Review the technology incorporated into a flintlock gun and it's importance.
Discuss the components of the flintlock trigger and the engineering principle behind each.
Assignment
Finish reading handout
Session Minutes
90
Minutes Student Attended
90
Lesson Comments
Charlie was interested in the workings and history of the flintlock gun. He was able to connect the engineering fundamentals that he has been learning to the various parts of the gun.
Set up a circuit using a lemon as source for the battery. Repeat the experiment using a potato as a source for the battery.
Discuss what is happening within the lemon and potato to produce a voltage and current.
Assignment
None
Session Minutes
60
Minutes Student Attended
60
Lesson Comments
Charlie was very hands on and set up the various experiments. He had a scientific approach to the experiments by formulating an hypothosis, conducting the experiment, and observing.
Engineering Principles at work in the sinking of the Titanic
Lesson Outline
Review the events leading up to the sinking of the Titanic. Explore the many Engineering principles that were at work as the Titanic sank.
Assignment
none
Session Minutes
60
Minutes Student Attended
60
Lesson Comments
Charlie enjoyed learning about the Engineering aspects involved in the sinking of the Titanic. We discussed bouyance, center of gravity, and strength of steels.
Quiz #4 covering electric motors and electric circuits. Define magnetism and it's practical uses in engineering such as magnetic levitation trains.
Assignment
None over Holiday
Session Minutes
90
Minutes Student Attended
90
Lesson Comments
Charlie scored a 90 on the quiz and earned an additional 10 points on the bonus question. Charlie was interested in the magnetic levitation trains and I think a hands on experiment to demonstrate how the propulsion works will be beneficial.
Define the basic components of an electrical circuit. Experiment by making a battery out of vinegar and salt and using zinc and copper electrodes.
Assignment
Find electric circuits in use at your school and home.
Session Minutes
60
Minutes Student Attended
60
Lesson Comments
Charlie participated by creating a battery out of a solution of vinegar and salt and used copper and zinc electrodes to light up a diode. He enjoyed experimenting with different solutions and successfully predicted the outcome of each experiment.
Present the basic components of a battery. Discuss different arrangement of batteries such as parallel and series.
Assignment
None
Session Minutes
90
Minutes Student Attended
90
Lesson Comments
Charlie was interested how a battery works and was able to grasp the difference between arranging them in series or in paralle. He is able to identify the anode and cathode of a battery.
Quiz #4. Introduction to Electric Motors. Perform an experiment to create a simple electric motor using a battery, wire, magnet, and a screw.
Assignment
None over the spring break.
Session Minutes
60
Minutes Student Attended
60
Lesson Comments
Charlie scored a 95 on Quiz #4. He seemed to like the hands on experiment to create a simple electric motor. He expressed an interest in electrical circuits. Future lessons will focus on electrical circuits.