J. Matt Peterson Email & Phone Number

Santa Clara, Ca, Us

Created and maintained cloud native, declarative Kubernetes based infrastructure. Designed, planned,implemented, and maintained cloud and distributed technologies. Define processes and standards fordevelopment.

235nuclear.com develops applications that just work. Brilliant user interfaces and features that work as you expect. Our users come first. We strive for great user experiences and excellent customer support.⇨ Technology Clojure, python, web, .NET.

Palo Alto, California, Us

Created cloud native, declarative Kubernetes based infrastructure. Scale and prioritize projects as thecompany grew. Chose infrastructure technology, vendors and influenced architecture decisions.Responsible for cloud and service costs.

✩ Infrastructure Lead and DevOps Manager at #FlyCreated cloud first, Kubernetes based infrastructure and CICD system. Lead and managed multiple teams of 2-4 people. Responsible for cloud and service costs. Chose infrastructure technology and influenced architecture choices. Defined work, roles and hired team members.→ Replaced Jenkins with a GitLab based fully automated immutable CICD system. The CICD supported linting, integration testing, artifact and credential creation and deployment.→ Reduced cloud costs by 75% while deploying production services through three pivots.→ Cold started a multi-cloud, multi-location system using Kubernetes as the control plane.→ Integrated logging, monitoring and notifications using CNCF based technologies.→ Ran #Fly IT support, setup and supported call center, created iOS app CICD system.⇨ KUBERNETES, GOOGLE CLOUD, CICD, PYTHON, SHELL, AWS, TERRAFORM, HELM, GITOPS, GITHUB, GITLAB, CLOJURE, AGILE, MAC OS X, COREOS, UBUNTU, DEBIAN

✩ Interim AI Team LeadIn addition to my Infrastructure Lead and DevOps Manager role I lead the AI team in the Spring of 2019. We created a prototype trip generator in Clojure. This implemented a novel business system to create customer value through optimizing entire cohesive trips instead of individual travel bookings.→ Set goals, iterated and refined scope which increased productivity of the team and delivered and deployed a prototype in three months.→ Integrated with Google Calendar through OAuth2 to find and plan trips based on calendar events.→ Delivered and deployed the AI CICD system to production.⇨ KUBERNETES, GOOGLE CLOUD, CICD, PYTHON, SHELL, AWS, TERRAFORM, HELM, GITOPS, GITHUB, GITLAB, CLOJURE, AGILE, MAC OS X, COREOS, UBUNTU, DEBIAN

Tucson, Az, Us

✩ Senior Software Engineer for LSST EPOFirst technical member for the LSST EPO (Large Synoptic Survey Telescope) team. Investigated, evaluated, demoed and recommended technology choices. Prepared and participated in a formal subsystem review by the NSF (National Science Foundation). Participated in defining roles and hiring additional team members. Participated in focus group testing.→ Created an astronomical image sky viewer prototype. Poster & Paper→ Implemented a Jupyter interactive environment with supporting extensions, python libraries and a Kubernetes based deployment. Deployment Source JavaScript Source→ Implemented a Jupyter notebook-based prototype of EPO’s formal education investigations. Python Source→ Mentored and assisted other software engineers.⇨ PYTHON, JAVASCRIPT, JUPYTER, RUBY, SHELL, OPENSTACK, AWS, GOOGLE CLOUD, ANSIBLE, KUBERNETES, TERRAFORM, PACKER, ELK, CONDA, MAC OS X, CENTOS, UBUNTU, DEBIAN, ESXI

Tucson, Az, Us

✩ DevOps Engineer for LSST DM SQREDevOps for LSST DM SQRE team. Provided DevOps, GitOps and SRE related services and systems for 70+ scientists developing a novel astronomical software pipeline for LSST.→ Git LFS (Large File Storage) server which uses GitHub’s Git LFS extension to source control large files while storing them remotely.→ GitHub based GitOps to enforce merge, status check and protection rules on LSST Git repositories.→ Multi-cloud, multi-location fault tolerant ELK 5.x deployment.→ Bare metal ESXi deployment to provide virtualized Mac OS X instances on Mac Pro hardware.→ Conda packaging of entire LSST DM stack.⇨ PYTHON, JAVASCRIPT, JUPYTER, RUBY, SHELL, OPENSTACK, AWS, GOOGLE CLOUD, ANSIBLE, KUBERNETES, TERRAFORM, PACKER, ELK, CONDA, MAC OS X, CENTOS, UBUNTU, DEBIAN, ESXI

