Micro Instrumentation Instructional
Laboratory

(MIIL)

Georgia Institute of Technology
School of Electrical & Computer Engineering

Overview

The Micro Instrumentation Instructional Laboratory is dedicated to providing
education experiences for undergraduate students, graduate students, and post
graduate practicing engineers and scientist in the general area of micro
systems technologies. Micro systems
technologies includes integrated circuit technologies, micromachining
technologies, precision machining technologies and micro systems packaging
technologies. Courses are offered as
traditional semester based lectures / laboratories as well as concentrated
short courses for practicing engineers and scientist from industry.

Educational Opportunities

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Semester Courses:

There are a number of graduate level and undergraduate level micro
fabrication courses available through the School
of Electrical & Computer Engineering as well as the School of Mechanical Engineering at
Georgia Institute of Technology.

 

Other Educational Opportunities:

Industrial Short Course:
MEMS Boot Camp: The MEMS Boot Camp is a
four-day laboratory intensive short course focused on practical training in
micro systems fabrication technologies (e.g., micromachining). The course
agenda is evenly divided between laboratory exercises and supporting lectures.
The laboratory exercises are designed to provide hands-on experience with the
dominant micro systems fabrication technologies. The attendees will receive
supporting material including a Laboratory Instructional Manual with details of
the individual laboratory exercises, lecture notes, and a key reference book.
The lectures and laboratory exercises will be led by instructors with combined
experience of over 75 years in the MEMS field

Short Course: Emerging
MEMS Fabrication Technologies: Emerging MEMS Fabrication Technologies is
designed for individuals interested in hands-on training in the latest micro
fabrication technologies for MEMS devices / systems. The course will be structured to assume no prior knowledge of the
technologies by the participants. The
course agenda is evenly divided between laboratory exercises and supporting
lectures. Lectures will be given by
academic and industrial experts in the field of advanced fabrication
technologies for micro systems. A panel
discussion with the lecturers has been included to address focused areas of
interest to the participants. The
laboratory exercises are designed to provide hands-on experience with advanced
technologies such as laser ablation , stereo lithography, hot embossing, and
deep reactive ion etching. The
attendees will receive supporting material including lecture notes and a key
technical reference.