Project Trainee Resume

TECHNICAL SKILLS:

Protocols and Standards: TCP/IP, RIP, EIGRP, OSPF, IS - IS, BGP, STP, RSTP, HSRP, VRRP, NAT, MPLS, Layer 2 and 3 MPLS VPN, IPsec, Frame-relay, DNS, DHCP, VPN, HTTP, FTP, NTP, WAN, Firewalls

Programming languages: C-language, Python, Embedded C

Software Tools: Wireshark, GNS3, Cisco IOS, Linux

VoIP: SIP, H.323, RTP, RTCP, SCCP, MGCP

WORK EXPERIENCE:

Project Trainee

Confidential

Responsibilities:

Lead a team of 8 members. Worked in designing a project “Wi-Fi based automatic Plant Irrigation System”.
Configured Arm 7 processor and sensors using Embedded C programming language.
Configured and worked on setting up and using Wi-Fi module as a medium for communication.
Designed and proposed a cost-effective solution.

Graduate Lab Assistant

Confidential, Fairfax

Responsibilities:

The position involves grading of student assignments and preparing lab work and assignments with the Professor.
Teaching and Managing Lab work for 50 students
Configured layer 3 transport (IPv4 and IPv6) using OSPF, ISIS and BGP using Cisco 7200 routers.
Configured MPLS transport for Layer 2/3 VPN and Traffic Engineering.
Setup TE tunnels with attributes and Performed troubleshooting in real time environment.
Configured traffic routing solutions in a multi-area network representing a small Business model when multi-homed to 3 ISPs.
Desired routing behavior scenarios was achieved by using the concepts of BGP Attributes, BGP Capabilities and Communities. A simulation of the project was made in GNS3.
In depth working knowledge on Amazon Web Service features like EC-2, VPC, Auto-scaling, Load balancing and Monitoring
Designed a Highly Available, fault Tolerant and redundant solution for the Data center consisting of Web servers and Application servers in his private network.
Troubleshooting basic issues in AWS domain like connectivity and load balancing.
Analyzed different VoIP providers by comparing their parameters (QoS, latency, jitter, bandwidth).
Designed VoIP based solution using trunking protocols (MGCP, SIP, H.323) and Codecs.
Calculated the latency, QoS, Jitter and bandwidth based on the network given.
Prepared high-level documentation for network deployment and proposed total cost of ownership for the solution.
Lead a team of 8 members. My role as Project Manager involved allotting team members to groups, delegating responsibilities, assigning tasks, following up, conducting discussions, forming a plan of action, analyzing options and taking decisions
Responsible to design a system to integrate different IOT sensors and devices for a centralized architecture.
Proposed a cloud based solution to create IOT system architecture with privacy, security and high availability at its core foundation.

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