Luke Kazmierski

Senior Software Engineer Team Lead at Management Research Services, Inc. (MRS, Inc)
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Location
Milwaukee, Wisconsin, United States, US

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Credentials

  • Exam 486: Developing ASP.NET MVC Web Applications
    Microsoft
    Aug, 2018
    - Sep, 2024
  • Exam 487: Developing Microsoft Azure and Web Services
    Microsoft
    Aug, 2018
    - Sep, 2024
  • MCSA: Web Applications - Certified 2018
    Microsoft
    Aug, 2018
    - Sep, 2024
  • MCSD: App Builder — Certified 2018
    Microsoft
    Aug, 2018
    - Sep, 2024
  • Exam 483: Programming in C#
    Microsoft
    Jun, 2018
    - Sep, 2024

Experience

    • United States
    • Insurance
    • 1 - 100 Employee
    • Senior Software Engineer Team Lead
      • Jan 2020 - Present

      In this position I am a team lead (15% of my day-to-day work) and a full stack developer. As a lead I would work with Lucid to design and architect new features. I also ensure code quality through peer reviews. I conduct bi-weekly release reviews for internal stake holders. As a full stack developer, I have skills in DevOps, cloud computing, document conversion, workflow customization, third party integration, and SSO authentication. Some of my achievements include: - Creating… Show more In this position I am a team lead (15% of my day-to-day work) and a full stack developer. As a lead I would work with Lucid to design and architect new features. I also ensure code quality through peer reviews. I conduct bi-weekly release reviews for internal stake holders. As a full stack developer, I have skills in DevOps, cloud computing, document conversion, workflow customization, third party integration, and SSO authentication. Some of my achievements include: - Creating a Yaml CI/CD process that utilized template files and parameter files - Building ARM template deploys for Azure Functions and Event Grids/Topics/Subscriptions - Developing and deploying a Terraform deployment process - Managing Azure and SonarCloud Quality settings - Optimizing deployment times to under 5 min - Refactoring DocuSign Flow for 40% cost savings for customers - Building a POC for the fully customizable workflows (CNBW) - Designing and developing an Azure Durable function for large document conversion like medical records that exceed two thousand pages (PDF/PNG) - Cloud cost savings refactors to remove redundant and high memory usage code - Building auto creation of Mapkeys based upon user configuration - Integrating with third party systems such as LexisNexis, Stripe, IRIX, Paramed.com, ExamOne, HannoverRe, Magnum, and others - Developing the frontend feature Customizable Sidebar to display relevant interview data - Setting up Component Space SAML Idp SSO for simulating customers setup and testing within Auth0 - Building and configuring SSO flows within Auth0 for multiple customers - Developing Custom Actions Show less In this position I am a team lead (15% of my day-to-day work) and a full stack developer. As a lead I would work with Lucid to design and architect new features. I also ensure code quality through peer reviews. I conduct bi-weekly release reviews for internal stake holders. As a full stack developer, I have skills in DevOps, cloud computing, document conversion, workflow customization, third party integration, and SSO authentication. Some of my achievements include: - Creating… Show more In this position I am a team lead (15% of my day-to-day work) and a full stack developer. As a lead I would work with Lucid to design and architect new features. I also ensure code quality through peer reviews. I conduct bi-weekly release reviews for internal stake holders. As a full stack developer, I have skills in DevOps, cloud computing, document conversion, workflow customization, third party integration, and SSO authentication. Some of my achievements include: - Creating a Yaml CI/CD process that utilized template files and parameter files - Building ARM template deploys for Azure Functions and Event Grids/Topics/Subscriptions - Developing and deploying a Terraform deployment process - Managing Azure and SonarCloud Quality settings - Optimizing deployment times to under 5 min - Refactoring DocuSign Flow for 40% cost savings for customers - Building a POC for the fully customizable workflows (CNBW) - Designing and developing an Azure Durable function for large document conversion like medical records that exceed two thousand pages (PDF/PNG) - Cloud cost savings refactors to remove redundant and high memory usage code - Building auto creation of Mapkeys based upon user configuration - Integrating with third party systems such as LexisNexis, Stripe, IRIX, Paramed.com, ExamOne, HannoverRe, Magnum, and others - Developing the frontend feature Customizable Sidebar to display relevant interview data - Setting up Component Space SAML Idp SSO for simulating customers setup and testing within Auth0 - Building and configuring SSO flows within Auth0 for multiple customers - Developing Custom Actions Show less

