Leidos

Full-stack Engineer

• Design and architect scalable, resilient, and secure cloud solutions across Google Cloud infrastructure and others
• Develop cloud strategy and roadmaps aligned with organization objectives and technical requirements
• Evaluate emerging cloud technologies and assess their potential impact on organizational goals
• Drive adoption of DevOps practices, infrastructure as code, and automation frameworks
• Optimize application performance and reliability in cloud environments
• Design secure cloud architectures implementing zero-trust principles and defense-in-depth strategies
• Ensure compliance with industry standards (SOC 2, HIPAA, PCI-DSS, etc.) and regulatory requirements
• Implement / integrate with identity and access management solutions and security monitoring frameworks
• Facilitate customer onboarding and implement a consistent pathway to cloud adoption
• Manage and optimize Google cloud environments, networking, VPNs, IaaS, PaaS, and SQL systems
• Implement and maintain tools and services such as Jenkins, Terraform, Ansible, Kubernetes, Jira, Confluence, Artifactory, and Guacamole to support DevSecOps practices
• Support the design and development of Shared Services
• Prepare detailed technical documentation to support development and operational processes
• Conduct security assessments and remediate vulnerabilities in cloud environments
• Collaborate with cross-functional teams including development, operations, security, and product management
• Create reference architectures, design patterns, and technical standards for cloud implementations

Cloud Platform Architecture and Engineering Lead

Cloud Engineer

• designing scalable cloud-native solutions
• leading development efforts
• ensuring best practices across architecture, development, deployment, and security
• architect, code, debug, and mentor
• develop cloud strategy and roadmaps aligned with organization objectives and technical requirements
• evaluate emerging cloud technologies
• drive adoption of DevOps practices, infrastructure as code, and automation frameworks
• optimize application performance and reliability in cloud environments
• design secure cloud architectures implementing zero-trust principles and defense-in-depth strategies
• ensure compliance with industry standards and regulatory requirements
• implement / integrate with identity and access management solutions and security monitoring frameworks
• facilitate customer onboarding and implement a consistent pathway to cloud adoption
• manage and optimize Oracle cloud environments, networking, VPNs, IaaS, PaaS, and SQL systems
• implement and maintain tools and services such as Jenkins, Terraform, Ansible, Kubernetes, Jira, Confluence, Artifactory, and Guacamole to support DevSecOps practices
• containerize applications to enhance scalability and deployment efficiency
• support the design and development of Shared Services
• configure and troubleshoot cloud, virtual, and physical hardware and software systems
• establish and maintain SQL and NoSQL databases
• prepare detailed technical documentation
• conduct security assessments and remediate vulnerabilities in cloud environments
• collaborate with cross-functional teams including development, operations, security, and product management
• create reference architectures, design patterns, and technical standards for cloud implementations.
• partner with business stakeholders to understand requirements and translate them into technical solutions
• present architectural designs and recommendations to executive leadership
• mentor, guide and supervise development teams of up to 5 engineers and technical specialists on cloud-native application design and deployment
• lead architectural reviews and provide guidance on complex technical decisions

Lead, Oracle Cloud Infrastructure Architecture and Engineering

• responsible for designing scalable cloud-native solutions
• leading development efforts
• ensuring best practices across architecture, development, deployment, and security
• architect, code, debug, and mentor
• develop cloud strategy and roadmaps aligned with organization objectives and technical requirements
• evaluate emerging cloud technologies and assess their potential impact on organizational goals
• drive adoption of DevOps practices, infrastructure as code, and automation frameworks
• optimize application performance and reliability in cloud environments
• design secure cloud architectures implementing zero-trust principles and defense-in-depth strategies
• ensure compliance with industry standards (SOC 2, HIPAA, PCI-DSS, etc.) and regulatory requirements
• implement / integrate with identity and access management solutions and security monitoring frameworks
• facilitate customer onboarding and implement a consistent pathway to cloud adoption
• manage and optimize Microsoft Azure, networking, VPNs, IaaS, PaaS, and SQL systems
• implement and maintain tools and services such as Jenkins, Terraform, Ansible, Kubernetes, Jira, Confluence, Artifactory, and Guacamole to support DevSecOps practices
• containerize applications to enhance scalability and deployment efficiency
• support the design and development of Shared Services
• configure and troubleshoot cloud, virtual, and physical hardware and software systems
• establish and maintain SQL and NoSQL databases, ensuring their performance and reliability
• prepare detailed technical documentation to support development and operational processes
• conduct security assessments and remediate vulnerabilities in cloud environments
• collaborate with cross-functional teams including development, operations, security, and product management
• create reference architectures, design patterns, and technical standards for cloud implementations.

