I applied through college or university. The process took 1 day. I interviewed at Texas Instruments in Aug 2017
Interview
Test:
20 Aptitude 20 Digital 20 Analog
Marking Scheme: +1 -0.5
Separate shortlists for Digital Design Engineer and Analog Design Engineer based on test scores.
Tech Round 1 (Digital):
All questions asked were from Digital Design:
Verilog, FSMs, Counters etc.
HR Round:
Describe extra-curricular activities and talk about your internship experience.
I applied through college or university. I interviewed at Texas Instruments (Roorkee) in Aug 2017
Interview
I have applied for TI through the placement cell of my college.
There would be a test for shortlisting the candidates. The test consists of three sections- Analog, Digital, Aptitude. You have to be good in Either Analog Or Digital For getting shortlisted.
The Interview is all around your projects and workshops you have attended, basically upon what you have filled in the resume.
If you pass the technical round, there would a nominal HR round.
Interview questions [3]
Question 1
What are Setup and Hold Times? Can you propose the optimal clock frequency for the following circuit?( A circuit with setup, hold and delays is given)
I applied through college or university. I interviewed at Texas Instruments (Neu-Delhi) in Aug 2017
Interview
3 round..two tech one HR. THEY TAKE GOOD TECH ROUND AND IF THAT IS CLEAR THEN HR WILL BE NORMAL.THEY ARE VERY FRIENDLLY ALSO,BUT PROCESS WAS TOUGH,I cleared the written/online test rounds of both Texas Instruments and Qualcomm but couldn't clear the interviews. This was for 3rd year internship but Qualcomm had the same paper for both placement and internship.
For TI, you need to be good at RC circuit analysis(really good at this), operational amplifiers, circuit theory, analysis of BJT circuits and MOSFET circuits . The questions are on circuits which can be tackled by applying concepts from all these areas. Example, You may have an operational amplifier circuit in combination with RC circuits or RC circuit in combination with a current source and diodes. So being strong with basics is the key to crack the paper. There is absolutely no need to study the complex circuits involving operational amplifiers. They question you on finding input and output impedances of the opamp or on finding the closed loop bandwidth. In the case of BJTs, small signal analysis is important. This is for analog domain.
For digital, flip-flops, latches, setup and hold time(important) will do. I gave the test only for analog domain. Having seen the paper for digital, this is what I can infer.
Interview questions [1]
Question 1
FSM FLIP FLOP, VLSI BASICS , SET UP HOLD TIME AND ASK IN DETAIL ABOUT DIGITAL CIRCUITS AND ALL ABOUT DIGITAL INTREGRATED CIRCUITS.Qualcomm paper consisted of three sections. The first section had general aptitude questions. I cannot suggest anything on this.
The second section was on programming which had basic questions on C ranging from datatypes to pointers. The first year course on computer applications is enough to answer most of the questions. You can expect questions on sorting techniques, structures, pointers, and finding asymptotic complexity and output of the given code. We had questions on the source of compile time or run time errors in a program and correcting the code for proper execution.
The third section had basic electronics questions, both analog and digital. It was much simpler than that of TI. The main concepts to be good at are gates minimization, multiplexers, decoders, Canonical expressions, flip-flops, counters, BJTs.
Both TI and Qualcomm may have a question or two on general topics such as maximum power transfer theorem, variation of parameters with temperature given the temperature co-efficient, which can be directly solved by data given.
So, working on basics will definitely help you a lot to clear the tests.
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