    • Ireland
    • Industrial Machinery Manufacturing
    • 700 & Above Employee
    • Senior Software Engineer
      • Jan 2019 - Jan 2020

      I worked on various thermostats involving Azure, IoT, and UI development. Some of the devices I worked on were: - GLAS Thermostat - Lux Kono/CS1 and Lux Geo/GeoX Some of the tasks I performed include: - Creating Azure endpoints for secure and fast data transfer from over 90,000 devices - Developing Azure 2.0 functions for managing devices, accounts, and locations - Using common NuGet packages for client and repository contracts endpoints - Implementing Azure… Show more I worked on various thermostats involving Azure, IoT, and UI development. Some of the devices I worked on were: - GLAS Thermostat - Lux Kono/CS1 and Lux Geo/GeoX Some of the tasks I performed include: - Creating Azure endpoints for secure and fast data transfer from over 90,000 devices - Developing Azure 2.0 functions for managing devices, accounts, and locations - Using common NuGet packages for client and repository contracts endpoints - Implementing Azure Event Grid and Event Hub triggers for different device groups - Handling different cloud flows for Kono/CS1 and Geo/GeoX devices due to hardware constraints - Configuring Azure API to use ADB2C for authentication - Providing device provisioning and re-provisioning services for IoT Hub - Setting up IoT to Azure Data Explorer pipeline for device twin data - Developing customer-oriented features for GLAS UI, a smart thermostat product with over 3,000 units - Migrating from HTTPS to MQTT protocol for IoT Hub communication - Customizing the product for Canada market regulations - Building a factory control unit version for commercial sales - Adding customizable settings such as BACnet, fan speeds, and validation screens - Fixing bugs and releasing 80 versions of GLAS UI for testing - Managing the conversion of Lux 2.0 Energy Hub to Microsoft Azure platform - Defining and prioritizing epics, features, backlog items, and tasks for the project - Coordinating with mobile, devops, cloud, and firmware engineers to avoid blockers - Acting as a scrum master for the team - Establishing the minimum requirements for alpha and prod release of Lux 2.0 - Creating project status reports and dashboards in Azure DevOps for business leaders - Documenting standup notes and linking them to Azure DevOps tasks and features Show less I worked on various thermostats involving Azure, IoT, and UI development. Some of the devices I worked on were: - GLAS Thermostat - Lux Kono/CS1 and Lux Geo/GeoX Some of the tasks I performed include: - Creating Azure endpoints for secure and fast data transfer from over 90,000 devices - Developing Azure 2.0 functions for managing devices, accounts, and locations - Using common NuGet packages for client and repository contracts endpoints - Implementing Azure… Show more I worked on various thermostats involving Azure, IoT, and UI development. Some of the devices I worked on were: - GLAS Thermostat - Lux Kono/CS1 and Lux Geo/GeoX Some of the tasks I performed include: - Creating Azure endpoints for secure and fast data transfer from over 90,000 devices - Developing Azure 2.0 functions for managing devices, accounts, and locations - Using common NuGet packages for client and repository contracts endpoints - Implementing Azure Event Grid and Event Hub triggers for different device groups - Handling different cloud flows for Kono/CS1 and Geo/GeoX devices due to hardware constraints - Configuring Azure API to use ADB2C for authentication - Providing device provisioning and re-provisioning services for IoT Hub - Setting up IoT to Azure Data Explorer pipeline for device twin data - Developing customer-oriented features for GLAS UI, a smart thermostat product with over 3,000 units - Migrating from HTTPS to MQTT protocol for IoT Hub communication - Customizing the product for Canada market regulations - Building a factory control unit version for commercial sales - Adding customizable settings such as BACnet, fan speeds, and validation screens - Fixing bugs and releasing 80 versions of GLAS UI for testing - Managing the conversion of Lux 2.0 Energy Hub to Microsoft Azure platform - Defining and prioritizing epics, features, backlog items, and tasks for the project - Coordinating with mobile, devops, cloud, and firmware engineers to avoid blockers - Acting as a scrum master for the team - Establishing the minimum requirements for alpha and prod release of Lux 2.0 - Creating project status reports and dashboards in Azure DevOps for business leaders - Documenting standup notes and linking them to Azure DevOps tasks and features Show less

