If pre-lab exercises are specified in the lab description;
then those must be completed and
submitted to the TA
prior to the start of the discussion session for that lab.
There are parts of each lab that are to be performed during the lab session and the results must be demonstrated to the TA in person.
Finally, if there is a post-lab component, then
that is to be completed after the lab.
By default you will have one week from the lab session date
to complete all the assignments/tasks/simulations in that lab exercise.
You should try and finish as much of your work as possible
within the lab session(s) on the same day on which that lab is
assigned and discussed.
Some labs are more involved and typically take longer
than a week.
For those (longer) labs, the time you have to complete
and submit will be specified
at the time the material for that lab
is posted.
Lab 1: Introduction to the lab equipment: Multimeter, Power Supply,
Resistors, and Breadboards
Lab 2: Integrated Circuits and Binary Code Conversion
Lab 6: The 7-Segment Display; Simultaneous minimization of Multiple
switching functions using the Quine-McClusky Method.
The part of Lab 6 to be
completed at home (Due on Friday 17 th March)
Lab 7 Addendum
In addition to the Verilog installation and running;
(the detailed instructions for those tasks are/will-be
provided by the TA and Prof. Ryan Robucci)
this is the last part of lab 7.
Lab 10: Bidirectional Shift Register
Lab 11: State Machine Design and Implementation
Lab 12: State Machine Design Exercise 2: a simple vending machine
** Despite what the lab-write-up says, lab 12 is not a project.
Also, the name "coins to bills converter" is misleading, ignore it **
The machine you will design in this lab exercise
is more like a simple candy dispensing/vending machine.
(Other than the bad title) the rest of the lab
description is correct.