The Annual BDPA Technology and Career Fair – Win Scholarship in the “Design A Mobile App Showcase’!

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Man's hand holding display of mobile app design

You will design, pitch and demo the app to a panel of judges for the chance to win a scholarship.

Hi Students,

The National Mobile App showcase is a great opportunity to improve your programming skills in the language of your choice and learn about product development.

Design and build any application you are passionate about and learn how to give a compelling pitch to an audience of companies looking for students like you!

This competition is here for independent, driven students.

We will provide lightweight checkpoints to help you think through your app, troubleshoot, and finish a Minimum Viable Product (MVP) by the end of the summer.

Build your app at your own pace.

Register Here!

During the Annual BDPA Conference on August 12-14, 2021, you will pitch and demo the app to a panel of judges for the chance to win a scholarship upward We’ve got great prizes this year.

1st Place College Scholarship $3,000
2nd Place College Scholarship $2,000
3rd Place College Scholarship $1,250

1st Place High School $1,750
2nd Place High School $1,250
3rd Place High Scholarship $750

Hope to see you there!

Best,
The Mobile App Showcase Team
mobileapps@bdpa.org

This Awesome STEM Toy Teaches Coding for Kids Without Using Screens
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Student playing on the floor with the Mochi Adventure game

by FUTURISM CREATIVE

Learn With Mochi gives kids the basics of computer programming in a playful, hands-on way.

Everyone wants the best education possible for their kids. But it’s hard to find enriching activities that don’t involve setting them in front of yet another screen. And teaching them the fundamentals of STEM seems nearly impossible when you’re limiting screen time. And according to data from Engineering For Kids, STEM workers earn 26-percent more than people without a STEM background. So if you want to give your young children a competitive edge without adding more screen time, you need to know about Learn With Mochi, an award-winning screen-free game that teaches coding for kids ages three-to-nine.

With Learn With Mochi, kids learn the basics of computer programming in a playful, hands-on way as they explore STEM subjects without the use of addictive screen time. That’s because Mochi is your child’s first screenless computer. It takes computer-programming commands, executes functions, and gives audio feedback in a low-pressure, fun way.

Every Mochi Aventure Kit includes these basic components: the Mochi Computer (where kids place the coding commands or blocks), coding blocks, Mochi Bear (a stuffed animal), Lego-compatible Rover, and the play mat (the environment that Mochi is exploring). Together these parts allow your child to absorb the fundamentals of coding without exposing them to more screen time than necessary.

Mochi has three Adventure Packs to choose from. The starter pack, Mochi Basic 1 Book Adventure Pack, covers everything your child will need to grasp the fundamentals of STEM education. This includes Mochi bear, Lego-compatible Rover, Programming board with 12 coding blocks, and Mochi’s Planets Story set (includes story map). Plus, every Mochi kit comes with a SD card that provides unique songs, music, and even audio of the Mochi books.

However, if you’re little one needs a more in-depth kit to help further their STEM education, try the Mochi Starter 4 Book Adventure Pack. The 4 Book Adventure Pack has everything the 1 Book Adventure Pack does, but also incorporates Mochi’s 4 Story Adventure Sets (Planets, Animals, Earth and Biology). This 4-book instructional pack will guide your children on adventures in a variety of STEM subjects, not only educating them, but also stimulating their natural curiosity.

Click here to read the full article on Futurism.

Top Tips for Making the Most of Your MBA
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Young student holding books and carrying a backpack, smiling to camera

By Amelia Hopkins

An MBA is a huge investment, and for what it’s costing you, you want to get as much as possible out of the course.
You might think that, having studied at undergraduate level, you already have a good idea about how to make the most of higher education. But, studying for an MBA is entirely different and requires a different set of skills and preparation.

Here are our top MBA tips for choosing the right business school and making the most of your time when you get there:

Getting the most out of your MBA experience

Applying to business school is a very time-consuming process. MBA candidates have to research numerous MBA programs, cram for the GMAT, write multiple admissions assays and prepare b-school interviews.

