Katarine Emanuela Klitzke makes electronics and engineering accessible through hardware projects and gaming. They break down complex topics like chip industry trends and bio-inspired robotics into digestible, interactive posts. This approach resonates with hobbyists and aspiring engineers looking for creative ways to use microcontrollers.
Making electronics and engineering fun 👩🏻💻| Hardware Engineer 🏆| Forbes 30 Under 30 🤝🏻| contato.katarine.emanuela@gmail.com
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Which chip career fits you? Comment your number 1–6 👇 The US chip industry needs ~115,000 more people by 2030, and about half of those jobs could go unfilled with current graduation rates. I spent 3 years as a design verification engineer, and “chip jobs” are way more than design: 1. Design Verification 2. RTL Design 3. Physical Design 4. Process Engineering 5. Test & Silicon Validation 6. Advanced Packaging Save this for later and send it to someone studying engineering 🔌 Source: SIA / Oxford Economics, 2023 #semiconductors #engineering #electricalengineering #techcareers #computerengineering
This robot’s motor is alive… Comment LINK for the link for this paper. MIT researchers built a tiny robot with fins covered in living muscle cells. When light hits them, the muscle contracts, pushes the water, and the robot moves. No, the cells aren’t taken straight from mice. They use a lab-grown mouse muscle cell line. The wild part is that it takes genetic engineering, cell culture, materials science, and mechanical engineering all at once. We’re used to robots with metal motors, but this explores what happens when the motor is biological. Would you trust a robot with a living muscle? Tell me below 👇 #research #MIT #robotics #bioengineering #futuretech
This robot’s motor is alive… Comment ROBOT for the link for this paper. MIT researchers built a tiny robot with fins covered in living muscle cells. When light hits them, the muscle contracts, pushes the water, and the robot moves. No, the cells aren’t taken straight from mice. They use a lab-grown mouse muscle cell line. The wild part is that it takes genetic engineering, cell culture, materials science, and mechanical engineering all at once. We’re used to robots with metal motors, but this explores what happens when the motor is biological. Would you trust a robot with a living muscle? Tell me below 👇 #biohybridrobotics #MIT #robotics #bioengineering #futuretech
🎃 6 cute Halloween builds you can make with a microcontroller (Arduino, ESP32, whatever you have in your drawer) 👻 1️⃣ Pumpkin face on an LED matrix 2️⃣ Ghost night light that glows when the room gets dark 3️⃣ Peeping eyes box that stares when you walk by 4️⃣ Glowing potion jar that slowly changes color 5️⃣ Fortune teller screen with silly fortunes 6️⃣ Jump-scare candy bowl 🍬 Which one are you building first? 👇 Comment a number from 1 to 6 and I'll DM you the full guide: parts list, wiring, steps and buy links 💌 Save this for your weekend build and follow for more cute electronics 😊 #halloweendiy #arduino #esp32 #electronics #techcreator
There is no beauty compared to the one of your first prototype of a project 😅 definetly reminds me of one of my favorite childhood stories: They beauty and the beast. #prototyping #hardware #tech #electronics #engineering
It is fascinating to see how AÍ is getting better and better with each new model released! I recently decided to test how @claudeai would behave when creating a 3D model case for my electronics project and see it would be able to create the design and file with me opening 0 CAD software! After a few iterations I got working files and sent it to the 3D printer. I was simply amazed by the results! What should we call this type of “vibe prototyping”? #3dprint #ai #hardware #prototype #electronics