Alice Cline Parker is Dean’s Professor of Electrical Engineering at the Univ. of Southern California. She obtained her BS and Ph.D. from N.C. State University and an MSEE from Stanford University. She began her academic career on the faculty at Carnegie Mellon University. At USC, as professor in Electrical Engineering, she continued synthesis research, and showed that her software could produce a chip design from a high-level specification of required behavior in 48 hours from inception to final manufacturing plan. She began artificial brain research in 2006. Her BioRC group was the first group to demonstrate the use of nanotechnology in artificial neurons and the first group to incorporate astrocyte cells (a cell in the brain that interacts with neurons) in artificial neuron designs. She is a Fellow of the IEEE, an awardee for teaching in the Viterbi School of Engineering, an ASEE award winner, and an awardee for volunteer work done for the Josh Groban Foundation (now the Find your Light Foundation) and the South Central Scholars. Her research has been funded by SRC, DARPA, NSF, IBM and other organizations. She is the author of over 180 refereed publications.

• Introduction.- Getting Around to Building an Electronic Brain.- Journey Through Nanotechnologies.- Reverse Engineering Video Games.- Modeling the Brain with Analog Electronics.- Design Automation.- Analog Circuits and Neuromorphic Circuits.- Making VLSI Design Accessible.- The Future: Rising Women Stars in Microelectronics.- Conclusion.

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Alice Cline Parker is Dean’s Professor of Electrical Engineering at the Univ. of Southern California. She obtained her BS and Ph.D. from N.C. State University and an MSEE from Stanford University. She began her academic career on the faculty at Carnegie Mellon University. At USC, as professor in Electrical Engineering, she continued synthesis research, and showed that her software could produce a chip design from a high-level specification of required behavior in 48 hours from inception to final manufacturing plan. She began artificial brain research in 2006. Her BioRC group was the first group to demonstrate the use of nanotechnology in artificial neurons and the first group to incorporate astrocyte cells (a cell in the brain that interacts with neurons) in artificial neuron designs. She is a Fellow of the IEEE, an awardee for teaching in the Viterbi School of Engineering, an ASEE award winner, and an awardee for volunteer work done for the Josh Groban Foundation (now the Find your Light Foundation) and the South Central Scholars. Her research has been funded by SRC, DARPA, NSF, IBM and other organizations. She is the author of over 180 refereed publications.

• Introduction.- Getting Around to Building an Electronic Brain.- Journey Through Nanotechnologies.- Reverse Engineering Video Games.- Modeling the Brain with Analog Electronics.- Design Automation.- Analog Circuits and Neuromorphic Circuits.- Making VLSI Design Accessible.- The Future: Rising Women Stars in Microelectronics.- Conclusion.

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Alice Cline Parker is Dean’s Professor of Electrical Engineering at the Univ. of Southern California. She obtained her BS and Ph.D. from N.C. State University and an MSEE from Stanford University. She began her academic career on the faculty at Carnegie Mellon University. At USC, as professor in Electrical Engineering, she continued synthesis research, and showed that her software could produce a chip design from a high-level specification of required behavior in 48 hours from inception to final manufacturing plan. She began artificial brain research in 2006. Her BioRC group was the first group to demonstrate the use of nanotechnology in artificial neurons and the first group to incorporate astrocyte cells (a cell in the brain that interacts with neurons) in artificial neuron designs. She is a Fellow of the IEEE, an awardee for teaching in the Viterbi School of Engineering, an ASEE award winner, and an awardee for volunteer work done for the Josh Groban Foundation (now the Find your Light Foundation) and the South Central Scholars. Her research has been funded by SRC, DARPA, NSF, IBM and other organizations. She is the author of over 180 refereed publications.

• Introduction.- Getting Around to Building an Electronic Brain.- Journey Through Nanotechnologies.- Reverse Engineering Video Games.- Modeling the Brain with Analog Electronics.- Design Automation.- Analog Circuits and Neuromorphic Circuits.- Making VLSI Design Accessible.- The Future: Rising Women Stars in Microelectronics.- Conclusion.

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