Monday, September 12, 2016

Another Email, Another Victim

Image Source: Common Craft
Almost every week I get an email from someone I know and it's pretty clear their email account has been hacked. How does this happen to intelligent people? It happens all the time and in a variety of ways, but one of the most frequent ways is through phishing scams. Here are a few attempts that came through my inbox this week that prompted this post. Take a moment to read and hopefully next time you receive one of these, and you will, you'll be smarter.

You receive an email from your bank, Google, Apple, or another business that you do business with. Although logic tells you there's no good reason for them to be contacting you, you read on. Almost all of these emails have a few if not all of these flags.

  1. Action Required
  2. You are asked to log in
  3. Look for grammatical mistakes in the email.
  4. Check the link, but NOT BY CLICKING ON IT.
  5. Even if you do click on the link, it's not usually the end of the world. The damage is usually only done when you enter your logon credentials, that's what they are after. 
  6. Even if you see the name of the bank or legitimate site in the URL, that does not mean it is legitimate. 
Below is one email I received from a not real "Bank of America." The next graphic is an email I found in my SPAM folder. It is from a not real "Apple Store." It is exactly the same. 

Image Source:
Now that you know how it important it is not to fall for these scams, it is also important for you to use different passwords for different sites. Here's why its important. Let's say I'm a scammer and I send you a Phishing email from Google telling you your Google email account has had a suspicious login attempt and your account will be frozen unless you login and confirm your identity within the next 24 hours... and I provide you a convenient link to do so. When you click the link, you go to a page that looks just like the Google login page (easy enough to create) and you enter your Google username and password. Once you do, you realize you were not on the real Google site, but you aren't sure what to do, so you take a few minutes to figure it out. You even go get a cup of coffee while you search for how to change your password in Google. While you enjoy your latte, I've got your username and password to Google Mail. I also now have access to your address book, so I'm sending all your friends phishing emails, that look like they are coming from you. Because they trust you, most are opening the emails. Now, since I'm really smart, I don't need to do all this myself at a computer, instead I've programmed software to take your username and password and start trying to log in to sites like Apple, banks, Amazon, Walmart, Starbucks, Sears, etc. because I know you are using that same username and password on other sites. By now, you've probably changed your Google password. Good job! But, what about all those other sites, that I've probably already hit? I do this with hundreds of thousands of users and I only need to hit the jackpot a handful of times.

Don't be a victim.

  1. Understand how to identify phishing emails.
  2. Use complex passwords (P@$$w0rds @r3 e@sy 2 Cr3@t3 1F yu0 u2e PhR@s3$)
  3. Enable 2-step authentication ("Send me a text message with a unique code anytime I try to login).
  4. Use a password manager like Lastpass to securely store all your passwords. You can access Lastpass on your phone or from any computer.

Thursday, September 08, 2016

It is HE With the Tie Who I Shall Follow

Walking through the halls of a few elementary schools recently reminded me of the very adorable things young children say and do.

However, there was one interesting occurrence that made me say, "Hmmmm."

I was with a group of five or six other women and one man,, all dressed professionally. The women were dressed in various business attire, from a business suit with skirts and slacks with jackets, to dresses with heels. The man was wearing a shirt and tie (no jacket).

In both schools, there was a little girl who pointed to the man in our group and asked if he was the boss.

Stereotypes start early, don't they?

Tuesday, August 30, 2016


Source:Flickr user duncan
I work in a seriously progressive district and yet when I walk the halls of excellent schools, and sit in excellent classrooms with excellent teaching going on, I see ZERO technology being used. I see less today than I saw 5 years ago. I see $3000 projectors being used to display a worksheet. If there is any technology, it is rarely in the hands of students. What is going on? #seriousquestionpeople

Tuesday, June 07, 2016

How to Better Engage Students in Science Education

This came across my email this morning and after not posting on my blog for what feels like years, it stirred me to want to share again.
The Amgen Foundation, in partnership with Change the Equation, released results of a new survey examining what motivates U.S. high school students to pursue a STEM education. The survey findings, titled, “Students on STEM: More Hands-on, Real-World Experiences” shares some key perceptions that teens have of STEM education.
Based on the survey of 1,569 U.S. students ages 14 to 18, in addition to the critical role teachers’ play in stimulating students’ interest in STEM, students also need hands-on, real-world experiences to inspire them to explore careers in scientific fields. Specifically, below are some key findings:
·         Among teens who are interested in biology careers, teachers (85 percent) and classes (86 percent) rank right alongside their parents or guardians (87 percent) as the biggest influences on their career decisions.
·         Eighty-one percent of students are interested in science, but only 37 percent of teens said they like their science classes “a lot.”
·         Two-way, hands-on learning, like experiments and field trips, are most likely to engage students in biology, followed by tools that help them relate biology to real life. Methods such as class discussions or teaching straight from the book are least interesting, but among the most common.
·         In fact, roughly half (51 percent) would sooner help a famous scientist run a biology experiment than try out the latest smartphone.
According to the U.S. Department of Education, there is a projected significant increase in STEM jobs that will need to be filled by 2020. For example, biomedical engineering jobs are projected to increase by 62 percent from 2010 to 2020. Given these figures, it is imperative that students get the right opportunities and experiences to encourage them in the STEM fields.

