Job Title :Data Center Network Engineer
No of Openings :5
Position Type : 11 Months Contract
1. Design Experience is a MUST - at least 2 years of experience with DATA CENTER DESIGN
2. Cisco Nexus - including 2k, 5k, 7k, 9k, and FI
3. Cisco ACI - Experience with at least 1 ACI Implementation
4. Cisco ISE and Network IPS
5. CCNA or CCNP or higher - please include certification number
Job Description :
Network Engineer III is an intermediate level IT position directly supporting the network in all day to day activities. This role is an individual contributor who will work closely both within a team environment and individually to achieve specific goals. The successful candidate will be able to work well within a team, collaborate directly with other IT and business departments, and handle several different projects at the same time.
ESSENTIAL DUTIES AND RESPONSIBILITIES: Senior knowledge of network technologies, design standards, and positive and negative attributes of those. Including- TCP/IPv4/IPv6 protocol suite, DNS, DHCP, Routing Protocols, Routing Domain architectures, LAN/WAN technologies, Data Center Fabric, Telecommunications Services, Information Security standards, Quality-of-Service, and Wireless Network technologies. A broad understanding of IT security standards and best practices for network infrastructure/service design. Including- PCI, SOX, HIPAA, Defense-In-Depth concepts, Network Segmentation, Data Center Service Isolation architectures, AAA services, Group Identity Structures, Layered Security architecture, and a Cooperative Policy framework. A strong understanding of enterprise application and service environments. Including- Web-App-DB application architectures, Enterprise Services and Middleware operations, and Shared Infrastructure services. Ability to understand Layered Security architecture, Security Zone architecture, Enterprise Application Platform architectures, Interdependent Policy configurations, Stateful Traffic Flow, and detailed TCP/UDP Communication Behavior. Proficient in the configuration, implementation and troubleshooting of Network Access Control Lists, Network IPS Filtering Policies, Internet Access Web-Filtering Policies, Network Access Endpoint Posture and Profile Policies, VPN Client and Point-to-Point technologies, Web-Application Firewall Policies, and Network Authentication Services (AAA). Able to thoroughly analyze Infrastructure issues (Routing, Switching, WAN Optimization, Load Balancing Network Firewall, Network IPS, Internet Proxy, Network Access Control technologies, VPN, Web-Application Firewall and AAA Services) quickly and efficiently. A solid understanding of Cisco Routing and Switching including VLANs, Ethernet, WANs, LANs, Spanning Tree, vPC, Port Channels, and industry best practices. Ability to understand the 7 layers of the OSI network model.
This job has no supervisory responsibilities.
To perform this job successfully, an individual must be able to perform each essential duty satisfactorily. The requirements listed below are representative of the knowledge, skill, and/or ability required. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.
Solid communication skills. Consistent communication and keeping requester informed of ticket status. Ability to translate end-user concerns to technical needs for communication within team or with other IT teams. Good collaboration skills, within team and with others. The engineer must have the ability to work with others in a collaborative way, sharing his/her ideas/opinions, and be able to comfortably voice opinion, express justification for and accept alternate opinions. Prioritizing operational issues and implementation tasks based on alignment with defined urgency and prioritization guidelines. Must be able to manage requirements gathering, technical definition and task tracking to be successful. Understanding of TCP/IP. Specifically, how do systems communicate over an IP network, the differences between TCP and UDP communication, what applications / OS / NICs are responsible for in the communication stack. Firm grasp of client application uses (MS Office, Putty, etc). Understanding of valid use-cases with these tools. Awareness of web applications and use-cases for them. Understanding of web browser configuration and caching implications on connectivity to web applications. Firm understanding of operation of network firewalls and IPS systems, where they are located, and impact they could have on communication between areas of the network. Able to use event management tools to research and identify general impacts on connectivity due to network firewall or IPS systems. Understanding of enterprise data center services, and interoperation between applications and databases. SME-level knowledge with at least 2 technical solutions. Primary resource involved for escalated troubleshooting and design changes involving them. Must be able to understand detailed technical systems, how they interoperate, what functionality they provide, and ultimately- what really matters with each of them. For many cases, that means knowing how things interact and where potential problems may be in troubleshooting issues. However, design decisions are all too often more important than supporting the solution later, and these rely on answering many of the same questions. Must understand key business functions, technical solutions supporting them, and identify potential risks involved with changes or activities that he/she is responsible for. He/She must be able to weigh the potential impact and identify the appropriate options for resolution with all included considerations. Able to effectively guide other junior engineers, working alongside of them when necessary to show them the key factors to manage throughout their project/task. The engineer should highlight the key caveats and goals for the related work. The engineer must have extensive experience with design and implementation of all relevant technical solutions that he/she will be responsible for. Able to review, analyze and translate business requirements into the appropriate technical solution, providing design that adheres to enterprise network architecture standards. Ability to develop task-lists for major projects, including developing phases, recognizing LoE, business risk and predecessors / dependencies.