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Remote Hardware Reliability Engineer Jobs in Chicago, IL

... IL, Remote-MI, Remote-NJ, St. Louis, Missouri Details Kemper is one of the nation's leading ... Site Reliability Engineering (SRE) * Enterprise observability and monitoring * Identity and shared ...

Software Engineer

Naperville, IL · On-site +1

$130K - $132K/yr

Reliability Engineering: Define and establish company-wide Test-Driven Development (TDD) and ... remote work is not an option for tax reasons: AL, AK, AR, CA, CT, DE, HI, ID, IA, KS, KY, LA, ME ...

Software Engineer

Naperville, IL · On-site +1

$132K - $147K/yr

Reliability Engineering: Define and establish company-wide Test-Driven Development (TDD) and ... remote work is not an option for tax reasons: AL, AK, AR, CA, CT, DE, HI, ID, IA, KS, KY, LA, ME ...

Substation Physical Engineer - REMOTE

Chicago, IL · On-site +1

$101K - $129K/yr

Substation Physical Engineer - REMOTE Location: Remote US Ready to make a difference? ICF is ... reliability> ICF Power Delivery Services #GEA25 #POWERDELIVERY #INDEED #LI-CC1 Working at ICF ICF ...

Design Engineer (PE)

Wheaton, IL · On-site +1

$100K - $125K/yr

Remote/Wheaton, IL Hire Type: Direct Hire Salary: $100K-$125K/YR Benefits: Medical, Dental, Vision ... Support electric distribution planning, capacity analysis, reliability improvements, and ...

FPGA Engineer - Work From Home

Chicago, IL · On-site +1

$133K - $172K/yr

FPGA Engineer - Work From Home We are seeking a talented and self-motivated FPGA Engineer to join a ... This position is 100% Remote. Responsibilities: - Architect and code FPGA designs in a hardware ...

Sr Infrastructure Engineer

Itasca, IL · Remote

$111K - $151K/yr

Hybrid, 4 days in office, 1 day remote Working Days : Wednesday - Saturday Working Hours : 3pm - 1 ... hardware break fix, and asset management. * Successful Data Center team members typically have ...

Sr Infrastructure Engineer

Itasca, IL · Remote

$111K - $151K/yr

Hybrid, 4 days in office, 1 day remote Working Days : Wednesday - Saturday Working Hours : 3pm - 1 ... hardware break fix, and asset management. * Successful Data Center team members typically have ...

Sr Infrastructure Engineer

Itasca, IL · Remote

$111K - $151K/yr

Hybrid, 4 days in office, 1 day remote Working Days : Wednesday - Saturday Working Hours : 3pm - 1 ... hardware break fix, and asset management. * Successful Data Center team members typically have ...

Sr Infrastructure Engineer

Itasca, IL · Remote

$111K - $151K/yr

Hybrid, 4 days in office, 1 day remote Working Days : Wednesday - Saturday Working Hours : 3pm - 1 ... hardware break fix, and asset management. * Successful Data Center team members typically have ...

Showing results 41-60

Remote Hardware Reliability Engineer information

See Chicago, IL salary details

$62.8K

$121.5K

$145.3K

How much do remote hardware reliability engineer jobs pay per year?

As of Aug 9, 2026, the average yearly pay for remote hardware reliability engineer in Chicago, IL is $121,529.00, according to ZipRecruiter salary data. Most workers in this role earn between $105,600.00 and $132,900.00 per year, depending on experience, location, and employer.

What is a remote hardware reliability engineer?

A Remote Hardware Reliability Engineer is a professional who assesses, tests, and improves the reliability and durability of hardware components and systems, all while working remotely. They analyze failure data, design tests, and recommend modifications to ensure products meet quality and performance standards. This role often involves collaborating with engineering teams using digital communication tools, running simulations, and reviewing data to prevent future hardware failures. By working remotely, these engineers can support projects from anywhere, offering flexibility while maintaining high standards for hardware reliability.

What is the difference between Remote Hardware Reliability Engineer vs Remote Hardware Test Engineer?

AspectRemote Hardware Reliability EngineerRemote Hardware Test Engineer
CredentialsEngineering degree, certifications in reliability or hardware engineeringEngineering degree, certifications in testing or quality assurance
Work EnvironmentDesigning reliability strategies, analyzing failure data, improving hardware durabilityDeveloping and executing testing procedures, validating hardware performance
Industry UsageManufacturers, tech companies, aerospace, automotiveManufacturers, consumer electronics, hardware development firms

While both roles focus on hardware, the Remote Hardware Reliability Engineer emphasizes ensuring long-term durability and reliability through analysis and design improvements. In contrast, the Remote Hardware Test Engineer concentrates on testing hardware components to verify performance and quality before deployment.

What are the key skills and qualifications needed to thrive as a remote hardware reliability engineer?

To thrive as a Remote Hardware Reliability Engineer, you typically need a degree in electrical or mechanical engineering, strong analytical skills, and experience with hardware testing and failure analysis. Familiarity with reliability testing tools like HALT/HASS, statistical analysis software, and reliability modeling systems is important, along with certifications such as CRE (Certified Reliability Engineer). Outstanding problem-solving abilities, attention to detail, and effective remote communication are crucial soft skills for collaborating with global teams and addressing issues proactively. These competencies ensure the development and maintenance of robust, reliable hardware products, minimizing failures and optimizing performance in diverse environments.

