Technology & Society
Essential Curriculum 9 to 12 Days
Essential Curriculum 9 to 12 Days
This unit is a pure Problem-based learning? (PBL) student-centered pedagogy unit in which students investigate a futuristic technology and experience solving an open-ended problem. Students learn both thinking strategies and content knowledge.
Lesson Plan - Is Failing Failure? - students will create a plan for creating a culture of successful failure in the classroom
YouTube Video resource
Students will select a technology issue from the list below OR find something that interests them. The four impacts of technology will be focused on in the analysis.
Impact of Technology on Society article
Lesson Plan of Teenagers and Technology Addiction
Use the discussion points of the article in your analysis of each question
1. People can upload their brain to a computer, will they do it?
2. People can edit their baby's genes, would you do it, will they do it?
3. Driverless cars will saves lives, but which ones?
4. What morals should we program into our intelligent robot machines?
5. How can we trust a Robot, Can We Really Trust Them or NOT?
6. Wearable technology-Should people "view" other people's actions?
INFO ON TH EVENTS ARE BELOW
Imagine this: Your future self uploads your brain to a computer, creating a complete digital replica of your mind. But that version of you is smarter — learning faster than you ever could — and starts to have experiences that the “real” you has never had, in a digital world that you have never seen.
Would you be game to try it, and why? Would that the digital version of you still be “you?” Should you be free to have a relationship with someone’s digital replica? Are you responsible for the choices the replica makes?
Driving Question: You are the designer of the "future" self. You are presenting to the board of directors and stockholders the benefits of the "perfect" person knowing the future will not involve their true selves or opinion. Create a SWOT (Strengths, Weaknesses, Opportunities, Threats) analysis to present to the board of directors and stockholders.
If you had a baby with a congenital heart defect and a doctor could remove the gene, would you do it to save your baby’s life? Most people probably would.
But take that another step further: Would you make your baby a little more intelligent? A little more beautiful? Should you be able to choose their sexuality? Their skin tone? What if only the rich could afford it? What if you chose not to edit your child, but other parents did?
Driving Question: You are the public relations advisor to this new technology. How do you present the benefits of creating the "perfect" baby knowing that parents worry about how their decisions will affect their child's future? Apply the 8 steps of the Engineering Design Process in your analysis.
Introduction to the 8 Steps of the Engineering Design Process
A driverless car is on a two-way road lined with trees when five kids suddenly step out into traffic. The car has three choices: to hit the kids, to hit oncoming traffic or to hit a tree. The first risks five lives, the second risks two, and the third risks one. What should the car be programmed to choose? Should it try to save its passenger, or should it save the most lives?
Would you be willing to get in a car knowing it might choose not protect you? What if you and your friend were in the car, would you get in then? And should every car have the same rules, or should you be able to pay more for a car that would save you?
Driving question: What is the standard rubric used to decide which choice to implement when needed to know that stockholders have different opinions and morals? Apply the 8 Steps of the Engineering Design Process
Picture a world with intelligent robots — machines smarter than you’ll ever be — that have no idea how to tell the difference between right and wrong. That’s a problem, right? But giving machines moral values poses an even stickier problem: a human has to choose them.
If we’re going to program morality into intelligent machines, which values should we prioritize? Who should decide which moral beliefs are the most “right”? Should every country have to agree to a set of core values? Should the robot be able to change to change its own mind?
Driving question: You are the inventor of the new "intelligent" robot machines? How do you present the differences between right and wrong to the stockholders knowing there are vast differences in opinions and morals?
*** Resource: 4 thought-provoking questions to spark conversation
Advances in artificial intelligence (AI) and robotics have raised concerns about the impact on our society of intelligent robots, unconstrained by morality or ethics.
Driving Question: Can we trust robots if we supply them with all of our intelligence? What possible negative ethical behavior will result when "trusting" a robot? What possible positive ethical behaviors will result when "trusting" a robot?
Discussion Point: Students will create a pros and cons argument analysis of the impact on our society of intelligent robots.
We are currently attached to (literally and figuratively) multiple technologies that monitor our behaviors. The fitness tracking craze has led to the development of dozens of bracelets and clip-on devices that monitor steps taken, activity levels, heart rate, etc., not to mention the advent of organic electronics that can be layered, printed, painted, or grown on human skin. Google is teaming up with Novartis to create a contact lens that monitors blood sugar levels in diabetics and sends the information to health care providers. Combine that with Google Glass and the ability to search the Internet for people while you look straight at them and you see that we’re already encountering social issues that need to be addressed. The new wave of wearable technology will allow users to photograph or record everything they see. It could even allow parents to view what their children see in real time. Employers are experimenting with devices that track (volunteer) employees' movements, tone of voice, and even posture. For now, only the aggregate data is being collected and analyzed to help employers understand the average workday and how employees relate to each other. But could an employer require their workers to wear devices that monitor how they speak, what they eat, when they take a break, how stressed they get during a task, and then punish or reward them for good or bad data? Wearables have the potential to educate us, protect our health, as well as violate our privacy in any number of ways.
Driving Question: You are the manager of the employees who review the recordings of the daily actions. How do you reassure the investors that there is no violation of The Privacy Act of 1974, which "establishes a code of fair information practices that governs the collection, maintenance, use, and dissemination of information about individuals that is maintained in systems of records by federal agencies. "
Background of the Privacy Act of 1974
Day 3:
Day 4
Students will begin their research. Students will identify the following:
1A Contribute effort as a responsible member of the classroom and understands the obligations of being a productive member of a community. (Teamwork in PBL overview documents & brainstorming) - Formative
1B Engage in positive, safe, legal and ethical behavior when using technology, including social interactions online, intellectual property, or when using networked devices.. (Completion of the Dilemma Investigation) & (Review of the student investigation into their topic)- Formative
4B Know and use a deliberate design process for generating ideas, testing theories, creating innovative artifacts, and solving authentic problems while understanding the criteria and constraints. (Completion of the Dilemma Investigation) - Formative
Day 5
Day 5
Complete Task 5, 6, & 7 of the Student PBL Student Investigation Template
2C Follow correct procedures for use of tools, technology, and equipment and follows the correct maintenance protocol (Development of a Graphic Organizer) - Summative
4A Exhibit a tolerance for ambiguity, perseverance and the capacity to work with open-ended problems. (Teamwork) (Development of a unique driving question and necessary investigation criteria) - Formative
Students will work in their groups and research information on their topics to convince the investors that the selected technology will have positive benefits for society, politics, environment, and culture. Use the following website to review and choose the most appropriate media to present to the investors: 40 Presentation Software & PowerPoint Alternatives Since 2017
Students will review the following website:Top Tips for Effective Presentations
3C Skilled at interacting with others; they are active listeners and speak clearly and with purpose. - Formative
6B Use a variety of means to positively impact the direction and actions of a team, school, or workplace, and they apply insights into human behavior to change others’ actions, attitudes and/or beliefs. (Presentation of the ethical considerations of their technology and completion of their PBL self-reflection.)
Project Completion - You do not need to wait until presentation day to enter the data below. At any point in the unit you can complete the summative score if you feel confident you have a measurement for the competency.