Engineering Lead Visa Sponsorship Jobs in Vermont
Engineering lead visa sponsorship jobs in Vermont are concentrated among technology-driven employers in Burlington and South Burlington, including firms like GlobalFoundries, which runs one of the largest semiconductor fabs in the country. Vermont's growing tech corridor and university ties to UVM create steady demand for experienced engineering leads who need H-1B visa or green card sponsorship.
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Get Access To All JobsINTRODUCTION
We’re building a world of health around every individual — shaping a more connected, convenient and compassionate health experience. At CVS Health®, you’ll be surrounded by passionate colleagues who care deeply, innovate with purpose, hold ourselves accountable and prioritize safety and quality in everything we do. Join us and be part of something bigger – helping to simplify health care one person, one family and one community at a time.
Position Summary
The Lead Director - Cloud and Platform Engineering is responsible for shaping and executing the multi-cloud platform engineering strategy for Health100 and PCW across Google Cloud Platform (GCP), Amazon Web Services (AWS), and Microsoft Azure. Drawing on a foundation of hands-on engineering experience, this leader sets the technical direction and multi-year roadmap for cloud platforms while building the organization, engineering practices, and operating model required to deliver at enterprise scale.
The role provides leadership across cloud architecture, platform engineering, automation, and production readiness, ensuring strategy translates into engineered capabilities that are scalable, resilient, secure, observable, and cost effective. This leader will navigate complex technical and business trade-offs, set engineering priorities, and drive modernization while maintaining accountability for execution and measurable outcomes.
Success requires strong partnerships across Platform Engineering, DevOps/Operations, Production SRE, Network, Cybersecurity, Identity, Data, Enterprise Architecture, and Application Engineering. The leader will develop technical talent, establish clear ownership and engineering standards, and influence senior technology leaders on cloud strategy, architecture, investment, and modernization priorities.
ROLE RESPONSIBILITIES
Strategy, Roadmaps & Portfolio Delivery
- Own the multi-cloud platform engineering strategy and roadmap for Health100 and PCW across GCP, AWS, and Azure.
- Translate business priorities, application demand, resiliency requirements, and enterprise standards into sequenced engineering initiatives, balancing near-term delivery with platform modernization, technical debt reduction, and capability development.
- Establish measurable outcomes and provide executive-level visibility into roadmap progress, platform adoption, reliability, delivery predictability, automation, cost efficiency, risks, trade-offs, and investment requirements.
Cloud Architecture, Engineering & Implementation
- Lead the architecture, engineering, implementation, and lifecycle management of enterprise cloud platforms across GCP, AWS, and Azure.
- Drive engineering of cloud foundations, networking, identity, security, Kubernetes, data services, shared services, and observability, using reusable reference architectures and engineering patterns to accelerate application onboarding.
- Ensure architecture incorporates availability, multi-region resiliency, disaster recovery, scalability, performance, maintainability, security, and cost requirements from the outset.
- Lead technical design and engineering reviews through production readiness, determining where cloud-native services or enterprise technologies such as Palo Alto Networks, F5, and Infoblox best meet business and technical requirements.
Engineering Execution & Delivery Management
- Convert architecture and roadmap priorities into executable delivery plans and drive delivery across internal engineering teams, cloud providers, and strategic partners, actively managing dependencies, blockers, and technical risk.
- Ensure engineering produces deployable infrastructure, tested automation, documentation, support models, and measurable service outcomes, not architecture artifacts alone.
- Establish repeatable release and environment-promotion practices and use delivery metrics to identify schedule, capacity, and quality risks requiring corrective action.
Infrastructure as Code, Automation & Platform Enablement
- Establish an automation-first engineering model using Terraform, Infrastructure as Code, policy as code, CI/CD, reusable modules, and automated validation.
- Develop self-service platform capabilities and reusable engineering patterns that reduce manual provisioning, improve consistency, and accelerate application delivery.
- Partner with DevOps/Operations to establish deployment workflows, configuration standards, change controls, environment promotion, and effective operational handoffs.
Production SRE Partnership & Service Reliability
- Partner with Production SRE throughout architecture and engineering, not only after deployment, to ensure platform services are designed for reliable production operation.
- Establish production-readiness standards encompassing SLOs and SLIs, observability, capacity and performance, recovery, disaster recovery, runbooks, ownership, escalation, and support requirements.
- Use incidents, reliability trends, and operational feedback to drive permanent corrective actions and roadmap improvements.
Cross-Functional Technical Leadership
- Partner across Network Engineering, Cybersecurity, Identity, Enterprise Architecture, Application Engineering, Data, DevOps/Operations, Production SRE, cloud providers, and strategic partners to deliver integrated platform capabilities.
- Advise senior leaders on cloud architecture, engineering priorities, modernization, delivery sequencing, and technology investments, leading decisions where cloud-provider capabilities, enterprise controls, and application requirements create competing priorities.
- Serve as an escalation point for complex engineering and delivery issues spanning platforms, providers, or organizational boundaries.
Governance, Security & Financial Management
- Embed security, compliance, identity, network segmentation, data protection, and policy requirements into reusable engineering patterns and governance that enables delivery without bypassing enterprise controls.
- Partner with FinOps and business stakeholders on cloud consumption forecasting, cost transparency, unit economics, optimization, and capacity planning.
- Maintain lifecycle strategies addressing platform upgrades, deprecation, technical debt, and vendor dependencies.
Leadership & Capability Development
- Build and lead a cloud platform engineering organization focused on architecture quality, engineering rigor, clear accountability, and dependable delivery while developing technical leaders across cloud platforms and shared capabilities.
- Establish engineering standards, design patterns, playbooks, documentation, and review mechanisms that improve consistency and accountability.
- Develop workforce, sourcing, and strategic partner approaches aligned with the Health100 and PCW roadmaps.
BASIC QUALIFICATIONS
- 10+ years of experience in cloud infrastructure, platform engineering, infrastructure engineering, DevOps, SRE or related disciplines.
- 5+ years of technology leadership, engineering management, architecture leadership or equivalent large-scale technical leadership.
- 7+ years of deep engineering experience in at least one major public cloud platform, with working knowledge across GCP, AWS and Azure.
- 7+ years of experience with cloud foundations and landing zones, including networking, DNS, identity, security, Kubernetes, compute, storage, databases, shared services and observability.
- 5+ years of experience with Terraform, Infrastructure as Code, CI/CD automation and reusable engineering patterns.
- 5+ years of experience partnering with dedicated DevOps/Operations and Production SRE teams to transition engineered services into reliable production operation.
- 5+ years of experience defining or applying SLOs, SLIs, production-readiness criteria, observability, capacity management, disaster recovery and operational support models.
PREFERRED QUALIFICATIONS
- Experience leading multi-cloud platform engineering or transformation programs across GCP, AWS and Azure.
- Proven ability to lead complex, cross-functional delivery involving internal teams, cloud providers and strategic partners.
- Demonstrated experience defining strategy and roadmaps and delivering enterprise cloud capabilities against them.
- Experience supporting healthcare, regulated or other business-critical enterprise environments.
- Experience establishing internal developer platforms, paved-road services or self-service infrastructure capabilities.
- Advanced experience with Terraform, Kubernetes and service mesh technologies.
- Experience integrating cloud platforms with enterprise networks, data centers, security platforms and shared services.
- Experience supporting AI/ML, GPU, data-intensive or high-performance workloads.
- Experience with FinOps, cloud consumption forecasting and cost optimization.
- Relevant certifications such as Google Cloud Professional Cloud Architect, AWS Certified Solutions Architect – Professional, Microsoft Certified: Azure Solutions Architect Expert, Certified Kubernetes Administrator or HashiCorp Terraform Associate/Professional.
Education
- Bachelor’s degree from an accredited college or university, or equivalent combination of education and relevant work experience (High School Diploma/GED plus 4 years of related experience)
PAY RANGE
The typical pay range for this role is:
$144,200.00 - $288,400.00
This pay range represents the base hourly rate or base annual full-time salary for all positions in the job grade within which this position falls. The actual base salary offer will depend on a variety of factors including experience, education, geography and other relevant factors. This position is eligible for a CVS Health bonus, commission or short-term incentive program in addition to the base pay range listed above. This position also includes an award target in the company’s equity award program.