Azure Architecture and Engineering Manager

Engineering Manager

• designing scalable cloud-native solutions
• leading development efforts
• ensuring best practices across architecture, development, deployment, and security
• architect, code, debug, and mentor
• develop cloud strategy and roadmaps aligned with organization objectives and technical requirements
• evaluate emerging cloud technologies and assess their potential impact on organizational goals
• drive adoption of DevOps practices, infrastructure as code, and automation frameworks
• optimize application performance and reliability in cloud environments
• design secure cloud architectures implementing zero-trust principles and defense-in-depth strategies
• ensure compliance with industry standards (SOC 2, HIPAA, PCI-DSS, etc.) and regulatory requirements
• facilitate customer onboarding and implement a consistent pathway to cloud adoption
• manage and optimize AWS, networking, VPNs, IaaS, PaaS, and SQL systems
• implement and maintain tools and services such as Jenkins, Terraform, Ansible, Kubernetes, Jira, Confluence, Artifactory, and Guacamole to support DevSecOps practices
• containerize applications to enhance scalability and deployment efficiency
• prepare detailed technical documentation to support development and operational processes
• conduct security assessments and remediate vulnerabilities in cloud environments
• create reference architectures, design patterns, and technical standards for cloud implementations.

AWS Architecture and Engineering Manager

Project Manager

• Manage utility programs and projects, ensuring all phases of approved project assignments are completed efficiently and within scope, schedule and budget.
• Interface with utility management personnel groups including planning, asset management, engineering, construction.
• Take ownership of project performance, including cost, schedule, and scope management.
• Ensure project costs, schedule and scope are managed, including the development of recovery plans, to stay within stakeholder approve project parameters.
• Interface with clients and internal stakeholders to address issues, report progress, and mitigate risks across the projects.
• Manage monthly client invoicing, accruals, and accounts receivable processes.
• Assist client procurement and estimating departments with the preparation of bid documents, development of requests for proposal responses and cost estimates.
• Ensure compliance with contract requirements and quality control standards.
• Maintain regular communication with stakeholders, including clients, project teams, subcontractors, and support personnel.
• Identify project risks and mitigation strategies.
• Some occasional travel to project sites and/or client offices based on project needs may be required.

Battery Replacement Project Manager

DevOps Engineer

• Provide continuous development and continuous integration to include site reliability engineering and integration
• Automate routine tasks and software updates
• Develop Ansible playbook design, role development, and testing
• Participate in the development of the release management process, procedures, and policies
• Develop, document, and maintain work instruction materials for related Automation and Orchestration processes

Site Reliability Engineering, Automation and Orchestration Engineer

Engineer

• Lead cross functional teams development and implementation of scalable cloud-native solutions
• Ensure best practices across architecture, development, deployment, and security
• Responsible for the overall integrity, quality, and completeness of technical work performed and associated deliverables
• Apply systems engineering principles throughout the systems lifecycle phases
• Interact with the Government regarding Engineering technical considerations and for associated problems, issues, or conflicts
• Mentor, guide and supervise teams for related activities
• Prepare detailed technical documentation to support development and operational processes

Chief Engineer

Supply Chain

• Assist with the supplier cyber risk assessment process, including evaluating risk levels, recommending risk mitigations, and tracking supplier risk remediation plans.
• Prepare comprehensive supplier risk assessment reports and work instructions.
• Contribute to supplier risk management processes and communicate risk-related information to stakeholders effectively.
• Collaborate with cross-functional teams in assessing and communicating risks.

Cyber Risk Intern – Supply Chain Risk Management

QA Automation Engineer

• Utilize familiarity with microgrids' control systems and automation technologies
• Apply understanding of microgrid concepts and energy management
• Participate in Functional Acceptance Testing (FAT) and Site Acceptance Test (SAT)
• Perform Hardware in the Loop (HIL) testing
• Demonstrate knowledge of various renewable energy technologies such as solar, wind, and batteries
• Establish project schedules and budgets
• Travel to project sites to collect information on existing conditions

Senior Microgrid Control and Automation Engineer

Infrastructure Engineer

• Perform cloud operations and engineering tasks to enhance, sustain, and maintain scalable, resilient, and secure cloud solutions for AWS cloud environment.
• Perform AWS cloud operations, sustainment, and maintenance activities to maintain optimum cloud.
• Adopt and utilize Dev Sec Ops practices, infrastructure as code, and automation frameworks.
• Through development and sustainment activities, optimize application performance and reliability in cloud environments.
• Design, implement and sustain secure cloud architectures and networks implementing zero-trust principles and defense-in-depth strategies.
• Maintain compliance with industry standards (SOC 2, HIPAA, PCI-DSS, etc.) and regulatory requirements.
• Architect, implement and maintain cloud networking security controls including STIG requirements.
• Implement identity and access management solutions and security monitoring frameworks.
• Support development of migration methodologies and ensure minimal organizational disruption during transitions.
• Utilize CI/CD workflows and infrastructure-as-code development using Jenkins, Terraform, Ansible, Kubernetes, Jira, Confluence, Artifactory, and Guacamole to support DevSecOps practices.
• Containerize applications to enhance scalability and deployment efficiency.
• Support the design and development of Shared Services.
• Configure and troubleshoot cloud, virtual, and physical hardware and software systems.
• Establish and maintain SQL and NoSQL databases, ensuring their performance and reliability.
• Support preparation of detailed technical documentation of development and operational processes.
• Work in cross-functional teams including development, operations, security, and product management.