Tucson, Az, Us

✩ Lead Software Engineer on AtmosphereAtmosphere, iPlant’s cloud infrastructure service platform, facilitates and addresses the growing need for highly configurable and cloud-enabled computational resources by the bioinformatics research community. Atmosphere’s user base is rapidly growing with over 50% growth the past 6 months.→ Lead developer and architect of Atmosphere. Joined the team as the existing team left. I’m tasked with turning a prototype into a useable, maintainable, robust, scalable solution.→ Simplified, decoupled and standardized the Django implementation. Reduced dependencies by half. Expanded the available server environments from CentOS5.5 to any modern Linux distribution.→ Implemented new features such as web ssh, web VPN and real-time notifications to improve usability.→ Implemented support for multiple clouds and providers to improve scalability.→ Mentor, lead and assist other software engineers at iPlant.⇨ Technology Python, JavaScript, Ruby, Shell, Django, PostgreSQL, HTML5, CSS3, jQuery, node.js, faye, OpenStack, AWS, Eucalyptus, Clojure, Pallet, CentOS, Ubuntu.

Tucson, Arizona, Us

✩ Lead Software Developer on Lambda Predict 3 (http://predict.reliasoft.com/) Lambda Predict 3 is reliability prediction software. When actual product reliability data is not available, standards based reliability prediction may be used to evaluate design feasibility, compare design alternatives, identify potential failure areas, trade-off system design factors and track reliability improvement.→ Lead developer and architect of Lambda Predict 3. Started with high level requirements, no framework and no source code of previous version. Successfully shipped in less than two years.→ Implemented in Visual Basic 2.0. The presentation layer was derived using reflection and attributes on the mathematical model of the standards. This allowed for new standards to be added with less effort, reduced regression testing and strengthened the robustness of the user interface. → Office Interoperation with Access and Excel. The build process was completely automated using msbuild reducing build time from a kludgey 4 hours to a repeatable 10 minutes.⇨ Technology VB2.0, ADO.NET, Windows Forms, Data Binding, Metadata and Reflect, DAO, VS2008-VS2010, Access, Excel, msbuild, 3rd party controls, numerical analysis, SQL.

St Paul, Mn, Us

✩Engineer - Product Development on Kansas International Registration Plan - Kansas IRP is a $1.5 million product being developed from the ground up using 3M’s newest technologies.→ Implementation and design of C# UI custom controls and forms focusing on innovation.→ Implementation in C# of business rules, data access objects, web services and validation events.→ SQL stored procedures used by application.✩Software Developer on Iowa Accident Processing System - Iowa APS is a part of the Iowa Drivers System, a multi-million dollar enterprise solution. APS processes all traffic accidents reported in Iowa. It is the company’s first use of client and server side business objects.→ Team member of Drivers conversion team and APS lead conversion developer; converting approximately 50 million data rows to SQL Server databases. Conversion and go-live was reported as, “Perfect” by the customer.→ Lead developer APS implementing business objects, web services, web reports, batch jobs, UI controls and forms in C#, SQL and ASP.NET.✩ 3M Motor Vehicle Systems Tools Developer→ Created, designed and implemented in C# and SQL an Active Directory tool. The tool created and updated, imported and exported AD nodes and securities.⇨ Technology n-tier development, client-server, enterprise, web, C#, .NET 1.1, .NET 2.0, Windows Forms, ADO.NET, ASP.NET, SQL, SQLServer, stored procedures, Active Directory, DevExpress

St Paul, Mn, Us

See Software Developer - 3M Motor Vehicle Systems.

Tucson, Arizona, Us

Learn, evaluate and make a recommendation on whether C# can be used as a teaching language in high school AP classes and introductory college computer science courses. Create handouts and assignments for CS 386 and CS 387. ⇨ Technology VS2002, .NET 1.0, C#, Java.