5 Top Benefits of Adolescent Outpatient Programs for Mental Health

Adolescents facing mental health challenges often need consistent support without leaving their normal routines. Outpatient programs make this possible by combining professional care with the flexibility to stay connected to school, family, and friends. These programs help teens receive structured therapy and emotional support while maintaining daily stability at home.

Families often look for treatment options that fit real-life schedules and responsibilities. Outpatient programs meet this need by providing multiple forms of counseling and structured hours of care in a safe environment. This balanced approach encourages healing and growth while keeping the focus on progress and connection. (more…)

Education is changing as the world does, too. It’s not just undergrad and then grad or trade school. Here are more ideas from the Ask a Tech Teacher team of what’s available:

Opportunities Driving Broader Educational Reach for Students Today

Education today isn’t locked into classrooms or bound by rigid schedules. Students can build their learning around their lives instead of the other way around. Whether it’s joining an online program, traveling for a short-term study experience, or tapping into free materials, the doors are wide open.

What’s changed the most is the range of choices available. Students can learn from international experts without leaving home, explore career-focused programs that fit into part-time hours, or find specialized courses that match their personal goals. The variety means each learning path can look completely different, shaped around what works best for the individual. (more…)

It is not the critic who counts; not the man who points out how the strong man stumbles, or where the doer of deeds could have done them better. The credit belongs to the man who is actually in the arena, whose face is marred by dust and sweat and blood; who strives valiantly; who errs, who comes short again and again, because there is no effort without error and shortcoming; but who does actually strive to do the deeds; who knows great enthusiasms, the great devotions; who spends himself in a worthy cause; who at the best knows in the end the triumph of high achievement, and who at the worst, if he fails, at least fails while daring greatly, so that his place shall never be with those cold and timid souls who neither know victory nor defeat.

Man in the Arena,  a speech by Theodore Roosevelt

 You didn’t even know the US Naval Academy existed until your brother decided to attend a Service Academy Night at the School District. He’s a year younger and a passionate student of military history. Mom joined him and when they returned, pronounced, “It’s you.”

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Since 2020, U.S. software developer employment has been declining, with fewer employed in January 2024 compared to January 2018, but those with the appropriate skills experience an eye-popping low unemployment rate of 2% and a median salary of $132,270. You’d think High School and college students would flock to these jobs, but they don’t. The Ask a Tech Teacher team decided to dig deeper into ways to encourage students to consider software engineering to be a realistic job choice:
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How to Inspire High School Students to Pursue a Career in Software Engineering

Photo courtesy of Pexels

Getting high school students excited about software engineering isn’t always easy. The subject sounds complex, the career path feels far away, and most teens have other things on their minds. Let’s explore how to spark interest early, show real-world impact, and give students a clear path from the classroom to a career in tech that actually feels achievable.

Connect Software Engineering to Real-World Impact

For most teens, talking about theory isn’t enough; what grabs them is knowing what builds the apps they use, the games they love, and the real tools behind everyday technology. When students realise software is behind everything from Spotify to Snapchat, it feels less like homework and more like something they already live with.

Once you have their attention, share real-world examples they haven’t thought about. Talk about engineers building tools for disaster relief, climate data, or accessibility tech. These stories show how coding helps people. If they’re serious about it long-term, something like a masters in software engineering online can help them build tools that change lives, not just screens.

And sometimes, the spark comes from seeing tech used in completely unexpected ways. Whether it’s farmers using software to monitor crops or artists using code to generate digital installations, these examples prove that software isn’t just for Silicon Valley, it’s everywhere.

Introduce Practical Skills Through Coding Programs

Letting students code, build, and see something work on screen changes their perspective entirely. Once they get that first small win, like a game that actually runs or a website that responds, they feel capable. That moment sticks with them, as it often does when students start planning early for a tech-focused future.

