{"firstName":"Steven","lastName":"Reid","fullName":"Steven Reid","email":"","address":{"city":"Manchester","country":"United States"},"links":{"portfolio":"https://profos.net/professional/steven-reid","github":"https://github.com/RRG314","website":"https://profos.net/"},"preferences":{"remotePreference":"Flexible","availabilityDate":"Open to aligned facility, systems, software, research, and collaboration opportunities"},"sensitive":{},"education":[],"workExperience":[{"id":"steven-tl-1","company":"Healthcare facility operations","title":"Facility engineer for healthcare, residential, and commercial building systems","startDate":"2025-01","description":"Maintains HVAC, plumbing, electrical, mechanical, fire alarm, sprinkler, generator, water, pool-treatment, and repair workflows with safety and compliance awareness."},{"id":"steven-tl-2","company":"Vehicle conversion shop","title":"Vehicle accessibility modification technician","startDate":"2023-07","description":"Installed accessibility-focused vehicle systems including floor systems, ramps, brake lines, suspensions, and torque-controlled assemblies."},{"id":"steven-tl-3","company":"Automotive sales","title":"Sales consultant and CRM user","startDate":"2021-09","description":"Managed customer communication, confidential records, CRM workflows, and sales process follow-through."},{"id":"steven-tl-4","company":"Automotive facility operations","title":"Facility maintenance technician","startDate":"2020-11","description":"Built and followed maintenance plans for facility equipment, appliances, operations support, and customer-facing handoffs."},{"id":"steven-tl-5","company":"Pet resort operations","title":"Head of facility maintenance and daycare manager","startDate":"2017-12","description":"Maintained a multi-building campus, supervised staff and contractors, handled construction/electrical/plumbing/HVAC/pool/well-water work, and trained team members."}],"certifications":[],"skills":["Accessibility","Algorithms","Application reuse","ApplyPilot","Auth","Benchmarking","Compliance","Confidentiality","CRM","Customer service","Diagnostics","Documentation","DOI","Electrical systems","Evidence organization","Facilities","Facility maintenance","Firebase","Frontend architecture","GitHub","HVAC","Leadership","Maintenance planning","Mathematics","Mechanical systems","Next.js","Numerical systems","Open source","Optimization","ORCID","Package design","Plumbing","Power tools","Preventive maintenance","Privacy controls","PRNG","Product workflow","Public site","PWA","Python","Python package","PyTorch","Regulatory compliance","Reproducibility","Research","Research identity","Research publishing","Research writing","Source integration","Spatial indexing","Stripe","Testing","Training","Troubleshooting","TypeScript","Web product","WebGL","Zenodo"],"projects":[{"id":"steven-ev-github","name":"RRG314 GitHub profile","url":"https://github.com/RRG314","description":"Public GitHub profile connecting multiple research, software, and web application repositories.","technologies":["GitHub","Open source","Documentation"]},{"id":"steven-ev-rge-app","name":"RGE-256 browser workbench","url":"https://rrg314.github.io/RGE-256-app/","description":"Browser workbench for RGE-256 with deterministic generation, diagnostics, documentation, validation notes, and export-oriented workflows.","technologies":["TypeScript","PWA","Diagnostics","PRNG"]},{"id":"steven-ev-rge-python","name":"rge256 Python package repository","url":"https://github.com/RRG314/rge256","description":"Standalone Python implementation of the RGE256 PRNG family with documented variants and research-use caveats.","technologies":["Python","Package design","Documentation","Testing"]},{"id":"steven-ev-topological-adam","name":"Topological Adam work","url":"https://github.com/RRG314/topological-adam","description":"Experimental PyTorch optimizer family with diagnostics, caveats, reproducible benchmark-oriented notes, and a published PyPI package for installable setup with Python 3.8+.","technologies":["PyTorch","Optimization","Research","Documentation","Python package"]},{"id":"steven-ev-rdt-spatial-index","name":"RDT Spatial Index","url":"https://github.com/RRG314/rdt-spatial-index","description":"Research-grade adaptive spatial indexing repository with readable reference implementations, practical fast paths, optional compiled backends, benchmarks, tests, and reproducibility artifacts. This is one of the clearest examples of higher-complexity engineering work in the profile because it combines algorithm design, implementation layers, benchmarking, packaging, and documentation.","technologies":["Python","Spatial indexing","Benchmarking","Reproducibility","Package design"]},{"id":"steven-ev-rdt-algorithm","name":"Recursive Division Tree algorithm","url":"https://github.com/RRG314/Recursive-Division-Tree-Algorithm--Preprint","description":"Public preprint repository for the Recursive Division Tree algorithm, including the paper, implementation notebook, benchmark package, and