Infrastructure Engineer III

JP Morgan Chase; Plano (TX); On-site; USD 120,000 - 180,000; Full time

Job summary

JPMorgan Chase in Plano, TX is seeking an Infrastructure Engineer III to join Corporate Sector – Infrastructure Platforms. You will apply your knowledge of software, applications, and infrastructure engineering to deliver reliable, scalable systems and end-to-end monitoring.

The role emphasizes AI-assisted automation, site reliability, and collaboration with cross-functional teams to implement monitoring dashboards and capacity planning, while ensuring security and resiliency.

Qualifications

• Formal training or certification on infrastructure engineering concepts and 3+ years applied experience.
• Demonstrated experience using enterprise-authorized AI capabilities within the work environment to support infrastructure engineering workflows with strong validation habits and awareness of data sensitivity.
• Ability to review and validate AI-assisted recommendations before implementation, escalating when uncertain and ensuring outcomes align to resiliency, security, and auditability expectations.
• Strong knowledge of one or more scripting languages.
• Experience with multiple cloud technologies (public and private clouds).
• Proficiency in scripting/automation and infrastructure-as-code (Python, PowerShell, Ansible, Terraform) and fluency in at least one programming language (e.g., Python, GO, Shell Scripting, .NET).
• Proven hands-on ability to leverage GitHub Copilot and coding assistants to accelerate skill development and build AI agents/workflows for infrastructure tasks.
• Knowledge of OS, networking, databases, deployment practices, and automation.
• Familiarity with Web products like Apache, Tomcat, IIS, WebSphere/IHS.
• Deep proficiency in reliability, scalability, security, and observability practices.

Responsibilities

• Applies technical knowledge to projects of moderate scope, focusing on data and systems at scale and end-to-end monitoring.
• Uses AI capabilities to accelerate monitoring, capacity analysis, and documentation with strong data handling and security awareness.
• Accountable for decisions in projects involving multiple technologies and applications.
• Applies AI-assisted remediation workflows and validates changes for resiliency and security.
• Builds and champions AI-first automation for operational workflows with proper controls and monitoring.
• Demonstrates site reliability culture and leads data‑driven initiatives to improve service levels and stability.
• Collaborates with teams and stakeholders to identify SLIs/SLOs and establish service level objectives and error budgets.
• Diagnoses issues, modernizes processes, and ensures end-to-end monitoring of applications.
• Collects telemetry, designs dashboards, and ensures system reliability, performance, and security.
• Escalates with detailed technical write-ups and partners with teams to remediate capacity risks.

Skills

Scripting languages

Python

PowerShell

Go

Shell scripting

GitHub Copilot

AI-assisted automation

Cloud technologies

Observability & monitoring

Tools

Terraform

Ansible

GitHub Copilot

Grafana

Dynatrace

Datadog

Prometheus

CloudWatch

Splunk

Job description

You belong to the top echelon of talent in your field. At one of the world's most iconic financial institutions, where infrastructure is of paramount importance, you can play a pivotal role.

As an Infrastructure Engineer III at JPMorganChase within the Corporate Sector – Infrastructure Platforms, you utilize strong knowledge of software, applications, and technical processes within the infrastructure engineering discipline. Apply your technical knowledge and problem-solving methodologies across multiple applications of moderate scope.

Job Responsibilities

• Applies technical knowledge and problem-solving methodologies to projects of moderate scope, with a focus on improving data and systems running at scale, and ensures end to end monitoring of applications
• Uses enterprise-authorized AI capabilities within the work environment to accelerate monitoring and capacity analysis and documentation, validating outputs and handling operational data according to sensitivity and security requirements.
• Accountable for making significant decisions for a project consisting of multiple technologies and applications
• Applies reuse-first, AI-assisted approaches to identify recurring capacity risks and improve remediation workflows, ensuring changes are validated and aligned to resiliency and security expectations.
• Demonstrate an AI-first mindset by building hands‑on agentic automation for operational workflows (e.g., triage, runbook execution, incident summarization, change validation) with appropriate controls and monitoring.
• Demonstrate and champion site reliability culture and practices by exerting technical influence throughout your team; lead initiatives to improve reliability and stability using data‑driven analytics to improve service levels.
• Collaborate with team members, technical experts, key stakeholders, and customers to identify service level indicators and establish reasonable service level objectives and error budgets.
• Diagnose and implement changes to resolve issues, modernize technology processes, and ensure end‑to‑end monitoring of applications.
• Collect and analyze monitoring/telemetry data in test and production environments; design and implement dashboards; ensure system reliability, performance, and security.
• Escalate issues appropriately with detailed technical write‑ups; partner with application and infrastructure teams to identify and remediate capacity risks; understand platform interdependencies and limitations.

Required qualifications, capabilities, and skills

• Formal training or certification on infrastructure engineering concepts and 3+ years applied experience
• Demonstrated experience using enterprise-authorized AI capabilities within the work environment to support infrastructure engineering workflows with strong validation habits and awareness of data sensitivity.
• Ability to review and validate AI-assisted recommendations before implementation, escalating when uncertain and ensuring outcomes align to resiliency, security, and auditability expectations.
• Strong knowledge of one or more scripting languages
• Experience with multiple cloud technologies (ability to operate in and migrate across public and private clouds)
• Proficiency in scripting/automation and infrastructure‑as‑code (Python, PowerShell, Ansible, Terraform) and fluency in at least one programming language (e.g., Python, GO, Shell Scripting, .NET, etc.), including hands‑on experience applying AI‑assisted automation and agentic patterns to engineering/operational workflows.
• Proven hands‑on ability to leverage GitHub Copilot and coding assistants to accelerate skill development and build AI agents/workflows that support specific infrastructure operations tasks (e.g., triage, automation, runbook execution)
• Knowledge of infrastructure engineering areas such as operating systems (Linux/Windows), networking terminology and protocols, databases, deployment practices, and automation.
• Familiarity with Web products like Apache, Tomcat, IIS, WebSphere/IHS.
• Deep proficiency in reliability, scalability, performance, security, enterprise system architecture, toil reduction, and similar best practices, with demonstrated ability to implement these practices within a platform.
• Advanced knowledge and experience in observability, monitoring, alerting, and telemetry collection using tools such as Grafana, Dynatrace, Datadog, Prometheus, Cloudwatch, Splunk, etc., including designing and implementing monitoring dashboards using Splunk or Dynatrace with effective production support.

Preferred Qualifications, Capabilities, and Skills

• Implementation of CI/CD pipelines, code reviews using GitHub, and process automation with Python and scripting.
• Hands‑on experience and certifications in AWS, Azure, GCP, or other cloud environments; AWS/Azure exposure with understanding of resiliency, scalability, observability, and monitoring.
• Experience utilizing Terraform or other infrastructure‑as‑code technologies for cloud resource management.
• Experience supporting complex and mission critical applications involving a multitude of components of varying technical generations; Familiarity with modern front‑end technologies and experience in designing, developing, and implementing software solutions.
• Strong drive to expand infrastructure engineering knowledge across emerging technologies and domains; drive to self‑educate and evaluate new technology.