That feeling leads to questions, like how real developers do it, how bigger systems work, how software runs behind the scenes. Tools like Raspberry Pi, Unity, or basic app builders become stepping stones. If they keep pushing, they’ll eventually want something more serious. That’s where a masters in software engineering starts making sense, it becomes a goal, not just a dream.

Encourage Mentorship and Career Path Visibility

Students often struggle to picture themselves in tech because they rarely meet people who actually work in it. Bringing in mentors, whether recent grads or experienced engineers, makes the idea of a career in software feel a lot more reachable.

That shift matters, as it gives students a face, a voice, and a backstory to connect their own journey to, especially when they wonder if software engineering is still worth it in 2025. Once that connection forms, you have something real to build on. Mentorship helps replace doubt with direction, and that small shift can change everything.

One way to make that connection even stronger is through alumni panels, tech career days, or virtual Q&As with professionals. These moments let students ask honest questions, hear real answers, and picture themselves following a similar path, and with their own twist.

Endnote

Inspiring high school students to pursue software engineering starts by making it feel real. When they can see its impact, it no longer feels out of reach, especially when schools find creative ways to bring more technology into under-resourced classrooms. With the right support, tools, and guidance, students stop asking if they can belong in tech and start planning how.

Copyright ©2025 askatechteacher.com – All rights reserved.

Here’s the sign-up link if the image above doesn’t work:

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“The content presented in this blog are the result of creative imagination and not intended for use, reproduction, or incorporation into any artificial intelligence training or machine learning systems without prior written consent from the author.”

Jacqui Murray has been teaching K-18 technology for 30 years. She is the editor/author of over a hundred tech ed resources including a K-12 technology curriculum, K-8 keyboard curriculum, K-8 Digital Citizenship curriculum. She is an adjunct professor in tech ed, Master Teacher, freelance journalist on tech ed topics, and author of the tech thrillers, To Hunt a Sub and Twenty-four Days. You can find her resources at Structured Learning.

Plan Ahead: Set Yourself Up for a Career in Electrical and Computer Engineering

Regardless of where you are in your life or at what stage, if you have a dream that you want to achieve, you can start working toward that immediately. If your dreams include working as an electrical and computer engineer, then you can start at any stage of your education process to set yourself up for success.

This starts with taking useful courses whilst still in high school, so that you have to right credentials to get into the university you like, then it’s getting used to online learning, just in case you want to visit an online university and then understanding the future of what you need beyond a BA undergraduate degree like a masters. So, without further ado, it’s time to jump into this topic.

Pick the Right Subjects and Do Your Research

One of the biggest ways to set yourself up for a hopeful career in electrical and computer engineering is by picking the right subjects while you’re still in high school. This often includes IT classes, science, advanced mathematics and economics or technology, whichever your school offers. This will give you the right foundations on which to build toward a degree in this field.

If you have passed the stage of school and you’re simply interested in this degree, there are many things you can do as well. You can spend some time looking at complementary videos on YouTube, for example, that explain the core elements of computers, mathematics and coding, just so that you can put one foot in front of the other as you continue to learn.

Furthermore, you need to set yourself up for success by doing your research and finding the education that suits your needs best. This will be further outlined below.

Have Online Education Systems Replaced Traditional Lectures?

Online education has certainly become a lot bigger and more significant in the market over the past years. This is something that you should keep in mind when looking for where you want to study, as you can find an electrical and computer engineering online degree that gives you access to excellent information, whilst staying at home and being able to engage from all over the world. Digital learning is its own niche and those who have never done it before may not be aware of all the different benefits and challenges, so keep reading to learn more.

Benefits of Online Learning

One of the biggest benefits of online learning is the fact that you can do it from anywhere in the world. This means that you are not forced to stay in one area or classroom for the three or four years that it takes you to get your degree, allowing for a lot more mobility.

Another benefit is the fact that you can access education from all over the world. This means that if you’re in a remote part of a country, you do not need to leave all you know behind in search of excellent education; you can now easily find it online. This creates a saving as well, as you do not need to relocate in pursuit of education, which was once often the case. Also, you don’t have to spend hours commuting to and from an educational establishment, which is a plus.

