PMIC Analog Design Engineer Job In Bangalore at Qualcomm (3076114)

Job description:

Qualcomm is hiring for the put up of PMIC Analog Design Engineer.

As a Qualcomm {Hardware} Engineer, you’ll plan, design, optimize, confirm, and check digital methods, bring-up yield, circuits, mechanical methods, Digital/Analog/RF/optical methods, gear and packaging, check methods, FPGA, and/or DSP methods that launch cutting-edge, world class merchandise. Qualcomm {Hardware} Engineers collaborate with cross-functional groups to develop options and meet efficiency necessities.

Qualcomm PMIC crew is a world group accountable for delivering energy and value environment friendly options to cell, compute, AR/VR, Auto and IOT merchandise. Chosen candidate can be half a brand new PMIC analog design crew in Qualcomm Bangalore and be a part of Qualcomm’s world PMIC design group.

Job perform contains however not restricted to:

• Oversees definition, design, verification, and documentation of blended sign circuits and/or merchandise within the discipline of Energy Administration.
• Executes the design and verification methods of PMICs, for personal particular assigned a part of a block with supervision from technical lead.
• Runs performance checks on a single block to make sure it meets specs supplied by crew lead with minimal steering.
• Seeks important information of business traits, competitor merchandise, and advances within the Energy Administration discipline from publicly accessible info
• Is actively concerned in all points of the design from system definition/specification to circuit design and simulation, put up silicon debug.
• Talk info which may be considerably complicated to others by way of written paperwork and orally in conferences.  Would require primary abilities of negotiation, affect, diplomacy, and tact.
• Heavy involvement in overseeing structure and silicon analysis can be anticipated.
• Requires experience in a number of of the next engineering disciplines: energy electronics (change mode and linear), management idea, excessive accuracy knowledge converters and analog entrance ends, excessive bandwidth linear amplifiers, very low energy references, electro-migration and transistor reliability, behavioral modeling and UVI strategies.
• Makes use of design instruments similar to Cadence ADE, MathWorks MATLAB, Verilog/VerilogAMS, System Verilog and others.
• Actively participates in subsequent technology initiatives and innovation.