JPMorgan Chase is seeking a Security Engineer III specializing in Threat Detection and Response within their Corporate Sector- Cybersecurity and Technology Controls division. This role represents a unique opportunity to join one of the world's leading financial institutions where security plays a vital role in protecting vast financial assets and sensitive data.
As a Security Engineer III, you'll be part of an elite team developing sophisticated software solutions focused on preventing misuse, circumvention, and malicious behavior. Your responsibilities will include designing and implementing tamper-proof, audit-defensible methods across multiple technical domains. The role requires a deep understanding of both defensive (blue team) and offensive (red team) security approaches, translating cyber threats into effective detection mechanisms, and managing the full incident response lifecycle.
The position offers competitive compensation ranging from $133,000 to $185,000, along with a comprehensive benefits package including health coverage, retirement plans, tuition reimbursement, and mental health support. You'll be working in Jersey City, NJ, as part of the Cybersecurity & Technology Controls group, which aligns the firm's cybersecurity, access management, controls, and resiliency teams.
The ideal candidate will bring 3+ years of applied security engineering experience, with expertise in areas such as Email Product Security, M365 Platform Security, SIEM Product Security, or Endpoint Security. Strong coding abilities, understanding of the Software Development Life Cycle, and experience with agile methodologies are essential. Knowledge of Splunk SPL, SQL detection language, Python for SOAR functions, and public cloud platforms is highly desired.
This role offers the opportunity to work on critical security initiatives at a global scale, collaborating with top talent in the field while protecting one of the world's largest financial institutions. You'll be part of a team that proactively partners with all business lines to enable secure, stable, and resilient operations.