Furthermore, you’re able to work at the same time, if you can handle it. By visiting an online course, you can slot the hours you need to study when you have the time. You’re not forced to be present between certain hours, giving you more flexibility in your day to do what you need, such as having a job.

Challenges of Online Learning

As with anything good, there are some drawbacks or challenges that you must consider. One of the biggest is self-efficacy and motivation. You have to have your head screwed on right so that you take the responsibility to learn and do as you need to. You have to manage your time well and constantly motivate yourself because no one else will. In online classrooms, you might have some interaction with fellow classmates and lecturers, however, it’s all through a screen and no one is there in person to push you to finish your essays or assignments. This means that the onus falls on you to complete everything.

The Future of Electrical and Computer Engineering

As with most courses, you start with a BA undergraduate degree. You then move on to your master’s, which is where you can pick between many different specialities. This will allow you to find the niche that you think suits you best. Perhaps you are more inclined toward management, in which case, you could learn more about engineering management as opposed to hands-on engineering if you think that you would do well as a leader.

You can always get in touch with the student and subject advisors of the establishment so that they can give you a better idea of the courses you can take and how you can build your curriculum in a way that suits you best.

Well, as you can see from the above, the world of education is changing. With the introduction of technology, things are moving quickly toward online learning and this development comes with certain benefits and challenges. It’s up to you to navigate them with the tools you have at your disposal so that you can earn that degree you’ve worked so hard toward.

–image credit Deposit Photos

Copyright ©2025 askatechteacher.com – All rights reserved.

Here’s the sign-up link if the image above doesn’t work:

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“The content presented in this blog are the result of creative imagination and not intended for use, reproduction, or incorporation into any artificial intelligence training or machine learning systems without prior written consent from the author.”

Jacqui Murray has been teaching K-18 technology for 30 years. She is the editor/author of over a hundred tech ed resources including a K-12 technology curriculum, K-8 keyboard curriculum, K-8 Digital Citizenship curriculum. She is an adjunct professor in tech ed, Master Teacher, freelance journalist on tech ed topics, and author of the tech thrillers, To Hunt a Sub and Twenty-four Days. You can find her resources at Structured Learning.

Military academies offer benefits most high school students and their parents don’t realize:

• the quality of education is comparable to an Ivy League
• they not only provide you with an education, but provide a job when you finish–no job hunting, no rejections,
• they pay you to go to school–that’s right, each of the four years, you are paid more to attend classes and complete the other activities required to graduate
• they are free–no charge for classes, books, room and board; they even pay for your summer school

But they are picky. Applying pits you against a huge pool of highly-qualified applicants. It’s not just about who has the best GPA and SAT scores. Admissions weighs:

• scholastics
• physical
• moral
• personal drive

To gain acceptance requires something different than the usual preparation. Here’s one book to prepare you:

Building a Midshipman

by Jacqui Murray

Available: Amazon

You don’t have to be a miracle-worker to the 10% of applicants accepted to a military academy, but you do need a plan. For the thousands of students who apply every year–and slog through the numbing concatenation of decisions preceding a nomination–there is no greater discouragement than the likely event that they will fail. This, though, is the Board’s peek into an applicant’s moral fiber and an important ingredient to the go/no go decision.

In the words of James Stockdale, USNA ’46 and Medal of Honor Winner: “The test of character is not ‘hanging in there’ when you expect a light at the end of the tunnel, but performance of duty and persistence of example when you know that no light is coming.”

This is the true story of Maggie Schmidt, an All-American kid who dreamt of attending the Naval Academy when her research into the typical Midshipman uncovered a profile alarmingly like herself. This book describes her background and academic interests, her focus, as well as her struggle to put together a winning admissions package. Along the way, you gain insight into the moral fiber that grounds everything she does and the decisions she must make that some consider impossible for an adolescent, but are achievable for thousands of like-minded teens. This workbook walks you through the long process, provides check lists of everything required, decision making matrices, goal-setting exercises to determine if USNA is a good fit for you, and a mix of motivation and academic advice to balance a decision that rightfully might be the biggest one most teens have ever made.

