Engineering 1 Syllabus
Charlottesville High School
- 1 Overview
- 2 Objectives
- 3 Grades
- 4 Classroom Environment
- 5 Extra Credit
- 6 Tentative Schedule
Engineering is the intersection of science and humanity. Da Vinci, Newton, Einstein, Tesla, Ben Franklin, and Steve Jobs were as much humanists as they were scientists. They sought to unlock the secrets of the universe – its elegant and mathematical underpinnings – but also cared deeply how their discoveries would affect mankind. It is one thing to discover atomic fusion, electricity, or the iPhone, but it is at least is important to consider how the adoption of these advances into society will alter its course.
Many of the world’s most intractable and urgent problems can be thought of as engineering problems. An engineer is an expert in meticulously deconstructing a problem, understanding the interconnected facets of a system, leveraging available resources, overcoming impediments, creatively designing and assessing strategies, and carefully implementing solutions. In short, engineers are problem solvers. And the world needs more of them.
This course is an introduction to the engineering profession, the engineering process, and the engineering mindset. It is also a pretty good answer to the question you may have asked in Algebra, English, or Chemistry class: “Why do I have to know this stuff?” In addition to the definition above, engineering can be thought of as the holistic application of knowledge. A typical engineering project will require you to draw on your knowledge of math, English, history, and science and apply that knowledge in a completely novel way. Warning: coming up with something novel is difficult. It will require creativity, discipline, persistence, and probably some sweat.
The objective of this course is to introduce students to the foundational skills, understandings, and experiences that will prepare them to continue through more advanced engineering studies. In particular, students should begin to build proficiency and understanding in the following topics:
- Computer Programming
- Computer Aided Design (CAD)
- Advanced Manufacturing (3D printing, CNC milling, laser cutting, etc.)
- Circuits and Electronics
- Physics, Statics, and Materials
- Project Design and Execution
- Problem Solving and Critical Thinking
- The Engineering Profession
Most of what we do in this course will be different from your typical class. For example, there are no quizzes or tests in Engineering and very little homework. But make no mistake – that doesn’t mean this class is easy. In fact, I personally find it a lot easier to study for and get a good grade on a quiz than to maintain excellence throughout a four-week project.
We will be learning by doing in this class and your grade will be a reflection of how seriously you are taking that endeavor.
Projects – 50%
Most of your grade will come from your finished projects (roughly one per quarter). Your projects will vary based on your interests and background, but they will be judged by the same standards. In particular, I will assess your performance in terms of the following criteria:
- Fit and Finish
- Does it Work?
- Level of Difficulty
- Time Management
Your project grades will depend on how well you document them. Almost all of the writing and documentation in this class will occur on the class wiki. It’s the 21st century; the internet and open source technologies have democratized who gets to be creators of knowledge. Wikis are prime examples of this. Not only does wiki software enable users to quickly create organized and slick online content, but they are eminently democratic. They are not owned individually but represent a collective knowledge.
For more information, see the Sigma Project Grading Rubric.
Classwork – 20%
True to the Engineering profession, you don't get to just work on your main project all of the time. There will be ancillary assignments and other tasks. Some of them will be awesome and thoroughly educational. Some of them will seem pretty menial at the time. But they will all be done with care and with a smile.
Professionalism – 10%
10%. That is an entire letter grade. You signed up for a course called engineering; engineering is a profession and one goal in this course is to practice professionalism. That means you arrive to class on time and you push in your chair at the end of class. You use your time wisely and remain on task during the entire class period. You are respectful to your peers, your instructors, the equipment, and even the furniture. You clean up after yourself. And above all, you are safe.
Exams – 20%
You have a midterm and a final exam, each worth 10% of your final grade.
For grades and other stuff, we will be using an online open-source Learning Management System (LMS) called Canvas. I think "Learning Management System" is an ambitious description, but it is truly a sweet set of tools. You can log in here.
What You Need
We have this fancy new lab full of wonderful equipment, so you don't need to bring much. I will supply the materials and we won't use a textbook. You probably won't even need your student Chromebook; the Sigma Lab has its own computer lab. I will occasionally need you to write something down, draw a circuit diagram, or sketch something, so a notebook and a pen or pencil is required, but that's it.
Care and Cleanliness
And here's the important part. If you use a drill bit, you put it back when you're done. If you drop a screw, you pick it up and put it where it belongs. If you get out the wire cutters, you put them back when you're done. Not doing so is one of the easiest ways to lose Professionalism points.
There are strict safety regulations for every square inch of this lab and every machine in it. If you are not sure what they are, please ask your instructor.
Okay, here we go… I can't believe I'm saying this, but if you have a cell phone, I'd love for you to bring it to class. A major expectation in this class is thorough documentation of your work and your cell phone camera will often be the quickest and easiest way to document certain parts of your projects. The first time you get your servo to behave, you will probably want to grab your phone, shoot a quick video and turn it into a GIF to share with the world. I get that. Additionally, there might be a phone app, like a resistor identifier, that serves a unique educational purpose.
- I hope you bring your phone to class, but I should almost never see it. During class time, it will only be out if you are taking pictures or video of your project or using it for some other specific and approved instructional purpose.
- If you are not using your phone for a specific and approved instructional purpose, it is on silent and put it away. And by put it away, I mean in a backpack or a pocket or somewhere where it is not visible and is not calling out to you “Touch me! Play with me!” And, if your phone is one of those phones that vibrates as loudly as it rings, then turn it off.
- If you are using your phone so much that you need to charge it during class, then you either need a new phone or you need to assess your usage. This lab is not a phone charging station.
- The instant the bell rings to begin class, you are not on your phone. I will confiscate your cell phone and I will probably accidentally drop it in the toilet on the way to the office.
