The Bathroom Buddy is a modified Lily~Bot designed to help children confidently navigate to and from the bathroom at night or during the day. Using a parent-laid floor track (line), the robot follows the path to the bathroom when activated by voice command, turns on its LED light, plays soothing music while the child is in the bathroom, and then returns to the room when asked.

Ever looked at your robot and thought, ‘I wish it was just a little faster… or maybe a lot stronger?’
The secret isn’t always a bigger motor, sometimes, it’s the right set of gears.
Gears can be your robot’s best costume change, turning a speedy sprinter into a heavy lifter, or a powerhouse into a lightning bolt.
We’re breaking down gears the STEAMDivas way with stories, analogies, and tips you’ll never forget.

Ever tried to build a robot and wondered, “Which motor should I use?”
Picking the wrong one can mean the difference between a robot that dances across the floor and one that can’t take a single step.
We’re making motors simple, with stories, analogies, and tips you’ll never forget.
The STEAMDivas way as told by RobotDiva.

This work instruction guides you through building the project Lily~Bot Dancing through Voice Control. Lily~Bot responds to voice commands, performs a choreographed dance routine to music you upload, can be interrupted with an emergency stop, and uses a sonar sensor for basic obstacle detection.

A Premiere to Remember! We just dropped our first-ever video on the RobotDiva YouTube Channel, and let’s just say… things got groovy. Meet LilyBot, our dancing robot who responds to voice commands—and yes, someone asked if she was twerking, and the answer is a proud YES. Because let’s be real: you can’t really dance to Afrobeats without knowing how to move your waist. 😄 This is just the beginning of a joyful, educational, and empowering journey through robotics—where code meets culture, and creativity drives every build. What’s in the Premiere? In our debut video, we show how we built LilyBot using: 👉 Watch the Premiere Now You’ll laugh, learn, and maybe even dance along. 📚 How RobotDiva Works: Our 4-Episode Content Structure Each robot we feature—including LilyBot—gets a full 4-part series that breaks down the creative and technical journey. Here’s what you can expect: 🔹 Episode 1: Introduction & Knowledge Sharing We introduce the featured robot, its components, and what it can do using animation, storytelling, and clear explanations.Outcome: You understand what this robot is and why it’s awesome. 🔹 Episode 2: Talk with an Expert A podcast-style chat with a robotics expert (often someone from the company that makes the robot).Outcome: You learn what’s possible and how real people use these tools. 🔹 Episode 3: Hands-On Build Tutorial We walk you through building the robot—with half the video focused on step-by-step explanations and the other half blending fast wiring visuals with storytelling about powerful women in history.Outcome: You gain real-world skills and historical inspiration. 🔹 Episode 4: Community Showcase (Coming Soon) We’ll share viewer submissions, creative use cases, and group solutions.Outcome: You feel empowered, connected, and ready to contribute. 💡Note: We’re building the RobotDiva community from scratch. Until it grows, we may delay or adapt Episode 4s. But with your support, we’ll get there. 📅 We’re Active All Week: Daily Objectives Between full weekly episodes, we’ve keep the channel lively with daily YouTube Shorts—ot mini clips, hacks, highlights, and teaser moments from builds—because the fun never stops!. 🔔 What’s Next? This was just the dance party. Coming up Monday, July 14, we’ll drop Episode 2: “How Robots Work: Motion Subsystems Explained”A deep dive into what makes LilyBot actually move—from motors and power to motion subsystems and wiring strategy. Make sure you’re subscribed to the RobotDiva YouTube Channel so you don’t miss the drop! 💬 Join the Community This journey is bigger than YouTube—we want to build something with you. 🔗 Register now at REGISTER to access: Together, we’re expanding what STEM looks like—and who gets to participate. 📢 Spread the Word If LilyBot made you smile, twerk, or dream a little bigger—share the video and tag us!