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Summer STEM (Science, Technology, Engineering & Mathematics), is a week-long, overnight camp at USNA each year for students currently in the 7th-10th grades. Here’s information from the USNA website:

Engineering is all about creating, building, and making things better! So what does it take to be an engineer? If you like math and science, you are off to a great start. If you enjoy discovering new things, solving problems, and learning how things work – even better! Creativity, persistence, and the desire to make the world a better place are also important qualities. Becoming an engineer requires hard work and a good education. Our summer program will be a great start to your career in science and engineering.

The schedule:

Monday: Travel and Check-in

Tuesday: Air and Space Museum/DC Tour

Wednesday – Friday: Stem modules and presentations (Students will visit all science and technology majors at the US Naval Academy)

Saturday: Open House and Demonstrations—Share your new skills with your parents and friends. End the week by putting your projects on display.

From We Are Teachers, a run-down on the top tech careers for 2025:

15 Best Technology Careers for the Future in 2025

Computer and information technology might be one of the most exciting fields for teens to consider as they think about their future careers. These jobs are often very well paid (the average salary in this field is more than double compared to other occupations). The growth outlook for technology careers is terrific too, at around 11% over the next 10 years (the average for all jobs is about 4%). Here are some of the top tech jobs for high schoolers to consider as they plan for the future.

Read on… (more…)

The Intersection of Physics and Everyday Objects

Physics might sound like something confined to textbooks and whiteboard scribbles, but it’s at play in our daily routines. It’s the force behind flying planes, the sparkle in our smartphone screens, and the whispers in our wireless headphones. Yet, most of us barely give it a second thought—a silent magician bringing everyday objects to life.

The Mysterious Maglev: Hovering Trains

Picture trains levitating on tracks without a single touch. Introducing magnetic levitation trains, or maglevs. With magnets defying gravity, these trains speed commuters from A to B in record time. They float, frictionless, offering a surreal ride atop a powerful physics trick. Maglevs also reflect the elegance with which physics turns weight into weightlessness, claiming new limits in transportation. By manipulating magnetic fields, maglev technology reduces almost all physical resistance, demonstrating the pure potential of movement unbound by conventional constraints.

Maglev technology isn’t just a scientific curiosity—it’s a path to environmental sustainability. With reduced friction losses and increased energy efficiency, maglev systems could significantly lower carbon emissions compared to traditional rail systems. As the demand for greener transportation solutions grows, innovations like maglev promise a future where fast, reliable transportation doesn’t have to come at an environmental cost. Moreover, with fewer moving parts, maglev trains face less wear and tear, potentially reducing maintenance costs and extending lifespans, further contributing to cost-effectiveness and sustainability.

Gyroscopes: Spinning Wonders of Balance

From the wheel in your bicycle to your smartphone’s compass, gyroscopes are hidden heroes. This rapid-spinning gizmo stabilizes and guides, keeping you oriented whether you’re navigating a trail or piloting an aircraft. The secret? Angular momentum holds its ground, a scientist’s magic trick ensuring balance. On a more grand scale, these devices play a vital role in stabilizing large marine vessels and space stations, proving that, no matter the size, balancing forces play an important part in maintaining harmony against the forces of motion.

Gyroscopes have permeated sports and gaming sectors, adding depth to user experiences. Controllers and smartphones equipped with this technology allow for intuitive controls, making virtual environments more immersive. Detecting subtle tilts and movements, gyroscopes bring tactile realism to digital adventures, bridging the gap between the physical and digital realms. As entertainment industries continue embracing these dynamics, users experience a newfound synergy between movement and on-screen action, illustrating the evolving capabilities of gyroscopic innovation.

