●Master of Science (M.S): San Jose State University (Computer Networking) August 2017- May 2019
●Bachelor of Engineering (B.E) : Pune University (Electronics Eng) August 2012-August 2016
● Languages: C, C++, PYTHON
● Courses: SDN and NFV, Network Security, VOIP, Internetworking, Data structures, AWS, MATLAB, Broadband net
● Protocol/Bus: SPI, I2C, WIDEBOX protocol, UART
● Controllers: ARM7, LPC2148, 8080, PIC 18F4550, RASPBERRY PI
●Networking Tools: Wireshark, Cisco Security Manager, Cisco Packet Tracer, GNS3, VMWare Workstation, PuTTY, OPNET, Netstat, Traceroute, Node-RED, Kubernetes
● Networking: BGP, TCP/IP, VPN, FTP, OSI, OSPF, SNMP, DHCP, HTTP, HTTPS, DNS, NAT /PAT, ICMP, ACL, RIP, VTP, Subnetting, LACP, IPv4, IPv6, SSH, Telnet, VLAN, VPN, VoIP, SIP, SSL, EIGRP.
● Operating System: Windows XP/7/8/10, Linux-Ubuntu, Kali-Linux
●Switching Technology: Inter-Vlan routing, VTP, STP
●Anonymous Labs LLC(R&D AWS Developer intern) (Feb 2019- present)
Developing AWS platform to integrate the SQL code using a RDS DB instance, Cloud Front and elastic EC2 instances to develop the equity investor’s platform
●San Jose State University(Research Assistantship) (Aug 2017-Present)
Mozilla IOT Gateway- Networking smart devices on a Zigbee or Z-wave with a Raspberry Pi onto a Gateway and in turn to the AWS cloud containing predefined, hardcoded APIs which improving the user satisfaction by 30%
●Whirlpool Home Appliances(Electronics Engineer) (Aug 2016-Aug 2017)
‘Reduced power consumption by 40% and increased the profit margins by 20%’.
●JTT Systems (Feb 2013-May 2013)-Circuit designing and DC motor interfacing.
●RFIC Solutions Ltd(Aug 2013-Oct 2013)-Vendor negotiations and cost optimization of the wafer making.
●Performance Analysis of Link Aggregation in Data Center networks using LACP in Fat-Tree Topology-
Implemented LACP using Opnet, Cisco Packet Tracer for throughput increase by 36% using a fat-tree topology in DCNs.
●Integration of SDN and IoT-
Designed the CORAL framework for SDN networks, using Node-RED virtualization of IoT devices improving the BW upto 40%.
●Network Automation Using GNS3 and Python Programming-
Created configuration of static and default routing in the routers, VTP and VLAN on switches and Telnet, SSH, DHCP routers, NAT for N number of routers, RIP,OSPF and BGP routing protocols and created a network with 30% BW efficiency
●Implementation of VLAN using OpenSwitch-
Configuration of VMs with different VLANs in virtual environment between the VLANs, traffic congestion was reduced upto 50%.
●Implementation of multi-location corporate network using Cisco Packet Tracer-
Implemented across 4 cities a network, designed ASes, configured with OSPF protocol, DHCP server, created VLANs at each location, ACL to filter out the network traffic, configured NAT at each gateway router.
●SDN Load balancer using Djikstra's Algorithm-Implemented a SDN-based load balancer using BW and node weight efficiency to operate using Djikstra's algorithm reducing network congestion by upto 60%.