    • United States
    • Transportation, Logistics, Supply Chain and Storage
    • 1 - 100 Employee
    • Software Engineer
      • Apr 2015 - Jan 2019

      As the lead software engineer, I was responsible for the following tasks: - I created and maintained an internal web page called ProShip Central Data Center, which served as a central repository of customer specifications and system requirements. It also provided cloud-based metrics on various project management tools, such as activity, billable time, billed projects, progress, components, and engineers. - I designed and implemented the System Evaluation Process (SEP), which was a… Show more As the lead software engineer, I was responsible for the following tasks: - I created and maintained an internal web page called ProShip Central Data Center, which served as a central repository of customer specifications and system requirements. It also provided cloud-based metrics on various project management tools, such as activity, billable time, billed projects, progress, components, and engineers. - I designed and implemented the System Evaluation Process (SEP), which was a $45,000 customer service addition that automated the server evaluation for stability and shipping consistency. It also generated real-time reports of problem shipments, tracking numbers, abnormal shifts in volume, server errors, transmission issues, and performance monitoring. - I improved the customer support model by streamlining the service priority and criticality identification, and automating the customer escalation process across the organization. - I also reviewed the department's progress and established metrics for performance evaluations. - I developed and documented the DPP and Direct Logistics carrier engines for on-premises API. - I restructured and integrated the procedures and processes to increase engineering efficiency and consistency. - I developed custom logic for shipping systems to eliminate manual steps. - I updated and automated the integrated system code for vendors. - I optimized the database transactions through indexes, cleanses, and code optimizations. - I created automatic archiving and purging routines. - I rebuilt web-based shipping processes. - I optimized the Advanced Rate Shopping software feature. - I developed system performance monitoring tools and enhanced system diagnostic ability. Show less As the lead software engineer, I was responsible for the following tasks: - I created and maintained an internal web page called ProShip Central Data Center, which served as a central repository of customer specifications and system requirements. It also provided cloud-based metrics on various project management tools, such as activity, billable time, billed projects, progress, components, and engineers. - I designed and implemented the System Evaluation Process (SEP), which was a… Show more As the lead software engineer, I was responsible for the following tasks: - I created and maintained an internal web page called ProShip Central Data Center, which served as a central repository of customer specifications and system requirements. It also provided cloud-based metrics on various project management tools, such as activity, billable time, billed projects, progress, components, and engineers. - I designed and implemented the System Evaluation Process (SEP), which was a $45,000 customer service addition that automated the server evaluation for stability and shipping consistency. It also generated real-time reports of problem shipments, tracking numbers, abnormal shifts in volume, server errors, transmission issues, and performance monitoring. - I improved the customer support model by streamlining the service priority and criticality identification, and automating the customer escalation process across the organization. - I also reviewed the department's progress and established metrics for performance evaluations. - I developed and documented the DPP and Direct Logistics carrier engines for on-premises API. - I restructured and integrated the procedures and processes to increase engineering efficiency and consistency. - I developed custom logic for shipping systems to eliminate manual steps. - I updated and automated the integrated system code for vendors. - I optimized the database transactions through indexes, cleanses, and code optimizations. - I created automatic archiving and purging routines. - I rebuilt web-based shipping processes. - I optimized the Advanced Rate Shopping software feature. - I developed system performance monitoring tools and enhanced system diagnostic ability. Show less

    • United States
    • Aviation and Aerospace Component Manufacturing
    • 1 - 100 Employee
    • Software Engineer
      • Oct 2013 - Apr 2015

