Microfabrication Techniques

iyahsue

Topics: Principles and laboratory techniques used in solidstate
electronics research. Basic familiarity with practices
and equipment used on campus. Laboratory safety;
materials handling, storage and disposal; clean room use;
photoresist characteristics; mounting, bonding, and
probing; wet chemical etching; vacuum evaporation;
patterning of metal films using photoresist. Extensive
laboratory with limited enrollment.
Be familiar with hazards and safety procedures in a
cleanroom.
• Know the basic design and operation principles of a
microfabrication cleanroom.
• Be able to perform microfabrication procedures such as
photolithography, thin film deposition, wet etching, and
surface characterization.
• Understand the design of various cleanroom equipment.

iyahsue

Topics: Principles and laboratory techniques used in solidstate
electronics research. Basic familiarity with practices
and equipment used on campus. Laboratory safety;
materials handling, storage and disposal; clean room use;
photoresist characteristics; mounting, bonding, and
probing; wet chemical etching; vacuum evaporation;
patterning of metal films using photoresist. Extensive
laboratory with limited enrollment.
Be familiar with hazards and safety procedures in a
cleanroom.
• Know the basic design and operation principles of a
microfabrication cleanroom.
• Be able to perform microfabrication procedures such as
photolithography, thin film deposition, wet etching, and
surface characterization.
• Understand the design of various cleanroom equipment

iyahsue

Topics: Principles and laboratory techniques used in solidstate electronics research. Basic familiarity with practices and equipment used on campus. Laboratory safety; materials handling, storage and disposal; clean room use; photoresist characteristics; mounting, bonding, and probing; wet chemical etching; vacuum evaporation; patterning of metal films using photoresist. Extensive laboratory with limited enrollment. Be familiar with hazards and safety procedures in a cleanroom. • Know the basic design and operation principles of a microfabrication cleanroom. • Be able to perform microfabrication procedures such as photolithography, thin film deposition, wet etching, and surface characterization. • Understand the design of various cleanroom equipment

iyahsue

Topics: Principles and laboratory techniques used in solidstate electronics research. Basic familiarity with practices and equipment used on campus. Laboratory safety; materials handling, storage and disposal; clean room use; photoresist characteristics; mounting, bonding, and probing; wet chemical etching; vacuum evaporation; patterning of metal films using photoresist. Extensive laboratory with limited enrollment. Be familiar with hazards and safety procedures in a cleanroom. • Know the basic design and operation principles of a microfabrication cleanroom. • Be able to perform microfabrication procedures such as photolithography, thin film deposition, wet etching, and surface characterization. • Understand the design of various cleanroom equipment

iyahsue

Topics: Principles and laboratory techniques used in solidstate electronics research. Basic familiarity with practices and equipment used on campus. Laboratory safety; materials handling, storage and disposal; clean room use; photoresist characteristics; mounting, bonding, and probing; wet chemical etching; vacuum evaporation; patterning of metal films using photoresist. Extensive laboratory with limited enrollment. Be familiar with hazards and safety procedures in a cleanroom. • Know the basic design and operation principles of a microfabrication cleanroom. • Be able to perform microfabrication procedures such as photolithography, thin film deposition, wet etching, and surface characterization. • Understand the design of various cleanroom equipment

iyahsue

gooooooooooooooooooooooooood

iyahsue

:victory: :lol :lol

persuadeking

thanks

persuadeking

thanks

iyahsue

:victory: :victory: