Gabriel Sutton Email & Phone Number

Orlando, Fl, Us

Florida, United States

Working on web system responsible managing automated testing of new versions of custom software, as well as deploying them to the field.

Working Remotely

Working with Cad software to idealize and create Automated process that instantly creates complete blueprints based on simple dimensions for rapid product creation under constraints of legacy systems and software. Necessary to utilize , math, basic physics, and programming skills. Familiarizing and working with existing company automation processes and constraints (for ex, visual similarity to existing products) across multiple platforms.Highlighted Eng Skills:CADProgramming (VBA. VB.net, C#, Self motivated education)Linear Algebra/MathematicsBasic PhysicsRapid Problem solving (1-2 day turn around, with reports)Customer Communication skills (weekly Write-ups of progress made)Learned the importance of using project management tools such as Teams, Devops, and Boards to manage bugs, and create multiple branches with sprint meetings.Examples of Programming Practices:Program consisted of 3 separate parts for reliability, an VBA Addon, an custom Windows Application, an Custom Windows Process. Had to include DLL's/libraries from other custom software used by the company. Highly Organized Module list for each major step of the countertop creation process to keep major components independent of one another. Modules further split into many independent functions with documentation and error handling to ensure something always prints so the user is empowered to fix issues.Heavy use of custom classes to minimize complexity of passing information into functions.Automatic error reports that are useful for the user to catch mistakes in data input or inconsistencies in measurements that may cause issues in manufacturing. Traditionally, each file required manual review to be caught.Creation of Multiple PDF's, File Formats, including testing to ensure the files are output to custom locations indicated by the user. and so that other automated processes in the workflow of the company such as manufacturing run smoothly especially during COVID.

Remote

Contacted customer and created in depth contract with list of deliverables for the upgrading of an old unused website to modern standards for a new business. Met regularly with the customer during the active development period, and Irregularly afterward to continue developing the website. Involved weekly/bi-weekly progress reports and multiple proposals for possible changes as they were needed. Gained experience working with HTML5 and CSS, aswell as with combining different parts of BootStrap5's features to a custom webpage without using pre-sets. Gained experience with basic web UI development, and gained beginner experience using jQuery and JavaScript to make a custom Menu and a media player. Gained experience with basic PHP, which involved setting up a development environment specifically for testing the PHP for a Call To Action form that was modified from an existing template, to email the customer.This was taken on as a side endeavor mostly out of interest. However, it could be useful for converting certain applications or workflows that are created in house at engineering firms by employees, into ones that are web-based to remove the need for workers to have direct access to critical files. It would also remove the need for such software to be distributed to each machine, and allow for direct integration with servers to leverage their batch processing capabilities. Additionally learning to work independently with a customer and creating realistic expectations where important skills. The skills to predict/deliver features on time, and giving proper warning when timelines cannot be met was also practiced.

Becoming independent and furthering my programming and understanding of how tools used in industry to create and simulate meshes of flows and stress (Ansys, Solid Works, ect.) by studying under PHD researcher in the field. completely self taught for all programming languages I learn, but constantly iterate to become familiar with how an industry professional organizes and develop code, writing articles and papers and working within a DevOps enviroment with task assignment and work logging as is usual in industry. Programming/Research learning outcomes:Created basic meshing tool for Initial Element creation, that used a custom multi-level matrix similar to a database. (Soft links to other elements to allow node insertion ect.)Created simple FEA Thermodynamic simulations of 2-D and some 3-D parts completely from scratch based on various research papers. Experimented with basic dynamic node insertion/deletion algorithms modified from research papers to reduce error from not meeting minimum node densityExperimentation with replicating adaptive time stepping algorithmsCreated basic graphical output for the program to communicate results.Soft Skill Outcomes:Managing Timeline with little oversightRecording findingsLearning new programming libraries and languages with no outside oversightRecording issues and problems encountered, such that it gave insight into how modern FEA Software packages function.

Melbourne, Florida Area

Qualified and was part of an in depth High-school Internship/shadowing program at Northrop Grumman run by Stephanie Fitzsimmons. Learned about how and what the company does, participated in mock work scenarios, learned different skillets from various aspects of the company, and how to become integrated with the company. Shadowed two workers in depth, and helped where I could, learning what they do and their workflow and how I could be a part of that and the application of knowledge that would be required of me.

Master'S Degree, Aerospace, Aeronautical And Astronautical/Space Engineering

Activities and Societies: Attending seminars and presentations of many Working engineers in high positions in their fields, Completing.

High School Diploma + Beta Graduate, Engineering, 3.5+

Activities and Societies: Varsity Physics Club (AP Physics 1&2), Regional Science fair Second place (Physics/Thermodynamics), College.