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Linux System Engineer Jobs in Connecticut (NOW HIRING)

Company Description First IT Solutions Knowledge of HADOOP Framework and programming in Hive and Pig tools, Design, Best Practices and troubleshooting Understanding of Unix/Linux system, file systems ...

Senior Embedded Software Engineer

New Haven, CT · On-site

$124.70K - $163.40K/yr

Building and optimizing embedded Linux systems, including device drivers and low-level interfaces ... Bachelor's degree in Electrical Engineering, Computer Engineering, or related field * 5+ years of ...

... Linux system, file systems, shell scripting Experience with design and implementation of ETL/ELT framework for complex warehouses/marts Hands-on development mentality, with a willingness to ...

Knowledge of HADOOP Framework and programming in Hive and Pig tools, Design, Best Practices and troubleshooting * Understanding of Unix/Linux system, file systems, shell scripting * Experience with ...

Knowledge of HADOOP Framework and programming in Hive and Pig tools, Design, Best Practices and troubleshooting * Understanding of Unix/Linux system, file systems, shell scripting * Experience with ...

Senior Data Engineer

Greenwich, CT · Hybrid

$119K - $161.70K/yr

Our Financial Crimes Surveillance team seeks a Senior Data Engineer to play a critical role in ... Expert-level proficiency in Pandas or Polars * 1-3 years of hands-on Linux systems experience

Infrastructure Engineer

Torrington, CT · On-site

$110K - $160K/yr

Manage the lifecycle of our Linux environment (primarily RHEL), including OS patching, system ... Storage Engineering: Managing a high-capacity on-prem infrastructure (NetApp or Qumulo preferred ...

Infrastructure Engineer

Torrington, CT · On-site

$110K - $160K/yr

Manage the lifecycle of our Linux environment (primarily RHEL), including OS patching, system ... Storage Engineering: Managing a high-capacity on-prem infrastructure (NetApp or Qumulo preferred ...

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Linux System Engineer information

See Connecticut salary details

$10

$48

$66

How much do linux system engineer jobs pay per hour?

As of May 30, 2026, the average hourly pay for linux system engineer in Connecticut is $48.86, according to ZipRecruiter salary data. Most workers in this role earn between $43.46 and $54.90 per hour, depending on experience, location, and employer.

What Does a Linux System Engineer Do?

As a Linux system engineer, your job duties include designing, implementing, troubleshooting, and monitoring programs created through the Linux system. You handle performance issues, ensure that the company has the proper network infrastructure, and develop new programs and tools for the company. You collaborate with team members to build applications that help others get the most out of the available infrastructure. A Linux system engineer also installs applications and uses software tools and IP network technologies to resolve issues and monitor program performance.

What are the key skills and qualifications needed to thrive as a Linux System Engineer, and why are they important?

To thrive as a Linux System Engineer, you need in-depth knowledge of Linux operating systems, scripting languages (such as Bash or Python), and experience with system administration or a related degree. Familiarity with configuration management tools (like Ansible or Puppet), virtualization platforms, cloud services, and relevant certifications (such as RHCE or CompTIA Linux+) is highly beneficial. Problem-solving, attention to detail, and effective communication are crucial soft skills for managing complex systems and collaborating with technical teams. These abilities ensure reliability, security, and efficient operation of critical IT infrastructure.

What are some typical challenges Linux System Engineers face when managing large-scale server infrastructures?

Linux System Engineers often encounter challenges related to maintaining system uptime, ensuring security, and managing configuration consistency across a large number of servers. Troubleshooting complex issues can require in-depth knowledge of Linux internals and scripting to automate repetitive tasks. Additionally, collaborating with development and operations teams to ensure smooth deployment of updates and new services is crucial, as is staying updated with rapid changes in open-source technologies.

What are Linux System Engineers?

Linux System Engineers are IT professionals who specialize in designing, implementing, maintaining, and troubleshooting Linux-based computer systems and servers. They manage system configurations, install and update software, monitor system performance, and ensure security and reliability. These engineers often automate tasks using scripting languages like Bash or Python and may also configure networks, storage, and cloud environments. Their expertise is critical for organizations that rely on Linux infrastructure for web hosting, application deployment, or enterprise operations.

Which engineers make $100,000?

Linux System Engineers with extensive experience, advanced skills in scripting, networking, and system architecture, and relevant certifications such as RHCE or Linux Foundation certifications often earn $100,000 or more annually. Salaries vary based on location, industry, and company size, but experienced professionals in high-demand markets typically reach or exceed this threshold.

What is the difference between Linux System Engineer vs Linux Administrator?

