J'ai postulé via un établissement d'enseignement supérieur ou universitaire. Le processus a pris 1 jour. J'ai passé un entretien chez Texas Instruments (Kozhikode, ) en juil. 2018
Entretien
I appeared for the TI interview through the campus hiring programme in my college. There was a preliminary technical and aptitude test. The online technical test was divided into analog and digital. Based on the scores in the technical test and aptitude test, students were called for digital design engineer or analog design engineer post. The interview was purely technical -not a single HR question(not even the name!). They handed me a paper to do the rough work and straightaway went into the questions. The questions were mostly from basics of RC circuits and Operational Amplifiers. It was purely a matter of chance since some of the other guys who appeared for the interview were asked about frequency domain analysis of OpAmp circuits and GBP.
Questions d'entretien [1]
Question 1
1.Predict the voltage waveform shape across the capacitor in a network of series and parallel resistors using engineering intuition and thought process( sorry, no pen and paper)
2. Voltage across a resistor in a circuit with OpAmp( which I later identified as the Howland Current Pump circuit)
and two more questions which I don't recollect.
J'ai passé un entretien chez Texas Instruments (Bengaluru)
Entretien
Online Assessment followed by 2 rounds of technical interviews. Online Assessment consisted of 3 parts - Analog, Digital and Aptitude. Analog part mostly consisted of questions from RC circuits, Opamps, MOS Circuits, Oscillators.
J'ai passé un entretien chez Texas Instruments (Bangalore Rural)
Entretien
I am only having only one round of interview
Where they asked mostly about rc circuits. Op amp basics and mosfet questions.
The interview almost happened for 1 hour and it is a good experience
Keep your basics clear and intuition well prepared. Knowledge in RC and small signal is must. Himangshu Agarwal and Chembiyan T must and basics of opamp etc. Input and output impedance calculations etc.