Assist the Senior Analyst, Cybersecurity & Compliance in protecting the firm against cybersecurity threats, managing GRC processes, and supporting compliance initiatives.
Locations (2)
Tampa, Florida, United States
Manila, Philippines
Responsibilities
Assist Sr. Analyst in GRC management principles and practices
Provide support for internal assessments and audits
Assist and monitor open audit items
Produce operational reporting for compliance and risk
Assist with identifying and implementing opportunities to automate manual GRC processes
Lead and deliver technology-driven initiatives within McKesson’s healthcare ecosystem, managing multiple projects to ensure delivery on time, within scope, and aligned with business objectives.
Compensation
Our Base Pay Range for this position
$81,500 - $108,600
Responsibilities
Lead the development and execution of project plans, ensuring delivery within scope, timeline, and budget
Track and report progress across multiple projects using dashboards and enterprise project management tools
Develop and maintain project dashboards to monitor milestones, risks, and overall performance
Partner with stakeholders to define success criteria and ensure alignment with business objectives
Apply project management methodologies and ensure compliance with enterprise standards and frameworks
Supportability Engineer for Keystone Storage as a Service (STaaS) in Japan, responsible for maintaining estate-level health, operational readiness, and customer success.
Responsibilities
Maintain comprehensive understanding of Keystone Estate in Japan
Monitor operational metrics and support trends
Develop and communicate risk assessments and recommendations
Lead or support estate reviews and operational health assessments
Serve as bilingual liaison between Japanese customers and global NetApp teams
Requirements
Bachelor's degree in Computer Science, Information Technology, Engineering, or related field
As a Supportability Engineer for Keystone Storage as a Service (STaaS), you will serve as a trusted customer advocate and technical advisor, helping customers maximize the value, reliability, and operational health of their Keystone environments.
Responsibilities
Develop and maintain an understanding the Keystone Estate, including lifecycle position, capacity utilization, service health, operational trends, and support history.
Maintain an estate-level perspective across customer deployments and identify risks, recurring issues, lifecycle concerns, capacity constraints, and opportunities for optimization.
Analyze operational, support, and service data to identify trends and recommend actions that improve customer outcomes.
Proactively identify developing issues or environmental conditions that may impact customer success and engage the appropriate teams before customer impact occurs.
Provide guidance on lifecycle management, software currency, capacity planning, operational best practices, platform readiness, and service health.
Requirements
Bachelor's degree or equivalent experience in Computer Science, Information Technology, Engineering, or a related field
As a Supportability Engineer for Keystone Storage as a Service (STaaS), you will serve as a trusted customer advocate and technical advisor, helping customers maximize the value, reliability, and operational health of their Keystone environments.
Responsibilities
Develop and maintain an understanding the Keystone Estate, including lifecycle position, capacity utilization, service health, operational trends, and support history.
Maintain an estate-level perspective across customer deployments and identify risks, recurring issues, lifecycle concerns, capacity constraints, and opportunities for optimization.
Analyze operational, support, and service data to identify trends and recommend actions that improve customer outcomes.
Proactively identify developing issues or environmental conditions that may impact customer success and engage the appropriate teams before customer impact occurs.
Provide guidance on lifecycle management, software currency, capacity planning, operational best practices, platform readiness, and service health.
Requirements
Bachelor's degree or equivalent experience in Computer Science, Information Technology, Engineering, or a related field
Lead the architecture, design, implementation, and continuous improvement of enterprise SQL Server platforms.
Compensation
$142,300 - $195,700 per year
Responsibilities
Lead the architecture, design, implementation, and continuous improvement of enterprise SQL Server platforms.
Develop and maintain database infrastructure standards, roadmaps, and best practices.
Design highly available and disaster recovery solutions using technologies such as SQL Server Always On Availability Groups, Failover Clustering, and Replication.
Partner with engineering, cloud, security, and application teams to deliver integrated infrastructure solutions.
Evaluate new technologies, products, and services to ensure alignment with enterprise architecture standards.
Requirements
Bachelor's degree in Computer Science, Information Technology, Engineering, or a related field.
Nice to have: Master's degree in a technical field
Nice to have: 10+ years of SQL Server infrastructure and architecture experience
Nice to have: Microsoft Azure certifications such as Azure Database Administrator Associate or Azure Solutions Architect Expert
Nice to have: Background in healthcare, insurance, or other highly regulated industries
Software Quality Assurance Engineer with a strong quality-engineering mindset, solid IT infrastructure domain knowledge, and a genuine interest in learning how complex systems work, focusing on IT Infrastructure Monitoring and IT Operations Management (ITOM).
Responsibilities
Own quality engineering across discovery, monitoring, topology, event management, and service mapping.
Build a practical understanding of customer infrastructure, operating practices, and failure scenarios.
Define risk-based test strategies covering functional, integration, regression, exploratory, and end-to-end testing.
Validate complete workflows from infrastructure discovery and data collection through processing, APIs, visualization, alerting, and incident creation.
Test discovery accuracy, resource identity, duplicate prevention, inventory updates, and resource lifecycle changes.