Scope of work includes efficiency and operatioal improvements for the Fargate control plane organization by developing and maintaining Fargate APIs and microservices, cloud infrastructure, operational security, and performing 24/7 on-call duties.Fargate is a serverless launch option for AWS container orchestration services for ECS and EKS (circa 2024). This service enables customers to focus on their business problems and solutions by abstracting and delegating the provisioning and managment of the underlying compute infrastructure (EC2) to AWS.

Scope of work includes improving the Spring MVC repository layer for DynamoDB scan queries for additional URL parameters and adding extensive unit testing as a Bloom Institute of Technology Enterprise Backend Development lab participant for the BD2 cohort.

Primary responsibility was design engineering support of low voltage power distribution systems within commercial and residential projects for the State of Washington and for the State of California under respective PEs.Performed calculations or simulations to validate design in accordance with state and local compliance.• Created lighting simulations to perform lighting egress calculations with AGI32 software and or completed WSEC or NEC lighting compliance forms• Calculated fault currents and AIC ratings of 480/277V or 208/120V equipment in accordance with NEC/NFPA 70 standards• Planned panel equipment loading of lighting systems, electrical equipment, electrical receptacles and sizing respective circuit breakers to NEC/NFPA 70 standards.Performed design and layout of electrical systems with BIM 3D modeling software Revit or AutoCAD software.• Reviewed and populated floor plans with building equipment, fire alarm devices, and lighting devices• Designed power conduits and bus ducts within shared 3D structural models while coordinating with the Mechanical and the Plumbing disciplines• Created or reviewed and modified single line diagrams to properly model the power distribution requirements and power distribution equipmentSecondary responsibility was to coordinate lunch and learns with distribution networks or manufacturer representatives providing electrical or technology systems or components.

Primary responsibility was to design a control circuit (DO-254 non-compliant) that implement a sequence of operations in accordance with high-level behavioral documentation for a University of Washington Capstone project sponsored by Astronics AES.• Architected and implemented a Mealy Sequential Circuit using discrete logic gates and volatile D Flip-Flops• Sourced and specified appropriate IC package components for the board designers for efficient layout• Employed a cost-effective design tool, Logisim, to iteratively prototype and design a deterministic finite state machine (FSM)Secondary responsibility was to analyze and modify a discrete analog ground fault circuit interrupter (GFCI). • Applied AC and DC circuit analysis to analyze and validate the GFCI to UL 943 specifications for a minimum differential current of 5.0mA RMS with a maximum 150ms trip time• Revised the sensing circuit by updating resistor ladder values for the dual op amp comparator and gain resistor for a differential operational amplifier Tertiary responsibility was testing the GFCI and FSM production level circuit card assembly; utilized soldering stations, power supplies, decade box, oscilloscopes, multimeters, and function generators.Prepared and presented project materials in a Preliminary Design Review and Critical Design Review to management and stakeholders.