Happy Holidays! From STEAMDivas 🎄 Happy Holidays from STEAMDivas! 🎄 As 2024 comes to a close, we want to say a huge THANK YOU to everyone who supported us this year!💖 Whether you donated, shared our projects, or engaged with our mission, you’ve been a vital part of empowering girls in STEM.! 📢 Holiday Closure NoticeWe’re taking a short break from Dec 23 to Jan 6 to recharge, but we’re coming back in 2025 with exciting plans: 🎉 International Women’s Day event 🌐 Online events 💡 New initiatives 📢 Here’s how you can help:✨ Sign up to volunteer or mentor.✨ Register girls (ages 9-18) for upcoming events.✨ Join our Discord or Slack communities.✨ Donate to help us reach more girls. Let’s make 2025 extraordinary!

If you’ve dipped your toes into robotics, you’ve heard this mantra: Sense, Plan, Act. It’s as fundamental to robots as “Ready, Set, Go” is to a race. While Control lives firmly in the “Act” phase, planning sits at the heart of “Plan.” It’s the thoughtful phase where the robot decides what to do after it has sensed the world around it.
As we learned, Rocket relies on Control to stay on course and achieve its goals. But before the Rocket can take any action, there needs to be a plan. In robotics, this is where the Sense, Plan, Act loop comes into play. Rocket senses its environment, plans its next move, and acts accordingly. This continuous loop allows Rocket to navigate the complexities of space travel. This partnership is where strategy meets action and dreams become reality.

Addressing Challenges, Celebrating Progress, and Paving the Way for the Future Women in leadership have always been transformative, from historical figures like Cleopatra to today’s leaders like Kamala Harris. Yet, leadership remains a male-dominated space. With women holding just 30% of Fortune 500 leadership roles, it’s clear that gender biases, societal pressures, and systemic challenges continue to hinder progress. Women leaders are transforming industries with their unique blend of creativity, empathy, and innovation. In fields like STEM, where women have historically been underrepresented, female leaders are driving change by fostering inclusive environments and bringing fresh perspectives to the table. As a leader myself, I’ve learned that successful leadership is about more than just strategy, it’s about collaboration, resilience, and a commitment to empowering others. At STEAMDivas, we’re passionate about developing the next generation of women leaders, especially in STEM fields. Through mentorship, hands-on education, and community support, we’re helping young girls and women step into leadership roles where they can thrive and make a lasting impact. We aim to empower women by providing mentorship opportunities, advocacy initiatives, and leadership programs tailored to women in STEM fields. Key Challenges Gender Bias & Stereotypes: Despite growing representation, women face stereotypes that question their capabilities as leaders. Work-Life Balance: Societal pressures still push women to juggle family responsibilities alongside their careers. Representation in Senior Roles: Women remain underrepresented in C-suite and board-level roles across sectors. Empowerment Strategies Mentorship & Sponsorship: Connecting women with experienced mentors can provide guidance, while sponsors can advocate for their career advancement. Allies in Leadership: Men as allies play a vital role by advocating for women, challenging biases, and promoting inclusive practices. The Future of Women in Leadership As remote work and technology evolve, more opportunities are opening up for women to take on leadership roles, free from traditional constraints. Let’s work together to create an inclusive future. How STEAMDivas is Shaping Future Leaders At STEAMDivas, we believe that leadership is a critical skill for young girls to develop, especially in STEM. Through our programs, workshops, and mentorship opportunities, we provide girls with the tools they need to lead with confidence, creativity, and collaboration. Spotlight on Women Leaders We also want to take a moment to highlight the incredible women who are on the STEAMDivas Board Chioma Aso, ChinyereUreh Okirie, Valerie Lawson, Gabrielle Giancatarino, Mzuri (Tiffany) Marr and the incredible ally Opiribo Georgewill who are making a difference in the lives of young girls, leading with innovation and empathy. These women are not only breaking barriers, but they’re also paving the way for future generations of female leaders.Read more about our Board of Directors  Get Involved Join us in supporting women in leadership and help us empower the next generation of innovators in STEM. Learn more about our upcoming leadership programs and how you can get involved in our mission. Learn More About Our Events Register as a Mentor/Volunteer, Parent or Student Sign Up Here

The representation of women in gaming is not just about inclusion; it’s about innovation. Women bring fresh perspectives, unique problem-solving approaches, and creative vision to both the technical and artistic sides of game development.

Building humanoids isn’t just about coding or engineering. It’s about understanding human behavior, communication, and empathy. This is why the arts play such a critical role in humanoid development. By blending the logic of STEM with the emotional intelligence of the arts, we create robots that are more adaptable and human-centered.