AWS Cloud Infrastructure Engineer, Ops Support

Program Manager

• Support a large electric utility client in the Pacific Northwestern US
• Drive creative Project Management Solutions for utility clients
• Oversee planning, execution, and delivery of the project portfolio
• Lead program support for EPC Battery Replacement programs at substations and radio stations
• Ensure alignment with customer goals, safety standards, regulatory compliance, budgetary constraints, and schedule milestones
• Establish program-wide systems for risk management, safety, and quality
• Ensure clear and timely reporting to the Leidos client

Battery Replacement Program Manager

Designer

• Working with the Maritime Design Authority, own all engineering decisions for the platform, ensuring technical coherence across the engineering disciplines;
• Provide technical input to project governance boards, design reviews (including PDR, CDR, PRR and TRR reviews), and MoD assurance activities;
• Coordinate engineering planning, scheduling, and risk management to support programme milestones.
• Oversee integration of mechanical, electrical, structural, combat systems and platform systems into an assured, compliant design.
• Support outfit, systems integration, harbour and sea trials, acceptance activities, operational trial and transition into service.
• Ensure system designs are appropriately documented, overseeing troubleshooting steps to maintain clear and accurate records;
• Ensure engineering activities align with relevant Mil-Stan, Def-Stan, IACS Codes, MCA and other relevant UK maritime regulations;
• Oversee engineering change process including engineering configuration control and technical baselines throughout the project lifecycle;
• Serve as a technical interface with the MoD, suppliers, and internal leadership;
• Foster a high performance culture focused on accountability, support and empowerment.
• Champion Leidos values of integrity, innovation, inclusion, agility, collaboration and commitment;
• Collaborate closely with production, procurement, quality and project management teams;
• Ensure adherence to the Leidos safety, environmental and quality standards during technical operations of the programme;
• Establish and maintain the platform’s Safety Case, ensuring compliance with UK Defence Safety Authority (DSA) regulations.
• Oversee hazard identification, risk assessments, and safety‑critical decision‑making.

Chief Engineer – Deputy Design Authority

Systems Engineer

• Act as Technical Lead for systems engineering activities within assigned workstreams or projects.
• Provide authoritative technical direction across on-premise and cloud-hosted systems, ensuring coherence across infrastructure, networks, applications and services.
• Lead technical decision-making, trade-offs, and design assurance in line with programme and customer requirements.
• Apply Systems Engineering principles across the full engineering lifecycle (V-Model), including requirements, design, integration, verification and transition to service.
• Own and assure key engineering artefacts, including impact assessments, high-level and low-level designs, and technical change documentation.
• Ensure designs are aligned with programme architecture, security constraints, and operational needs.
• Lead the technical impact assessment of Requests for Change (RFCs) and new requirements.
• Clearly define technical scope, dependencies, risks and estimates for change delivery.
• Support Project Managers with technically robust inputs to planning, costing and scheduling.
• Work directly with customer technical stakeholders to elicit, clarify and refine requirements.
• Act as a trusted technical authority, able to explain complex technical topics clearly to both technical and non-technical audiences.
• Collaborate effectively across Leidos engineering disciplines and third-party suppliers.
• Ensure compliance with Leidos engineering standards, programme governance, and security policies.
• Identify technical risks early and define mitigation strategies.
• Provide technical mentoring and coaching to junior and mid-level engineers.

Technical Lead, Systems Engineering

• Design, develop, test, and maintain software for real-time, high-availability systems
• Use AI-assisted development tools to accelerate coding, refactoring, debugging, and test creation
• Apply AI responsibly across the full SDLC, including requirements analysis, design support, implementation, testing, documentation, and code review
• Participate in Agile ceremonies including daily stand-ups, sprint planning, and release reviews
• Engineer and maintain automation scripts deployed across development, test, and production environments

Software Engineer 3 – AI-Enabled Development

• Design, develop, test, and maintain software for real-time, high-availability systems.
• Use AI-assisted development tools to accelerate coding, refactoring, debugging, and test creation.
• Apply AI responsibly across the full SDLC, including requirements analysis, design support, implementation, testing, documentation, and code review.
• Participate in Agile ceremonies including daily stand-ups, sprint planning, and release reviews.
• Analyze complex system requirements and translate them into efficient, maintainable software designs.
• Engineer and maintain automation scripts deployed across development, test, and production environments.
• Promote code reuse, software quality, and cross-team collaboration.