AspectLinux System EngineerLinux Administrator
CertificationsLinux Professional Institute (LPIC), CompTIA Linux+LPIC, CompTIA Linux+
Work EnvironmentDesigns, develops, and implements Linux systems, often in complex or large-scale environmentsMaintains, monitors, and supports existing Linux systems in daily operations
ResponsibilitiesSystem architecture, scripting, troubleshooting, and optimizationSystem setup, user management, backups, and routine maintenance
Industry UsageIT, cloud services, data centers, enterprise solutionsIT support, network management, server administration

While both roles require Linux certifications and involve working with Linux systems, Linux System Engineers focus on designing and developing Linux infrastructure, whereas Linux Administrators handle daily maintenance and support tasks. The roles often overlap but differ mainly in scope and complexity.

What are the most commonly searched types of Linux System Engineer jobs in Connecticut? The most popular types of Linux System Engineer jobs in Connecticut are:
What job categories do people searching Linux System Engineer jobs in Connecticut look for? The top searched job categories for Linux System Engineer jobs in Connecticut are:
Infographic showing various Linux System Engineer job openings in Connecticut as of May 2026, with employment types broken down into 64% Full Time, and 36% Contract. Highlights an 94% In-person, and 6% Remote job distribution, with an average salary of $101,625 per year, or $48.9 per hour.