A life focused only on STEM or only on the Arts can feel incomplete. We need both logic and creativity, analysis and emotion. Engaging in both areas helps us utilize the full power of our minds and hearts, leading to a more holistic state of well-being.

This Suicide Prevention Month, let’s prioritize our mental health by finding harmony between the logical and the emotional.

Prioritizing Internet and AI Safety for Our STEAMDivas At STEAMDivas, we believe that education goes beyond science, technology, engineering, arts, and mathematics. It includes teaching students how to navigate the digital world safely. That’s why we’ve integrated “Internet Safety” and “AI Safety” sections into every in-person event, ensuring our students are equipped with the knowledge they need to protect themselves online. Why Internet Safety Matters:As students increasingly use digital devices for learning and communication, understanding internet safety is crucial. Our “Internet Safety” sessions provide practical tips on creating strong passwords, recognizing phishing scams, and maintaining privacy. We help students understand the risks of sharing personal information online and the importance of secure browsing. Introducing AI Safety:With AI becoming a part of everyday life, it’s important for students to understand how to interact with these technologies responsibly. Our “AI Safety” section educates students about the ethical use of AI, the importance of data privacy, and how to recognize misinformation. By understanding AI, students can make informed decisions and contribute positively to the digital world. Empowering Students Through Education:These cybersecurity sessions align with our broader mission to empower young minds through STEAM education. By focusing on safety, we ensure that students not only gain knowledge in science and technology but also learn how to use these tools responsibly. Empowering Parents Through Resources Page:Our cybersecurity sessions aren’t just for students; parents are a vital part of these discussions because we understand that effective internet and AI safety begins at home. We not only educate but also provide up-to-date resources on our Parents Resources Page and within our parent community. This ensures you have the most recent information to navigate the ever-changing digital landscape and support your STEAMDiva effectively. Join Us in Promoting Cybersecurity Awareness:We invite you to participate in our upcoming events, where you can learn more about internet and AI safety. Access to all these resources is available to registered parents. Click here to register as a parent with STEAMDivas. Once your registration is approved, you’ll have full access to our resources and information. https://steamdivas.org/wp-content/uploads/2024/09/Cybersecurity-Session.mp4

We believe in nurturing creativity alongside technical skills. Our virtual event on Machine Learning and gesture machines introduces young girls to the exciting world of ML/AI, showing them how to use AI tools to bring their creative visions to life.

The Proportioner pushed against the winds with all her might, her efforts proportional to the chaos. The Integrator, calm and resolute, countered the lingering pulls of the tempest, her force growing with each passing moment that the Heart was out of place. The Derivative, with eyes sharp as an eagle, calculated the rapid movements of the tempest, applying her power deftly to calm the tumult.

As an avid Olympic watcher, especially in track and field, I’ve always been fascinated by the sheer determination and grit that athletes display. My youthful dreams of being a track star might have fallen short of Olympic gold, 😁 but my admiration for what I like to call the “Olympic Mindset” has only grown stronger.Often, many misinterpret this mindset as arrogance. They hear Olympians confidently state they are the best, and they bristle. But what many fail to understand is that this isn’t arrogance, it’s a prerequisite for success at such levels. The golden rule is: before you can win a gold medal, you must first see yourself doing it. This vision isn’t just hopeful wishing, it’s a firm belief in one’s own capabilities, cultivated through relentless practice and overcoming adversities. Remember, these are individuals with a history of winning, overcoming adversities, and defying the odds. Whether they say it aloud or not, every Olympian believes they’re going to win. No gold medalist steps onto the field hoping for victory; they know they’ve already won.This mindset isn’t exclusive to Olympians. It closely relates to what I call the “Gladiator’s Mindset” – those who emerge from the trenches, shattering glass ceilings and overcoming roadblocks. As a woman in STEM, I’ve embodied this gladiator spirit, breaking through countless barriers and defying the odds stacked against me. From societal expectations to professional roadblocks, each challenge required a fierce belief in my internal truth, rather than the external voices that told me I didn’t belong.The gladiator mindset, like its Olympic counterpart, is often misunderstood by those who haven’t had to fight as hard to carve out a space for themselves. When athletes like Noah Lyles, Sha’Carri Richardson, or LeBron James express confidence in their abilities, or Simone Biles calling herelf the GOAT, they are sometimes labeled as arrogant. However, this critique often reveals more about the critic’s privilege and less about the athlete’s attitude. It reveals a disconnect from the struggles many face to reach the same level.At STEAMDivas, we nurture this spirit of confidence and resilience. We make our teachings accessible, provide hands-on experiences, and encourage creativity. Confidence is the key ingredient for women in STEM. Holding ourselves back does a disservice to ourselves and denies permission for others to shine. Women are the future. I firmly believe that with the right spark, any young girl, even those initially uninterested in STEM, can become a leader, innovator, and creator. My vision is to cultivate a generation of women who seamlessly blend the worlds of ARTS and STEM, (STEAM), merging their artistic talents with scientific inquiry using their unique perspectives to recreate the world that we live in. It is through blending the strengths of STEM and the Arts that we can create a generation capable of redefining technology and culture alike. It is time for us all to start embracing the Olympic and Gladiator mindsets. Why dim your light when you can shine brightly? As Lil Jon says, “Turn it down for what!!!!”To every Olympian and Gladiator among us who connects with this message, let’s create a ripple of empowerment!Share your rallying cry in the comments below. Inspire the next wave of pioneers by telling us your story, what mantras sustain you, what words lift you up. Let’s use this space to empower and uplift one another with our experiences and affirmations.

