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  • Ahmad Burse and The Importance of Communication and Leadership Skills in STEM

    Ahmad Burse and The Importance of Communication and Leadership Skills in STEM
    2024/09/17
    Welcome to another episode of the Tech Explorations podcast! Today, we are honored to have Ahmed Burse, a distinguished veteran with over 30 years of leadership experience in the military and federal government sectors. Ahmed has dedicated his career to fostering communication skills and leadership development within the STEM community. His unique perspective emphasizes the importance of soft skills in complementing technical proficiency, a topic that is often overlooked in STEM circles.

    Ahmed begins by sharing his journey, starting from his time in the military where he first recognized the critical role of effective communication and leadership. He explains that successful leaders, regardless of their level, must communicate in a way that is understood by everyone, from the most junior to the most senior personnel. This skill is not just about conveying information but also about motivating and inspiring others to achieve their goals. Ahmed highlights that these soft skills, which include emotional intelligence and the ability to read a room, are essential for any leader.

    Transitioning from the military to the federal government, Ahmed worked with the United States Army Corps of Engineers. Here, he encountered highly skilled engineers who excelled technically but struggled with leadership roles due to a lack of communication skills. Ahmed's role often involved mediating conflicts and helping these technical experts develop the necessary soft skills to lead effectively. He observed that many engineers viewed problems in black and white terms, which is effective for technical tasks but not for managing people. This realization led him to focus on helping STEM professionals develop their communication and leadership abilities.

    Ahmed's journey into the STEM community continued as he became an information technology teacher at a local college. In addition to teaching technical skills, he also taught career development, including presentation skills, goal setting, and interviewing techniques. This experience further solidified his understanding of the gap in soft skills among STEM professionals. He noticed that many students, especially non-traditional ones, excelled technically but lacked the skills needed to advance their careers.

    In the podcast, Ahmed discusses his current work, which involves coaching individuals to improve their communication and leadership skills. He emphasizes that leadership is about influencing others and that effective communication is a continuous process. Ahmed believes that anyone can develop these skills, regardless of their background. He shares practical advice on how to improve communication, such as active listening, observing non-verbal cues, and seeking to understand others before being understood.

    Ahmed also touches on the importance of finding one's authentic voice and the role of organizations like Toastmasters in developing both communication and leadership skills. He encourages individuals to step out of their comfort zones, volunteer for new roles, and continuously seek opportunities for growth.

    Throughout the interview, Ahmed's passion for helping others shines through. He believes that by improving communication and leadership skills, STEM professionals can not only advance their careers but also positively impact their organizations and communities. His insights are invaluable for anyone looking to develop these essential skills.

    Tune in to this enlightening episode to learn more about Ahmed Burz's journey and gain practical tips on enhancing your communication and leadership abilities in the STEM field.
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    54 分
  • Jacob Strickling: Inspiring the Next Generation of Scientists through Practical Learning Experiences

    Jacob Strickling: Inspiring the Next Generation of Scientists through Practical Learning Experiences
    2024/09/17
    In this episode of the Tech Explorations podcast, host Peter Dalmaris sits down with Jacob Strickling, a mechanical engineer turned science educator with a passion for making science accessible and engaging for students of all ages. Jacob's journey from a curious child experimenting with candles and matches at the kitchen table to a seasoned science teacher and founder of Make Science Fun is both inspiring and enlightening.

    Jacob spent 24 years teaching science in traditional classrooms, where he observed a significant gap in hands-on practical experiences for students. Determined to bridge this gap, he founded Make Science Fun, a company dedicated to providing educational science services. His innovative approach led to the creation of Tiny Science Lab, a venture that miniaturizes traditional science equipment, making it more accessible and safer for students, particularly those in homeschool and distance education settings.

    Peter and Jacob delve into the origins of Tiny Science Lab, tracing its roots back to a simple Instagram post that sparked Jacob's interest in small-scale science equipment. This curiosity led to the development of a range of tiny science tools, including a miniature Bunsen burner, which has revolutionized the way practical science is taught at home and in schools. Jacob shares his experiences of testing these tools with homeschool groups and the surprising realization that even well-equipped schools prefer his compact, efficient equipment.

    The conversation also explores Jacob's teaching philosophy, which emphasizes hands-on learning and scientific thinking. He believes in engaging students through practical experiments before delving into theoretical concepts, a method that fosters curiosity and a deeper understanding of scientific principles. Jacob recounts various experiments that challenge common sense and encourage students to think critically, highlighting the importance of unbiased experimentation and the scientific method.

    Jacob's innovative approach extends beyond chemistry to include electricity and physics sets, all designed with simplicity and practicality in mind. He discusses the role of technology, particularly laser cutters, in streamlining the production of his educational kits, and the importance of making quick decisions and learning from mistakes in the development process.