With so much to do in the admissions process, it’s easy to forget that it’s only just the beginning of your MBA journey. To make sure you get the most out of your MBA experience, here are a few tips:

  • Come up with your financial plan
  • Focus on the full MBA experience
  • Network anywhere and everywhere
  • Be proactive during your MBA program
  • Evolve your career goals as you go
  • Apply for as many summer internships as possible
  • Don’t get intimidated

But before you land a spot on the MBA program of your dreams, there are a few things you can do beforehand…

Visit business schools 

The best way to understand the culture of an institution is to visit it. By looking around the campus, speaking to current students and faculty and seeing the facilities in person, you’ll be able to assess if the school fits with your personality and goals.

If you live too far away to visit, a virtual tour, coupled with thorough research, will give you a fair indication as to whether the school is a good match for you.

Speak to MBA alumni

No one knows an MBA course better than alumni, so try to speak to several ex-students about their experiences. Given the way we all feel about our alma maters, you’d be hard-pressed to find anyone who’s not willing to share their experiences. Try to pick those whose interests match your own, to provide you with an accurate vision of what could be in store for you.

 

Research yourself online

Before applying, look at your public profiles — how are you representing yourself? Either make all your social media profiles private or clean them up so that you’re presenting yourself in a mature and professional way.

Find your way around campus

There’s nothing worse than getting lost on your first day, so avoid that fate by looking around your institution before your classes begin. Take your timetable and walk to every class beforehand, so you’ll be able to find your way there easily when you need to. Most institutions offer tours of the various departments and facilities, so take advantage of these too.

Start growing your network

A big part of an MBA course is the non-academic side of things. Networking and making contacts are a major reason for attending business school, so make the most of the opportunity. Introduce yourself to everyone you can, and spend time getting to know your classmates and professors. Particularly seek out those with different backgrounds to your own. This is one of the best chances you will have in your life to meet such a diverse range of people.

Join clubs

Extra-curricular activities are not only an enjoyable way to meet people and break up your school-work schedule, they also help to impress potential employers. Most clubs will have a ‘try it’ session, so attend all the ones you’re interested in and pick a number to actively participate in. If you can, secure a leadership position in a society, as this looks fantastic in future job applications.

Think about your career

It’s easy to get swept away by the MBA experience, but remember what you’re there for: to advance your career. Make time to research your course options early on and ensure they will help in the pursuit of your goals. Speak to the careers department often and attend recruitment events to meet with potential employers.

The internship portion of your course is also very important for career progression, so prepare for it thoroughly and select a company you’d be happy working for — they might just offer you a job once your MBA is complete.

Practice your interview skills

Informational interviews offer you the chance to get a feel for the kind of interviews that you will be dealing with after graduation. They also provide the opportunity to explore different companies and introduce yourself to recruitment staff. Many MBA courses include classes which include informational interviews.

Make sure you’re organized

An MBA course requires a significant amount of juggling tasks, events and classes, so organization skills are essential. Before beginning the course, familiarize yourself with the tools you’ll use to organize your study, including study apps, planners and calendars. Once your course has started, make a timetable to plan out your time and stick to it — procrastination is your worst enemy. No period of your life will depend on your organizational and management skills more than studying for an MBA.

Engage, but don’t force your opinion

Contributing in class is essential, but that doesn’t mean you should railroad the group. If you have something to add to the discussion, do so and if you disagree with something, make that known, but don’t attempt to dominate the discussion. You’ll learn more by listening than you will by speaking, and you’ll make more friends that way too.

Find a way to relax

MBA courses are stressful, so offset this by finding a healthy way to relax. For some, it might be jogging, for others painting or reading. When you’ve found what works for you, set aside time each week to do it. Your anxiety levels will thank you.

Source: TopMBA

The NMSDC Equity Honors 2023–Applications Now Open
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The National Minority Supplier Development Council (NMSDC) Equity Honors awards are presented to corporate chief officers who have been recognized by their peers as the true leaders at the vanguard of economic equity and minority business integration.

Submit an application for your CEO, COO, CFO, CIO, CMO, CDO, and CPO of the Year. All applications* must be started** by Dec. 20 to be considered.

Submit Application Here!