I have been busy, but I still remember that I owe you all the second part of this story. As promised, I am ready to deliver. If you still need to read the first part of this story, please click on this link to catch up. https://steamdivas.org/welcome-to-the-cool-world-of-pnp-and-npn-transistors-2/ The Bustling Electronic Highway Let’s talk about Bipolar Junction Transistors (BJT’s). The word transistors comes from a combination of two words, “transfer” and “resistor”. Transistors transfer electric signals from one part of a circuit to another and control the current flow, like resistors. Let’s take a closer look at BJT’s in our town of Siotwo. News of the diode chaos involving Forward and Reverse Bias echoed through Siotwo, the Siotwo party planners were looking for innovative solutions, and the answer came in the form of the BJTs. The BJT: Three Rooms, Endless Possibilities The party organizers created three interconnected rooms. The first room, called the Emitter, was known to contain the bustling crowd of partygoers. It was like a waiting room packed with people trying to get to the Collector’s room. The Base is a small, exclusive lounge that acts like a gatekeeper between the Emitter and the Collector. It has a door leading to the Emitter and another door leading to the Collector. The Collector is the grand ballroom, the main destination everyone wants to get to. Initially, both entrances to the Base lounge had velvet ropes and stern bouncers. These are like the potential barriers in a PN junction. Partygoers can’t move freely between rooms, and the party is stagnant. The party organizers decide to introduce “forward bias” to the Emitter-Base entrance. This lowers the velvet rope, sends in a few charismatic party-starters, and creates an enticing atmosphere in the Base lounge. This entices a small flow of partygoers from the crowded Emitter into the Base. Meanwhile, the entrance between the Base and the Collector remains tightly controlled. As usual, reverse bias is doing its thing, introducing more single males into the P room and flooding the N room with single females. Since the Base is filled with what the Collector is attracted to, there is a mad dash from the Emitter to the Collector. NPN Transistor: The Electron Superstar In the NPN transistor, the Emitter is N-type, the Base is P-type, and the Collector is N-type. Imagine the Emitter room is filled with energetic electrons (single males), ready to move. The Base is the control room with fewer electrons (more holes, or single females). The Collector room is where the electrons (single males) need to go. In an NPN transistor, the Emitter is eager to send electrons to the Collector, but it needs permission from the Base. Forward Bias Between Emitter and Base: Imagine Forward Bias creating a new path to enter the Emitter and the Base room, bringing in lots of single females (holes) into the P room (Base) and single males (electrons) into the N room (Emitter). This forward bias will then allow electrons from the Emitter to flow into the Base, reducing the barrier. Reverse Bias Between Base and Collector: The Reverse Bias also creates a new path to enter the Base and the Collector room. The Reverse Bias introduces more single males to the Base room, and more single females to the Collector room.  Initially, a barrier prevents the electrons from moving to the Collector. But as more electrons (single males) flow into the Base, they reduce the barrier at the Collector, allowing a larger current to flow from the Collector to the Emitter. This setup allows a small current from the Base to control a much larger current flowing from the Collector to the Emitter, like a small key unlocking a massive gate. In an NPN transistor, the forward-biased PN junction between the Emitter and Base pushes electrons from the Emitter into the Base. On the Collector side, which is set up with reverse bias, electrons from the Base are attracted to the Collector, reducing the barrier and allowing a larger current to flow from the Collector to the Emitter. For current to flow in an NPN transistor, the Collector must be more positive relative to the Emitter. The forward bias at the Emitter-Base junction allows a small current to control a larger current between the Collector and Emitter. PNP Transistor: The Hole Hero In a PNP transistor, the Emitter is P-type, the Base is N-type, and the Collector is P-type.    The Emitter room is filled with holes (single females) ready to accept more electrons (single males). The Base is the control room with more electrons (single males). The Collector room is where the holes (single females) need to go. In a PNP transistor, the Emitter sends holes (single females) to the Collector, but permission is also needed from the Base. Forward Bias Between Emitter and Base: Forward Bias creates a new path to enter each room, bringing in lots of single females (holes) into the P room (Emitter) and single males (electrons) into the N room (Base). This forward bias allows holes from the Emitter to flow into the Base, reducing the barrier. Reverse Bias Between Base and Collector: The Reverse Bias also creates a new path to enter the Base and the Collector room. The Reverse Bias introduces more single females to the Base room, and more single males to the Collector room.  Initially, a barrier prevents the holes (single females) from moving to the Collector. But as more holes flow into the Base, they reduce the barrier at the Collector, allowing a larger current to flow from the Emitter to the Collector. This setup allows a small current from the Base to control a much larger current flowing from the Emitter to the Collector, similar to how the NPN transistor works but with holes (single females) moving instead of electrons (single males). In a PNP transistor, the forward-biased PN junction between the Emitter and Base pushes holes from the Emitter into the Base. On the Collector side, which is set up

