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

Job description:

Qualcomm is hiring for the post of PMIC Analog Design Engineer.

As a Qualcomm Hardware Engineer, you will plan, design, optimize, verify, and test electronic systems, bring-up yield, circuits, mechanical systems, Digital/Analog/RF/optical systems, equipment and packaging, test systems, FPGA, and/or DSP systems that launch cutting-edge, world class products. Qualcomm Hardware Engineers collaborate with cross-functional teams to develop solutions and meet performance requirements.

Qualcomm PMIC team is a global organization responsible for delivering power and cost efficient solutions to mobile, compute, AR/VR, Auto and IOT products. Selected candidate will be part a new PMIC analog design team in Qualcomm Bangalore and be part of Qualcomm’s global PMIC design community.

Job function includes but not limited to:

• Oversees definition, design, verification, and documentation of mixed signal circuits and/or products in the field of Power Management.
• Executes the design and verification strategies of PMICs, for own specific assigned part of a block with supervision from technical lead.
• Runs functionality checks on a single block to ensure it meets specifications provided by team lead with minimal guidance.
• Seeks essential knowledge of industry trends, competitor products, and advances in the Power Management field from publicly available information
• Is actively involved in all aspects of the design from system definition/specification to circuit design and simulation, post silicon debug.
• Communicate information that may be somewhat complex to others through written documents and orally in meetings.  Will require basic skills of negotiation, influence, diplomacy, and tact.
• Heavy involvement in overseeing layout and silicon evaluation is also expected.
• Requires expertise in one or more of the following engineering disciplines: power electronics (switch mode and linear), control theory, high accuracy data converters and analog front ends, high bandwidth linear amplifiers, very low power references, electro-migration and transistor reliability, behavioral modeling and UVI techniques.
• Uses design tools such as Cadence ADE, MathWorks MATLAB, Verilog/VerilogAMS, System Verilog and others.
• Actively participates in next generation initiatives and innovation.