In the vein of precision measurement, smartphone sensors also facilitate groundbreaking tools such as smartphone-based goniometers, allowing accurate angle measurements in an accessible form. Such innovations highlight how even the most intricate movements can be captured and analyzed with everyday tech, further illustrating the seamless union between physics and present-day conveniences.

Thermal Imaging: Seeing Warmth

Engineering a vision into the unseen, thermal imaging devices capture heat. At night or behind walls, they reveal the world in reds and blues, turning warm bodies, even cool machinery, into vivid portraits. Heat detection isn’t just for spies; it informs safety checks and saves lives. Beyond safety, thermal imaging has also found purpose in medicine, offering non-invasive diagnostics by revealing underlying inflammation or circulation issues, truly extending the line between vision and intuition.

Thermal imaging has ventured into new territories, discovering uses in agriculture and environmental monitoring. In farming, thermal cameras help assess plant and soil health by spotting areas of water stress. Environmentalists use these devices to monitor wildlife habitats and detect abnormalities, contributing to conservation efforts. Such applications showcase how thermal imaging can penetrate fields far removed from its origins, yielding insights with far-reaching implications both on micro and macro levels.

Smart Lightbulbs: Playing with Light

Flipping a switch to light up a room feels mundane. Yet, beneath the glow, physics dances! Smart lightbulbs manipulate photons to brighten or dim your space. Through concepts like lumens and wavelengths, light transforms into an orchestrated show at your fingertips. Interestingly, smart bulbs can also adjust to your mood or time of day, elevating your home’s ambiance effortlessly. This simple act channels complex concepts of color temperatures and energy efficiency, enhancing our lives in subtle yet remarkable ways.

Beyond aesthetics, smart lightbulbs offer a gateway to energy conservation. By allowing users to customize brightness and color temperature, they can optimize lighting to suit different activities and moods while significantly reducing energy consumption. Integrating these bulbs with home automation systems also means they can respond automatically to natural daylight, further reducing unnecessary power usage and lowering electricity bills.

Wireless Waves: Invisible Highways

Every time you stream a song or text a friend, electromagnetic waves are hard at work. Wireless communication can’t exist without them. These waves traverse invisible highways, bringing data to your device in a blink. It’s the very foundation of our connected reality. At its core, wireless technology enables seamless interaction by allowing waves to jump between frequencies. These waves skip effortlessly through urban landscapes, ensuring reliable communication even in the most unexpected corners of our bustling environments.

Quantum Tunneling: Microscopic Magic

In the microscopic realm, quantum tunneling champions the bizarre. Electrons defy boundaries, traversing barriers with inexplicable ease. Essential for devices in medicine and computers, this mind-bending phenomenon rewrites the rules we take for granted in the macroscopic world. Such behavior allows for innovations in semiconductors that power our everyday devices and fuels breakthroughs in computing power, highlighting how minute dynamics hold colossal potential for technological progress.

Conclusion

Physics isn’t confined to labs or lectures—it’s intertwined with everything around us. With every step forward, every gadget grasped, we engage in a dance with forces those familiar formulas attempt to explain. The intersection of physics and everyday objects is where the ordinary transforms into the extraordinary.

–image credit: https://www.pexels.com/photo/gray-newton-s-cradle-in-close-up-photogaphy-60582/

Copyright ©2025 askatechteacher.com – All rights reserved.

Here’s the sign-up link if the image above doesn’t work:

https://forms.aweber.com/form/07/1910174607.htm

“The content presented in this blog are the result of creative imagination and not intended for use, reproduction, or incorporation into any artificial intelligence training or machine learning systems without prior written consent from the author.”

Jacqui Murray has been teaching K-18 technology for 30 years. She is the editor/author of over a hundred tech ed resources including a K-12 technology curriculum, K-8 keyboard curriculum, K-8 Digital Citizenship curriculum. She is an adjunct professor in tech ed, Master Teacher, freelance journalist on tech ed topics, and author of the tech thrillers, To Hunt a Sub and Twenty-four Days. You can find her resources at Structured Learning.