Andrew D'Amico
Process Safety Engineer at Quest Consultants Inc- Claim this Profile
Click to upgrade to our gold package
for the full feature experience.
-
English Native or bilingual proficiency
-
Spanish Limited working proficiency
Topline Score
Bio
Marc Biron BSN, RN
Andrew is an approachable and professional individual. His detail oriented work style, coupled with an exceptional critical thinking ability, makes him a valuable asset to any team.
Glenn Howell
I had the pleasure of working with Andrew on several projects at Micromeritics. He was a pleasure to work with and he is a consummate professional!
Marc Biron BSN, RN
Andrew is an approachable and professional individual. His detail oriented work style, coupled with an exceptional critical thinking ability, makes him a valuable asset to any team.
Glenn Howell
I had the pleasure of working with Andrew on several projects at Micromeritics. He was a pleasure to work with and he is a consummate professional!
Marc Biron BSN, RN
Andrew is an approachable and professional individual. His detail oriented work style, coupled with an exceptional critical thinking ability, makes him a valuable asset to any team.
Glenn Howell
I had the pleasure of working with Andrew on several projects at Micromeritics. He was a pleasure to work with and he is a consummate professional!
Marc Biron BSN, RN
Andrew is an approachable and professional individual. His detail oriented work style, coupled with an exceptional critical thinking ability, makes him a valuable asset to any team.
Glenn Howell
I had the pleasure of working with Andrew on several projects at Micromeritics. He was a pleasure to work with and he is a consummate professional!
Experience
-
Quest Consultants Inc
-
United States
-
Oil and Gas
-
1 - 100 Employee
-
Process Safety Engineer
-
Oct 2023 - Present
-
-
-
University of Oklahoma – Gallogly College of Engineering
-
United States
-
Higher Education
-
1 - 100 Employee
-
Research Scientist
-
Aug 2019 - Oct 2023
* System Design and Fabrication : design and fabrication of 3 complete systems (heat exchanger experiment, portable stress/strain testers, and modular compressed air stations); CAD designs (Fusion 360 and SolidWorks) of over 50 components; fabrication using manual machining (mill, lathe, etc.) and 3D printing (FDM and SLA) * Project Leadership : lead the design and fabrication of a $130,000 project (heat exchanger experiment system)—saving $50,000 for our department * Scientific… Show more * System Design and Fabrication : design and fabrication of 3 complete systems (heat exchanger experiment, portable stress/strain testers, and modular compressed air stations); CAD designs (Fusion 360 and SolidWorks) of over 50 components; fabrication using manual machining (mill, lathe, etc.) and 3D printing (FDM and SLA) * Project Leadership : lead the design and fabrication of a $130,000 project (heat exchanger experiment system)—saving $50,000 for our department * Scientific Support : provided application and operation support to students doing research—predominantly in areas of catalysis, polymer, and membrane research * Department Growth : gained skills (manual machining, CAD, Arduino, 3D printing, poster printing) to increase department research capabilities and saved over $70,000 in 2022 * Equipment Repair : revived 4 major research systems (temperature-programmed reduction, oxidation, mobile mass spectrometer, and Fourier-Transform Infrared Spectrometer); turbo pump replacement; triac troubleshooting (solder joint); pump diaphragm replacement; mass spectrometer filament replacement; autosampler lubrication; vacuum oven wiring repair; DC motor replacement; AC motor wiring; extruder valve replacement; thermocouple vacuum gauge wire repair; centrifuge thermistor replacement Show less * System Design and Fabrication : design and fabrication of 3 complete systems (heat exchanger experiment, portable stress/strain testers, and modular compressed air stations); CAD designs (Fusion 360 and SolidWorks) of over 50 components; fabrication using manual machining (mill, lathe, etc.) and 3D printing (FDM and SLA) * Project Leadership : lead the design and fabrication of a $130,000 project (heat exchanger experiment system)—saving $50,000 for our department * Scientific… Show more * System Design and Fabrication : design and fabrication of 3 complete systems (heat exchanger experiment, portable stress/strain testers, and modular compressed air