Customer Service Project

Rolph Joseph 857-***-****

*** ***** **., ***. # *, Waltham, MA 02453 Email: *********@*******.***

Objective:

To gain employment with a company where I can expand my knowledge and put my skills into great use.

Education:

Bachelor of Science, Chemical Engineering, May 2013

Bachelor of Science, Mathematics, May 2013

University of Massachusetts, Lowell, MA

Relevant Coursework

Numerical Methods, Applied Math, Math Modeling, Material Science, Experimental Design, Nano Transport

Phenomena, Biopharm Good Manufacturing Practice & Licensing (GMP), Polymer in Medicine, Chemical

Process Design

Summary of Skills

Software

Minitab, ASPEN Plus, Matlab, LaTex, Excel VBA, MS Word, PowerPoint, Programmed Excel macros (VBA)

to do thermodynamic calculations

Lab skills

Experience handling lab equipment in Unit operations Lab, Green Chemistry research Lab, Physical Chemistry

Lab, Proficient at working under sterilized conditions and fume hoods, Studied the nutritive effect of glutamine

on cell culture growth. Took data on viability of the cells using the Cedex HiRes device and data on metabolite

contents of the cells using the NOVA Bioprofile 400 Analyzer

Soft Skills

Proven ability to quickly learn new products and processes, ability to balance multiple priorities, recognized for

outstanding customer service, ability to work both independently and collaboratively, goal-directed, analytical

thinker

Related Project

Experimental Design: Design factorial experiments and Use Minitab (ANOVA analysis, Cube Plot, Interaction

Plot) to analyze experimental data and determine experimental factors of significant effect and interaction

between factors

Polymer in Medicine: Designed a prototype dispenser of pain relief medicine with osmotic pump and a control

system that delivers only specific dose at a specific time

Essential Oil Separation: Designed separation process for extracting vetiver oil from the raw materials

NanoTransport Phenomena: Designed a micro-mixer that ensures efficient mixing through turbulence caused

by geometrical shape and injection of air bubbles

Franklyn Park Zoo Project: Designed a “weeble wobble” big cat toy device for lions. A built-in distance sensor

commands the device to play the laugh of a hyena when the lion is close to it. The lion will interact with the

device thinking it is a hyena.

Work/Research Experience:

Umass Lowell Green Chem. Lab Research (Research on Conducting Polymers & Gas Sensors) Jan-Aug 2009

Academic Tutor (Chem. & Math) at Umass Lowell Center for Learning (Spring 2008-Fall 2010)

Foreign Languages:

Spanish: Basic

French: Proficient

Contact this candidate