Job Information
Absolics Inc Back-End Process Engineer in Covington, Georgia
Analyze
and develop
back-end processes for
manufacturing
semiconductor packaging glass substrat
es, focusing on deposition, etching, patterning, and other material processing technique;
I
dentify areas for improvement
and i
mplement optimization strategies to enhance efficiency, reduce costs, and improve overall product quality
;
Design
experiments, analyze results, and iterate back-end processes
for semiconductor packaging glass substrate manufacturing
to achieve optimal performance, yield, and reliability
;
Evaluate and select materials suitable for semiconductor packaging glass substrates based on properties such as thermal conductivity, coefficient of thermal expansion
,
electrical insulation, and mechanical strength
;
Address technical issues and challenges related to semiconductor packaging glass substrate
back-end
processing
;
Utilize analytical skills and engineering principles to diagnose root causes, propose solutions, and implement corrective actions to minimize production downtime and optimize yield
;
Continuously improve back-end processes to increase yield, reduce defects, and lower production costs
;
Evaluate emerging embedding technologies and methodologies in the field of semiconductor packaging glass substrate
s and c
onduct thorough assessments of competing approaches
;
Stay
updated with the latest advancements in the field, exploring novel techniques, and collaborating with
the
cross-functional team to innovate in glass substrate processing
and develop next-generation semiconductor packaging glass substrates;
Provide training to
local
engineers involved in semiconductor packaging glass substrate
back-end
processing
;
Ensure compliance with relevant industry regulations, safety standards, and environmental guidelines in all aspects of semiconductor packaging glass substrate processin
g; and
Maintain and generate detailed documentation of process specifications, operating procedures, experimental results, process performance, yield trends, and improvement initiatives[]{style="background:whi
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