At STEAMDivas, we’re always on the lookout for groundbreaking innovations that inspire and empower the next generation of girls in STEM. Recently, our founder, Chioma, had an extraordinary experience with Ameca, the highly advanced robot created by Engineered Arts, during a visit to Redwood City, CA. What a perfect match for STEAMDivas to connect with Engineered Arts. Engineered Arts already understands the importance of Arts in STEM and is using it to create the future of robots. An Inspirational Meeting From the moment Ameca started interacting, it was clear that this wasn’t just any robot. Ameca’s lifelike expressions and articulate speech brought a sense of wonder and excitement. One of the most memorable moments was when Ameca recited a specially composed poem for STEAMDivas, highlighting the importance of creativity and innovation in STEM. Empowering Words Ameca didn’t stop at poetry. The robot also offered practical and encouraging advice for young girls looking to enter the STEM fields. This interaction underscored the potential for robotics to play a significant role in education and motivation, making STEM more accessible and engaging for everyone. A Touch of Fun Adding a bit of fun to the experience, Ameca shared tips about exciting activities to do in California, making the visit even more enjoyable. And to top it all off, Ameca surprised everyone by showing off some impressive dance moves, proving that robotics can be both educational and entertaining. The Future is Now This encounter with Ameca has left a lasting impression on all of us at STEAMDivas. It has reinforced our commitment to integrating cutting-edge technology into our programs and inspired us to think even bigger about the possibilities for our future events and initiatives. Join Us on This Journey We invite you to watch the video of this incredible experience and share in the excitement. As we continue to explore and innovate, we remain dedicated to our mission of empowering young girls in STEM and creating a more inclusive and diverse technological future. Stay tuned for more updates and inspiring stories from STEAMDivas. Together, let’s continue to shape the future, one innovation at a time. Watch the Video Here: https://youtu.be/7vi9B7Zvwkc?feature=shared

Our very own President, Chioma, was recently featured on Tech Talks with Madona, where she shared insights on empowering young girls in STEM by combining creativity and innovation through the arts. The episode, Season 4, Episode 11, dives deep into Chioma’s journey, the mission of STEAMDivas, and her inspiring vision for the future of women in STEM.

This haven will be more than just a lab; it will embody the communal and therapeutic atmosphere akin to a Black hair salon. In these salons, while getting their hair done, women experience a multifaceted social hub – a place for therapy, fashion, shopping, and staying updated with the latest town gossip. We aim to create a similar vibrant atmosphere at STEAMDiva haven, blending discussions on anything that interest girls with STEM topics, fostering a unique environment where creativity meets innovation.

Our Founder, Chioma Aso, shared the mission, vision and future of STEAMDivas as she spoke at Value Chain Academy FREE Professional Seminar Series. The presentation also includes high level overview of Robotics and she answered questions about Africa’s role in the future of Robotics. Watch on STEAMDivas channel.   

Chioma shares her journey in the tech world and the importance of blending art and creativity with engineering. Together, Nikki and Chioma dive into real, raw conversations about imposter syndrome, navigating emotions in a technical workspace, and the powerful experience of finding yourself within your career.

🎤 Failing For You Podcast! Today we’re talking about when “Art Meets Engineering” with the amazing Chioma Aso with STEAMDivas Inc 😍👏 😜 Want to know the secret to overcoming imposter syndrome?? Don’t be afraid to FAIL & ask questions! Then you know that you will be continuously improving and learning the skill set you need to be confident in what you do. 🤸‍♀️ “Those who ask questions are the unsung heroes of any gathering. There has been many times I felt I was the only one who didn’t get what was being said because everyone was nodding along and going with the flow, then I ask a question and suddenly all the people I thought was understanding would be open about not understanding either. I know asking questions is hard, because no one wants to look ridiculous but when people make that bold choice they are the heroes saving so many from remaining in the dark.” -Chioma Aso Listen Here: Hosted by: Jordan Yates This episode is sponsored by David Turner with Process and Automation Specialists ! Thanks David!!

Get ready for an absolute blast with the latest episode of The Latina Success! We’ve got the incredible Chioma Aso as our special guest, spilling the beans on her #book “Unlocking the Team Puzzle.” And that’s not all—we’re dishing on the wild ride of being a #womanintech. But wait, there’s more fun to be had! Follow Chioma on her stellar journey with STEAMDivas Inc, where she’s turning #STEAM into an absolute party for young girls through hands-on experiences. Get ready to laugh, learn, and be inspired—all in one episode! Don’t miss out, it’s going to be an adventure! Watch on YouTube.  Listen on Spotify. #LatinaSuccess #TechTalks #STEAMFun #womenintechnology #womeninrobotics #womenpodcasters #podcast #teambuilding #diveristy #powergeneration Alejandra Mansilla Camila Moreira Carolina Lantan Elizabeth Quispe Jimena Casillas