Our people fuel our future. Our teams reflect the customers, patients, members and communities we serve and we are committed to fostering a workplace where every colleague feels valued and that they belong.
GREAT BENEFITS FOR GREAT PEOPLE
We take pride in offering a comprehensive and competitive mix of pay and benefits that reflects our commitment to our colleagues and their families.
This full-time position is eligible for a comprehensive benefits package designed to support the physical, emotional, and financial well-being of colleagues and their families. The benefits for this position include medical, dental, and vision coverage, paid time off, retirement savings options, wellness programs, and other resources, based on eligibility.
Additional details about available benefits are provided during the application process and on Benefits Moments.
We anticipate the application window for this opening will close on: 11/18/2026
Qualified applicants with arrest or conviction records will be considered for employment in accordance with all federal, state and local laws.
INTRODUCTION
We’re building a world of health around every individual — shaping a more connected, convenient and compassionate health experience. At CVS Health®, you’ll be surrounded by passionate colleagues who care deeply, innovate with purpose, hold ourselves accountable and prioritize safety and quality in everything we do. Join us and be part of something bigger – helping to simplify health care one person, one family and one community at a time.
Position Summary
The Lead Director - Cloud and Platform Engineering is responsible for shaping and executing the multi-cloud platform engineering strategy for Health100 and PCW across Google Cloud Platform (GCP), Amazon Web Services (AWS), and Microsoft Azure. Drawing on a foundation of hands-on engineering experience, this leader sets the technical direction and multi-year roadmap for cloud platforms while building the organization, engineering practices, and operating model required to deliver at enterprise scale.
The role provides leadership across cloud architecture, platform engineering, automation, and production readiness, ensuring strategy translates into engineered capabilities that are scalable, resilient, secure, observable, and cost effective. This leader will navigate complex technical and business trade-offs, set engineering priorities, and drive modernization while maintaining accountability for execution and measurable outcomes.
Success requires strong partnerships across Platform Engineering, DevOps/Operations, Production SRE, Network, Cybersecurity, Identity, Data, Enterprise Architecture, and Application Engineering. The leader will develop technical talent, establish clear ownership and engineering standards, and influence senior technology leaders on cloud strategy, architecture, investment, and modernization priorities.
ROLE RESPONSIBILITIES
Strategy, Roadmaps & Portfolio Delivery
- Own the multi-cloud platform engineering strategy and roadmap for Health100 and PCW across GCP, AWS, and Azure.
- Translate business priorities, application demand, resiliency requirements, and enterprise standards into sequenced engineering initiatives, balancing near-term delivery with platform modernization, technical debt reduction, and capability development.
- Establish measurable outcomes and provide executive-level visibility into roadmap progress, platform adoption, reliability, delivery predictability, automation, cost efficiency, risks, trade-offs, and investment requirements.
Cloud Architecture, Engineering & Implementation
- Lead the architecture, engineering, implementation, and lifecycle management of enterprise cloud platforms across GCP, AWS, and Azure.
- Drive engineering of cloud foundations, networking, identity, security, Kubernetes, data services, shared services, and observability, using reusable reference architectures and engineering patterns to accelerate application onboarding.
- Ensure architecture incorporates availability, multi-region resiliency, disaster recovery, scalability, performance, maintainability, security, and cost requirements from the outset.
- Lead technical design and engineering reviews through production readiness, determining where cloud-native services or enterprise technologies such as Palo Alto Networks, F5, and Infoblox best meet business and technical requirements.
Engineering Execution & Delivery Management
- Convert architecture and roadmap priorities into executable delivery plans and drive delivery across internal engineering teams, cloud providers, and strategic partners, actively managing dependencies, blockers, and technical risk.
- Ensure engineering produces deployable infrastructure, tested automation, documentation, support models, and measurable service outcomes, not architecture artifacts alone.
- Establish repeatable release and environment-promotion practices and use delivery metrics to identify schedule, capacity, and quality risks requiring corrective action.
Infrastructure as Code, Automation & Platform Enablement
- Establish an automation-first engineering model using Terraform, Infrastructure as Code, policy as code, CI/CD, reusable modules, and automated validation.
