Role Description We are looking for a VMware Platform Engineer to design, deploy, and operate VMware-based virtualization, software-defined networking, and software-defined storage platforms across on-premises and hybrid cloud environments. The role covers: - vSphere - vSAN - NSX - Aria - Tanzu The focus is on automation, capacity management, and the practical realities of operating a large VMware estate alongside modern cloud-native workloads. The ideal candidate has operated VMware platforms at enterprise scale, navigates the evolving VMware product landscape pragmatically, and brings strong automation and operations discipline. Qualifications - Bachelor’s degree in Computer Science, Information Systems, or a related field. - Five or more years of hands-on VMware platform engineering experience. - Deep expertise in vSphere, vCenter, and ESXi. - Hands-on experience with vSAN and storage policy management. - Experience with NSX-T or NSX-V networking. - Strong PowerCLI scripting skills and experience with automation tooling. - Familiarity with Tanzu Kubernetes Grid or VMware container platforms. - Strong understanding of disaster recovery patterns and SRM. - Strong troubleshooting skills across compute, network, and storage layers. - Excellent communication and collaboration skills. Requirements - Design and operate VMware vSphere, vSAN, and NSX environments across data centers and hybrid cloud deployments. - Build and maintain Tanzu Kubernetes Grid environments for containerized workloads. - Implement vRealize / Aria Automation for self-service VM provisioning, lifecycle management, and policy enforcement. - Operate NSX-T for software-defined networking, including micro-segmentation and load balancing. - Manage vSAN clusters, storage policies, and storage performance for diverse workload classes. - Implement disaster recovery and business continuity using Site Recovery Manager and replication. - Build automation for VMware infrastructure using PowerCLI, Terraform, Ansible, and vRO. - Design capacity management strategies including right-sizing, reservation, and workload placement. - Operate VMware Cloud Foundation (VCF) deployments where applicable, applying lifecycle management, workload domain design, and integration patterns appropriate to the broader hybrid cloud strategy. - Implement and operate VMware integrations with cloud providers (VMware Cloud on AWS, AVS, GCVE). - Build observability for VMware infrastructure including performance, capacity, and compliance. - Lead VMware upgrades, lifecycle management cycles, and security patching across the virtualization estate, planning carefully sequenced rollouts that minimize disruption to dependent workloads. - Troubleshoot complex VMware issues spanning compute, network, and storage layers. - Stay current with VMware product evolution following the Broadcom transition. Benefits - Competitive base salary commensurate with experience, plus benefits. - 100% remote, full-time, direct W2 position. - Long-term, multi-year engagement aligned to the Bright Vision SOW delivery roadmap. How to Apply For immediate consideration, please send your resume to [email protected] or contact us at (908) 650-6699. Learn more about Bright Vision Technologies at www.bvteck.com .

• Design and implement tools and technologies to provision and configure an enterprise software system hosted in Kubernetes • Design and implement architecture and networking solutions within Azure • Automate/script existing processes using languages such as python and bash • Provision, configure, and maintain cloud resources using Terraform and Terragrunt • Actively monitor the application environment and respond to incidents • Conduct root cause analysis for production incidents • Oversee cloud infrastructure and recommend any potential improvements to technology or process • Contribute to team planning to solve engineering challenges • Be a dependable and highly skilled development resource for peers through education and review • Have a broad awareness of related projects and industry trends, and encourage innovative practices among peers • Provide detailed feedback and suggestions to team code reviews • Document and demonstrate solutions through written documentation, diagrams, and readable code

• Design and implement tools and technologies to provision and configure an enterprise software system hosted in Kubernetes • Design and implement architecture and networking solutions within Azure • Automate/script existing processes using languages such as python and bash • Provision, configure, and maintain cloud resources using Terraform and Terragrunt • Actively monitor the application environment and respond to incidents • Conduct root cause analysis for production incidents • Oversee cloud infrastructure and recommend any potential improvements to technology or process • Contribute to team planning to solve engineering challenges • Be a dependable and highly skilled development resource for peers through education and review • Have a broad awareness of related projects and industry trends, and encourage innovative practices among peers • Provide detailed feedback and suggestions to team code reviews • Document and demonstrate solutions through written documentation, diagrams, and readable code

• Design, develop, and support scalable data pipelines and cloud-native data architectures. • Build and maintain production-ready applications and data processing frameworks using Python, PySpark, Scala, and related technologies. • Partner with engineering and business stakeholders to deliver analytics-ready datasets and reporting capabilities. • Contribute to technical architecture decisions, platform improvements, and development best practices. • Develop and optimize ETL/ELT workflows and streaming data solutions. • Create and manage data models, reporting structures, and analytics dashboards using AWS-native tools. • Work with relational and NoSQL databases to support high-volume data processing and storage requirements. • Implement cloud infrastructure solutions leveraging AWS services and container orchestration platforms such as Kubernetes or ECS. • Collaborate with operations teams on backup, disaster recovery, data retention, and security strategies. • Participate in code reviews, technical mentorship, and collaborative problem-solving across the engineering organization. • Evaluate and recommend modern technologies and frameworks that improve scalability, efficiency, and reliability.