      As a software engineer, I worked on the Harpoon Block II+ and SLAM-ER missile programs, ensuring compliance with USN and corporate standards. I was responsible for maintaining and updating several applications, such as SimLoader, Peer Review Package and Harpoon GUI, which facilitated the development and testing process. I also created tools to detect and resolve issues such as stack problems, Link 16 Errors, run identifier and checksum errors. I added additional automated verification of flight… Show more As a software engineer, I worked on the Harpoon Block II+ and SLAM-ER missile programs, ensuring compliance with USN and corporate standards. I was responsible for maintaining and updating several applications, such as SimLoader, Peer Review Package and Harpoon GUI, which facilitated the development and testing process. I also created tools to detect and resolve issues such as stack problems, Link 16 Errors, run identifier and checksum errors. I added additional automated verification of flight simulation cases using Common Test Language scripts and updated Trajectory Visualizer that displayed real time missile data on a world map with landmass and obstruction data points. I also verified the hardware data output for different countries and USN requirements. I had to maintain Secret Security Clearance while having this position. Show less As a software engineer, I worked on the Harpoon Block II+ and SLAM-ER missile programs, ensuring compliance with USN and corporate standards. I was responsible for maintaining and updating several applications, such as SimLoader, Peer Review Package and Harpoon GUI, which facilitated the development and testing process. I also created tools to detect and resolve issues such as stack problems, Link 16 Errors, run identifier and checksum errors. I added additional automated verification of flight… Show more As a software engineer, I worked on the Harpoon Block II+ and SLAM-ER missile programs, ensuring compliance with USN and corporate standards. I was responsible for maintaining and updating several applications, such as SimLoader, Peer Review Package and Harpoon GUI, which facilitated the development and testing process. I also created tools to detect and resolve issues such as stack problems, Link 16 Errors, run identifier and checksum errors. I added additional automated verification of flight simulation cases using Common Test Language scripts and updated Trajectory Visualizer that displayed real time missile data on a world map with landmass and obstruction data points. I also verified the hardware data output for different countries and USN requirements. I had to maintain Secret Security Clearance while having this position. Show less

    • United States
    • Automation Machinery Manufacturing
    • 700 & Above Employee
    • College Engineering Intern
      • Aug 2011 - Oct 2013

      As a College Engineering Intern, I was responsible for the following tasks: - Maintaining and updating four internal web servers, six Access databases and thirteen batch jobs that supported the engineering department - Creating over eighteen web pages that allowed engineers to order parts, track their progress and view metrics - Developing a task tracking database that helped managers assign and monitor tasks for their teams - Automating an archiving process that handled over 85,000… Show more As a College Engineering Intern, I was responsible for the following tasks: - Maintaining and updating four internal web servers, six Access databases and thirteen batch jobs that supported the engineering department - Creating over eighteen web pages that allowed engineers to order parts, track their progress and view metrics - Developing a task tracking database that helped managers assign and monitor tasks for their teams - Automating an archiving process that handled over 85,000 requests from various sources and saved disk space and time - Establishing a login system for a corporate internal webpage that ensured security and privacy - Automating an error checking system that reduced the workload of the Part Library Administrator and improved the quality of the part library Show less As a College Engineering Intern, I was responsible for the following tasks: - Maintaining and updating four internal web servers, six Access databases and thirteen batch jobs that supported the engineering department - Creating over eighteen web pages that allowed engineers to order parts, track their progress and view metrics - Developing a task tracking database that helped managers assign and monitor tasks for their teams - Automating an archiving process that handled over 85,000… Show more As a College Engineering Intern, I was responsible for the following tasks: - Maintaining and updating four internal web servers, six Access databases and thirteen batch jobs that supported the engineering department - Creating over eighteen web pages that allowed engineers to order parts, track their progress and view metrics - Developing a task tracking database that helped managers assign and monitor tasks for their teams - Automating an archiving process that handled over 85,000 requests from various sources and saved disk space and time - Establishing a login system for a corporate internal webpage that ensured security and privacy - Automating an error checking system that reduced the workload of the Part Library Administrator and improved the quality of the part library Show less

    • Laborer
      • Jun 2010 - Aug 2010

Education

  • Milwaukee School of Engineering
    Bachelor of Science (BS), Electrical, Electronics and Communications Engineering
    2009 - 2013

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