About the job
About Us
At Hitachi Digital Services, we are a global leader in digital solutions and transformation, driven by a bold vision of realizing the full potential of our world. We prioritize people and are committed to making a positive impact. Our innovations help future-proof urban areas, conserve natural resources, protect rainforests, and save lives. We blend technology, expertise, and passion to propel our company and our clients from the current state to a better future.
We recognize the diverse experiences and viewpoints that every individual brings to the table. Your unique life experiences, character, and passion for making a difference are just as valuable to us as your professional qualifications.
Join Our Team
You will be part of the IT Infrastructure & Operations team, dedicated to the design, maintenance, and security of our enterprise network infrastructure supporting global operations. We ensure reliable connectivity across on-premises environments and multi-cloud platforms including AWS and Azure, while adhering to robust security standards.
Our team utilizes advanced networking and security technologies, including Cisco routers and switches, VeloCloud SD-WAN, Palo Alto, F5, Cisco ISE, and Zero Trust architectures, to guarantee high availability, secure connectivity, and optimal performance for our global business systems.
Your Role
As a Network Engineer Lead, you will be pivotal in designing, implementing, and supporting our enterprise network infrastructure across both cloud and on-premises environments. Your expertise will help us maintain secure, scalable, and high-performing networks that facilitate global connectivity and business operations.
Key Responsibilities:
- Design, plan, and maintain a secure and cost-effective corporate network infrastructure across AWS, Azure, and on-premises environments.
- Implement and manage WAN, LAN, and datacenter networking solutions with a strong focus on security and reliability.
- Lead network projects from evaluation and architecture design to configuration and deployment.
- Implement Zero Trust security architectures to minimize attack surfaces and prevent unauthorized access.
- Monitor network performance to ensure system availability, reliability, and capacity.
