Lead Cybersecurity R&D Engineering Manager – Hybrid

Hewlett Packard Enterprise; San Juan (PR); Hybrid; USD 150,000 - 190,000; Full time

Job summary

Hewlett Packard Enterprise in San Juan, Puerto Rico, seeks an Engineering Manager for Cybersecurity R&D to lead a team delivering secure router, switch, and firewall features within Junos OS ecosystems.

The role emphasizes SDL practices, vulnerability remediation, and cross‑functional collaboration across geographies. You will guide a security-focused team, manage headcount and budgets, and drive certifications readiness in a hybrid work model.

Qualifications

• First-level university degree or equivalent experience.
• Typically 5+ years of related work experience, 1-2 years of people management experience.
• Broad knowledge of cybersecurity, networking, networking OS, and software engineering.
• Strong verbal and written communication skills and negotiation abilities.

Responsibilities

• Builds and leads a team contributing to security certification readiness, operational EUCRA support, developing security features and test harnesses, and AI-driven defense.
• Exerts dynamic leadership in face of changing product security requirements and threats.
• Collaborates with peer managers and teams in planning and execution of cybersecurity projects across geographies.
• Manages headcount, deliverables, schedules, and costs for multiple ongoing projects and communicates project status to stakeholders.

Skills

Cybersecurity

Networking

Software engineering

Agile leadership

Communication

Education

Bachelor's degree or equivalent

Tools

Junos OS

Job description

Hewlett Packard Enterprise in San Juan, Puerto Rico, seeks an Engineering Manager for Cybersecurity R&D to lead a team delivering secure router, switch, and firewall features within Junos OS ecosystems.

The role emphasizes SDL practices, vulnerability remediation, and cross‑functional collaboration across geographies. You will guide a security-focused team, manage headcount and budgets, and drive certifications readiness in a hybrid work model.