Millennium Technology Services is seeking a Network Consultant Engineer with deep experience in Compute infrastructure—including Hyperflex, Nutanix, UCS, InterSight, and virtual machine technologies. As part of our expert engineering team, you’ll lead and support large-scale deployments across Data Center networks, SDWAN, security, and campus architectures. If you’re a hands-on technical consultant passionate about complex infrastructure and innovation, this role is for you.
Key Responsibilities
- Support Data Center network, Campus network, SDA/DNAC, Wireless/WLC, SDWAN, and Enterprise Security (FW/FPR, ISE, SSE, SNA, WSA, ESA, DUO).
- Deploy and troubleshoot UCS Compute and Hyperflex hyperconverged systems.
- Assess client needs and develop tailored infrastructure solutions.
- Produce architectural network designs for large-scale environments.
- Execute full lifecycle delivery: planning, design, staging, implementation, migration, testing, and handover.
- Build simulated lab environments for validation and problem-solving.
- Provide onsite or remote deployment support and Day-2 troubleshooting.
Technical Expertise Required
- Experience with Cisco ACI (Application Centric Infrastructure) – including ACI, Nexus, NDI, and NDFC.
- Knowledge of Cisco SDA, DNAC, Catalyst Center, and Wireless solutions.
- Hands-on experience in Cisco SDWAN (vManage, vSmart, vBond, OMP routing, ZTP, policy config).
- Advanced knowledge in Cisco Security solutions (FW/FPR, ISE, SSE, WSA, ESA, DUO).
- Strong skills in Catalyst and Nexus switches, UCS platform, and Compute architecture.
- Proficiency in Hyperflex, Nutanix, and InterSight management.
- Skilled in L1–L3 troubleshooting and root cause diagnostics.
- Effective communication and consulting abilities for stakeholder engagement.
Qualifications
- Bachelor’s Degree in Computer Science, IT, or related field.
- 3–5 years of hands-on experience with Cisco compute/networking solutions.
- CCIE (in Routing/Switching or Data Center) is a strong plus.
- Strong industry awareness and architectural understanding of modern compute networks.
