Matthew Carlin
Operations Lead at Multi AI- Claim this Profile
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Bio
Credentials
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Engineer in Training
-Mar, 2017- Oct, 2024
Experience
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Multi AI
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United States
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Software Development
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1 - 100 Employee
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Operations Lead
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Mar 2023 - Present
Handling day-to-day Operations, and leading the UIUX team Handling day-to-day Operations, and leading the UIUX team
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Mangan Inc.
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United States
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Engineering Services
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200 - 300 Employee
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Software Engineer
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Jan 2021 - Mar 2023
- Developed, deployed, and maintained an ASP.NET 6.0 MVC Terminal Management application with a Microsoft SQL Server 2019 database as part of a team of two to three engineers- Designed, configured, and deployed environmental, state and local tax, general data, and KPI reports using SQL Services Reporting Studio - Built various modules for the application that:o Integrated all the functionality of SSRS while maintaining a user interface that was consistent with the rest of the applicationo Generated work orders and specific tasks from templates created by users, which could then be assigned to individuals or a group for completion o Allowed our internal Safety Department to ensure company wide compliance with all safety guidelines and KPIs- Designed user interfaces using tools like Figma, PowerPoint, and Bootstrap Studio before presenting them to the client for final approval and development- Managed design and maintenance of the application’s front end in development and production environmentso Standardized how the front-end retrieved data from the SQL database, and how the Controllers filled the Model properties before displaying the data to the user in the Viewo Assisted end use customers with troubleshooting and implemented solutions through remote connections- Wrote an interface that allowed our TMS to communicate with 3rd party inventory management serviceso Interfaced with DTN TABS and TopTech TDS systems using a real-time Ethernet IP connection where data was sent and received as long strings in PIDX version 4 formato Connected with DTN PetroEx FTP server using a CMD prompt interface where data was sent and received as batch files containing multiline PIDX stringso Integrated into another interface that communicated with a Technip FMC microLoad device and was used to determine whether a truck was able to unload its product
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Automation Specialist
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Jan 2019 - Jan 2021
- Designed, implemented, and maintained DeltaV Automation System solutions for clients in the midstream oil and gas industry, namely at sites in Corpus Christi and Channelview- Created HMI screens following 49 CFR guidelines that facilitated an increased awareness of the process as a whole- Loop-checked hundreds of pieces of new equipment with a team of maintenance personnel and project managers- Performed various networking tasks like building Network Architecture diagrams of existing sites, configuring firewalls on new installations to separate the corporate network from the controls network, maintaining IP tables, Troubleshooting basic network errors- Facilitated communications between DeltaV and third-party Modbus/Ethernet IP devices like individual transmitters and skid PLCs- Built a tool that allowed for automatic comparison between an existing Cause and Effect diagram and a DeltaV database, reducing the time it would normally take to perform the validation by about 75%- Validated Cause and Effect diagrams for 8 Cryo Units at 2 different facilities- Presented the tool in a presentation to the Midstream Industry at GPA 2021- Optimized the tool with another engineer to improve stability and further reduce the amount of time it would take to validate a C&E document
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Solvay
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Belgium
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Chemical Manufacturing
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700 & Above Employee
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Process Automation Engineer
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Sep 2016 - Jul 2018
Controls Engineering Duties - Performed system-wide optimization through reconfiguration and addition of hardware, as well as modification of operating logic and operator graphical interface - Maintained Distributed Control System by trouble-shooting control logic, process equipment, and system hardware errors - Improved safety by developing Master Alarm and Interlock Matrix for Distributed Control System so that all interlocks could be seen from one location Project Engineering Duties - Developed capital projects for the Snyder facility by sourcing vendors and equipment, organizing budgets, and presenting documentation for management approval - Planned and requisitioned 2018 capital budget during yearly Capital Conference - Trained and kept records of all contractors that performed any work at the facility Process Engineering Duties - Created and maintained P&IDs for entire facility detailing important equipment and process liquid flow direction - Wrote Mechanical Integrity Program procedures, ensured they were executed properly, and maintained all documentation pertaining to program - Worked with operations on a daily basis to improve batch process procedures Process Safety Engineering Duties - Coordinated all MOCs for the site so that any deviation from SOPs were documented and communicated plant-wide - Assisted with PHAs to document and mitigate any hazards intrinsic to a new or existing process - Conducted PSSRs before the start-up of new processes to generate SOPs and ensure safe operation of equipment
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Undergraduate Researcher
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Aug 2015 - May 2016
- Worked with students from other engineering disciplines to solve the problem of oil spills - Used an amphiphilic polymer to coagulate oil slicks on the surface of water and developed a hydrophobic sponge to remove the slick from the surface - Organized group meeting dates and times - Worked with graduate advisor to design experiments - Maintained a budget keep within $2000 limit - Presented 1st semester research results to Rice University faculty, and students from across the nation at the Gulf Coast Undergraduate Research Symposium - Presented all research results to students and faculty at TAMU Engineering Showcase and AggiE Challenge Competition
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Undergraduate Researcher
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May 2015 - Sep 2015
- Performed self guided experiments to try to increase the heat capacity of water by using nanoencapsulated phase change materials (NEPCMs) - Polymerized different concentrations of MMA around emulsified paraffin wax droplets under varying conditions to determine which concentration/method produced the best NEPCMs - Used Scanning Electron Microscopy to determine the effectiveness of each polymerized sample - Submitted research paper to Cheng Research Group for editing and possible publication - Testing of water heat capacitance was performed using NEPCM suspensions at a later date
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Undergraduate Researcher
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Aug 2013 - Dec 2013
- Used E.coli to produce a protein called Frataxin that would help cure diseases caused by a deficiency of said protein - Spliced gene into E.coli DNA and used PCR to multiply the number of modified E.coli so that more cells would have the ability to produce the Frataxin - Grew large cultures of modified E.coli using autoclave - Extracted Frataxin from E.coli for purification and testing - Streamlined the E.coli production process by performing multiple stages of the process at the same time
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Education
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2012 - 2016
Texas A&M University
Chemical Engineering, 3.3
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