- Develop self-service platform capabilities and reusable engineering patterns that reduce manual provisioning, improve consistency, and accelerate application delivery.
- Partner with DevOps/Operations to establish deployment workflows, configuration standards, change controls, environment promotion, and effective operational handoffs.
Production SRE Partnership & Service Reliability
- Partner with Production SRE throughout architecture and engineering, not only after deployment, to ensure platform services are designed for reliable production operation.
- Establish production-readiness standards encompassing SLOs and SLIs, observability, capacity and performance, recovery, disaster recovery, runbooks, ownership, escalation, and support requirements.
- Use incidents, reliability trends, and operational feedback to drive permanent corrective actions and roadmap improvements.
Cross-Functional Technical Leadership
- Partner across Network Engineering, Cybersecurity, Identity, Enterprise Architecture, Application Engineering, Data, DevOps/Operations, Production SRE, cloud providers, and strategic partners to deliver integrated platform capabilities.
- Advise senior leaders on cloud architecture, engineering priorities, modernization, delivery sequencing, and technology investments, leading decisions where cloud-provider capabilities, enterprise controls, and application requirements create competing priorities.
- Serve as an escalation point for complex engineering and delivery issues spanning platforms, providers, or organizational boundaries.
Governance, Security & Financial Management
- Embed security, compliance, identity, network segmentation, data protection, and policy requirements into reusable engineering patterns and governance that enables delivery without bypassing enterprise controls.
- Partner with FinOps and business stakeholders on cloud consumption forecasting, cost transparency, unit economics, optimization, and capacity planning.
- Maintain lifecycle strategies addressing platform upgrades, deprecation, technical debt, and vendor dependencies.
Leadership & Capability Development
- Build and lead a cloud platform engineering organization focused on architecture quality, engineering rigor, clear accountability, and dependable delivery while developing technical leaders across cloud platforms and shared capabilities.
- Establish engineering standards, design patterns, playbooks, documentation, and review mechanisms that improve consistency and accountability.
- Develop workforce, sourcing, and strategic partner approaches aligned with the Health100 and PCW roadmaps.
BASIC QUALIFICATIONS
- 10+ years of experience in cloud infrastructure, platform engineering, infrastructure engineering, DevOps, SRE or related disciplines.
- 5+ years of technology leadership, engineering management, architecture leadership or equivalent large-scale technical leadership.
- 7+ years of deep engineering experience in at least one major public cloud platform, with working knowledge across GCP, AWS and Azure.
- 7+ years of experience with cloud foundations and landing zones, including networking, DNS, identity, security, Kubernetes, compute, storage, databases, shared services and observability.
- 5+ years of experience with Terraform, Infrastructure as Code, CI/CD automation and reusable engineering patterns.
- 5+ years of experience partnering with dedicated DevOps/Operations and Production SRE teams to transition engineered services into reliable production operation.
- 5+ years of experience defining or applying SLOs, SLIs, production-readiness criteria, observability, capacity management, disaster recovery and operational support models.
PREFERRED QUALIFICATIONS
- Experience leading multi-cloud platform engineering or transformation programs across GCP, AWS and Azure.
- Proven ability to lead complex, cross-functional delivery involving internal teams, cloud providers and strategic partners.
- Demonstrated experience defining strategy and roadmaps and delivering enterprise cloud capabilities against them.
- Experience supporting healthcare, regulated or other business-critical enterprise environments.
- Experience establishing internal developer platforms, paved-road services or self-service infrastructure capabilities.
- Advanced experience with Terraform, Kubernetes and service mesh technologies.
- Experience integrating cloud platforms with enterprise networks, data centers, security platforms and shared services.
- Experience supporting AI/ML, GPU, data-intensive or high-performance workloads.
- Experience with FinOps, cloud consumption forecasting and cost optimization.
- Relevant certifications such as Google Cloud Professional Cloud Architect, AWS Certified Solutions Architect – Professional, Microsoft Certified: Azure Solutions Architect Expert, Certified Kubernetes Administrator or HashiCorp Terraform Associate/Professional.