How does a remote hardware reliability engineer collaborate effectively with cross-functional teams while working offsite?

As a Remote Hardware Reliability Engineer, effective collaboration with cross-functional teams—such as design, manufacturing, and quality assurance—is typically achieved through regular virtual meetings, collaborative platforms, and detailed documentation. You’ll often participate in remote design reviews, data analysis sessions, and troubleshooting calls to address reliability concerns. Clear communication and proactive project updates are essential to ensure everyone is aligned, especially when working across different time zones or locations. Building strong relationships with team members via consistent online interaction helps maintain project momentum and ensures reliability standards are met.
What are the most commonly searched types of Hardware Reliability Engineer jobs in Chicago, IL? The most popular types of Hardware Reliability Engineer jobs in Chicago, IL are:
What are popular job titles related to Remote Hardware Reliability Engineer jobs in Chicago, IL? For Remote Hardware Reliability Engineer jobs in Chicago, IL, the most frequently searched job titles are:
What job categories do people searching Remote Hardware Reliability Engineer jobs in Chicago, IL look for? The top searched job categories for Remote Hardware Reliability Engineer jobs in Chicago, IL are:
Infographic showing various Remote Hardware Reliability Engineer job openings in Chicago, IL as of July 2026, with employment types broken down into 90% Full Time, 6% Part Time, and 4% Contract. Highlights an 88% Physical, 4% Hybrid, and 8% Remote job distribution, with an average salary of $121,529 per year, or $58.4 per hour.

SVP, Chief Technology Officer (CTO)

Kemper

Chicago, IL • On-site, Remote

Full-time

Medical, Dental, Vision, Retirement, PTO

Posted 9 days ago


Job description

Location(s)

Alpharetta, Georgia, Annapolis, Maryland, Birmingham, Alabama, Boston, Massachusetts, Buffalo, New York, Chicago, Illinois, Dallas, Texas, Des Moines, Iowa, Dover, Delaware, Downers Grove, Illinois, Harrisburg, Pennsylvania, Hartford, Connecticut, Indianapolis, Indiana, Jacksonville, Florida, Las Vegas, Nevada, Little Rock, Arkansas, Oklahoma City, Oklahoma, Phoenix, Arizona, Raleigh, North Carolina, Remote-GA, Remote-IA, Remote-IL, Remote-MI, Remote-NJ, St. Louis, Missouri

Details

Kemper is one of the nation's leading specialized insurers. Our success is a direct reflection of the talented and diverse people who make a positive difference in the lives of our customers every day. We believe a high-performing culture, valuable opportunities for personal development and professional challenge, and a healthy work-life balance can be highly motivating and productive. Kemper's products and services are making a real difference to our customers, who have unique and evolving needs. By joining our team, you are helping to provide an experience to our stakeholders that delivers on our promises.

The SVP, Chief Technology Officer (CTO) is the executive responsible for defining and executing the enterprise technology strategy through four strategic pillars:

  • Cloud & Platform Engineering
  • Enterprise Data Engineering
  • Artificial Intelligence & Intelligent Automation
  • Enterprise Architecture & Technology Innovation

The CTO is accountable for building and operating the secure, scalable, cloud-native technology platforms that enable the business to innovate, modernize, and compete. This includes enterprise cloud infrastructure, developer platforms, data platforms, AI platforms, integration capabilities, and shared technology services that support all business functions.

A critical responsibility of this role is ensuring Artificial Intelligence delivers measurable business value. The CTO partners with executive leadership to identify opportunities where AI can fundamentally redesign business processes, improve customer and employee experiences, accelerate decision-making, and create competitive advantage. Success is measured not by AI experimentation, but by enterprise adoption, business transformation, and quantifiable business outcomes.

The CTO works in partnership with the CIO to shape the long-term technology vision while ensuring technology investments improve enterprise agility, resiliency, operational efficiency, and innovation.

Key ResponsibilitiesEnterprise Technology Strategy
  • Develop and execute the enterprise technology strategy aligned with business objectives and long-term growth.
  • Establish technology roadmaps that modernize enterprise capabilities through cloud-native platforms, automation, data, and AI.
  • Advise the organization on emerging technologies, technology investments, and innovation opportunities.
  • Drive enterprise technology standards, governance, architecture, and technology lifecycle management.
Cloud & Platform Engineering

Lead the strategy, engineering, and operation of enterprise technology platforms, including:

  • Public and hybrid cloud infrastructure
  • Platform Engineering
  • Kubernetes and container platforms
  • Infrastructure as Code (IaC)
  • DevSecOps and CI/CD platforms
  • Site Reliability Engineering (SRE)
  • Enterprise observability and monitoring
  • Identity and shared platform services
  • FinOps and cloud optimization

Build highly automated, resilient, secure, and scalable technology platforms that accelerate software delivery while improving operational excellence and reducing total cost of ownership.

