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Equinix is a world leader in digital infrastructure, operating 240+ data centers and enabling interconnection to clouds and networks. This role focuses on network design, planning, deployment, and lifecycle management, leveraging AI-driven insights, automation, and coding to improve efficiency, reliability, and scale.
The candidate will engage across deployment, product development, testing, and service delivery with a strong emphasis on AI-enabled monitoring and proactive optimization of
Equinix is the world’s digital infrastructure company, operating 240+ data centers across the globe and providing interconnections to all the key clouds and networks. Businesses need one place to simplify and bring together fragmented, complex infrastructure that spans private and public cloud environments. With Equinix Metal, customers can rapidly deploy automated single-tenant infrastructure and interact with 2,100 networks and 3,000+ cloud and service providers. Our global platform allows customers to place infrastructure wherever they need it and connect it to everything they need to succeed.
At Equinix, we help the world’s digital leaders scale with agility, speed the launch of digital services, deliver world-class experiences, and transform people’s lives. Our culture is based on collaboration and the growth and development of our teams.
We hire hardworking people who thrive on solving challenging problems and give them opportunities to hone new skills, and try new approaches, as we grow our product portfolio with new software and network architecture solutions. We embrace diversity in thought and contribution and are committed to providing an equitable work environment that is foundational to our core values as a company and is vital to our success.
Responsible for network design, planning, and operations, including capacity management, vendor evaluation, project management and service lifecycle management. Additionally, leverages AI-driven insights, automation, and coding skills to improve network efficiency, reliability, and scalability. Requires strong understanding of network architecture principles and modern infrastructure (DC, cloud, interconnection).