Actively seeking full time in the position of Network Engineer
ª Strong debugging and troubleshooting skills, problem solving with critical thinking and analysis.
ª Knowledge of Python, CCNA and Network Fundamentals, LAN Switching, Routing Technologies, WAN Technologies, Network Infrastructure Services, SecurityManagement.
ª Knowledge of F5 load balancers, F5 ASM,GTM,LTM.
ª Experience in Cisco 7200, 7600 routers, Cisco 2800 3700 series switches: Physical cabling, IP addressing, WAN.
ª Configuring static NAT, dynamic NAT, inside Global Address Overloading, TCP overload distribution, Overlapping Address Translation, ACL.
ª Configuring HSRP between VLANs, Configuring Ether-Channels and Port Channel on Cisco6500 catalyst switches
ª Good understanding on Cisco ASA 5500 (5510/5540) Series.
ª Knowledge of IP, UDP, TCP, HTTP protocols and analysis tools such as Wireshark.
ª Designing IP addressing scheme using subnet.
ª Configuring Routers, Switches, Static and Dynamic Routing Protocols like RIP, OSPF,EIGRP.
ª Implementing VTP, VLANs and Trunk usingDot1q, ARP, CDP, GLBP, HSRP, IPSEC, MPLS.
ª Configuring and troubleshooting of VPN.
ª Strong skills on NAT/PAT implementation.
ª In depth knowledge of SNMP, LLDP, CDP, syslog and Netflow.
Strong knowledge about OSI and TCP/IP protocol suite.
Configuring routers and performing pleaf migrations from core routers using Secure CRT.
Configuring BGP on the interfaces using automated tool POLO.
Mastering ticketing tools like Remedy.
GPA : 3.4
Virtual Private Network:
ª Created a multi- router network and configured the routers and hosts using the CISCO IOS to configure a site- to- site IPsec VPN.
ª The IPsec VPN tunnel has been created between the two routers via another router where IPsec provides secure transmission of IP packets between the IPsec devices.
ª Technologies used are CISCO Packet Tracer.
ª Worked on how to setup and configure VLAN on switches using CISCO Packet Tracer.
ª Configured routers and switches then the configuration is verified by pinging between two devices.
ª Technologies Used: CISCO Packet Tracer.
ª Connected the temperature sensor to the particle cloud using a Wi- Fi Access point.
ª The particle Argon module is connected to a Local Area Network.
ª The Particle Cloud server is registered to access the temperature and control remotely from the Particle console Web application.
ª Equipment used is Particle Argon IOT development kit.
TITLE: DESIGNING A VOLTAGE MODE AND PEAK CURRENT MODE CONTROLLERS USING PSPICE
Description: The aim of this project is to design a boost converter using the specific parameters and design voltage mode and peak current mode controllers.
TITLE: Downlink Wireless MIMO Channel Estimation
DESCRIPTION: This project was tackled down by three parts, the design of the User Equipment (Rx) antenna which is PIFA type antenna , the design of the Base station antenna (Tx) which is the microstrip patch array, lastly the design of the MIMO system that will include both BS and UE interacting all working at 2.45GHz center frequency.
In this project PIFA was designed and its characteristics were observed.
Title of the Project: "Energy harvesting through Piezo devices"
Harvesting mechanical energy from human motion is an attractive approach for
obtaining clean and sustainable electric energy to power wearable sensors, which are
widely used for health monitoring, activity recognition, gait analysis and so on. This paper
studies a piezoelectric energy harvester for the parasitic mechanical energy in shoes
originated from human motion.
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