NextDecade’s Post

I would be forgiven for thinking that the first day was yesterday officially though we don't start until Friday when the real training begins, happy to be a part of the Summer 2024 Internship at San Jose State University with David Parent, and others. The goal of this internship, and my learning objectives, is to design and fabricate NMOS semi-conductor transistors using 2-layer and 4-layer processes to train students in the necessary knowledge to break into the semiconductor industry. What's important about semiconductors is that they can be used to store data as bits, for further research using a quantum layer, or even to include logic gates.

During the first part of my gap year, I had the privilege of working at Alice & Bob as a Superconducting Qubit Simulation Intern in their Microwave team. Over these six months, I delved into the field of quantum computing, focusing on simulating circuits (well at least, parts of them) and testing new simulation software. This experience allowed me to work closely with a team of exceptionally passionate and dedicated individuals whose enthusiasm for their work was both contagious and admirable. To my Alice&Bob colleagues, it may come as a surprise that my favorite part of the internship was not the weekly snacky time, but rather working with Felix, Danielius, Salim, Przemek, Mattis, and Yuki. I am deeply grateful for the opportunity they gave me to learn and progress in such a complex field. I would like to add a very special thank you to Felix, for being an outstanding mentor and guide. If you are interested in quantum computing, developing in an intellectually stimulating environment, and working with an amazing team, I highly recommend exploring the opportunities at Alice&Bob and especially this one : https://lnkd.in/ejNYyN5P This internship has been an invaluable experience, significantly enhancing both my technical skills and professional growth. I extend my heartfelt gratitude to the entire team at Alice & Bob for their support and mentorship. P.S. : Below you will find an attempt to reproduce the iconic A&B cat using the meshing tool Gmsh. Was this a fail because drawing a cat turned out harder that I anticipated or because I want to encourage you to visit A&B's website to find out what the cat really looks like ? That question will remain unanswered.

Today marks the end of an incredible chapter as I officially complete my first internship at NanoComputing Research Lab within the Electrical Engineering at TU/e under the supervision of Prof. Aida Todri-Sanial, as part of the Horizon EU PHASTRAC project. During my internship, I undertook a research project focused on designing a demonstrator to implement a system of coupled oscillators for visualizing phase dynamics. After gaining a solid understanding of the Ising model and coupled oscillatory neural networks (ONNs), I proceeded to design a PCB for a 3x3 coupled oscillator array. One significant challenge is the system's frequency to enable users to observe the dynamics.   Developing a demonstrator that effectively showcased the dynamics of ONNs and their associated phenomena was essential. These dynamic phases are closely tied to the Ising model, a framework utilized for solving optimization problems and achieving optimal solutions. I executed the project following the V-Model methodology, encompassing five phases: requirements analysis, design, implementation, integration, testing, and validation.   A special thanks to Prof. Aida Todri-Sanial, for her supervision during my internship as well as to @ NanoComputing Research Lab, and Integrated Circuit research group for their support and the amazing environment. Check out my video to showcase my design and ONN dynamics! https://lnkd.in/eZ5Dytij

👋 Meet Eivind and Inge! Rounding up the introductions of our summer interns, we are happy to introduce you to our Drone and Firmware interns, Eivind and Inge. 🎓 Eivind is our drone summer intern, studying for a master's degree in Cybernetics & Robotics at NTNU. Inge is studying Electronics System Design and Innovation at the same university, starting his master thesis in Embedded systems this fall. This summer, he is part of our industry-leading Firmware team. 🤩 What is the best thing about working at Heimdall Power? Eivind: At Heimdall Power, being an integral part of the drone team and actively contributing to the real system feels very rewarding. It is greatly relevant for my studies, and I also get to work with wonderful like-minded people! Inge: The best thing about working at Heimdall Power is the enthusiastic atmosphere. The company strikes the perfect balance between being relaxed while maintaining a strong focus on innovation and reaching their goals. Moreover, the recognition of our (the interns') hard work has been very motivating and fulfilling.   🔋 What gives you more energy? Eivind: Getting to test out my solutions and implementations in the field, where more is at stake, is definitely thrilling. Also, a game of ping pong during lunchtime certainly gives me an energy boost! Inge: As an engineering student, nothing charges me up more than an energizing mix of caffeine and hands-on work on our Neuron. It’s like a high-voltage boost that keeps my potential at the top. #heimdallpower #thepowerofknowing #summerinterns

🌟 Unlocking the Power of ADS: My Journey in Microwave and Microstrip Filter Design 🌟 During my recent summer internship at DLRL, I had the incredible opportunity to dive deep into Advanced Design Systems (ADS) software. ADS is a powerful tool for designing and simulating microwave and RF circuits, and my experience with it was nothing short of transformative. 💡 My Key Takeaways: Precision and Accuracy: ADS’s robust simulation capabilities ensure that every design meets exact specifications. Efficiency: The software streamlines the design process, saving time and reducing errors. Versatility: From simple filters to complex circuits, ADS handles it all, making it a go-to for any RF engineer. 🌐 Conclusion: Mastering ADS has not only enhanced my technical skills but also broadened my understanding of RF and microwave engineering. I’m excited to continue exploring its potential and applying these insights to future projects! #MicrowaveEngineering #RFDesign #AdvancedDesignSystems #ElectronicsEngineering #Innovation #TechTools #EngineeringExcellence #ADS #FilterDesign

Very productive week at Future Point of View! Delved into AI, quantum computing, and explored upcoming tech trends shaping the next decade and learned practical ways to apply them. Excited about the future of these technologies and eager to apply what I've learned. Thank you Hart S. Brown and the FPOV Team for this incredible experience! #FPOVInternship #AI #QuantumFuture #okstate

Up next on our intern spotlight series, we’re giving thanks to Aung Kaung Myat, a senior in Computer Engineering at the Paul G. Allen School of Computer Science & Engineering and another returning Software Engineering Intern. Read on to learn more about him and his work with us! #startupintern #microelectronics #security #supplychain #semiconductor #integratedcircuits

Just finished my First internship in Embedded systems

'The failure rate is more important than the success rate when it comes to upgrading yourself ' Hello #connections, I am pleased to announce that I have recently finished a two-week #internship focused on 'Design Aspects of Analog Circuits with Insights into Layout Design'.This experience enabled me to review the principles of amplifiers as well as the complexities of operational amplifier design. Throughout the internship, I investigated the inner workings of #MOSFETS and learned why they outperform #bipolartransistors a variety of applications.This information created a strong foundation for understanding the #CSAmplifier design and gave useful insights into the problems with #pmos and #nmos, which are both integrated as symmetrical pairs to increase flexibility and decrease complexity and susceptibility to electrical #noise. And also encompassed a comprehensive exploration of #cmos designs ,where i gained hands-on experience with Key elements like #current mirrors and #differential amplifiers ,along with a deep understanding of their unique #characteristics . I am extremely appreciative for this enriching experience and ready to use everything I've gained here to my future attempts in analog circuit design. #vlsi #AnalogCircuitDesign #Electronics #integratedcircuits #internshipexperience #Designaspects #Picocircuits #ece

As a new school year begins, parents need to help their high schoolers create an activity plan if engineering at UT Austin is the goal. Extracurriculars like robotics clubs, coding camps, and STEM competitions allow students to demonstrate passion. Seeking leadership roles and internships also exhibits dedication beyond coursework. Starting early allows time to accrue experiences and create relationships with mentors who can provide recommendations. Students can build the impressive profile expected for UT Austin engineering with thoughtful planning and purposeful activities. https://lnkd.in/gS8xWv57