    Looking ahead, Jacob hints at exciting developments, including a major TV appearance that promises to bring wider recognition to Tiny Science Lab. He welcomes the prospect of competitors entering the market, viewing it as a positive step towards transforming practical science education globally.

    For those interested in learning more about Jacob Strickling and Tiny Science Lab, visit www.tinysciencelab.com.au. Jacob's dedication to making science fun, practical, and accessible is sure to inspire educators, parents, and students alike.
    Join Peter and Jacob in this engaging episode as they explore the intersection of education, innovation, and the joy of scientific discovery.
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    42 分
  • Philip Mallon: STEM Clubs and AI-powered projects

    Philip Mallon: STEM Clubs and AI-powered projects
    2024/09/16
    In this episode of Tech Exploration Podcast, we reconnect with Philip Mallon, a retired yet incredibly active industry representative for the Commonwealth Scientific and Industrial Research Organisation (CSIRO) in Australia.

    Philip shares his journey over the past year, highlighting his involvement in the CSIRO's industry STEM program for schools and his collaboration with local councils such as Blacktown and Parramatta. Philip begins by explaining the role and significance of the CSIRO, Australia's premier research organization known for groundbreaking innovations like Wi-Fi and the first use of computers in music.

    He delves into his work with project-based STEM clubs that are designed to extend students' formal STEM education beyond the traditional curriculum. These clubs, operating in schools like Chatswood High School and Ravenswood Girls School, offer students the opportunity to engage in topical projects that connect with real-world issues.Most discussion revolves around integrating artificial intelligence (AI) in STEM projects.

    Philip has been working with AI tools like Google's Teachable Machines and Microsoft's Lobe to address practical problems like school waste management. He describes how AI can be used to classify rubbish and provide feedback to students, thereby improving their recycling habits. Philip also touches on edge AI, allowing local data processing on devices like the Raspberry Pi, making the system more reliable even without internet connectivity.The conversation takes an interesting turn as Philip discusses the use of AI in environmental projects, such as identifying bird species through audio recognition.

    This project aims to connect students with nature, fostering a deeper appreciation for their environment. He also mentions the use of AI in creative projects, like composing theme songs for local football clubs, which helps students see the practical applications of AI in areas they are passionate about.Philip emphasizes the importance of making STEM education engaging and accessible. He uses familiar tools like Lego and MakeCode to introduce complex concepts in a way that is relatable to students.

    He also highlights AI's role as an education assistant, helping students iterate and improve their projects more efficiently.Towards the end of the episode, Philip reflects on the impact of these STEM clubs on students. He notes that while the clubs are less rigorous than formal education, they provide a valuable, low-stress environment for learning. He shares his approach to gathering feedback from students to ensure they enjoy and benefit from the activities.Philip concludes with advice for educators: leverage external resources and community partnerships to enhance STEM education.

    He underscores the importance of teamwork and collaboration, drawing on his experiences working with local councils, libraries, and universities to create a network of support for STEM initiatives.Join us in this insightful episode as Philip Mellon shares his innovative approaches to STEM education, the integration of AI in practical projects, and the importance of community collaboration in fostering a love for science and technology among students.
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    52 分
  • David Beamonte discusses Arduino, Cloud Computing and IoT

    David Beamonte discusses Arduino, Cloud Computing and IoT
    2024/09/16
    In this episode of the Tech Explorations podcast, Peter Dalmaris sits down with David, a telecommunications engineer and product manager at Arduino, to delve into the fascinating world of cloud computing, IoT, artificial intelligence, and automation. Broadcasting from Spain, David shares his extensive background in electronics and embedded systems, which spans over two decades, including his tenure at a Spanish electronics manufacturer and his role at Canonical, the company behind Ubuntu.

    David's journey to becoming a product manager at Arduino is a testament to his passion for hardware and software. At Arduino, he is responsible for the Arduino Cloud, a platform that many listeners, including Peter, are familiar with. David explains that the Arduino Cloud is an integrated platform designed to simplify connected devices' development, deployment, monitoring, and control. This platform aims to make IoT accessible to everyone, from beginners to advanced users, by providing tools like the Arduino IDE and the online IDE, eliminating the need for complex installations and dependencies.

    The conversation also touches on the importance of open-source development and community collaboration. David highlights how open-source initiatives have become essential for innovation and profitability in the tech industry. He shares insights from his time at Canonical, emphasizing the value of community-driven development and the shift away from proprietary, locked-in solutions.

