M. H.BASHA
________________________________________________________________
Career Objective:
To work in a progressive organization which can expand all my knowledge and
provide me an exciting opportunity to utilize my skills and qualification to produce result
fidelity
Experience summary:
•
5+ years of experience as developer in Layer2/Layer3(L2/L3) and Layer 7
protocols of networking domain.
•
Experience in software development for Switch and Router products.
•
Worked on the SNMP, SDAC and CLI Interface.
•
Proficient in Networking Protocols like TCP, IPV4, VLAN, ARP, STP, LAG,
OSPF.
•
Good understanding of Networking Concepts TCP/IP.
•
Experience in system Programming, Inter process communication.
•
Excellent team player with effective communication skills and professionalism
bundled with capabilities, self-starter and quick learner.
Technical Skills:
Domain
: Datacom (TCP, OSPF, VLAN).
Platform
: Linux.
Programming Language
: C,C++.
Tools
: Debugger: GDB.
1. Professional Experience:
•
Duration
: From Aug 2019 to Till now.
•
Designation
: Lead Engineer.
2. Professional Experience:
•
Duration
: From OCT 2018 to Aug 2019
•
Designation
: Software Engineer.
3. Professional Experience:
• Duration
: From May 2017 to Sep 2018.
•
Designation
: Sr. Software Engineer.
4. Professional Experience:
• Duration
: From March 2016 to Feb 2017.
•
Designation
: Member Technical Staff.
Educational Profile:
•
Bachelor of Technology (B. Tech) in Electronics and Communication
Engineering (2008-2012) from Amina college of Engineering and Technology.
PROJECT EXPERIENCE:
1.Cisco ASR 9000 Series Routers
Project Description:
Cisco ASR 9000 Series Routers deliver exceptional scale, service flexibility, and high
availability to Carrier Ethernet transport networks.
The routers are powered by widely deployed Cisco IOS XR 64 bit operating system, an
innovative self-healing, distributed operating system designed for always-on operation.
The ASR 9900 series set a new standard for Layer 2 and Layer 3 10GE/1GE service
density and scale to support large-scale aggregation, Data Center Interconnect (DCI), and
Satellite Network Virtualization (nV) System mode on the ASR 9000 Series Router.
Contribution:
 Worked on Router and Switch.
 Worked on SDAC (Satellite Discovery and Control) Protocol.
 Worked on IPC.
 Involved in coding, unit testing and bug fixing
2.iPASOLINK VR SWITCH:
Project Description:
High Capacity Microwave & Carrier grade Packet switch:
iPASOLINK VR is a new-concept microwave and optical transporter that transcends the
realms of traditional microwave equipment.
iPASOLINK VR leads the microwave radio industry with rich features and outstanding
capacities. As a high-performance device, it is capable of high capacity transport with
optical and microwave, for a true carrier-grade converged node experience. Along with
NEC's SDN solution, iPASOLINK VR is ready for the 5G era, where new service and
technologies revolutionize the mobile landscape.
Contribution:
 Worked on SNMP.
 Worked on complete feature development from the requirement level to the detailed design.
 Worked on STANDARD MIB SUPPORT feature.
 Worked on IPC and Threads.
 Involved in coding, unit testing and bug fixing.
Environment: C Programming, Linux.
3.NOKIA 1830 PSS SWITCH:
Project Description:
The 1830 PSS switch optimize optical networks to meet unpredictable traffic
demands.1830 PSS provide efficient transport at any scale, from compact access to the
converged OpticalTransport Network (OTN)/DWDM core. They support a wide range of
applications and services. The 1830 PSS portfolio helps you optimize optical networks to
meet unpredictable traffic demands.
Contribution:
 Worked on SNMP.
 Worked on the Agent files.
 Working on CLI interface with all modules.
 Involved in coding, Enhancements, unit testing and bug fixing.
Environment: C++, C Programming and Linux.
4. Project Name: LTE ( Long Term Evolution )
Project Description:
LTE (Long Term Evolution) is the project name given to development of a
high-performance air interface for cellular mobile communication systems. It is the last
step toward the 4th generation (4G) of radio technologies designed to increase the capacity
and speed of mobile telephone networks. While the former generation of mobile
telecommunication networks are collectively known as 2G or 3G, LTE is marketed as 4G.
Contribution:
 Overall architecture of LTE training.
 SGW and MME concepts.
Environment: C Programming, Linux.