stations); CAD designs (Fusion 360 and SolidWorks) of over 50 components; fabrication using manual machining (mill, lathe, etc.) and 3D printing (FDM and SLA) * Project Leadership : lead the design and fabrication of a $130,000 project (heat exchanger experiment system)—saving $50,000 for our department * Scientific Support : provided application and operation support to students doing research—predominantly in areas of catalysis, polymer, and membrane research * Department Growth : gained skills (manual machining, CAD, Arduino, 3D printing, poster printing) to increase department research capabilities and saved over $70,000 in 2022 * Equipment Repair : revived 4 major research systems (temperature-programmed reduction, oxidation, mobile mass spectrometer, and Fourier-Transform Infrared Spectrometer); turbo pump replacement; triac troubleshooting (solder joint); pump diaphragm replacement; mass spectrometer filament replacement; autosampler lubrication; vacuum oven wiring repair; DC motor replacement; AC motor wiring; extruder valve replacement; thermocouple vacuum gauge wire repair; centrifuge thermistor replacement Show less
-
-
-
LexisNexis Risk Solutions
-
United States
-
IT Services and IT Consulting
-
700 & Above Employee
-
Data Analyst
-
Oct 2018 - Aug 2019
* Data Analytics : designed and used SQL queries to find and validate data records; identify areas to increase automation and create solutions by developing and implementing algorithms with SQL code; automated solutions increased productivity 2x-10x (depending on time to search databases)—saving weeks of work. * Data Analytics : designed and used SQL queries to find and validate data records; identify areas to increase automation and create solutions by developing and implementing algorithms with SQL code; automated solutions increased productivity 2x-10x (depending on time to search databases)—saving weeks of work.
-
-
-
ASTEC Charter Schools
-
United States
-
Education Management
-
1 - 100 Employee
-
Faculty Member (Chemistry, Physics, Astronomy)
-
Aug 2016 - Aug 2018
* Teaching : designed and delivered chemistry, physics, and astronomy courses * Robotics : FIRST® robotics team coach/mentor; Applied for and awarded $7,000 in grants in one season (NASA & DoD); Initiated corporate sponsorship program to fund and sustain robotics team * Teaching : designed and delivered chemistry, physics, and astronomy courses * Robotics : FIRST® robotics team coach/mentor; Applied for and awarded $7,000 in grants in one season (NASA & DoD); Initiated corporate sponsorship program to fund and sustain robotics team
-
-
-
Micromeritics Instrument Corporation
-
United States
-
Appliances, Electrical, and Electronics Manufacturing
-
200 - 300 Employee
-
Senior Research Engineer
-
May 2012 - Jul 2016
* Technical support and troubleshooting : utilized a wide range of analytical techniques required to support product development, manufacturing, and sales/marketing; provided technical support for customers, engineers, service technicians, and lab technicians via forum-style support portal, emails, conference calls and video conferences; increased sales by over $100,000 by developing and demonstrating analytical solutions to potential customers (TPR of Pt-Sn/SiO2 and Mo/C with mass… Show more * Technical support and troubleshooting : utilized a wide range of analytical techniques required to support product development, manufacturing, and sales/marketing; provided technical support for customers, engineers, service technicians, and lab technicians via forum-style support portal, emails, conference calls and video conferences; increased sales by over $100,000 by developing and demonstrating analytical solutions to potential customers (TPR of Pt-Sn/SiO2 and Mo/C with mass spectrometer; Acetone on carbon fiber adsorption agreement with microbalance results; Water adsorption on shale); created contributions to instrument manuals and marketing materials to highlight equipment features * Scientific research and writing : collaborated with university research groups to produce 5 peer-reviewed journal publications and 11 conference presentations related to catalysis (biochars, zeolites, nickel aluminates, and ceria/zirconia) in order to enhance company image, increase knowledge/skills, and demonstrate product value to customers (see Publications section); developed improved metrology for catalyst characterization in scientific literature (dual DFT for