Skip to main content

Lead Test and Validation Engineer at Texas Instruments

 Hello Dear Readers,

Currently, at Texas Instruments Bangalore vacancy for Lead Test and Validation Engineer role.

Overview:

TI offers one of the world's largest comprehensive portfolio of high-performance AC/DC and isolated DC/DC controllers, converters and modules with the widest range of power topology options.

High Voltage Controllers (HVC) is an exciting group within TI looking to productize smart power controller products into cutting-edge high-voltage industrial and automotive applications and demonstrate the significant performance benefits of TI’s technologies. Now specifically, we are expanding our AC/DC controller product portfolio to aggressively grow our share in a fast-growing market.

Accordingly, we are establishing a highly talented and aggressive team willing to take up tough challenges, drive innovation and build industry-best products for HVC. This team has full product development responsibility from definition till releasing product to market. We also take pride in challenging norms on innovation & executing those innovative ideas into products with aggressive, customer-driven timelines.


What can you expect to learn in this role? (Opportunity)

  • To work with the best experts in the industry.
  • To develop capability to work effectively in a technically challenging fast-paced and rapidly changing environment.
  • To work in cutting edge ATE platforms – ETS364, ETS800, ETS88HP
  • To interact with wafer fabrication, assembly & test facilities and drive product release to market.
  • To drive methodical device debugging, design validation and failure analysis techniques
  • To innovate & drive improvements in product development process, Qualification and Manufacturing flows.
  • To directly influence the cost entitlement of the product at release to market.
  • To innovate on Test flows at manufacturing & influence decisions that have wide business impact across many products & teams.
  • To define, long-term test and validation roadmap of capabilities, automation flows and methodologies to continuously improve productivity.
  • To develop business insights, drive open discussions with business & technology leaders and drive decisions impacting Test & Validation execution
  • To build strong, influential relationships with domain experts
  • To influence, through communication, interpersonal skills while interacting with worldwide cross functional experts
  • To identify risks across domains and adapt to support changing priorities
  • To present analysis and conclusions to internal customers and business leaders in a comprehensive and effective manner.
  • To mentor/coach other engineers with varying levels of experience.

What will you be doing in this role? (Responsibilities)

As Test and Validation Lead for a project/s you are expected to:

  • To have full responsibility of test, validation, characterization probe activities in the team.
  • To take full responsibility and freedom to drive results against team’s commitments on throughput, product quality, validation, characterization, Probe, Final Test offload and release to market.
  • To develop detailed plans for execution on test, probe, validation & characterization activities for the team across multiple products.
  • To drive the team to create & implement highly optimized test/validation methods.
  • To own entitlement of the FT solutions on cost & schedule.
  • To drive team to innovate continuously to prove out new capability across test, validation, probe & characterization domains
  • To help the team trouble shoot test, yield, quality, and device performance issues.
  • To work with wafer fabrication, assembly & test sites to guarantee schedule, cost and quality.
  • To work closely with design and verification team upfront and during the silicon evaluation and debug.
  • To work with Product Engineer & Qual team on device qualification.
  • To ensure close tracking timely closure and documentation of validation plans and reports. Maintain thorough and up-to-date project schedules with all related milestones across all projects.
  • Drive innovation in the team.
  • Grow test and validation domain leaders in team through continuous mentoring and coaching.

Required Qualifications:

  • Bachelor’s/Master’s degree in Electrical Engineering.
  • Very Good knowledge on test and validation methods, measurement equipment, NPDE process flows.
  • Analog product test & debug experience in ATE & Bench Validation.
  • Working knowledge of engineering statistics and distribution analysis.
  • Good understanding of power systems, power electronics and analog fundamentals.
  • Understanding of classic mainstream power conversion systems and topologies (Flyback, PFC, LLC) will be added advantage.
  • Good verbal and written communication skills.

 

Comments

  1. So many ads, it's very frustrating in reading your blogs.

    ReplyDelete
    Replies
    1. I accept but it's completely control by the google adsense. I will try to better.

      Delete
    2. Everywhere it's happening on YouTube, and OTP platforms so there is no fault of the author. He is doing great work with his contents.

      Delete
    3. There is no problem with ads first of all he is the founder of two blogs and still he is guiding free of course so appreciate that one.

      Delete
    4. Ha yes support him as he is giving free resume building tips and guidance. So everyone now how ads are running in all platforms such as youtube has compulsory ads, all too platforms etc.. So respect him and his work.

      Delete
    5. Thanks, guys for your support but please don't fight with each other I will try to do something with ads if possible.

      Delete
    6. No sir you are doing great with your side I personally a big fan of you and I keep in mind your resume-building tips. So go ahead with your content ads are normal nowadays.

      Delete
  2. I am shortlisted for this position. Thanks for your resume-building guidance.

    ReplyDelete

Post a Comment

Popular posts from this blog

Tutorial on EasyEDA desktop software for PCB and schematic design

In this article, I am going to write a tutorial on how to use EasyEDA desktop application for creating a schematic and for PCB design. One of best advantage of this software is that you can create design offline and can automatically synchronize your design with your online EasyEDA account.  It can be used for circuits simulation, PCB deign and electronics circuits design. You can download EasyEDA desktop application by clicking on following link and it will work on windows 7 or its greater version. They are also releasing soon offline application OSX and Linux users. So keep visiting their website for more information.                                                    https://easyeda.com/page/download So let’s start and see how to design a schematic and PCB using EasyEDA offline desktop application. So first of all lets see how to create a schema...

What is Solar System Components & Installation Guide

Hello Dear Reader, Here in this post, I will give an idea about installation cost analysis of Solar PV System. I hope you read this post regarding the calculation of solar PV system  so in this post I have given an approximate cost analysis of the different solar system installations.  What is Solar System Components Solar systems are made up of solar panels (modules), a mounting system, and a solar inverter with computerised controller. Solar panels produce DC electricity from sunlight. Then the inverter converts the generated electricity into AC, so that it can be used in the household. The computerised controller manages the solar system and ensures optimal performance. If you want a battery backup system or an off-the-grid solar system, a battery is required. What is a Solar Energy System? Solar Energy System consists of 4 main components that decide the working of a solar energy system. Solar Panel Solar Inverter Solar Battery Panel Stand, and Solar Panel Installation...

CMOS OPAMP Design Using LTspice

  Hello Dear Reader, Here in this post, I will give an idea about how CMOS OPAMP designing using 180nm technology node and using LTspice. from that opamp I have design switched capacitor integrator. Design Specifications: Here Design specification may be changed according to the application here my target is to design an active lowpass filter so I have chosen an opamp integrator so in the below I have explained how to design an opamp as well as an integrator in a 180nm technology node in LTspice. So let's start design First, we need a technology parameter file so that the file we can insert in the LTspice, in my example it is 180nm so mostly it is available from the  http://ptm.asu.edu/latest.html  and you make one text file using notepad or whatever is fit on your own. Then go to the LTspice and new schematic and then you see .op on the right most upper side click on it and give your text file path after .include  as shown in the below images.  Now first of all...