 Design focused on understanding impacts on performance, 
understanding basics of what may happen if something is incorrect or 
pushing a design limit, and knowing what to consider and ask for when 
working with designers on issues and improvements.
Design focused on understanding impacts on performance, 
understanding basics of what may happen if something is incorrect or 
pushing a design limit, and knowing what to consider and ask for when 
working with designers on issues and improvements.
Learning 
Objectives:  Understand how device physics at the transistor level 
relates to product behavior, understand the basics of a Process Design 
Kit (PDK), Understand how SPICE models relate to the design process.  
Understand how the process variables impact yield, understand the 
importance of yield parameters like speed, leakage, voltage, 
temperature, etc., understand the tradeoffs involved when choosing 
different transistor threshold voltages and sizings

Design focused on understanding impacts on performance, 
understanding basics of what may happen if something is incorrect or 
pushing a design limit, and knowing what to consider and ask for when 
working with designers on issues and improvements.
Learning 
Objectives:  Understand how device physics at the transistor level 
relates to product behavior, understand the basics of a Process Design 
Kit (PDK), Understand how SPICE models relate to the design process.  
Understand how the process variables impact yield, understand the 
importance of yield parameters like speed, leakage, voltage, 
temperature, etc., understand the tradeoffs involved when choosing 
different transistor threshold voltages and sizings