Network Engineer Technical Support

AMEYA BOROLE

**** ******** *****, ******, *****-*5206 469-***-**** *******@***.*** www.linkedin.com/in/ameyaborole

Detail-oriented, dedicated and skilled network engineer with strong leadership and IT background. Seeking a secure position in a company offering significant individual growth where I can work towards the improvement of the company

by offering my expertise in Computer Networking and Cloud technology field.

WORK EXPERIENCE

Academic Development of Student-Athletes, SMU: Student Assistant Supervisor May 2018

Worked as Student Assistant Supervisor at ADSA at SMU. Experienced dealing with emergencies and time sensitive task. Learned customer handling and problem solving. Appreciated for punctuality and discipline.

Academic Development of Student-Athletes, SMU: Technical Support (Lab Monitor) May 2016

Worked as a Technical Support at ADSA at SMU. My responsibility was technical support along with continuous assistance on the technical front for the head of the department. Appreciated for critical situation handling.

Visions Corporations, Mumbai: Technical Support Analyst Intern June 2015

Provide end user support via troubleshooting, diagnosing, and resolving reported issues. Experience with Active Directory and Windows Servers. Worked closely with vendors to order, track and coordinates the installation of circuits.

EDUCATIONAL QUALIFICATIONS

Southern Methodist University, Dallas, Texas May 2018

Master’s in Telecommunication and Network Engineering

Mumbai University, Mumbai, India June 2016

Bachelor of Engineering in Electronics & Telecommunication Engineering

CERTIFICATION

Cisco Certified Network Associate – CCNA Routing & Switching (CSCO13175582) July 2017

MCITP(Trained)

SKILLS

Programming Languages Basic of LINUX.

Software and Platforms Wireshark, Cisco Packet Tracer, GNS3, AWS, Windows & MAC Operating System, Amazon

EC2, Microsoft Office tools, Cloud Computing Technology, Layer 2 and Layer 3 switches,

Cisco catalyst 3560, VMware Workstation, Virtual Box, Microsoft Azure, OPNET, Solaris.

Cloud and Networking TCP/IP, UDP, IPv4, IPv6, STP, OSPF, EIGRP, RIP, BGP, ICMP, HTTP, HTTPS, ARP, DHCP, DNS,

SIP, Network virtualization, IP Addressing/Subnetting, VLANs, VTP, MSTP, Cisco 3600 series

switches, HSRP, IS-IS, BGP, VRRP, SSL/TSL, DMVPN, SDWAN, Firewall, SNMP, NAT, IPSEC,

SSH, Telnet, SNMP, PPP, IGRP, F5 Load Balancing.

Behavioral Problem-solving, Data analytical and methodological thinking, Personal Integrity, Able to

work independently, Written and Verbal Communication, Self-motivated, Team-worker.

TECHNICAL PROJECTS

Network Monitoring using Zabbix (On VMWare): The objective of this project was to network at-least 20 nodes and study the effects when fault is introduced. Successfully installed Zabbix tool on Ubuntu running on VMware workstation. Created a network of 25 nodes using OSPF on GNS3. Gave access of Zabbix server from VMware in GNS3. Introduced few faults to the network after monitoring properly working network.

Protocol Analysis using Wireshark: Analysed live network traffic and captured packets at different network layers. Detailed analysis and lab report on Ethernet, DHCP, ARP, DNS, TCP, IP, HTTP and ICMP. Capturing packets and following TCP stream to figure out if the network has been compromised.

Amazon Instances and Virtualization: Created EC2 instances in AWS using hypervisor and created different availability zones using public key through SSH terminal. Launched instances in different environments and using different parameters like Load Balancers, VPC etc. Analysed and monitored incoming traffic using Cloud-Watch, Cloud-Trail and custom analytics. Achieved highest marks in all the assignments.

MPLS Configuration: Successfully configured MPLS in the LAB environment. Used OSPF protocol and then generated default route. Configured such that MPLS forcefully uses router-id as loopback 0. Also, configured MD5 authentication on each router.

Configuring MSTP, Port Security and PPP: Aim of the project was to configure MSTP, Port Security & PPP encapsulation on cisco switches in LAB environment. Successfully configured all and solved all given errors in the network.

Wireless LAN: The objective of these labs is to addresses the Medium Access Control (MAC) sublayer of the IEEE

802.11 standard for the wireless local area network (WLAN). Various options of this standard are studied in this lab. The performance of these options is analyzed under multiple scenarios.

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