Chemical Engineering Assistant

PAUL EDWARD SZEWCZYK

240-***-**** • ********@*.*********.***

UNIVERSITY OF ROCHESTER ROCHESTER, NY

Bachelor of Science in Chemical Engineering May, 2016 Qualifications

• Extensively trained in data analytics tools and practices.

• Supported both project development and project execution departments in the gathering and analysis of various pieces of data for projects

• Thorough experience with Hubspot, Salesforce, MATLAB, AutoCAD, Python, R, SQL and Microsoft Suite. Analytics Experience

SIGMACARE NEW YORK, NY

Marketing Analyst Intern Summer 2015

• Worked with the marketing team to create a strategy to perform competitors’ reconnaissance that can be used to develop a more competitive product.

• Used Hubspot- an inbound marketing tool- to analyze multiple marketing campaigns to measure success in reaching potential targets.

• Partnered with the sales operator in collecting necessary information for a referral for proposal for impending clients.

• Participated in sprint reviews with performance consultants and clients to discuss desired product updates.

• Aided in social media research and engagement to improve company’s presence at conferences. CLYDE BERGEMANN POWER GROUP HANOVER, MD

Engineering Intern Summer 2014

• Developed design drawings and calculations with senior engineers needed for project sites.

• Tracked costs and expenses for different parts of multiple projects with the operations division.

• Helped create construction drawings in response to claims received from client

• Organized contract directories and communication protocols to streamline the projects for each division. Chemical Engineering Experience

MOLECULAR GLASSES ROCHESTER, NY

Design Engineer Sept 2015-Dec 2015

• Worked in a group of four to design a process to determine heat of sublimation of different organic material.

• Built the gas saturation device with the support of the Chemical Engineering Department at the University of Rochester.

• Through the ideal gas law, pressure was calculated from the device then the heat of sublimation was determined through graphing temperature vs. pressure and calculating the slope.

• Compared the heat of sublimation achieved to literature values and alterations were made to the process to achieve accurate results.

CHEMICAL ENGINEERING DEPARTMENT, UNIVERSITY OF ROCHESTER ROCHESTER, NY Researcher Assistant Sept 2013-May 2014

• Performed research with a PhD candidate on examining the efficiency of ITO plates as an alternative fuel source.

• Measured the contact angle on the ITO plate after altering the amount of exposure time under certain conditions. Chemical Engineering Education, Honors, and Co-curriculars

• Cumulative GPA 3.33/4.00

• Relevant data analytics courses: Calculus, Linear Algebra and Differential Equations, Process Design, Lab Design, Chemical Analysis and Processes, Applied Boundary Values

• Member of the American Institute of Chemical Engineers Sept 2014-May 2016

• Teaching Assistant for the Chemical Engineering Department Sept 2015-May 2016

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