Integration Engineer

Analog Devices•Beaverton, OR

6d•$75,200 - $103,400

About The Position

Analog Devices’ Process Integration Team is seeking an Integration Engineer to join a collaborative, highly technical group of 10–12 engineers. The team works closely with process module engineering organizations to identify, troubleshoot, and resolve manufacturing and quality challenges across the semiconductor fabrication process. The role provides broad exposure to silicon-based semiconductor products and supports production from starting silicon through wafer fabrication, assembly, and final packaged die. It offers the opportunity to develop a comprehensive understanding of semiconductor manufacturing while driving yield, quality, and process improvements. The position includes interpreting electrical signals from silicon-based semiconductor devices and relating them to process conditions; leading process-module engineering teams in resolving yield and parametric problems; optimizing manufacturing processes; interpreting SEM, TEM, and EDX analysis to determine root causes; transferring processes between manufacturing facilities and to larger wafer diameters; and collaborating with Product and Defect Engineering to identify yield limiters.

Requirements

BS or MS in Electrical Engineering or an associated engineering field, with a semiconductor device background.
0–3 years of experience working in a cleanroom environment.
Understanding of CMOS and Bipolar Junction Transistor structures and device operation.
Knowledge of how process variables influence the electrical characteristics of CMOS and BJT devices.
Ability to work in a team environment with strong written and verbal communication skills.
Basic understanding of common semiconductor process operations: photolithography, plasma etch, PECVD, epitaxial growth, furnace oxidation, LPCVD, implant, CMP, wet chemical etch, PVD, and RTA.

Nice To Haves

Knowledge of Statistical Process Control (SPC).

Responsibilities

Interpret and respond to electrical signals from silicon-based semiconductor devices, establishing connections to process conditions.
Lead teams of process module engineers to resolve yield and parametric problems.
Optimize semiconductor manufacturing processes to improve productivity and/or quality.
Interpret SEM, TEM, and EDX analysis to establish the root cause of electrical signals in semiconductor devices.
Transfer silicon semiconductor processes between manufacturing facilities and to larger wafer diameters within the same facility.
Work with Product and Defect Engineering to identify yield limiters and improve yield.