Telecommunications and Network Engineering

Karan Yadav

Dallas, Texas-***** acz0tz@r.postjobfree.com 469-***-****

https://www.linkedin.com/in/karan-yadav-001

OBJECTIVE:

Seeking a Full-time position with a technology company in the field of Networking, Virtualization or Cloud, that will allow me to apply and enhance my skills as a Network Engineer. EDUCATION:

Southern Methodist University Jan. 2015 – Dec. 2016 Masters of Science: Telecommunications and Network Engineering GPA: 3.6

Relevant Courses: Routing and Switching, Multiprotocol Label Switching, Software Defined Networks, Network Protocols, Telecommunications Network Security, Advanced Network Design, Switching and Quality of Service in IP Networks, Advanced Wireless Networks, Cloud Computing University of Mumbai Aug. 2009 – May 201 3

Bachelors of Engineering: Electronics and Telecommunication Engineering WORK EXPERIENCE:

Graduate Teaching Assistant – Routing and Switching (EETS 8303) Aug. 2016 – Dec. 2016

Assisting professor in designing of labs based on network topologies using GNS3

Evaluating lab reports submitted by students, also proctoring and evaluating exams for the course TECHNICAL SKILLS:

Certification: CCNA Routing and Switching (CSCO12924972) Valid till January 2019

Professional Course: CompTIA Linux+, CCNP Routing and Switching

Applications/ Tools: GNS3, Wireshark, Packet Tracer, Boson, VMware Workstation, Mininet, Putty, OPNET

Switching Technologies: VLAN, VTP, STP, RSTP, Ether Channel

Routing Protocols: EIGRP, OSPF, RIP, BGP

Other Protocols: HSRP, VRRP, GLBP, DNS, NAT, DHCP, MPLS

Operating System: Windows XP/7/8/10, Linux (Ubuntu) ACADEMIC PROJECTS:

Implemented and configured Queuing Policies in OPNET Mar. 2016

Designed 3 scenarios, each for a queuing policy that are FIFO, Priority Queuing (PQ) and Weighted Fair Queuing (WFQ) in Riverbed Modeler to determine which queuing policy can be used in best effort delivery

Configured a scenario by initially choosing network scale, map, and appropriate technology

Deployed Routers, Clients and Servers and edited their attributes according to a policy and QoS schemes.

Compared results of packet loss, queuing delay and queue delay variation with each queuing policy Software Defined Network (Amazon Web Services) Apr. 2015

Implemented cloud service using Infrastructure as a service (IaaS) provided by Amazon Web Services

Created instances (EC2) with Amazon Linux AMI and storage using CLI in different availability zones

Installed those instances and created security groups and generated a key pair needed to SSH

Deployed Elastic Load Balancer between these two instances in different zones using CLI

Newly configured instances were accessed using SSH and verified ELB URL in a browser MPLS L3 VPN using OSPF and BGP on GNS3 Mar. 2015

Configured OSPF and enabled MPLS on PE and P routers, and also MP-BGP between PE routers

Created VRF’s on PE routers, assigned RD and RT values, attach PE-CE links to newly created VRF’s

Configured OSPF on CE routers, then redistributed BGP routes into OSPF and vice-versa on PE router

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