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Midco seeks a System Engineer to design, administer, and secure enterprise infrastructure across Windows, Unix/Linux, virtualization, and cloud platforms, including Azure. You will drive automation, monitoring, backup, and disaster recovery to support business operations.
You will collaborate with IT, Security, vendors, and stakeholders, participate in incident response, and contribute to runbooks, architecture diagrams, and standards.
Job Summary:
As a System Engineer, you are responsible for the design, administration, security, reliability, automation, and continuous improvement of Midco's enterprise infrastructure. This includes on-premises and cloud platforms, server operating systems, virtualization environments, container technologies, backup and recovery solutions, and related infrastructure services. System Engineers partner with IT, Security, vendors, and business stakeholders to deliver secure, scalable, and reliable technology solutions that support business operations and growth.
System Engineers support the full infrastructure lifecycle, including implementation, maintenance, monitoring, troubleshooting, optimization, disaster recovery, automation, and documentation. They play a critical role in maintaining business continuity, improving operational efficiency, and enabling technology innovation across the organization.
Position levels range from System Engineer Associate through System Engineer Expert, reflecting increasing levels of technical expertise, responsibility, leadership, and strategic impact.
Responsibilities:
Note: Management reserves the right to assign or reassign functions and responsibilities to this job description at any time.
Required Qualifications:
Preferred Qualifications:
Note: Team Members will be assigned a level based on the required experience and training. Advancement is sequential and contingent upon successful completion of all requirements at the preceding level, including certifications, proficiency tests, and time-in-role or equivalent experience where applicable.
Job Level:
System Engineer - Associate
Associate's degree in a related field or equivalent experience.
1-2 years of infrastructure, systems administration, cloud, virtualization, or related IT experience.
Additional Responsibilities:
Perform routine administration, monitoring, maintenance, patching, and troubleshooting activities.
Support cloud, virtualization, and server environments using established procedures.
Execute backup and recovery activities.
Maintain system documentation and operational procedures.
Ass
ist with projects, upgrades, and infrastructure implementations.
Develop technical skills across infrastructure platforms and services.
Associate's or Bachelor's degree in a related field or equivalent experience.
3-5 years of enterprise infrastructure engineering experience.
Strong working knowledge of Windows, Unix/Linux, virtualization, storage, cloud technologies, and infrastructure operations.
Additional Responsibilities:
Independently manage infrastructure projects and technical initiatives.
Design and implement infrastructure solutions within established standards.
Perform advanced troubleshooting and root cause analysis.
Develop automation and scripting solutions that improve operational efficiency.
Support capacity planning, performance optimization, and system reliability efforts.
Mentor Associate Engineers and provide technical guidance.
Bachelor's degree in a related field or equivalent experience.
6+ years of enterprise infrastructure engineering experience.
Advanced expertise across cloud, virtualization, server platforms, automation, container technologies, and infrastructure architecture.
Additional Responsibilities:
Lead the design and operation of complex enterprise infrastructure solutions.
Establish technical standards, architecture direction, and infrastructure roadmaps.
Lead infrastructure modernization and automation initiatives.
Serve as the senior escalation point for critical incidents and complex technical challenges.
Lead Kubernetes, container platform, and advanced cloud initiatives.
Drive performance optimization, capacity planning, disaster recovery, and resiliency strategies.
Influence infrastructure investment decisions, budgeting, forecasting, and long-term planning.
Mentor engineers and provide technical leadership across the organization.
Work Environment:
Physical Demands:
Mental Demands: