Li Quan Email & Phone Number

Sunderland, MA, US

Sunderland, Massachusetts, United States

I am responsible for all laboratory operations at the Company including chemical process and method development, analytical techniques/design of experiment, bench-scale and pilot plant demonstration activities.

New Jersey, United States

• Coordinated a high-complexity virology lab setup for CAP inspection. Implemented SOPs and executed proficiency tests to ensure verification and validation of laboratory performance.
• Led performance evaluation studies for IVD devices.
• Navigated FDA application processes, including EUA and 510(k).
• Excelled in medical writing and communication, headed validation services and quality assurance aligning with GMP & GLP, ensuring strict adherence to best practices in quality assurance and control.
• Represented business development at AACC conference, 2023.

Hoboken, New Jersey, United States

• In-depth understanding of rheological principles: Developed a strong foundation in rheology concepts, including viscoelasticity, shear stress, shear rate, and dynamic modulus, and applied these principles to study the.
• Rheological characterization techniques: Gained hands-on experience using advanced rheological equipment, including rotational and oscillatory rheometers, capillary rheometers, and extensional rheometers, as well as.
• Experimental design and optimization: Designed and optimized rheological experiments to investigate the effects of variables such as temperature, concentration, and shear rate on material behavior, contributing to a.
• Sample preparation and handling: Prepared and characterized a variety of materials with tailored rheological properties, including hydrogels, suspensions and polymer solutions, for diverse applications in areas such as.
• Data analysis and modeling: Skilled in analyzing rheological data, including flow curves, frequency sweeps, and stress relaxation tests, and fitting experimental results to established rheological models, using MATLAB.
• Multidisciplinary research: Collaborated with researchers from various disciplines, such as chemistry, biology, and mechanical engineering, to integrate rheological findings with other material properties and develop.

Ontario, CA, United States

• Analyzing raw materials: Performed tests and analyses on the raw materials, such as vitamins, minerals, proteins, sweeteners and flavorings to ensure their quality, safety, and compliance with industry standards and.
• Documenting quality assurance activities: Maintained detailed records of raw material handling, labeling, storage, and processing, quality control procedures, and supplier evaluations to demonstrate compliance with.
• Maintaining laboratory equipment: Ensured proper maintenance and calibration of laboratory equipment to maintain accurate and reliable test results, also took charge for cleaning and maintaining lab equipment.

Newark NJ

• Explored ways to adjust aluminum combustion dynamics by modifying its surface and structure to achieve the predicted thermodynamical benefits.
• Cryo-milled aluminum with cyclooctane.
• By reacting with gaseous hydrogen fluoride, replaced the normal aluminum oxide coating on the surface of the aluminum powder with a fluoride.
• The powders were characterized using SEM, LALLS, CVE combustion test, TGA and wire ignition.

Shanghai, China

• Prepared a new catalyst for Fischer-Tropsch Synthesis, which applied cobalt-based catalyst on high-surface-area binder/supports
• Assisted scientists in various types of product evaluations such as product preparation, performance studies, measuring physical properties of products, and stability testing
• Weighed ingredients, record observations, and informs supervisor of results
• Utilized chromatographic testing to analyze the composition, thus evaluated the effectiveness of the catalyst
• Ensured cleanliness and proper working order of all equipment used to conduct laboratory analysis

Doctor Of Philosophy - Phd, Chemical Engineering

• Demonstrated expertise in the development and optimization of chemical processes, with a deep focus on the rheological behavior and.

Master'S Degree, Chemical Engineering

Bachelor'S Degree, Chemical Engineering