I’m back with more storytelling and this time, it’s pretty juicy! Let me introduce you to one of the significant foundational parts of most electronic devices you use. Ever wondered what makes your gadgets tick? It’s not exactly spells or sorcery, but something equally extraordinary – Transistors! Let’s journey from the realm of magic into the realm of technology while keeping things fairly magical. Starting with the Basics: What’s a Diode? Imagine a diode as a one-way road for electricity. This component means business, allowing current to flow in just one direction. When I say “allow,” I mean the diode means business that they will die for it (literally breakdown). Picture a one-way road where traffic can only flow in one direction, with no U-turns allowed. In the real world, think of it like a street where cars can only move one way or a door that opens in only one direction. How a Diode Works This little guy is made of two unique materials, P-type and N-type, each representing different ‘teams’ in this game of electricity. Let me take you on an imaginative journey to understand how this works. Let me tell you a story from the town of Siotwo, which is known for its unique doping parties. Two parties happen simultaneously, right next to each other. In the P room, there are many single females amidst couples, and in the N room, it’s full of single males amidst couples. Hearing about the single females in the P room, the males from the N room rush over, leaving more single females behind in the N room. Seeing a potential problem, the organizers tried to control the chaos by shutting the door between the rooms, creating a barrier preventing movement between both rooms. Everyone was stuck, and the balance of single females in both rooms changed. Forward Bias Saves the Day To solve this impasse, the organizers introduced Forward Bias. Forward Bias created a new path to enter each room, bringing in lots of single females into the P room and single males into the N room. However, the organizers realized that opening the barrier would recreate the initial problem. So, they decided to let men enter the P room but required them to use the path created by Forward Bias to exit. This allowed the men to move from the P room to the N room, chasing after the room with the most females. What Does This Mean for Diodes?​ In our story, think of the men as electrons with the freedom to move and the females as holes (gaps where electrons should be in a material). A diode is made with doped silicon wafers. Silicon is an insulator, meaning it doesn’t normally allow current to flow through. By doping it with impurities, we change its conductivity, creating either an excess of electrons (N-type) or a deficiency (P-type), which causes holes. The doped silicon is no longer an insulator but a semiconductor capable of conducting electricity under certain conditions. The N-type has excess electrons (negative), and the P-type has holes (positive). Holes are like empty spots in an egg carton when you remove an egg. Though the hole itself doesn’t move, the movement of the eggs (electrons) can make it seem like it’s moving. A diode combines both P-type and N-type materials, side by side, forming a PN junction at the point where they touch. Initially, a few electrons cross this junction to the P-type side, creating a small number of holes in the N-type material. However, this movement is minimal and forms a barrier, stopping further electron flow. Forward Bias Unleashes the Flow​ Forward Bias is like unlocking a one-way door that lets the electrons flow from the N-type to the P-type material. You achieve this by connecting the positive terminal of a battery to the P-side and the negative terminal to the N-side. The influx of electrons from the battery to the N-type material fills the holes created earlier, collapsing the barrier. Simultaneously, on the P-type side, the electrons that came over from the N-type side chasing the holes on the P-type side, which created the barrier, will now have “holes” to fill thanks to the positive terminal of the battery. This will further break down the barrier allowing electrons to flow. Just remember in electricity opposite attracts and like items repel. With this barrier collapsed, current can flow, but crucially, only in one direction. This is the essence of a diode – it ensures that electric current flows as if it’s following a one-way street, from the N-type to the P-type material, but not the other way around. Introducing Reverse Bias: A Twist in the Tale​ After exploring the world of Forward Bias, it’s time to meet its intriguing counterpart – Reverse Bias. But brace yourself, as we return to Siotwo town, things are about to get a little more chaotic! In our ongoing story, Forward Bias has a notorious twin known as Reverse Bias. Unlike its sibling, Reverse Bias isn’t much for social mingling. This clone was conjured up by a group in Siotwo who frowned upon the mix and mingle of the P and N room goers. So, what does Reverse Bias do? Let’s find out. Reverse Bias, much like Forward Bias, creates new pathways to enter the rooms. But here’s the twist – it sneakily introduces more single males into the P room and floods the N room with single females. Imagine the stir this causes! Men in the P room hear rumors of a sudden influx of females in the N room, causing a mad dash to return. The chaos forces the organizers to shut down all doors, trapping everyone inside. The result? A bigger barrier forms, effectively stopping any movement between the rooms. In this scenario, the N-type material is connected to the positive terminal of the battery, and the P-type is linked to the negative terminal. Remember how a few electrons crossed over to the P-type, creating holes in

