Engineering Quality

Sean

M.

Cipriano

** *********

Lane

Phone:

585-

490-

2130

Henrietta,

New

York

14467

e-

mail:

********@*******.***

Profile

A

highly

motivated

and

hard

working

engineering

graduate

seeking

to

add

value

to

your

company

through

the

implementation

of

lean

manufacturing,

six-

sigma,

and

quality

assurance

practices.

Experienced

in

delivering

comprehensive

solutions

to

improve

processes,

by

utilizing

internship

and

educational

experiences.

Also,

possess

the

ability

to

work

efficiently

in

teams,

increases

profits,

meet

deadlines,

and

deliver

to

the

needs

of

the

customer.

Education

Bachelor

of

Science,

Industrial

and

Systems

Engineering

University

at

Buffalo,

The

State

University

of

New

York

Cumulative

GPA:

3.26/4.0,

Graduated

May

2014

Relevant

Strengths

Applied

Probability

and

Statistics

Inference

Six-

Sigma

Quality

Quality

Assurance

System

Modeling

and

Operational

Research

Technical

Skills

Programming

Language:

Matlab

&

Minitab

Office

Software:

Microsoft

Office

Design

Software:

Solidworks

Work

Experience

Summit

Lubricants,

A

Quaker

Chemical

Company

Industrial

Engineering

Intern,

Spring

2014

–

current

• Analyzed

manufacturing

process

and

effectiveness

of

current

manufacturing

schedule.

• Constructed

a

process

to

develop

weekly

manufacturing

schedule,

quantified

bottlenecks,

and

determined

headroom

in

the

system.

• Proposed

solutions

to

alleviate

bottlenecks

in

system.

University

at

Buffalo

Research

Assistant,

Fall

2013

–

current

• Used

operations

research

to

analyze

the

risk

and

reward

of

administering

medication

to

a

patient.

• Applied

a

dynamic

decision

model

to

determine

the

optimal

treatment

plan.

Engineering

Projects

Statistical

Quality

Control

Project,

Summer

2013

• Lead

a

team

of

five

through

the

utilization

of

the

DIAMC

problem

solving

methodology.

• Conducted

a

fractional

factorial

analysis

to

determine

main

factors,

and

then

applied

a

response

surface

methodology

to

optimize

the

settings

for

process.

• Control

limits

were

implemented

to

insure

consistent

performance.

Facility

Redesign

Project,

Spring

2013

• Worked

with

a

team

of

four

to

successfully

redesign

a

preexisting

warehouse

using

facility

design

techniques.

• Calculated

and

optimized

flow

between

departments.

• Resulted

in

a

reduction

of

lead-

times,

moving

of

departments

for

continual

flow,

and

elimination

of

the

bottleneck

in

the

shipping

department.

• Subsequently

labor

costs

and

the

amount

of

required

floor

space

needed

were

reduced.

Professional

Affiliations

Institute

of

Industrial

Engineers,

Member

Fall

2012-

Present

• Work

to

promote

and

gain

knowledge

of

Industrial

Engineering.

• Volunteer

in

the

Buffalo

Community.

Rochester

Engineering

Society,

Member

Summer

2013-

Present

American

Society

for

Quality,

Spring

2014-

Present

Contact this candidate