Dear Vignesh,
As we discussed, we have an opening in our team for a System & Algorithms Engineer with a strong
background in Signal Processing and Communication Systems, at Texas
Instruments, Bangalore. Find attached below a description for the job opening.
Do ask any interested candidates to forward their resumes to sth...@ti.com.
Alternately, do forward the contact information/resume of potential candidates.
We are looking for candidates with anywhere from 0-5 years work experience (approx.)
Do let me know if you need any additional information. Thanks in advance.
Best Regards
Sthanu
In the role of a “Design Engineer – Systems”, you’ll have the chance to:
· Develop algorithms and signal processing modules for a variety of Signal Chain Systems – including spec definition, design, system modeling and analysis, performance analysis and optimization, floating point and fixed point arithmetic implementation, documentation, test and debug.
· Contribute to the design and development of advanced analog/digital ICs and System products from concept to mass production.
· Bachelor’s or Master’s degree in Electrical/Electronics engineering with focus on communications and signal processing
· 0 – 5 years of work experience in the domain of communications and signal processing
· Strong fundamentals in communication systems and signal processing.
· Good analytical and problem solving skills
· Strong programming skills with in-depth knowledge of Matlab, C
· Good communication skills and ability to work in diverse teams
The wireless infrastructure product group focuses on the development of integrated transceiver SoCs targeted for wireless base station markets covering 3G/4G/4.5G/AAS technologies. Products based on low-IF, zero-IF and RF sampling architectures are developed by this team. These products comprise high performance RF front-end (wide-band VGA, Synthesizers, mixers, PPA, etc.), analog base-band, high speed converters (DAC, pipelined/Sigma-Delta ADCs), high speed digital front-end, signal processing algorithms, embedded micro-controllers, high speed interfaces, etc. These integrated transceivers support very high bandwidths, requiring high speed GHz data-path processing, and are developed in advanced sub-micron technology nodes, like 28 nm. Power consumption is a critical care about and needs to be addressed through differentiated architectures and designs. We are looking for passionate, creative and self-driven engineers who would challenge traditional techniques and come up with innovative solutions to make a difference.