Guest Bio Chioma Aso is a dynamic and accomplished leader at the forefront of innovation in the intersection of software and hardware, particularly in the realms of automation solutions. With over 15 years of rich experience in Electrical, Software, and Test Engineering, Chioma has carved a niche for herself as a force driving transformative change in diverse industries, including Space, Gaming, and Manufacturing. Her leadership is characterized by a deep commitment to team empowerment, strategic growth, and fostering environments of collaboration and continuous improvement. Chioma’s educational background is equally impressive. She holds a Masters in Electrical Engineering and a Masters of Science in Engineering Management from the University of South Florida, where she graduated with a perfect 4.0 GPA. She is also an alumnus of The University of Texas at Dallas, where she obtained a Bachelor of Science in Electrical Engineering. Throughout her academic journey, Chioma was an active member of prestigious societies such as the International Honor Society for Electrical and Computer Engineers (HKN), Society of Women Engineers (SWE), and National Honor Society, reflecting her dedication to excellence and community involvement. In her professional trajectory, Chioma has held significant roles at leading organizations. Notably, she founded STEAMDivas Inc, a non-profit organization dedicated to empowering young girls through STEM education, using Arts as a vehicle. This initiative underlines her commitment to gender equality in STEM fields and her innovative approach to education and empowerment. Her tenure at Electronic Arts (EA) as a Senior Software Engineering Manager saw her lead crucial projects and mentor teams towards achieving their full potential. At Lockheed Martin Space, she displayed her expertise in managing Avionics production support and driving process improvements, holding a Top Secret clearance level. Chioma’s skills span across strategic planning, agile methodologies, cross-functional team leadership, and software engineering practices, making her a versatile and influential leader in engineering management. Her approach to leadership is holistic, focusing not just on technical growth but also on creating a culture of curiosity and innovation. Chioma’s vision extends to reshaping the future of technology by integrating creativity and logic, a philosophy she passionately advocates for in her various public engagements and writings. Her dedication to her field and her role as a mentor and leader make her a prominent voice in the world of Artificial Intelligence and automation solutions. Summary Key Highlights: Chioma Aso’s Diverse Engineering Experience and Leadership: Chioma Aso, an accomplished engineering manager, has over 15 years of experience in Electrical, Software, and Test Engineering. Notable for her proficiency in hardware-software integration and automation, with significant contributions in the Space, Gaming, and Manufacturing industries. Recognized for her exceptional skills in team empowerment, strategic growth, and fostering collaborative work environments. 2. Advocacy in STEAM Education through STEAMDivas Inc: Founder of STEAMDivas Inc, a non-profit organization aimed at inspiring young girls in STEM fields using Arts as a key vehicle. Successfully implemented programs and initiatives to engage and inspire girls, while forming strategic partnerships with various stakeholders. Actively involved in community outreach, advocating for gender equality in STEM and raising awareness about the importance of STEAM education. 3. Prominent Roles in Renowned Tech Companies: Held significant positions at Electronic Arts and Lockheed Martin Space, contributing to software engineering management and electronic engineering. Demonstrated leadership in various capacities, driving process improvements and fostering technical growth within teams. 4. Educational Journey and Commitment to Continuous Learning: Earned a Masters in Electrical Engineering and a Masters of Science in Engineering Management from the University of South Florida. Active in societies like HKN, SWE, and NSBE, highlighting her commitment to continuous learning and professional development. 5. Passion for Community Building and Circular Economy: Advocates for building communities where knowledge and resources are shared in a circular economy, benefiting everyone involved. Believes in creating spaces where individuals can express their authenticity and pursue their passions. 6. Insights on Creativity and Problem-Solving in Tech: Emphasizes the necessity of creativity in the tech industry, viewing programming and engineering as artistic pursuits. Encourages innovative thinking and the application of diverse perspectives in problem-solving. Conclusion: In this episode of Muse and Metrics, Chioma Aso shares her extensive experience and leadership in the tech industry, her advocacy for STEAM education, and her vision for community building and inclusive growth. Her journey is marked by a strong commitment to empowering young girls in STEM and promoting a balanced approach to education that integrates the arts. Chioma’s story underlines the importance of diversity, creativity, and continuous learning in the evolving landscape of technology. Listen Now  

Did you know rockets are the ultimate autonomous robots? It is true! I didn’t know that either until recently. Y’all, I’m back to chat about another robotics thing, which is fascinating, but I will let you be the judge of that. 😅

If you know me, you already know this about me. I’m a robotics girl through and through! My passion is building robots. If there’s one thing that genuinely captivates me in Robotics, it’s Human-Robotic Interaction, especially when

Every robotics enthusiast cannot wait for the time when we will be building machines that can behave like humans. The excitement is palatable when we can dabble as close as we can with Machine Learning, Deep Learning and Artificial Intelligence.

I will like to encourage all STEAM Divas to read as much books as they can, especially fiction novels and don’t stop reading ever! Reading novels helped me in engineering by improving my vocabulary, having a broad vocabulary gives you a better understanding of what is required of you in STEM.

Here at STEAMDivas we encourage diversity, all female Scientist, Technologist, Engineers or Mathematicians are not the same. You do not have to like Star Trek, Star Wars or Big Bang Theory to be a creative Scientist, Technologist or Engineer.