Education
- Bachelor’s degree from an accredited college or university, or equivalent combination of education and relevant work experience (High School Diploma/GED plus 4 years of related experience)
PAY RANGE
The typical pay range for this role is:
$144,200.00 - $288,400.00
This pay range represents the base hourly rate or base annual full-time salary for all positions in the job grade within which this position falls. The actual base salary offer will depend on a variety of factors including experience, education, geography and other relevant factors. This position is eligible for a CVS Health bonus, commission or short-term incentive program in addition to the base pay range listed above. This position also includes an award target in the company’s equity award program.
Our people fuel our future. Our teams reflect the customers, patients, members and communities we serve and we are committed to fostering a workplace where every colleague feels valued and that they belong.
GREAT BENEFITS FOR GREAT PEOPLE
We take pride in offering a comprehensive and competitive mix of pay and benefits that reflects our commitment to our colleagues and their families.
This full-time position is eligible for a comprehensive benefits package designed to support the physical, emotional, and financial well-being of colleagues and their families. The benefits for this position include medical, dental, and vision coverage, paid time off, retirement savings options, wellness programs, and other resources, based on eligibility.
Additional details about available benefits are provided during the application process and on Benefits Moments.
We anticipate the application window for this opening will close on: 11/18/2026
Qualified applicants with arrest or conviction records will be considered for employment in accordance with all federal, state and local laws.
Engineering Lead Job Roles in Vermont
See all Engineering Lead Jobs in Vermont
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Search Engineering Lead Jobs in VermontEngineering Lead Jobs in Vermont: Frequently Asked Questions
Which companies in Vermont sponsor visas for engineering leads?
GlobalFoundries in Essex Junction is one of Vermont's most active visa sponsors for engineering roles, given the scale of its semiconductor manufacturing operations. Technology firms in the Burlington corridor, including software and hardware companies clustered around the UVM Research Park and South Burlington, also sponsor engineering leads. Larger enterprises with established immigration programs are the most reliable sponsors for H-1B petitions and green card PERM filings.
What visa types realistically fit engineering lead roles in Vermont?
Engineering lead roles qualify as specialty occupations, so the H-1B is the primary work visa. Initial status is granted for up to three years, extendable to six. The E-3 visa applies to Australian nationals only, and the H-1B1 visa covers Chilean and Singaporean nationals under separate caps. For long-term paths, EB-2 and EB-3 employment-based green cards with PERM labor certification are common. Canadians and Mexican nationals cannot use TN visa for this role, as engineering lead is not a USMCA-listed profession.
How to find engineering lead visa sponsorship jobs in Vermont?
Migrate Mate lists engineering lead positions at Vermont employers with verified visa sponsorship history, letting you focus your search on companies that have already filed for roles in this category. Burlington and South Burlington are the most active hiring areas in the state. Because Vermont's tech employer base is smaller than major metro markets, targeting firms with documented H-1B or green card filing activity improves your chances of finding a genuine sponsorship opportunity.
Which cities in Vermont have the most engineering lead sponsorship jobs?
Burlington and the surrounding Chittenden County area, including South Burlington and Essex Junction, account for the majority of engineering lead sponsorship activity in Vermont. Essex Junction is home to GlobalFoundries' semiconductor fab, which drives significant engineering hiring. Burlington's downtown tech cluster and proximity to the University of Vermont attract software-focused employers. Outside this corridor, engineering lead sponsorship opportunities are limited given Vermont's overall employer density.
Are there state-specific factors that affect engineering lead sponsorship in Vermont?
Vermont's engineering job market is smaller than neighboring Massachusetts or New York, so sponsorship activity is concentrated among a relatively short list of established employers. The state's semiconductor and advanced manufacturing sector, anchored by GlobalFoundries, creates demand for experienced engineering leads in process and equipment disciplines. UVM's engineering programs supply some local talent pipelines, and companies already familiar with H-1B filings from past hires are generally better positioned to sponsor new international candidates efficiently.
What is the prevailing wage for sponsored engineering lead jobs in Vermont?
U.S. employers sponsoring a visa must pay at least the prevailing wage, which is what workers in the same role, area, and experience level typically earn. The Department of Labor sets this rate to make sure companies aren't hiring foreign workers simply because they'd accept lower pay than a U.S. worker. It varies by job title, location, and experience. You can look up current prevailing wage rates for any occupation and location using the OFLC Wage Search page.