What are the responsibilities and job description for the Linux System Engineer position at Sapphire Software Solutions Inc?
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Hiring Linux System Engineer-Only W2 || Cheyenne, Wyoming Day1 Onsite
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JD
Linux System Engineer
8 months contract- Only W2
Cheyenne, Wyoming Day1 Onsite
Client: Dish Networks
Tier 1 System Engineer:
Our client is looking for a Tier 1 System Engineer for one of their top telecommunication clients. This is going to be a long-term contract located in Cheyenne, Wyoming Day1 Onsite As part of a Wireless platform team, you will be supporting multiple critical applications by responding to high volume incidences and providing resolutions to Tier 1 and Tier 2 tickets.
Shifts:
6a - 4 pm Sunday - Wednesday (Sunday is WFH)
Tier 1 System Engineer Requirements:
5 years of professional experience, ideally within an enterprise environment supporting high volumes of tickets and incidences.
Must have experience as an engineer resolving T1, T2, and T3 tickets
Platform Support specifically within Linux is primary focus
Scripting knowledge is helpful: Shell Scripting, Python Scripting, PowerShell Scripting
Tracking tickets within JIRA and updating completion/documentation as needed
Kubernetes OR strong automation experience (python, ansible)
Mentorship/training experience
Nice to Have Skills:
Cloud Native Environments
Telecom experience
Tier 1 System Engineer Responsibilities:
The ideal candidate will have a strong background in Linux engineering, Kubernetes management, and automation through scripting. You will be responsible for maintaining and optimizing our infrastructure, ensuring high availability, and promptly addressing priority tickets.
Linux Server Administration:
Manage, monitor, and optimize Linux servers to ensure high performance and reliability.
Perform regular system updates, patches, and security audits.
Troubleshoot and resolve server-related issues effectively.
Kubernetes Management:
Deploy, manage, and scale containerized applications using Kubernetes.
Configure and maintain Kubernetes clusters, ensuring optimal resource allocation and load balancing.
Automation and Scripting:
Develop and maintain scripts for automation of repetitive tasks (e.g., deployment, monitoring, backups).
Utilize tools like Bash, Python, or other scripting languages to enhance operational efficiency.
Implement Infrastructure as Code (IaC) practices using tools such as Terraform or ansible.
Incident Management:
Respond to and prioritize support tickets related to infrastructure, application deployment, and operational issues.
Collaborate with teams to resolve issues and implement improvements.
Document incidents and resolutions to improve knowledge sharing and reduce future occurrences.
Monitoring and Performance Tuning:
Set up and maintain monitoring solutions to ensure system performance and uptime.
Analyze system logs and metrics to identify trends and potential issues.
Conduct performance tuning of both servers and Kubernetes clusters for optimal resource utilization.