*Qualified applications submitted for The Equity Honors in 2022 have been cloned for consideration for the 2023 Equity Honors. Simply log into the NMSDC Awards Portal and update your application, then submit. Previous winners of The Equity Honors are ineligible to apply again for a minimum of 3 years.

**We will reopen the applications in March of 2023 to collect 2022 comparative data that will complete the application. All applications that have been started by Dec. 20 will constitute The Equity Honors Nominees for 2023 with nominees highlighted on the Forum website and invited to the 2023 Minority Business Economic Forum.

For more information about NMSDC visit, nmsdc.org

Diversity Alliance for Science West Coast Conference Sells Out Again
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Diversity Alliance for Science (DA4S), the leading life science-focused non-profit supplier diversity organization, recently celebrated the 10th anniversary of its annual West Coast Conference in beautiful Laguna, California. This exciting 2.5-day event connected representatives from the world’s leading pharmaceutical, healthcare and biotechnology corporations with CEOs from life science-industry-focused small and diverse businesses.

DA4S prides itself on what it calls its “secret sauce,” which is the unparalleled networking opportunities its conferences and events provide, and this year’s West Coast Conference delivered on that and more. The conference kicked off with a memorable member’s-only day that provided a full day of networking and relationship building, including golf and for all the non-golfers, an afternoon of team building fun. The energy from member’s-only day carried into the rest of the conference, which featured a line-up of engaging and relevant content for all attendees — from panel discussions and a fireside chat with executives from leading life science corporations to inspirational guest speakers, which included Princess Sarah Culberson, who awed the plenary session audience with her keynote presentation. Success stories were also shared, suppliers took the stage in our Shark Tank kick-off and over 400 matchmaking meetings took place in a hybrid format.

There was certainly not a shortage of opportunities to network and connect between the roundtables, matchmaking and evening events. Attendees had ample opportunities to re-engage with existing contacts and meet new ones. Throughout the last 15 years since its inception, DA4S has established itself as the premier platform for connecting small and diverse businesses with corporations specific to the life science industry.

DA4S is really a one-of-a-kind organization and once you attend one of their events, you start to understand why people rave about it — it really is like a family and the energy is contagious.

DA4S is looking forward to expanding its membership and services in 2023 for suppliers and corporate members! To learn more, please visit diversityallianceforscience.com

National Scholarship Providers Association Introduces the NSPA Exchange During National Scholarship Month
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graduate students in caps and gowns smiling

National Scholarship Month, sponsored by the National Scholarship Providers Association (NSPA), is a national campaign designed to raise awareness of the vital role scholarships play in reducing student loan debt and expanding access to higher education.

To celebrate, the National Scholarship Providers Association (NSPA) has announced the launch of the NSPA Exchangethe first and only scholarship metric database.

Thanks to a partnership with the Michael & Susan Dell Foundation, the NSPA Exchange was created to serve as a central access point for scholarship provider data. Currently, the database is home to metrics from over 1,300 organizations, allowing members to search details about peer providers by location, compare scholarship award amounts, eligibility criteria, program staff size, and more. All information is kept in a secure, cloud-based, centralized database maintained through a custom administration system.

“Our goal for the NSPA Exchange is to ultimately define best practices and industry standards for scholarship providers.” says Nicolette del Muro, Senior Director, Membership and Strategic Initiatives at NSPA.

“With this database, members now have the data they need to make strategic decisions. For example, of the over 15,000 scholarships in the Exchange database, the average application is open for 90 days. And 75% of these scholarships open in the months of November, December, and January. This offers applicants a relatively short window of time to apply for all scholarships. Insight like this could help a provider determine to open their application outside of the busy season or encourage them to make their scholarship criteria and requirements available online in advance of the application open date.”

“The NSPA Exchange is a great resource for IOScholarships as the information is constantly updated and enables members to review and update their own organization’s scholarship data”, said María Fernanda Trochimezuk, Founder of IOScholarships and Individual Affiliate Member at NSPA. “IOScholarships also uses scholarships from the Exchange in our own Scholarship Search, and we trust these scholarships are safe for students, vetted, and current offerings.

To learn more about this exciting new NSPA initiative click here –  Launching a New Member Service: The NSPA Exchange or visit www.scholarshipproviders.org. For more details on how to sponsor the NSPA Exchange, contact Nicolette del Muro Senior Director, Membership and Strategic Initiatives at ndelmuro@scholarshipproviders.org.

ABOUT THE NATIONAL SCHOLARSHIP PROVIDERS ASSOCIATION (NSPA)

The mission of the National Scholarship Providers Association is to advance the collective impact of scholarship providers and the scholarships they award. Currently serving over 2,000 individuals, they are dedicated to supporting the needs of professionals administering scholarships in colleges and universities, non-profit, foundations and businesses. Membership in the NSPA provides access to networking opportunities, professional development, and scholarship program resources.

ABOUT IOSCHOLARSHIPS

By conducting a free scholarship search at IOScholarships.com, STEM minority and underrepresented students gain access to a database of thousands of STEM scholarships worth over $48 million. We then narrow this vast array of financial aid opportunities down to a manageable list of scholarships for which students actually qualify, based on the information they provide in their IOScholarships.com profile. They can then review their search results, mark their favorites, and sort their list by deadline, dollar amount and other criteria. We also offer a scholarship organizer which is completely free to use, just like our scholarship search. There are scholarships out there for diverse students in STEM. So take advantage of National Scholarship Month and search for available scholarships today!

For more information about IOScholarships visit www.ioscholarships.com

Felix Zhang ‘only student on the globe to ever ace the AP Calculus exam
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Penn Junior Felix Zhang being interviewed by reporters. (Credit: Penn-Harris-Madison School Corporation)

An Indiana teenager, Felix Zhang, has achieved something no other student in the world achieved this spring: a perfect score on the Advanced Placement Calculus AB exam. The story will amaze you.

The Penn-Harris-Madison School Corporation said that the College Board, which administers the AP exams, told the school’s principal that Felix Zhang achieved a perfect “5” rating and was the only student in the world to earn every possible point on the AP Calculus AB exam. In other words, he achieved a 108 out of 108.

“I felt pretty confident knowing that I knew what to do on the test, but there was always a chance I would make a small error or something,” he said. “So I wasn’t really expecting to see a perfect score. And that was pretty surprising to me because I felt like, there’s a lot of other people out there who probably perform very well on this test, and I’m pretty surprised that no one else got a perfect score.”

Felix Zhang is currently studying AP Calculus CB.

Read the Full Article on Fox11

This is how the human heart adapts to space
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Two men are standing looking at each other in front of what appears to be a map.

By Ashley Strickland

When astronaut Scott Kelly spent nearly a year in space, his heart shrank despite the fact that he worked out six days a week over his 340-day stay, according to a new study.

Surprisingly, researchers observed the same change in Benoît Lecomte after he completed his 159-day swim across the Pacific Ocean in 2018.
The findings suggest that long-term weightlessness alters the structure of the heart, causing shrinkage and atrophy, and low-intensity exercise is not enough to keep that from happening. The study published Monday in the American Heart Association’s journal Circulation.
Photo : CNN
The gravity we experience on Earth is what helps the heart to maintain both its size and function as it keeps blood pumping through our veins. Even something as simple as standing up and walking around helps pull blood down into our legs.
When the element of gravity is replaced with weightlessness, the heart shrinks in response.
Kelly lived in the absence of gravity aboard the International Space Station from March 27, 2015, to March 1, 2016. He worked out on a stationary bike and treadmill and incorporated resistance activities into his routine six days a week for two hours each day.
Lecomte swam from June 5 to November 11, 2018, covering 1,753 miles and averaging about six hours a day swimming. That sustained activity may sound extreme, but each day of swimming was considered to be low-intensity activity.
Even though Lecomte was on Earth, he was spending hours a day in the water, which offsets the effects of gravity. Long-distance swimmers use the prone technique, a horizontal facedown position, for these endurance swims.
Researchers expected that the activities performed by both men would keep their hearts from experiencing any shrinkage or weakening. Data collected from tests of their hearts before, during and after these extreme events showed otherwise.
Kelly and Lecomte both experienced a loss of mass and initial drop in diameter in the left ventricles of the heart during their experiences.
Both long-duration spaceflight and prolonged water immersion led to a very specific adaptation of the heart, said senior study author Dr. Benjamin Levine, a professor of internal medicine/cardiology at the University of Texas Southwestern Medical Center.
While the authors point out that they only studied two men who both performed extraordinary things, further study is needed to understand how the human body reacts in extreme situations.
Read the full article at CNN.
Can Virtual Reality Help Autistic Children Navigate the Real World?
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Mr. Ravindran adjusts his son’s VR headset between lessons. “It was one of the first times I’d seen him do pretend play like that,” Mr. Ravindran said of the time when his son used Google Street View through a headset, then went into his playroom and acted out what he had experienced in VR. “It ended up being a light bulb moment.

