Engineer Software
Resume:
Mr. Ajith Bhat
Will-Graf Str. 13, 80805, Munich, Germany
**.********@*****.***
Linkedin Profile
SUMMARY
Pursuing final semester of Master’s course in Communication System averaging 1.5 grade (1.0 being best).
1year of experience in WLAN domain and currently working in LTE-A layer-1 features as a student engineer.
Expertise in signal processing, mobile communication- layer-1 /layer -2 technologies, IEEE802.11a/b/g/n stds
Hands on experience in Switches, APs, AAPs, routers, R&S vector signal generators, spectrum analyzers.
Rank holder and gold medalist in Bachelors along with IEEE publications towards 4G mobile standards
Awards – Academic Scholarship for Master studies, Motorola Moment Award -2011, sponsorship (cash) from
Juniper Networks to present publication.
EDUCATION
10/2011 – 10/2013 TUM - Technische Universität München Munich,
(expected) MSCE - MS in Communication Systems Engineering Germany
Focus - Signal processing, Layer -1 /Layer-2 communication
Grade - 1.5 on an average.
(Grade System : 1,0 - 1,5 very good ;1,6 - 2,5 good ;2,6 - 3,5 satisfactory;3,6 - 4,0 sufficient;4,1 - 5,0 fail)
06/2006 – 06/2010 VTU - Visvesvaraya Technological University Bangalore,
Dayananda Sagar College of Engineering India
Bachelor of Engineering, Telecommunication
GPA - 82.45/100 First Class with Distinction, gold medal (5th rank)
Bachelor Thesis: Robust Video transmission over MIMO-OFDM system
WORK EXPERIENCE
03/2012 - current Rohde & Schwarz GmbH & Co. KG. Munich,
R&D Student (GNSS and Mobile Communication division) Germany
Developed prototype implementation of LTE-Advanced layer-1 features such as TM9 on R&S® CMW500.
Developed GPS signal obscuration model in the near field. This includes modeling signal reflection
developing vehicle antenna mask. Developed add-on features for GNSS simulator R&S®SMBV100A.
08/2010 – 09/2011 Motorola Solutions, Pvt. Ltd Bangalore,
Software Engineer (Wireless Network Division) India
Code enhancement and bug fixes in AP features including L2/L3 firewall, NAT, Web-portal security.
Designed and developed test cases for AP features including stability, throughput improvement.
PUBLICATIONS
“Dirty Paper Coding- A novel approach for compact MIMO systems”, published in an IEEE conference
(ICCSNA 2010, Hong Kong).
(http://ieeexplore.ieee.org/xpl/freeabs_all.jsp?reload=true&arnumber=5588767),
“Interactive Video Switching (IVS) – A Cross layer approach for 4G mobile systems”, published in an IEEE
conference (ICIIC- 2010, Bangalore).
(http://ieeexplore.ieee.org/xpl/freeabs_all.jsp?arnumber=5571488).
“Performance analysis of MIMO-OFDM system for high quality video transmission”, published in an
international conference (ICSE-2010, Bangalore)
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SKILL SET
Languages Known: Fluent in English, Hindi and Kannada. Elementary knowledge and improving in German.
Programming Languages: C/C++, Matlab/Simulink, VHDL, Assembly languages (8086,8051).
Platforms: Microsoft Visual studio, clear case, protocol tester, MiB browser (SNMP ), Linux, Windows OS
Key Strengths: Analytical thinking, good communication ability, good team worker, flexible and adaptive to new
environment
MASTER THESIS (on-going)
Analysis of Precoding and Beamforming Strategies in LTE – Advanced.
This is carrying out jointly with Rohde and Schwarz GmbH and In stitute for Communication Engineering of TU
Munich. Major tasks included are extension UE downlink receiver architecture to support TM9 in CMW500
communication tester. Research on different CSI reporting mechanisms and optimizing the overhead.
SEMINAR PRESENTATIONS
MIMO Technologies in LTE and LTE-Advanced, Master Degree Seminar
Expected to deliver various MIMO technologies employed in LTE and provide a brief overview on the MIMO
technologies and CoMP technique currently discussed in the LTE-Advanced forum.
Ultra Wide Band (UWB) Radio Technology for WPANs, Bachelor Degree Seminar
In this seminar work, possibility of UWB as a next personal area network s olution is explored. UWB technology
promises to make it easy to create high speed WPANs that can connect devices throughout the home.
ACADEMIC RESEARCH PROJECTS
Implementation and Performance Evaluation of Reed- Solomon (RS) Codes, Master Degree Project
Delivered RS systematic encoder and decoder to analyze Coder Error Rate performance on erasure channel and
q-ary symmetric channel. BMA and Chien search algorithm were used for decoding.
Hardware Implementation of an Encryption Algorithm, Master Degree Project
VHDL is used to implement and simulate the IDEA-algorithm. Hardware used is Xilinx FPGA of the Type
XC3S500EFG320 from the SPARTAN-3E family. Resource optimized scheduling schemes are used.
Robust video transmission over MIMO-OFDM system, Bachelor Thesis
Designed and developed a simulation system which fulfills the requirement of next generation mobile systems
(4G) i.e. transmission of rich multimedia content over wireless networks, having robustness to channel
impairments. This system is based on MIMO and OFDM technology which is simulated in an environment
similar to LTE.
Interactive Video Switching (IVS) for 4G Mobile System, Bachelor Degree Project
Designed and developed a simulation model in which a cross layer interaction between physical and application
layers are brought. This interaction is used to switch the quality of video according to the user requirement.
Adaptive MIMO Switching (AMS) and Adaptive Modulation and Coding (AMC) are used in the model for better
performance.
Dirty Paper Coding for Compact MIMO system Bachelor Degree Project
Designed and implemented in simulation a novel approach to scale down the size of handheld MIMO devices. An
information theoretic approach, DPC is used to take care of the effects of mutual coupling and correlation when
antennas are placed closer to each other.
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