Responsible for testing, reliability, and performance of app-wide systems and processes. Worked with stakeholders from other teams on final acceptance testing to ensure show-ready delivery.• Application performance monitoring• MVP-C architecture• Application lifecycle events• Application networking & caching• Tracking infrastructure• Feature Flag architecture (AB, MVT testing)• Routing• OS updates• Minimum supported version updates• Code linting• Developer environment configuration• Git Flow and merge strategyDeveloped a custom build system and module hierarchy utilizing pre-compiled frameworks for lightning fast incremental builds and semi-automated releases.• Dependency integration• Application module infrastructure• CI/CD system (Bitrise, Fastlane, custom Ruby, Bash, and Swift scripts)• Slack integration with webhooksProlific contributor of technical advice on decisions that impact other teams or the company at large by staying aware of upstream and downstream impacts; taking measures to ensure they are not disrupted.• Researched and proposed new applicable solutions• Cross-squad technical debt coordination• Backend-Mobile collaboration• Application security and obfuscation• Dependency auditing• Emergency firefighterImproved developer efficiency and became a force multiplier through code modularization, custom build tools, MacOS apps, scripting, automation, coaching, and mentorship.• Strengthened team dynamics through weekly discussions, teach outs, retrospectives with actionable outcomes, and anonymous feedback solicitation.• Guided team members on simplifying approaches to complex problems.• Helped set the direction of projects and influenced decision making to pragmatically make the tradeoff between accruing sensible tech-debt that delivers quickly and getting the code right the first time.• Identified gaps in knowledge and took initiatives to teach out broadly.

Greenfield development of an entirely new product offering for the company. Enables users to instantly purchase a gift card for the exact amount of their purchase at hundreds of retailers. The end result is a contactless payment system that earns the user instant cash back.• Utilized ApplePay, Stripe, and Plaid for credit, debit, and ACH transactions.• SME in Fraud and PCI Compliance

Craft micro-brewery in Denver, CO focusing on clean, crisp, sessionable beers by blending traditional styles with modern techniques. Opened 2019.• 2022 World Beer Cup bronze medal - American Style Lager • 2020 Best New Brewery award - 5280 Magazine

App developer of high-end, native iOS applications for the iPhone, iPad, and Apple TV.• Highly proficient with Swift to produce clean, stable, fast, well-architected code.• Developed a world-class CI/CD platform utilizing Bitrise, Fastlane, and Slack including automated unit tests.• Developed the SwiftPhotoGallery Cocoapod.• Highly proficient with Git and the GitFlow branching model.• Well-versed in the entire life-cycle of software development.• Assisted with code reviews to ensure architecture and coding standards are met across all projects.• Provided estimates for projects based upon technical and business requirements.• Collaborated on architecture, technical design, coding standards, guidelines, and project requirements.• Up to date on the latest iOS design patterns including MVC and MVVM.• Expertise in using both storyboards and xibs along with UIKit, Auto-layout, and size classes.• Skilled in third party and Cocoa Touch frameworks including CoreData.• Demonstrable experience in calling restful APIs, GraphQL, and JSON parsing.• Proficient in provisioning profiles and signing certificates.• Responsible for leading the complete app submission, review, approval, and release process of apps to the Apple App Store.• Worked in an Agile development environment (Scrum and Kanban).• Fostered culture of integrity, teamwork, relationships, people, and innovation.• Strong passion for iOS Development and staying up to date with the latest Apple technologies.

Design, fabrication, and testing of hydrogen fuel cell hybrid vehicle systems with focus on the development and demonstration of power control systems and intuitive user interfaces in an EPC environment.Prepared electrical drawings, specifications, and test plans.Program ECU, PLC, HMI, GUI code for production units and test rigs.Selection and integration of auxiliary-storage devices (batteries, flywheels, ultra-capacitors).Computer modeling and simulation of hybrid power plant operation.Performed laboratory and field testing of subsystems and vehicles.Travel to build-facilities, test sites, and demonstration sites on multiple international projects.Worked closely with skilled tradespeople and end-users with varying levels of education and multiple languages to help minimize impact of transitioning to a new technology.

Showed strong leadership skills from Day 1 and quickly moved into a lead engineer position while producing an excellent track record for successful EPC projects under extremely tight budgets and time frames.Annual project responsibility of 2.5 to 3.5 Million USD including bids for both fixed price and “time and material” projects.Lead Engineer for 6 large, semi-autonomous, uranium transporters for the American Centrifuge Plant in Piketon, OH.Co-Inventor of patent pending Powered Remote Manipulator (PRM).Installed PRMs at different nuclear power sites in multiple countries.Lead Controls Engineer for 3 large rail transporters for the National Enrichment Facility in Eunice, NM. - Deemed the most profitable project in S.A. Robotics history.Lead controls engineer on a large project team tasked with decommissioning the UK’s Windscale nuclear reactor.Preparation of complex detailed control designs (both hardware and software), drawings, analyses, and calculations to meet industry standards and codes (NEC/NFPA70, NFPA79, EN60204, UL508A, CE, ANSI, ASME) within project schedule and budget.Programming of PLC, HMI, GUI, PIC, and various other user interfaces.Procurement and testing of controls, electrical and hydraulic components, equipment, and systems by applying principles and techniques of electrical and controls engineering for various robotic manipulators.Design of test control equipment and developed FAT/SAT test procedures.Monitor manufacturing and fabrication of equipment on a daily basis, often requiring “hands-on” shop work.Aid in investigating and diagnosing equipment malfunctions/failures and approve the corrective actions.Implemented and maintained an AutoCAD Electrical standardization program for all S.A. Robotics engineers.