By Gautham Nagesh, New York Times

This article is part of Upstart, a series on young companies harnessing new science and technology.

Vijay Ravindran has always been fascinated with technology. At Amazon, he oversaw the team that built and started Amazon Prime. Later, he joined the Washington Post as chief digital officer, where he advised Donald E. Graham on the sale of the newspaper to his former boss, Jeff Bezos, in 2013.

By late 2015, Mr. Ravindran was winding down his time at the renamed Graham Holdings Company. But his primary focus was his son, who was then 6 years old and undergoing therapy for autism.

“Then an amazing thing happened,” Mr. Ravindran said.

Mr. Ravindran was noodling around with a virtual reality headset when his son asked to try it out. After spending 30 minutes using the headset in Google Street View, the child went to his playroom and started acting out what he had done in virtual reality.

“It was one of the first times I’d seen him do pretend play like that,” Mr. Ravindran said. “It ended up being a light bulb moment.”

Like many autistic children, Mr. Ravindran’s son struggled with pretend play and other social skills. His son’s ability to translate his virtual reality experience to the real world sparked an idea. A year later, Mr. Ravindran started a company called Floreo, which is developing virtual reality lessons designed to help behavioral therapists, speech therapists, special educators and parents who work with autistic children.

The idea of using virtual reality to help autistic people has been around for some time, but Mr. Ravindran said the widespread availability of commercial virtual reality headsets since 2015 had enabled research and commercial deployment at much larger scale. Floreo has developed almost 200 virtual reality lessons that are designed to help children build social skills and train for real world experiences like crossing the street or choosing where to sit in the school cafeteria.

Last year, as the pandemic exploded demand for telehealth and remote learning services, the company delivered 17,000 lessons to customers in the United States. Experts in autism believe the company’s flexible platform could go global in the near future.

That’s because the demand for behavioral and speech therapy as well as other forms of intervention to address autism is so vast. Getting a diagnosis for autism can take months — crucial time in a child’s development when therapeutic intervention can be vital. And such therapy can be costly and require enormous investments of time and resources by parents.

The Floreo system requires an iPhone (version 7 or later) and a V.R. headset (a low-end model costs as little as $15 to $30), as well as an iPad, which can be used by a parent, teacher or coach in-person or remotely. The cost of the program is roughly $50 per month. (Floreo is currently working to enable insurance reimbursement, and has received Medicaid approval in four states.)

A child dons the headset and navigates the virtual reality lesson, while the coach — who can be a parent, teacher, therapist, counselor or personal aide — monitors and interacts with the child through the iPad.

The lessons cover a wide range of situations, such as visiting the aquarium or going to the grocery store. Many of the lessons involve teaching autistic children, who may struggle to interpret nonverbal cues, to interpret body language.

Autistic self-advocates note that behavioral therapy to treat autism is controversial among those with autism, arguing that it is not a disease to be cured and that therapy is often imposed on autistic children by their non-autistic parents or guardians. Behavioral therapy, they say, can harm or punish children for behaviors such as fidgeting. They argue that rather than conditioning autistic people to act like neurotypical individuals, society should be more welcoming of them and their different manner of experiencing the world.

