghan Schreiner

School Address Permanent Address

** ******** ***. ***.** ********@**.*** 196 Chapel Glen Dr.

Allston, MA 02134 716-***-**** Hamburg, NY 14075

OBJECTIVE Obtain a permanent position at a reputable company where I can maximize my engineering and critical

thinking skills learned while attending Boston University’s College of Engineering.

EDUCATION Boston University College of Engineering, Boston MA

Bachelor of Science in Biomedical Engineering, May 2013

Dean’s List Fall 2012

Relevant Course Work: Signals & Systems in Biomedical Engineering, Intro to Neuroengineering, DNA

Structure & Function, Biomedical Instrumentation, Quantitative Physiology of Auditory Systems,

Computational Biology, Intro to Computational Vision, Control Systems in BME, Solid Biomechanics,

Biomedical Measurements I&II, Thermodynamics, Systems Physiology, Project Design & Innovation,

Principles of Molecular & Cell Biology, Electric Circuit Theory, Human Brain Mapping, Biomedical Eng.

Environments, Eng. Mechanics, Eng. Computation in MATLAB, Differential Equations.

EXPERIENCE Administrative Assistant Boston, MA

BU College of Eng. Career Development Office May 2011- Present

• Answer phone calls from students and employers

• Set up appointments for advisors

• Post jobs and update the CareerLink

• Greet students, faculty, and employers

• Manage email account and office spreadsheets

Intern Cambridge, MA

Scientia Advisors, LLC October 2011- August 2012

• Develop an organizational structure for key accounts with a supporting glossary

• Research and import relevant information pertaining to key accounts (both US and EU)

• Design and advise on implementation of a dedicated section that will house the key account

within ScientiaNET

PROJECTS “Visual Detection of Emerging Pathogens” (9/2012-present)

Detecting

pathogenic

DNA

in

a

way

that

can

be

done

isothermally

in

the

field

and

with

a

high

degree

of

sensitivity.

Will

improve

upon

the

level

of

detection

from

previous

projects

by

making

use

of

hyper

branched

rolling

circle

amplification

(RCA)

and

evaluating

this

level

of

detection

procedure

through

the

detection

of

E.

coli

DNA.

Will

design

an

oligonucleotide

probe

that

will

increase

signal

amplification

capabilities

of

the

RCA

products

and

will

test

the

nicking

endonucleases

and

restrictions

on

the

RCA

product.

Optimum

detection

reaction

conditions

will

be

determined

for

the

DNAzymes.

“Effects of Melatonin and Taurine Based Beverage on Heart Rate, Eye Movement Reaction Times,

and Maximum Muscle Contraction” (10/2011-12/2011)

Analyzed the effects of various Melatonin and Taurine based drinks through the analysis of heart rate

from an electrocardiogram, eye movement reaction times from an electrooculogram, and maximum

muscle contraction voltage from an electromyography.

SKILLS Laboratory: Gel electrophoresis, cell culture, DNA extraction, PCR, mass spectrometry, gene

expression, centrifugation, basic solution preparation, buffer preparation, electrocardiogram and

electrooculogram readings, oscilloscope, function generator, iWorx, basic circuit building, Circle Ligation,

Acrylamide Gel preparation.

Computer: MATLAB, Microsoft Word, Microsoft Publisher, Microsoft Excel, Microsoft Outlook,

SalesForce.

ACTIVITIES: BU Rugby Club 2009, Biomedical Engineering Society (BMES) member since 2011

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