Network Cisco

KAMESWARA ACHYUTH KUMAR KALA

****.*********@*****.*** 203-***-**** https://www.linkedin.com/in/kameswarakala/ SUMMARY

• Seeking for an opportunity with expertise in network routing and switching. Thorough knowledge in installation and configuration of local and wide area networks. Ability to build, maintain and monitor secured network systems. Experience in ensuring efficient network operations at all times to prevent user and website outages. Proficient with design, analysis, planning and coordination of LAN and WAN network systems

• Good understanding of OSI and TCP/IP Protocols and Communication Technologies li

• ke 2G, 3G and 4G.

• Initiative-taker; Self- Motivator; successfully worked in both team and self-directed settings; can quickly learn and master new technologies. EDUCATION

Master of Science in Electrical Engineering from University of New Haven, West Haven, Connecticut. December 2019 Bachelor of Technology in Electronics and Communication Engineering from GITAM University, Hyderabad, India. April 2017 TECHNICAL SKILLS

● Pursuing CCNA professional training from UDEMY.

● Communication Protocols:

● Simulation Tools:

● Programming languages:

OSI Model TCP/IP Protocols.

Cisco Packet Tracer Wireshark OPNET MATLAB/Simulink AutoCAD Cadence. C C++ Python Embedded C .

• Software Tools: Particle Workbench IDE Visual studio code AWR MS-office. EXPERIENCE

Intern, Bharti Airtel April 2016 – June 2016

● Worked on Low Revenue and Low Utilization and Field Testing of sites.

● Analyzed the error detection methods and power management of signals at different locations.

● Gained good understanding of how 3G and 4G technologies work. Diploma course at Vector India on Embedded Systems (Embedded C, Linux) May 2017 – December 2017

• Hands on experience of programming in LINUX.

• Worked on Scheduling task and linkers using Embedded C.

• Performed Error handling techniques using Kernel Architecture. R&D PROJECTS

Designed Campus Area Network (Cisco Packet Tracer)

• Designed a Network Structure, comprising different Departments spread in different buildings of the company using Cisco Packet Tracer.

• Multiple Routing protocols have been used in different branches and all the departments can communicate with each other through Redistribution of Routing Protocols.

• Internet Service Provider has been used for Communicating East & West Building with the Data Centre & Internet. Applied Routing Protocols EIGRP along with the Synchronous Number, Static Routing and concepts including Default Routing.

• Verified that the branches are communicating with each other and access the internet via ISP using internet and network protocols. Designed Long-Term Evolution Network (OPNET)

• Designed and simulated an LTE network using OPNET.

• Compared theoretical throughput values with the simulated values of 8 sited cell and two cells containing 6 sites each.

• Concluded that 4G LTE network can provide efficient broadband with minimum count of cells. Desgned Virtual Local Area Network (Cisco Packet Tracer)

• 69Designed VLAN network using hubs, switches, routers and PCs.

• Configured VLAN using switches for message is passing between the multiple VLANs.

• Verified the connectivity of the network by ping method. Designed Virtual Private Network (Cisco Packet Tracer)

• Designed a VPN using network and datalink layer in cisco packet Tracer.

• Implemented a multi-router network for configuring router along with hosts site-to-site IPsec VPN with Cisco IOS.

• Used IPsec VPN tunnel to transfer data from child router 1 to child router 2 via main router.

• Secure transmission of sensitive information over unprotected networks is trusted via IPsec. Cloud Computing (Particle Workbench IDE, Particle Argon, Visual Studio Code)

• Designed smart temperature sensing system using temperature sensor, Particle Argon module using a Wi-Fi Access point.

• Communication between particle argon and cloud server is established by a Wi-Fi communication protocol.

• Implemented Particle Console web application to monitor the temperature for registering values to particle cloud.

● Flashed particle firmware and compiled with the Visual studio code workbench IDE and the Device OS API libraries. Designed an 8bit ALU using GDI gates (Cadence)

● Designed an ALU with 90nm technology and implemented Arithmetic operations and Logical operations using Cadence software.

● Proposed Optimized power consumption using GDI gate.

● Analyzed and proved that power consumption was optimized while using CMOS inverters.

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