“A lot of the mismatch between autistic people and society is not the fault of autistic people, but the fault of society,” said Zoe Gross, the director of advocacy at the Autistic Self Advocacy Network. “People should be taught to interact with people who have different kinds of disabilities.”

Mr. Ravindran said Floreo respected all voices in the autistic community, where needs are diverse. He noted that while Floreo was used by many behavioral health providers, it had been deployed in a variety of contexts, including at schools and in the home.

“The Floreo system is designed to be positive and fun, while creating positive reinforcement to help build skills that help acclimate to the real world,” Mr. Ravindran said.

In 2017, Floreo secured a $2 million fast track grant from the National Institutes of Health. The company is first testing whether autistic children will tolerate headsets, then conducting a randomized control trial to test the method’s usefulness in helping autistic people interact with the police.

Early results have been promising: According to a study published in the Autism Research journal (Mr. Ravindran was one of the authors), 98 percent of the children completed their lessons, quelling concerns about autistic children with sensory sensitivities being resistant to the headsets.

Ms. Gross said she saw potential in virtual reality lessons that helped people rehearse unfamiliar situations, such as Floreo’s lesson on crossing the street. “There are parts of Floreo to get really excited about: the airport walk through, or trick or treating — a social story for something that doesn’t happen as frequently in someone’s life,” she said, adding that she would like to see a lesson for medical procedures.

However, she questioned a general emphasis by the behavioral therapy industry on using emerging technologies to teach autistic people social skills.

A second randomized control trial using telehealth, conducted by Floreo using another N.I.H. grant, is underway, in hopes of showing that Floreo’s approach is as effective as in-person coaching.

But it was those early successes that convinced Mr. Ravindran to commit fully to the project.

“There were just a lot of really excited people.,” he said. “When I started showing families what we had developed, people would just give me a big hug. They would start crying that there was someone working on such a high-tech solution for their kids.”

Clinicians who have used the Floreo system say the virtual reality environment makes it easier for children to focus on the skill being taught in the lessons, unlike in the real world where they might be overwhelmed by sensory stimuli.

Celebrate the Children, a nonprofit private school in Denville, N.J., for children with autism and related challenges, hosted one of the early pilots for Floreo; Monica Osgood, the school’s co-founder and executive director, said the school had continued to use the system.

Click here to read the full article on New York Times.

Getting Girls Into STEM by Improving Education for Everyone
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Young girl in library reading textbook with the tree of knowledge growing out of the textbook with the caption

ByAsia A. Eaton, Psychology Today

Although women make up about half of the U.S. workforce, they have long been underrepresented in many STEM fields (science, technology, engineering, and math).

Given that boys and girls perform similarly in STEM, this means a lot of STEM talent is being left untapped. Until we are successful at including diverse women and girls in STEM, we will be unable to address STEM labor shortages or stay globally competitive in research and development.

Our failure to include all available STEM talent in our workforce is even more dire for women of color. For example, Hispanic women represent 7 percent of the total U.S. workforce, but just 2 percent of STEM workers.

Various efforts have attempted to address these gender gaps in the last few decades, including the creation of STEM toys targeted at girls, large-scale research efforts, government funding, and afterschool programming. Despite this, the gaps haven’t narrowed as quickly as needed. In a 2022 review in the journal Social Issues and Policy Review, Drs. Sophie Kuchynka, Luis Rivera, and I explore (1) why these gaps persist and (2) ways to bridge them in K-12 education through policy and practice.

Why Do Gender Gaps in STEM Persist?
Features of the systems we live in and of our own social and psychological functioning serve to keep gender gaps in STEM alive.

1. Macrosystem influences.

Macrosystems, like our educational, economic, and justice systems, uphold gender stereotypes about the superiority of boys and men in STEM. STEM textbooks, for example, disproportionately portray male role models in STEM, sending the message that STEM is for boys. Further, system-justifying myths perpetuated in the media, such as the protestant work ethic and the myth of meritocracy, lead people to believe that the representation of men vs. women in STEM is just, and a result of differences in interest, aptitude, or hard work.