Press Release:




American Students Want More Hands-on, Real-World Experiences

Teachers Are Critical to Inspiring a Lasting Interest in Science


THOUSAND OAKS, Calif. and WASHINGTON, D.C. (June 7, 2016) – The Amgen Foundation and Change the Equation (CTEq) today announced results of a survey conducted to better understand what motivates U.S. high school students to study science, technology, engineering and math (STEM). The report, titled “Students on STEM: More Hands-on, Real-World Experiences,” shows that students want additional opportunities that will inspire them to explore careers in scientific fields, and teachers are uniquely positioned to stimulate students’ interest in STEM.

The survey found that large majorities of teenagers like science and understand its value, but common teaching methods, such as teaching straight from the textbook, do not bring the subject matter to life in the same way hands-on, real-life experiences do. Several results reveal an opportunity to better engage students in the classroom. For example:
·         Eighty-one percent of students are interested in science, and 73 percent expressed interest in biology. However, only 37 percent of teenagers said they like their science classes “a lot.” By contrast, 48 percent reported liking non-science classes “a lot.”
·         Among teenagers who are interested in biology careers, teachers (85 percent) and classes (86 percent) rank right alongside their parents or guardians (87 percent) as the biggest influences on their career decisions.
·         Two-way, hands-on learning, like experiments and field trips, are most likely to engage teenage students in biology, followed by tools that help them relate biology to real life. One-way communication, such as class discussions or teaching straight from the book, are least interesting, but among the most common.
“We are in an era where scientific advances provide the opportunity to make meaningful progress against some of the world’s most serious diseases,” said Raymond C. Jordan, senior vice president of Corporate Affairs at Amgen and Amgen Foundation Board of Directors member. “To sustain this momentum, we must inspire the next generation of innovators. Through this study, we have seen that teachers are critical catalysts to inspiring a love of science in students.”
The survey also looked beyond the classroom, revealing that most teenagers lack access to additional resources and opportunities to learn more about scientific careers and engage with science professionals—experiences that are critical to developing a lifelong love of science. For example:
·         Most survey respondents believe knowing an adult in their field of interest would be helpful, but only 32 percent actually know an adult in a science-based career. And just 22 percent know someone with a job involving biology.
·         Only 33 percent of teenagers have ever been involved in a science club or group, either in or out of school. Low-income teenagers are especially unlikely to have been involved, and are more likely to be unaware of extracurricular science offerings.
·         Low-income students also have the fewest pathways to science careers. They are less likely to know someone who works in biology (19 percent versus 25 percent of higher-income students) and not as likely to have access to career-planning resources.
“Students who pursue a STEM education today are the innovators who will solve the world’s greatest problemstomorrow, whether or not they become scientists or engineers,” said Linda P. Rosen, chief executive officer of Change the Equation. “Change the Equation is pleased to partner with the Amgen Foundation to help uncover how we can ensure all U.S. students, regardless of income level or location, have access to the right resources.”
To expand youth access to the nation’s best STEM education opportunities, CTEq maintains the STEMworks honor roll of programs that have proven their impact through rigorous third-party review. Over the past two years, CTEq’s state and corporate partners, including the Amgen Foundation, have rallied around STEMworks programs, bringing them to almost 1 million more youth nationwide.
To help science teachers give their students more hands-on learning experiences and insight into career options in and out of the classroom, the Amgen Foundation created the Amgen Biotech Experience. This program provides professional development training to teachers and state-of-the-art equipment to schools, bringing real-life biotech experiments into the classroom.
For more information about the survey, visit and join the conversation using#TeensTalkSci. Visit and follow @AmgenFoundation to learn more about our commitment to inspire the next generation of scientists. For more on CTEq, visit and follow@changeequation.

About the survey

The research was commissioned by the Amgen Foundation and Change the Equation and conducted by C+R Research Services, a national marketing research firm that specializes in research with youth. A total of 1,569 online surveys were completed by students ages 14-18 years old. Participants were high school students (sophomore, junior and senior levels) currently attending public and private schools in the U.S. Hispanics and Blacks/African Americans were oversampled to ensure adequate representation, and the data was weighted by ethnicity and region to mirror the U.S. population. Data collection took place November 2015. For the full methodology, visit

About the Amgen Foundation

The Amgen Foundation seeks to advance excellence in science education to inspire the next generation of innovators, and invest in strengthening communities where Amgen staff members live and work. Since 1991, the Foundation has donated more than $250 million in grants to local, regional and international nonprofit organizations that impact society in inspiring and innovative ways. The Amgen Foundation brings the excitement of discovery to the scientists of tomorrow through several signature programs, including Amgen Scholars, Amgen Biotech Experience, and Amgen Teach. For more information, visit and follow us on Twitter@AmgenFoundation.