- I am assuming that 99% of the text messages that you are just dying to send can wait until after class. Practice restraint. If for some reason, you simply must send a text, please don’t try to be sneaky. It is insulting to me when you try to send text messages from under the desk or in your backpack. If it is really that important, wait until an appropriate time (e.g. when you are doing independent work), get out your phone, send a quick “k. c u in 20. thx” and be done. Don't abuse this. More than a couple of texts per class and you will lose this privilege. We are practicing professionalism here.
- Games are never okay in class. I will confiscate your cell phone and I will probably accidentally drop it in the toilet on the way to the office.
- Note 1: While Dr. Shields or anyone else is talking to the class is never an appropriate time to be using your phone.
- Note 2: While Dr. Shields or anyone else is talking to the class is never an appropriate time to be using your phone.
Failure to practice proper cell phone etiquette will result in confiscation of the phone and a discipline referral. I am not kidding.
Attendance, Tardies, and Hall Passes
- If you need to leave for any reason, like to go to the bathroom, go to the hall pass station and tear off one hall pass. In pen, fill out the pass completely, except for the teacher signature blank (see sample to the right). Then, when I'm not busy, present me with the pass in one hand and a working pen in the other. I'll sign it and off you go.
- If you need to leave, wait for an appropriate time to do so. You’re smart; you can figure out when it is appropriate to get up and leave. FYI: we are often engaged in independent or small group work. That is a great time for a quick trip to the bathroom. When the teacher is in the middle of explaining today's lesson is not a good time for a trip to the bathroom.
- Our class will usually start promptly at the bell with important announcements, information, or warm-up activities. Do not come to me 1 minute before the bell and ask if you can run to the restroom, the water fountain, another teacher, or any other location. Be in your seat ready to go when the bell rings. Wait for a natural break in class, at least 10 minutes into class, to ask to leave. "Hey, the bell hasn't rung. Can I run to fill up my water bottle?" will predictably be met with "You can do what ever you want. But, if you're not in your seat with your phone away, and ready to get started when the bell rings, you're late."
Announcements, Moment of Silence, and the Pledge
- Please be silent during morning announcements, afternoon announcements, or any other time someone is speaking over the PA system. This rule should not require explanation.
- Moment of Silence – key word: “silence.” I take this seriously. Our smartphone world is practically devoid of moments of silence. But research shows that the young mind must have periods of quiet and relaxation in order to grow. Take advantage of the few precious moments you are given to just be quiet.
- If you have a good reason for not standing for the Pledge of Allegiance, that’s fine, I respect that. But be prepared to explain your reasons to me. If you don’t have a good reason for not standing, why not stand and take 30 seconds out of your day to stand up, face the flag, and think about how nice it is to have free public education
If you’re taking a class called Engineering, you’re probably smart enough to cheat on most high school assignments and not get caught. With a smart phone, you don’t need to write answers on your hand anymore; you can Google them. If you haven’t figured it out by now, high school is a good time to realize that no grade is worth more than your integrity. The word integrity has the same Latin root as integer, meaning whole. A person without integrity is not whole; half of them is a polite high-achieving student but the other half is someone who will cheat to gain an advantage. They are the same person who uses cheat programs to play Words with Friends or doesn’t pick up litter when no one sees them drop it. Live with integrity. Don’t get into the habit of cheating in high school. It will not serve you well in life.
Our school's honor code:
"On my honor as a student,
I have neither given nor received
any unauthorized aid on this assignment."
- No frilly bits on the edges of your papers. I hate that.
- I actually mark people tardy. Don’t be late for class.
- I expect chairs and tables and tools and other equipment to be back where you found them at the end of class.
- Join BACON
Rather than providing opportunities for extra credit, there will simply be opportunities for doing things right. If you try your hardest and still blow an assignment, then we will work out another way for you to show me that you have learned what was being assessed before the end of the grading period.
|Quarter 1||Week 1||Introduction to robotics and programming|
|Week 2||Arduino programming (loops, functions, if/then), sensing, web publishing|
|Week 3||Arduino programming, basic circuits, motors/servos, LEDs, web publishing|
|Week 4||CAD (sketches and constraints) and Arduino|
|Week 5||CAD (3D features) and Arduino|
|Week 6||CAD (assemblies) and Arduino|
|Week 7||Advanced manufacturing (3D printing, laser cutting, CNC milling)|
|Week 8||Advanced manufacturing (3D printing, laser cutting, CNC milling)|
|Week 9||Advanced manufacturing (3D printing, laser cutting, CNC milling)|
|Week 10||Complete and publish project 1|
|Quarter 2||Week 1||LCD Screens and other output|
|Week 2||Buttons, switches, potentiometers|
|Week 3||CAD and Arduino|
|Week 4||CAD and Arduino|
|Week 5||CAD and Arduino|
|Week 6||CAD and Arduino|
|Week 7||CAD and Arduino|
|Week 8||Cad and Arduino|
|Week 9||Advanced manufacturing (3D printing, laser cutting, CNC milling)|
|Quarter 3||Week 1||Advanced manufacturing (3D printing, laser cutting, CNC milling)|
|Week 2||Advanced manufacturing (3D printing, laser cutting, CNC milling)|
|Week 3||Complete and publish project 2|
|Week 4||Final projects|
|Week 5||Final projects|
|Week 6||Final projects|
|Week 7||Final projects|
|Week 8||Final projects|
|Week 9||Final projects|
|Quarter 4||Spring Break|
|Week 1||Final projects|
|Week 2||Final projects|
|Week 3||Final projects|
|Week 4||Testing and final projects|
|Week 5||Testing and final projects|
|Week 6||Testing and final projects|
|Week 7||Final exams and final projects|
|Week 8||Final exams and final projects|