2. Microsystem influences.

The macrosystems we live in influence the smaller social systems closer to us (microsystems), like our families, schools, and peer groups. They also affect our individual psychology—how we see, interpret, and act on our social worlds.

Being raised in a world where STEM is associated with boys and men may implicitly lead parents to use less scientific language with daughters compared to sons, for example. It can also affect the amount of air time boys vs. girls get to work out their ideas in STEM classrooms. Eventually, these messages can be internalized by girls, negatively affecting their STEM self-image, interest, and participation.

How to Improve STEM Education for Everyone
Based on our review of macrosystem and microsystem factors that sustain gender-STEM inequities, we make several recommendations for K-12 STEM policy and practice to optimize success for all children.

In terms of practice, we recommend:

  • Classrooms be designed to promote relational and collaborative learning. Teachers should emphasize gender-inclusive classroom norms that promote positive working relations between girls and boys.
  • Classes should teach the history of gender inequality and bias so teachers and students can actively work to create equitable and inclusive STEM environments.
  • Teachers should encourage cooperation between children, and vary the roles students are assigned so they do not automatically adopt traditional gender roles in the classroom.
  • Teachers should promote active learning and growth mindset strategies. Cross-discipline evidence indicates that active learning, rooted in constructivist theories, is more beneficial in STEM education.
  • STEM should be reframed as helping students achieve communal goals through scientific collaboration. Emphasizing socially-meaningful aspects of STEM can help stimulate STEM interest in girls, because they tend to place more value on communal than dominance goals.
  • Classes can utilize near-peer mentorship programs, which pair students with similar mentors slightly more advanced than them. These near-peer mentors can be especially important for marginalized students who often feel isolated or excluded in STEM.
  • Schools should expand STEM evaluation metrics beyond traditional and standardized tests to include the assessment of skills like motivation, empathy, problem-solving, and adaptability, which are closely tied to positive educational outcomes.

Click here to read the full article on Psychology Today.

How a NASA-Supported Robotics Program Is Preparing Students for STEM Careers
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In the robotics program, Kindergarteners in North Dakota work on a robotics activity that uses Ozobots. In some Hawaii schools, students use VEX robots to learn robotics concepts and to help prepare them for STEM careers.

By Lauraine Langreo, Education Week

Hawaii is trying to prepare its K-12 students to fill the massive shortages of jobs in STEM-related fields.

The Hawaii Space Grant Consortium, a community educational program supported by the National Aeronautics and Space Administration, has partnered with schools across the state to implement robotics in the classroom.

“We’re trying to build this pipeline from K-12 and eventually have the students go on to college to build robotics or satellites, and eventually, hopefully, work at NASA as engineers,” said Adria Fung, robotics engineering education specialist at the consortium, during a session at the 2022 International Society for Technology in Education conference.

Fung created a robotics curriculum that schools across the state are using to prepare students for the STEM workforce. The Hawaii Space Grant Consortium provides lesson plans, resources, and support for the teachers so that they’re easily able to implement the curriculum into their classroom.

The curriculum is based on VEX IQ robots and is aimed at grades 4 through 8. Using the robots, educators can teach students robotics engineering concepts such as gear ratios, speed, and torque.

Fung, who formerly taught at a middle school and led a robotics competition team, developed the robotics curriculum after she realized that when robotics concepts are only taught during after-school robotics clubs, then not as many students are introduced to the material and the ones who do not understand the underlying concepts of robotics as well.

“Students just want to build and test and code and refine their robots, but without any kind of concepts or knowledge,” Fung said.

“There’s not a lot of teaching time after school,” she added. “So that’s why I try to use the classroom time to teach the robotics engineering concepts so they can implement it in their competition robots after school if they choose to.”

The curriculum is not just for STEM educators. It’s designed so that teachers from all subject areas will be able to implement robotics into their classrooms easily, Fung said.

“Whether they teach math, or social studies, or English, [they] can easily apply robotics into those fields,” she said.

For example, for social studies in Hawaii, students are learning about the history of voyaging and about a canoe called Hōkūleʻa that traveled the world using only traditional navigation techniques.

Click here to read the full article on Education Week.

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