biochars, static/dynamic titrations for oxygen vacancies, TPD/MS for amine-treated zeolites) using state-of-the-art equipment * Manufacturing engineering : developed method to reduce unnecessary testing by up to 90%, while improving product integrity; worked closely with manufacturing engineers and technicians to implement improved calibration protocols to enhance product quality * Corporate training : Developed and delivered 30 on-site scientific workshops tailored for specific industrial customers and academic research groups, as part of an ACCET-accredited training institute Show less * Technical support and troubleshooting : utilized a wide range of analytical techniques required to support product development, manufacturing, and sales/marketing; provided technical support for customers, engineers, service technicians, and lab technicians via forum-style support portal, emails, conference calls and video conferences; increased sales by over $100,000 by developing and demonstrating analytical solutions to potential customers (TPR of Pt-Sn/SiO2 and Mo/C with mass… Show more * Technical support and troubleshooting : utilized a wide range of analytical techniques required to support product development, manufacturing, and sales/marketing; provided technical support for customers, engineers, service technicians, and lab technicians via forum-style support portal, emails, conference calls and video conferences; increased sales by over $100,000 by developing and demonstrating analytical solutions to potential customers (TPR of Pt-Sn/SiO2 and Mo/C with mass spectrometer; Acetone on carbon fiber adsorption agreement with microbalance results; Water adsorption on shale); created contributions to instrument manuals and marketing materials to highlight equipment features * Scientific research and writing : collaborated with university research groups to produce 5 peer-reviewed journal publications and 11 conference presentations related to catalysis (biochars, zeolites, nickel aluminates, and ceria/zirconia) in order to enhance company image, increase knowledge/skills, and demonstrate product value to customers (see Publications section); developed improved metrology for catalyst characterization in scientific literature (dual DFT for biochars, static/dynamic titrations for oxygen vacancies, TPD/MS for amine-treated zeolites) using state-of-the-art equipment * Manufacturing engineering : developed method to reduce unnecessary testing by up to 90%, while improving product integrity; worked closely with manufacturing engineers and technicians to implement improved calibration protocols to enhance product quality * Corporate training : Developed and delivered 30 on-site scientific workshops tailored for specific industrial customers and academic research groups, as part of an ACCET-accredited training institute Show less
-
-
-
University of Oklahoma
-
United States
-
Higher Education
-
700 & Above Employee
-
Graduate Research Assistant
-
Aug 2009 - May 2012
* Designed and constructed high-pressure, lab-scale fixed-bed reactor for continuous processing of triglycerides * Incorporated on-line detection via mass spectrometry and gas chromatography * Served as a graduate teaching assistant to help undergraduate students with the following 2 courses via email, office hours, and review sessions: ChE 3473: Thermodynamics ChE 4473: Kinetics * 2009-2010 CBME Outstanding Teaching Assistant * Served as a graduate student… Show more * Designed and constructed high-pressure, lab-scale fixed-bed reactor for continuous processing of triglycerides * Incorporated on-line detection via mass spectrometry and gas chromatography * Served as a graduate teaching assistant to help undergraduate students with the following 2 courses via email, office hours, and review sessions: ChE 3473: Thermodynamics ChE 4473: Kinetics * 2009-2010 CBME Outstanding Teaching Assistant * Served as a graduate student advisor for the AiChE Chem-E-Car competition--assisting undergraduate students to successfully engineer a chemical technology to power a shoe-box-sized car Show less * Designed and constructed high-pressure, lab-scale fixed-bed reactor for continuous processing of triglycerides * Incorporated on-line detection via mass spectrometry and gas chromatography * Served as a graduate teaching assistant to help undergraduate students with the following 2 courses via email, office hours, and review sessions: ChE 3473: Thermodynamics