About Change the Equation

Since 2010, Change the Equation has been championing the value of a good start through K-12 STEM education as a means to build and inspire the next generation of America’s workforce. The nonprofit CEO coalition works at the intersection of business and education to ensure that all students are STEM literate by collaborating with schools, communities and states to adopt and implement excellent STEM policies and programs. For more information, visit and follow us on Twitter @changeequation.

Saturday, November 21, 2015

Using JotForm to Increase Efficiency in the Classroom, & Save Paper!

As a classroom teacher and in all of my professional roles, I've always turned to JotForm when I wanted to create forms. Although Google Forms is nice, it is extremely limited. Having the ability to add digital signatures, upload files right into the form, and use conditions (in addition to so many other great features) makes JotForm the most powerful form creator I've seen. I've been a user of JotForm since they were just getting started and were in Beta. I'm proud to be an advocate for this product and happy to share a guest post with you from Chad Reid, Director of Communications at JotForm. ~Lee

People will argue whether technology has done more to help or hurt the classroom overall. On one hand, students didn’t have cell phones when we were in school (and we all managed just fine). On the other hand, teachers have so many tools at their disposal to make the classroom more efficient and enjoyable, its difficult to deny the increase in efficiency, motivation, and additional learning that takes place when properly using technology.

JotForm does all of those things. 

JotForm is a do-it-yourself form building platform that’s free, EASY, and fun to use for collecting assignments, retrieving parent signatures, or even used as a self-grading quiz. Below are a few of the most common ways JotForm is used in the classroom:

Screen Shot 2015-11-19 at 5.01.03 PM.png

Field Trips Simplified
You could do it the old fashioned way, and no one would blame you. But sending kids home with printed permission slips has a myriad of drawbacks: delayed returned slips, lost slips, forged signatures, and lots of wasted paper. But alas, there’s an easier way!

Creating a permission slip form online and emailing it to the parents is the best way to ensure it’s delivered and signed by an actual adult. Best of all, add an "upload" button to your form and you get all of your returned forms instantly, and neatly organized, in the cloud. In addition, you will find all of your form responses conveniently in your email.

Then there’s the ease in which JotForm can help you collect emergency contact information for all of your students. You could include it as a part of your permission form to make sure all of your students’ critical information is collected ahead of time.

Screen Shot 2015-08-10 at 12.29.26 PM.png

Quizzing your students can be as simple as having them open a form. The best part? If you’re using an online form for a multiple-choice quiz, you can leave the instant grading to JotForm, and even share the scores instantly with your students. The scores are automatically stored in your JotForm account, and you can integrate the responses into a Google Spreadsheet to make it easy to find and sort for later.

Polling and Surveying Students
No matter the subject, polling your students can create fascinating dialogue in the classroom. For social studies teachers, you can survey students about issues around elections, science teachers can poll about hypotheses and theories, and English teachers can poll for sentiments in certain works of literature. Either way, it’s made easy using JotForm, where you can create visual reports using the polling data that you can share with the class instantly.

Group Project Feedback
Group projects are always a risky proposition. Is everyone involved going to pull their weight? And are you going to get honest feedback from the students to know that everyone did their part? A simple feedback form can fix that. Consider making the form anonymous so that no student feels the pressure of having their name attached to the honest feedback they’re giving about a peer.

Without printing a single sheet of paper, sign students up for theater, sports, committees, clubs, and any other extracurricular activity. And with electronic signature capabilities, even needing a student’s signature isn’t a barrier. Just make the form available from an easily accessible site, and students will be able to submit the information they need from home or the library.

These are just a few of the ways to use JotForm to make distributing requirements and collecting information easier. The product is designed to be uncomplicated and generic, so the possibilities for using JotForm is pretty endless. The best part? It’s completely free up until 100 responses per month.

Chad Reid is the Director of Communications at JotForm, a popular platform for creating online forms. He’s also a graduate student studying communication and lives in Oakland, California with his girlfriend and three cats.

Monday, August 24, 2015

The Winners Are....

In my previous post, I challenged my readers to share how their students take ownership of their learning with technology. I apologize for the delay in announcing the winner, but today I am happy to announce the two winners below:

Ellen Budish

Cheryl Arnett

Congratulations! I will be in touch to send you your Staples gift cards!