Enterprise Data Engineering

Define and lead the enterprise Data Engineering strategy supporting analytics, operational reporting, AI, and digital products.

Responsibilities include:

  • Modern cloud-based data platforms
  • Enterprise data lakehouse architecture
  • Data governance and metadata management
  • Data quality and lineage
  • Master Data Management
  • Enterprise data security

Demonstrated expertise is required across multiple enterprise data integration patterns including:

  • Batch processing
  • API-based integration
  • Event-driven architectures
  • Real-time streaming platforms

Ensure enterprise data is trusted, governed, secure, reusable, and accessible to support business intelligence and AI initiatives.

Artificial Intelligence & Intelligent Automation

Develop and execute the enterprise AI strategy focused on measurable business value creation.

Responsibilities include:

  • Identify high-value AI opportunities in partnership with business leaders.
  • Consult with business executives to redesign business processes that leverage AI rather than simply automating existing human workflows.
  • Lead enterprise implementation of Generative AI, Machine Learning, Intelligent Automation, and Agentic AI capabilities.
  • Build and operate enterprise AI platforms supporting secure and scalable AI adoption.
  • Establish Responsible AI governance, model lifecycle management, and AI risk management.
  • Create repeatable frameworks for identifying, prioritizing, implementing, and scaling AI use cases across the enterprise.
  • Drive enterprise AI literacy through executive education, workforce training, change management, communications, and adoption programs.
  • Measure AI success through quantifiable business outcomes including productivity improvements, expense reduction, revenue growth, customer satisfaction, and operational efficiency.

Candidates must demonstrate a proven track record of leading enterprise AI implementations that progressed beyond pilot programs to production deployment with measurable business value.

Enterprise Architecture & Technology Innovation

Lead Enterprise Architecture to ensure technology investments create reusable enterprise capabilities rather than siloed solutions.

Drive innovation through:

  • Emerging technology evaluation
  • Technology incubation
  • Strategic partnerships
  • Cloud hyperscaler relationships
  • AI ecosystem partnerships
  • Technology standards and reference architectures

Guide enterprise modernization initiatives while ensuring technology investments remain aligned with business strategy.

Executive Leadership & Governance

Build and lead high-performing organizations across:

  • Cloud & Platform Engineering
  • Enterprise Data Engineering
  • Enterprise Architecture
  • AI & Intelligent Automation
  • Technology Innovation

Establish a culture of engineering excellence, innovation, accountability, continuous learning, and business partnership.

Oversee technology investment planning, vendor strategy, technology risk, operational resiliency, regulatory compliance, and executive performance reporting.

Qualifications
  • Bachelor's degree in Computer Science, Engineering, Information Systems, or related discipline; Master's degree, MBA, or advanced technical degree preferred.
  • 15+ years of progressive technology leadership with at least 5 years in executive leadership roles within large, regulated enterprises.
  • Deep expertise leading Cloud & Platform Engineering organizations supporting enterprise-scale digital capabilities.
  • Demonstrated success implementing cloud-native platforms utilizing Infrastructure as Code, Platform Engineering, DevSecOps, Kubernetes, observability, automation, and Site Reliability Engineering.
  • Extensive experience leading Enterprise Data Engineering organizations, including modern cloud data platforms and enterprise integration using batch, APIs, event-driven architectures, and streaming technologies.
  • Proven success delivering enterprise AI solutions that achieved measurable business outcomes through production implementation, organizational adoption, and business process transformation.
  • Demonstrated leadership in AI strategy, AI governance, responsible AI, enterprise AI platforms, AI literacy, organizational change management, and executive consulting.
  • Strong understanding of cloud security, enterprise architecture, technology governance, and regulatory environments within financial services or insurance.
  • Exceptional executive communication skills with the ability to influence Boards of Directors, executive leadership teams, regulators, and strategic technology partners.
  • Proven ability to attract, develop, and inspire world-class engineering and technology leaders while fostering a culture of innovation, accountability, and continuous improvement.
  • This role can work at a Kemper office or remotely from a US based home.

The range for this position is $250,000 to $350,000. Whendeterminingcandidate offers, we consider experience, skills, education, certifications, and geographic location among other factors. This job is eligible for an annual discretionary bonus, equity and Kemper benefits (Medical, Dental, Vision, PTO, 401k, etc.).

Kemper is proud to be an equal opportunity employer. All applicants will be considered for employment without attention to race, color, religion, sex, sexual orientation, gender identity, national origin, veteran, disability status or any other status protected by the laws or regulations in the locations where we operate. We are committed to supporting diversity and equality across our organization and we work diligently to maintain a workplace free from discrimination. Kemper is focused on expanding our Diversity, Equity and Inclusion efforts to align with our vision, mission, and guiding principles.

Kemper does not accept unsolicited resumes through or from search firms or staffing agencies. All unsolicited resumes will be considered the property of Kemper and Kemper will not be obligated to pay a placement fee.

Kemper will never request personal information, such as your social security number or banking information, via text or email. Additionally, Kemper does not use external messaging applications like WireApp or Skype to communicate with candidates. If you receive such a message, delete it.

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