DOI-backed citation record. It is the clearest source-backed artifact for the original RDT algorithm itself.","technologies":["Algorithms","Mathematics","Research","Benchmarking","Documentation"]},{"id":"steven-ev-rdt-kernel","name":"RDT algorithm and kernel work","url":"https://github.com/RRG314/rdt-kernel","description":"Experimental Recursive Diffusion Transform Kernel work with PyTorch implementation notes, algorithm framing, benchmark documentation, and recursive systems analysis. This is one of the more technically demanding research tracks in the profile because it connects theory, implementation detail, and reproducible technical evidence.","technologies":["PyTorch","Numerical systems","Research","Algorithms"]},{"id":"steven-ev-worldexplorer","name":"WorldExplorer3D application","url":"https://worldexplorer3d.io/","description":"A browser-based 3D exploration application with WebGL, Firebase, authentication, Firestore, and Stripe-oriented product architecture. It represents higher-complexity interactive systems work that combines graphics, state, account flows, and deployment-minded product structure.","technologies":["WebGL","Firebase","Auth","Stripe","Frontend architecture"]},{"id":"steven-ev-billbounty","name":"BillBounty live platform","url":"https://billbounty.net/","description":"A public product workflow built around bill-scanning, bounty-style task handling, and Stripe-backed user flows. It is included here as evidence of product-oriented software work beyond research repositories, with a stronger emphasis on usability, workflow design, and practical deployment.","technologies":["Next.js","Stripe","Product workflow","Frontend architecture"]},{"id":"steven-ev-sidestreet","name":"SideStreet.net platform","url":"https://sidestreet.net/","description":"A public-facing site included here as part of Steven Reid's shipped web work. It helps round out the profile with another live product surface and shows continuity between research-oriented systems work and practical public web delivery.","technologies":["Web product","Frontend architecture","Public site"]},{"id":"steven-ev-orcid","name":"ORCID research identity","url":"https://orcid.org/0009-0003-9132-3410","description":"ORCID identifier captured from local research materials for connecting publication and research evidence.","technologies":["ORCID","Research identity"]},{"id":"steven-ev-zenodo","name":"Zenodo DOI-backed research records","url":"https://rrg314.github.io/papers","description":"Local papers index references DOI-backed Zenodo records for RDT, recursive entropy, RGE-256, Topological Adam, and related research work.","technologies":["Zenodo","DOI","Research writing"]},{"id":"steven-ev-professional-os","name":"ProfOS source deduplication project","url":"https://profos.net/","description":"This platform itself is part of the portfolio: it is being used to consolidate profile data, evidence, source links, structured exports, and application reuse into one candidate-owned system. That makes it both a product artifact and a direct example of the problem it is meant to solve.","technologies":["Next.js","Privacy controls","ApplyPilot","Evidence organization"]}],"references":[],"resumeFile":{"name":"Steven Reid resume evidence","type":"profile-derived","updatedAt":"2026-08-15T22:08:36.690Z"},"savedAnswers":[{"id":"steven-reid-answer-professional-summary","question":"Tell us about yourself.","answer":"Steven Reid's professional record brings together facility systems work, accessibility-focused mechanical work, customer-facing operations experience, public software projects, and research publishing into one structured home. Instead of scattering that work across disconnected resumes, websites, repositories, and paper trails, this profile organizes it into a candidate-owned record with evidence, context, connected sources, and visibility controls. The public-facing view stays selective on purpose: it highlights demonstrated work, interdisciplinary capability, and current direction while keeping sensitive personal details private by default.","tags":["summary","profile"]},{"id":"steven-reid-answer-interest","question":"Why are you interested in this role?","answer":"I look for roles where the work can be evaluated through real evidence instead of only a rewritten resume. My strongest documented areas right now are Accessibility, Algorithms, Application reuse, ApplyPilot, Auth. I am currently building toward Facility Engineer / Maintenance Supervisor work in Facilities and healthcare operations.","tags":["interest","review-required"]},{"id":"steven-reid-answer-value","question":"What makes you a strong fit?","answer":"My profile is organized around inspectable work rather than broad claims. Employers can review finished projects, supporting evidence, and the context behind how I approach Accessibility, Algorithms, Application reuse, ApplyPilot, Auth. Recent work includes RRG314 GitHub profile, RGE-256 browser workbench, rge256 Python package repository.","tags":["fit","evidence-backed"]}]}