RESUMESir,
I would be keen to work with your company, since the position sounds very interesting and is related to subjects from my academic studies, which are listed below.
POST GRADUATE DIPLOMA: (PG BS)
Postgraduate diploma from Indian Institute of Technology (IIT), Mumbai.
(‘A’ graded institute in India).
Completed in 2005.
Topics Covered:
• Cellular Networks: GSM, GPRS, CDMA, 3G.
• Mobile Applications: SMS, WAP, J2ME, Wireless LAN
& TCP/IP Networks: IEEE802.11,
Mobile IP, MANET, TCP Over Wireless.
• Emerging Wireless Technologies: Sensor Networks, RFID.
Projects Done:
1. Design of Wireless LAN:
Designed the wireless LAN network for a campus, which had two buildings, and coverage area was about 1000mts, per floor each building. So I designed as to where, how and which would be the access points, the switches, the routers.
The set up was made as to derive minimum cost with both wired and wireless technologies, as total wireless network is costlier.
And also estimated the overall cost required for the set up.
2. Application for mobile:
Designed the application based on java, which performed the operation of tracking of destination location for a person who wished to go from one place to another, and the mobile guides you by showing you the map on the mobile display.
The functionality of the program was as such that mobile will ask question as to where to go, the destination place will be written on & the mobile will provide the map indicating the shortest possible way to reach the destination.
(We were three as project partners to work on projects & all having same roles.)
Academic Grade: BC
GRADUATION: (BS)
Graduate engineering degree in Electronics And Telecommunications from University Of Mumbai.
(‘A’ graded University in the state)
Completed in 2005, from Jondhale College of Engineering, Dombivili.
Major Topics:
• Computer & Communications Networks
• Mobile Cellular Networks
• Satellite Communications
• Microwave
Project:
Project developed on C-Band Satellite Receiver System:
Project composed on receiver design of frequency modulators, filters (L.P. &H.P.), amplifiers, transformers, low noise amplifiers.
Components were placed on PCB with proper values and tested for various signals to be received from the antenna.
The receiver was made to select the required channel from the signals received from the dish antenna and to separate audio and video signals from the signals of selected channels.
The set up was made as to receive the analog channels from the satellite through antenna.
Completed in last year of engineering from Tune Well Industries, Vasai.
Worked as a project leader.
H.S.C:
Completed in 1999 from Ruia College, Matunga.
S.S.C:
Completed in 1997 from John XXIII High School, Virar.
ALLIED COURSES:
• Knows Windows Operating Systems And Hardware,
• Knows Ms Word, Excel, Power Point, CorelDraw,
• Knows C-Language, Pascal,
• Studied CCNA.
OBJECTIVE:
To Expertise in the field of Communications so as to achieve excellence in this sector & to contribute for the well being of this industry as well as for the society.
WORK EXPERIENCE:
Employer: INTEGSRV PVT. LTD., Borivili Gorai, Mumbai
www.integsrv.com
www.dial2world.com
Principal Job Responsibilities:
• Produce engineering-level designs and documentation defining the configuration of VoIP Hardware, and use of SIP features within call flows for new and existing VoIP Services
• Define and Execute Test Cases to validate new vendor software releases & call flows, and ensure correct operation and performance of the VoIP Network
• Produce and Maintain Capacity Planning Models, and plan augments & expansion of the VoIP Network.
• Develop & maintain strong relationships with VoIP Product Vendors
• (Where required) Work with Tier 3 Voice Operations to resolve network issues
Working Relationships:
• Direct interaction with the Voice Product Management and Voice Operations teams, along with other peer-level IP & Transport Engineering and Deployment groups within GNS.
• Direct interaction with VoIP product suppliers both on an engineering and commercial basis.
• knowledge of the network role and functions of components used within voip architectures
• call establishment across voip networks using sip signaling
• call establishment across circuit switched voice networks using PRI & ISUP signaling
• knowledge of the protocols used within layered ip networks (especially SIP, RTP/RTCP, TCP, UDP, RIP, & OSPF)
• Debugging and analysis of Call Logs obtained from devices participating in a VoIP call flow
