Led Password Access Token Rotations for customer Kubernetes application instances and completed Role Based Access Controls for newly on-boarded customers.Implemented security best practices and procedures for a DevSecOps platform, resulting in a 70% reduction in security incidents by administering Flaw Remediation and debugging Azure deployed Linux and Windows machines.Orchestrated Docker containerization using Kubernetes with ArgoCD, Jenkins, Gitlab and security best practices to maintain application versions to be current.Utilized DevSecOps platform to resolve complex tickets, leveraging the Atlassian Suite of tools for streamlined issue resolution.Guided users on how to create a GitLab repository to update code for application management in a Kubernetes cluster environment.Key Achievement: Pioneered script automations such as client-side new user onboarding AVD configurations, improve security and compliance lifecycle. Worked with industry Cyber Security SME partners to solve infrastructure access issues and future maintainability.

Devised and managed a maintenance auxiliary equipment plan for the C37A/Bplatform regarding cybersecurity hardening of systems and recommended DoDSTIG requirements and utilizing Risk Management Frameworks to score threats.Initiated and led on-going discussions for Performance Work Statement languagebetween the CROWS toolsets and the other DoD branches for system modeling/requirement analysis for air gapped information systems.Obtained knowledge of the system level mappings for C-40 LRUs and createdrequirements to determine scenarios and attack vectors to simulate in a CyberLab setting to thwart advanced adversarial threats.Organized decentralized technical information with the E-4B platform SMEs oncollaborative efforts to collect drawing data and modeled using Visio to get acomprehensive logical and physical data diagram for all related components andarea designators on the aircraft.Facilitated on obtaining the necessary data for systems such as Streaming VideoSystem, Display Management System and Local Area Connection for NIPR/SIPRfor further analysis in a comprehensive system.

Streamlined Interface Test Adapter development during the implementation and integration and fault insertion phase of the project along with embedded system design of hardware/ software on the ADTS platform.Developed test plans, procedures, and quality control practices for embedded software by utilizing git source control as well as techniques used to find patterns in software design to further ensure tight tolerances were meeting the project requirements.Regression tested platform bug fixes to technical and non-technical teams with regards to security risk and impact assessments for sensitive product changes.Reinforced workload through close navigation of Atlas/C++/C#- to generate test cases to validate the instrument drivers and WCEM functionality.

♣ Attained a paid opportunity to collaborate with lead professor to design 3 quadcopter drones by assisting with suitable GPS mounting and assembling hardware with input to interdisciplinary research.♣ Calibrate gyros on quadcopter using GUI and available data to manipulate electromagnetic interference for sensors to respond appropriately and ensure stable flight.♣ Display strong attention to details by performing debugging and test automation to achieve optimization.♣ Mentor and supervise 2 undergraduate students in various assignments for greater continuity in this project development.

♣ Successfully operated systems testing for truck and trailer division to assist computer engineers in discovering bugs in software and test developmental software by creating parsing scripts in C to aid in result analysis and verify errors in the system testing to determine and display diagnostic for engineering and non-engineering audiences in purpose of market display.♣ Performed board testing and software verification for the container division to ensure software was effectively flashed and verified and would pass functional testing through the company standards.♣ Participated in code review and provided input on the functional specification based on testing and validation using simulation software.

♣ Gained knowledge of refrigeration concepts and experimented in the technical field to resolve problems in a refrigeration system, serving as a dedicated team player.♣ Acquired and familiarized a multitude of testing methods and equipment, which includes humidity recorders, voltmeters and airflow meters.♣ Obtained various expertise through interpreting and analyzing schematics, blueprints and evaluated them in order to aid in concluding a solution to a fault in a system.