ChE 4473: Kinetics * 2009-2010 CBME Outstanding Teaching Assistant * Served as a graduate student… Show more * Designed and constructed high-pressure, lab-scale fixed-bed reactor for continuous processing of triglycerides * Incorporated on-line detection via mass spectrometry and gas chromatography * Served as a graduate teaching assistant to help undergraduate students with the following 2 courses via email, office hours, and review sessions: ChE 3473: Thermodynamics ChE 4473: Kinetics * 2009-2010 CBME Outstanding Teaching Assistant * Served as a graduate student advisor for the AiChE Chem-E-Car competition--assisting undergraduate students to successfully engineer a chemical technology to power a shoe-box-sized car Show less
-
-
-
Georgia Institute of Technology
-
United States
-
Higher Education
-
700 & Above Employee
-
undergraduate student
-
Aug 2005 - Aug 2009
-
-
-
Micromeritics Instrument Corporation
-
United States
-
Appliances, Electrical, and Electronics Manufacturing
-
200 - 300 Employee
-
Engineering Co-op
-
May 2006 - Aug 2008
During the 4 semesters of co-op work, I was able to make significant contributions to the below projects and publications: * Developed PID control algorithm: 80K-200K range (+-0.02K accuracy) for physisorption cryostat using NI LabVIEW * Zeolite acid site characterization- research application project using pulse chemisorption in a dynamic flow system (AutoChem II 2920); presented at ASTM D32 committee meeting, Tampa, FL, Fall 2007 *Rate of adsorption (ROA) of nitrogen and… Show more During the 4 semesters of co-op work, I was able to make significant contributions to the below projects and publications: * Developed PID control algorithm: 80K-200K range (+-0.02K accuracy) for physisorption cryostat using NI LabVIEW * Zeolite acid site characterization- research application project using pulse chemisorption in a dynamic flow system (AutoChem II 2920); presented at ASTM D32 committee meeting, Tampa, FL, Fall 2007 *Rate of adsorption (ROA) of nitrogen and oxygen on zeolites during pressure swing adsorption; developed data collection and reduction procedures; rapid determination of adsorption rate and resulting thermal effects * Testing and development of dynamic void volume analyzer (DVVA 4000); emphasis on physical property prediction (oil absorption number); developed models based on chemometrics (partial least squares regression) * Testing and development of multiple, simultaneous physisorption micropore analyses (ASAP 2420 MP option) * Testing and development of high pressure physisorption (ASAP 2050) * Ceramic Industry 156.10 (2006): 32-36. * THE microReport 18.2 (2007): 4-5. Show less During the 4 semesters of co-op work, I was able to make significant contributions to the below projects and publications: * Developed PID control algorithm: 80K-200K range (+-0.02K accuracy) for physisorption cryostat using NI LabVIEW * Zeolite acid site characterization- research application project using pulse chemisorption in a dynamic flow system (AutoChem II 2920); presented at ASTM D32 committee meeting, Tampa, FL, Fall 2007 *Rate of adsorption (ROA) of nitrogen and… Show more During the 4 semesters of co-op work, I was able to make significant contributions to the below projects and publications: * Developed PID control algorithm: 80K-200K range (+-0.02K accuracy) for physisorption cryostat using NI LabVIEW * Zeolite acid site characterization- research application project using pulse chemisorption in a dynamic flow system (AutoChem II 2920); presented at ASTM D32 committee meeting, Tampa, FL, Fall 2007 *Rate of adsorption (ROA) of nitrogen and oxygen on zeolites during pressure swing adsorption; developed data collection and reduction procedures; rapid determination of adsorption rate and resulting thermal effects * Testing and development of dynamic void volume analyzer (DVVA 4000); emphasis on physical property prediction (oil absorption number); developed models based on chemometrics (partial least squares regression) * Testing and development of multiple, simultaneous physisorption micropore analyses (ASAP 2420 MP option) * Testing and development of high pressure physisorption (ASAP 2050) * Ceramic Industry 156.10 (2006): 32-36. * THE microReport 18.2 (2007): 4-5. Show less
-
-
Education
-
University of Oklahoma
Master of Science, Chemical Engineering -
Georgia Institute of Technology
Bachelor of Science, Chemical and Biomolecular Engineering