Skip to main content

Application Engineer at Renesas Electronics

Hello Dear Readers, 

Currently, Renesas Electronics has a vacancy for an Application Engineer role.

As a graduate AE, you will be supporting customers by answering technical support issues that come in through our ticketing systems and the community forums (Renesas RULZ) which is undergoing expansion in 2024.

The role involves providing technical support for customer problems which are posted through the web or online - as well as provide customers with solutions that will promote Renesas products across our entire portfolio. The role requires working closely with the second level engineering teams to solve problems and taking responsibility to close out the issues to the satisfaction of the customer.

The role requires interfacing with a broad applications engineering teams throughout Renesas, on a wide range of products, communicating with teams in US, Asia, Europe and Japan. The role is located in our Bangalore office. The role will be mentored within our local engineering team to ensure that you gain hands on training and experience of the component you are supporting and develop great technical skills in both theory and practical usage of the exciting range of analog and power technologies at Renesas electronics. This would additionally give further scope of career progression within the technical community at Renesas.


Experience:

  • Bachelor’s Degree in Engineering or higher preferred or equivalent work experience
  • Any intern or project experience with exposure on MCU/ MPUs a plus.

Skills:

  • Strong interpersonal and communication skills, both oral and written
  • Self-driven: initiative and has strong problem-solving skills
  • Excellent organizational skills with attention to detail
  • Strong working knowledge in Microsoft Office products
  • An active interest in MCU and MPU devices, Digital design exposure.
  • Understanding of basic operations on MCU based designs.
  • Basic understanding on simple design parameters and selection of right MCU
  • Basic knowledge on software design tools and debugging methods as well analytical Skills
  • Good Knowledge in C Programming is Plus

Comments

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...