SAS/SAS analytics (Linux RHEL) W2 Only

Encore Consulting Services

East Hartford, CT

$66K/yr

Other

Posted 9 days ago


Job description

Infrastructure Engineer with SAS/SAS analytics
Location: Hybrid-Hartford Area
Position: Temp to Perm
Position Summary:
The Technical Engineer Lead serves as the senior technical consultant and guide for the Advanced Analytics Engineering team within Enterprise Technology Solutions (ETS) at Travelers Insurance. This role is responsible for the management, upgrade, and support of the enterprise analytical platform serving 500+ analytics users across all Travelers lines of business. The position combines deep technical expertise in multi-platform analytics infrastructure with team leadership, business stakeholder engagement, and strategic technology planning. The role also encompasses organizational responsibilities including Disaster Recovery (DR) coordination, production pipeline signoff governance, and AI tool advocacy to modernize team workflows.
Core Platform Responsibilities
1. Miniforge Python "Condaplus" – Linux, macOS, Windows, and AWS
Manage and maintain the Condaplus Python distribution across all enterprise platforms. This includes version upgrades and rollouts (desktop, Linux server, Windows server, macOS), coordinating security vulnerability remediation across devices, managing Conda virtual environments for application deployments, integrating with Nexus IQ firewall for automated security scanning of packages, and supporting AWS-based analytics environments including EC2 AMIs. Condaplus serves as the foundation for Python-based analytics, data science workflows, and internal tool development across the organization.
2. SAS – Linux and Windows Across 9 Physical Servers
Oversee the SAS analytics platform including SAS 9.4 on RHEL 8 Linux servers and SAS Enterprise Guide on Windows. Responsibilities include planning and executing major SAS version upgrades (e.g., SAS 9.4M8, SAS Enterprise Guide 8.5), managing SAS/ACCESS client connectivity to enterprise databases (Teradata, DB2, Oracle) via ODBC configurations, coordinating user migration communications and timelines, troubleshooting SAS server performance and connectivity issues, and managing SAS web services and IIS integration for business-facing applications. This includes maintaining SAS environments across multiple lines of business including Claims, BI, and PI.
3. R Tools – Windows and 5 Physical Servers
Manage the R analytics ecosystem including RStudio Server (transitioned from Commercial to Opensource, saving $66K+ annually), R version upgrades across platforms (Linux, Windows Desktop, AWS AMIs), Rtools for Windows package compilation, CRAN repository management and Nexus proxy configuration, and GitLab Copilot integration with RStudio Server for version control workflows. Ensure R environments are consistent and accessible for the analytics user community.
Software Products & Technologies Managed
The following is a comprehensive inventory of the software products, platforms, and technologies that this role is responsible for managing, supporting, and maintaining across the enterprise.
Analytics Platforms
• SAS 9.4 (M8) – Enterprise analytics platform on RHEL 8 Linux (Claims, BI, PI environments)
• SAS Enterprise Guide 8.5 – Windows desktop analytics client for 500+ users
• SAS/ACCESS Clients – Database connectivity modules for Teradata, DB2, Oracle, and other data sources
• SAS Web Services / SAS Mid-Tier – Web-based SAS application delivery via IIS integration
• SAS Stored Processes – Server-side SAS programs invoked via web or application interfaces
• RStudio Server (Opensource) – R development environment on Linux servers
• R (multiple versions: 3.6.3, 4.4.3) – Statistical computing across Linux, Windows Desktop, and AWS AMIs
• Rtools – Windows-based R package compilation toolchain
• Condaplus (Miniforge Python) – Custom Python distribution on Linux, Windows, macOS, and AWS
• IBM SPSS – Statistical analysis software for business analytics users
• PyCharm – Professional Python IDE for analytics development
• KNIME Analytics Platform (Desktop) – Visual data science and analytics workflow tool
Infrastructure & Operating Systems
• RHEL 8 (Red Hat Enterprise Linux) – Primary Linux platform across 14+ servers
• Ubuntu 22.04 – AWS EC2 instances and GPU AMI environments
• Windows Server – SAS and R platform hosting, IIS web services
• GPFS (General Parallel File System) – High-performance shared storage (/gpfs2/PI_SharedData)
• IIS (Internet Information Services) – SAS web application hosting on Windows servers
AWS Cloud Services
• AWS EC2 – Elastic compute instances for analytics workloads and ML environments
• AWS S3 – Object storage for data lakes with security governance
• AWS Athena – Serverless SQL query service
• AWS AMI Management – Custom analytics AMIs (Cloudex) with R, Condaplus, encrypted EBS
• AWS Tagging Compliance – ICS-V2 Cloud Tagging Standard enforcement (AppId, SystemNumber, Owner, CapabilityId)
• Amazon Bedrock – Generative AI service (enabled for UConn project)
• Terraform Enterprise (TFE) – Infrastructure as Code for AWS resource provisioning
• Predictive Modeling Competition Infrastructure – Annual competition environment: 33 EC2 instances, dedicated GitLab server, S3 security governance (31 teams, 100+ participants)
Authentication & Security
• Quest Authentication Services (VAS) – Active Directory integration for Linux/SAS via PAM
• SSSD (System Security Services Daemon) – Open-source AD integration (Ubuntu/RHEL)
• Kerberos – Authentication protocol for AD-integrated Linux environments
• PAM (Pluggable Authentication Modules) – Linux authentication framework for SAS, SSH, and application access
• Nexus IQ / Nexus Repository – Package security scanning and repository proxy for Python, R, and Conda packages
• IIQ (IdentityIQ) REST API – Automated EC2 access provisioning and AD group registration
• SSL/TLS Certificate Management – Server certificate lifecycle management
Monitoring, Alerting & Operations
• RAMMON (Resource and Memory Monitoring) – Custom web-based server monitoring dashboard for 14+ servers
• Connect Direct – File transfer monitoring for RHEL 8 production job protection
• OOM (Out of Memory) Protection Scripts – Automated memory management and process governance
• Custom Email Alerting System – Proactive incident notification via smtpxfer.prodlb.travp.net
• Server Load Analysis Tools – CPU/RAM heatmap analysis for capacity planning
• Filesystem Health Check Scripts – Automated monitoring of GPFS and local filesystems
Internal Web Applications (Flask/Python)
• AA Engineering Portal – Central SSO-authenticated hub for all team applications
• Team Accomplishments Tracker – Monthly/quarterly achievement tracking with email reports and Excel import/export
• Documentation Inventory – Searchable documentation reference system (migrated from SharePoint Excel)
• Server Monitoring Dashboard (RAMMON) – Real-time RAM, CPU, and process monitoring across all servers
Development & Version Control
• Git / GitHub Enterprise – Version control and repository management for team code and configurations
• GitHub Copilot – AI-assisted code development integrated with RStudio Server and development workflows
• Nginx – Reverse proxy and web server for Flask application routing and SSL termination
• Gunicorn – Python WSGI HTTP server for production Flask deployments
• systemd – Linux service management for all deployed applications
Project Management & Collaboration
• ServiceNow – Incident management, user stories, and Scrumban workflow adoption
• SharePoint – Documentation hosting and team collaboration
• Agile/Scrumban – Sprint planning using ServiceNow Strategic Planning Workspace
Key Responsibilities
Technical Leadership & Team Guidance
Serve as the senior technical consultant to the Advanced Analytics Engineering team, providing guidance on architecture decisions, troubleshooting complex infrastructure issues, and setting technical direction for platform evolution. Consult with and mentor team members on best practices for server administration, deployment automation, and cross-platform integration. Responsible for the overall technical output and delivery of the engineering team.
Infrastructure Monitoring & Reliability
Design and maintain comprehensive server monitoring and alerting solutions across 14+ Linux servers supporting analytics workloads. This includes RAM and CPU usage monitoring dashboards (RAMMON), automated memory management and OOM protection scripts, filesystem health checks, proactive email alerting (which reduced incidents/outages by 90%), and server load analysis for capacity planning conversations with lines of business.
Disaster Recovery Coordination
Serve as the DR Coordinator for the Advanced Analytics organization. Ensure business continuity through proactive monitoring, documented recovery procedures, and regular DR testing. Coordinate with infrastructure teams and business stakeholders to maintain recovery readiness across all analytics platforms.
Production Pipeline Governance
Serve as the pipeline signoff individual for the organization, maintaining rigorous testing and validation protocols for all production deployments. Ensure zero-impact rollouts of database drivers (e.g., Teradata Vantage), platform upgrades (e.g., SAS 9.4M8, SAS EG 8.5), and security patches (e.g., Condaplus 3.0 across 93 devices) through structured testing, communication plans, and staged deployment strategies.