Chemical Engineering Engineer

NIMESH BHANUSHALI

***, ******** ******, ******, ** 07032 973-***-**** ****************@*******.*** LinkedIn: https://www.linkedin.com/in/nimesh-bhanushali/ Dependable and highly motivated MS program graduate with fundamental knowledge in Chemical Engineering as well as solid technical skills. Excited to learn new technologies and try on new responsibilities and roles. Dynamic team player and individual performer able to thrive in a fast-paced and schedule-driven environment. Proven ability to organize and prioritize, manage multiple tasks, and accurately follow instructions/ procedures. Enthusiastic and initiative person with Excellent communication skills along with an ability to accurately manage and effectively convey complex safety, manufacturing, and technical information. WORK EXPERIENCE

Quality Engineering Intern Amazing Nutrition, Carlstadt, NJ July 2018 - Present

• Validating unit operations, conducting lab equipment maintenance and calibration and create standard operating procedures(SOP)

• Create documentation of BMR for cGMP in manufacturing, and documents to improve productivity and quality

• Prepare and present Compliant Vigilance data to QA management and cross functional business partners

• Supported Process Engineer to develop and document process control and standards implementation which can be instituted on the production floor

• Tracked key plant quality performance metrics to identify opportunities for systemic improvement via quality project initiation.

GRADUATE PROJECTS

Comsol modeling of Drug Release through an Orifice of a Spherical Device Researched and studied literature on the mathematical models of various drug delivery systems. Systematized a mathematical model and engineered a Comsol model for the drug release through the spherical device. Effectively managed to capture the drug release in the given time by demonstrating Comsol Graphics. Design of packed bed in Steam Methane Reforming

Estimated appropriate catalyst particle size and arrangement of reformer tubes for obtaining higher methane conversion and maintaining a low pressure drop. Compiled and executed Polymath codes for Catalyst Design with a particular Catalyst particle diameter and Reformer tube arrangements for an Efficient Plant Operation. Mathematical modeling for Degradation of Plasmid DNA in the Blood Plasma Established a mathematical model for plasmid DNA and obtained the concentration expressions for supercoiled, open circular, and linear pDNA using a method of Laplace Transform and MATHEMATICA. EDUCATION

New Jersey Institute of Technology May 2018

Master of Science in Chemical Engineering (Overall GPA: 3.55) MGM’s College of Engineering and Technology June 2015 Bachelor of Engineering in Chemical Engineering

Coursework & Core Skills:

Modeling & simulation in Chemical Engineering

Chemical engineering thermodynamics

Piping & engineering diagrams (P&ID)

Transport phenomenon

Process flow diagrams (PFD)

Process technology

Reactor design

Mass balance

Energy balance

TECHNICAL SKILLS

Software: Comsol (Proficient), Polymath, AutoCAD (Intermediate), MATLAB, Aspen Plus (Proficient), Aspen HYSYS

Office tools: Microsoft Excel, Word, PowerPoint, Visio, Project ACTIVITIES

Active member, American Institute of Chemical Engineers (AIChe) 2013 - Present Coordinator, Management Committee (MGM Sanskriti ARETE) 2014

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