    David and Peter explore the broader implications of IoT and cloud technologies, discussing their transformative impact on various industries. IoT is revolutionizing how we interact with and manage our environment, from optimizing energy consumption and enhancing agricultural practices to improving industrial production and supply chain management. David provides real-world examples, such as vertical farming in cargo containers, illustrating how IoT can address global challenges like food security and resource optimization.

    The discussion also delves into the integration of machine learning with Arduino Cloud. David explains how recent collaborations with Edge Impulse have enabled the deployment of machine-learning models on Arduino boards, making advanced technologies like voice recognition accessible to hobbyists and professionals alike. This integration opens up new possibilities for creating intelligent, self-learning applications without the need for extensive programming knowledge.

    Looking ahead, David shares exciting developments in the Arduino ecosystem, including enhanced support for new hardware, improved integration with the local IDE, and innovative features like using mobile phones as IoT devices. He emphasizes the importance of starting with simple projects and gradually building confidence and skills, advising listeners to focus on one or two platforms to avoid becoming overwhelmed.

    In summary, this episode offers a comprehensive overview of IoT and cloud technologies' current state and future potential, providing valuable insights for beginners and seasoned tech enthusiasts. David's expertise and passion for making technology accessible and enjoyable shine through, making this a must-listen for anyone interested in the intersection of hardware, software, and the cloud.
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    56 分
  • Kieran Nolan discusses Blockchain in education technology and financial literacy

    Kieran Nolan discusses Blockchain in education technology and financial literacy
    2024/09/11
    In this episode, we reconnect with Kieran Nolan, a visionary educator and technologist, to discuss the latest developments in his groundbreaking project, the School of Bitcoin.

    Kieran, who has been instrumental in several innovative initiatives, shares the journey and evolution of this ambitious project since our last conversation a year ago.Kieran begins by recounting his experiences at Warrana Park Public School, where he pioneered a unique learning space built from shipping containers. This space was designed to be student-centric, utilizing blockchain technology to empower students to vote on the allocation of donations.

    Unfortunately, the project faced a significant setback due to a robbery that resulted in the loss of valuable equipment and student work. Despite this, Kieran channeled his frustration into creating something even more impactful—a decentralized autonomous education system.The School of Bitcoin aims to replicate the innovative learning environment of Warrana Park on a global scale, leveraging blockchain technology to ensure the security and ownership of educational content.

    Kieran explains how the project utilizes the Stacks blockchain, which builds on the Bitcoin network, to create a robust and secure digital and financial literacy education infrastructure. This approach not only preserves the work of educators and students but also ensures that it remains accessible and immutable.Kieran highlights the core philosophy of the School of Bitcoin, which is rooted in self-directed and problem-based learning. Drawing from his experiences at Warrana Park, he emphasizes giving students autonomy and ownership of their learning.

    This philosophy is embedded in the School of Bitcoin's curriculum, designed to be open-ended and accessible anywhere.One of the most exciting aspects of the School of Bitcoin is its integration of an economy within the educational system. Students and educators can receive monetary rewards for their contributions using NFT certificates and a stacking pool. This innovative approach incentivizes participation and provides funding for projects that address real-world problems.

    Kieran also touches on his other projects, including Rocket Shoes, a platform that integrates blockchain technology with learning management systems, and Digital Playhouse, a charity focused on digital and financial literacy for at-risk individuals. He discusses the importance of these initiatives in providing the necessary skills for the future and how they complement the goals of the School of Bitcoin.

    As we wrap up, Kieran shares his vision for the future of the School of Bitcoin and the steps needed to bring it to fruition. He invites listeners to join the community and participate in the ongoing development of this revolutionary educational platform.Join us for an inspiring conversation with Kieran Nolan as we explore the intersection of education, technology, and blockchain and learn how the School of Bitcoin is poised to transform the way we learn and teach in the digital age.
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    57 分
  • Daniel Cao: Portable lab tools and boards

    Daniel Cao: Portable lab tools and boards
    2024/09/11
    Welcome to another episode of Tech Explosions!

    In this episode, we are thrilled to have Daniel Kao, one of the founders of EIM Technology, as our guest. EIM Technology is a pioneering company dedicated to creating portable electronics laboratory devices for makers and educators. Daniel's journey is as fascinating as the innovations his company brings to the table. Born and raised in China, Daniel moved to Canada at the age of 19 to pursue a degree in systems engineering at Simon Fraser University. His passion for hardware and electronics led him to further his studies with a master's degree in biophotonics. It was during this time that he, along with several colleagues from his lab, founded EIM Technology.

    EIM Technology's mission is to lower the barrier to entry into the world of electronics for everyone. The company designs and develops convenient, affordable, and accessible equipment, tools, and kits. Among their notable products are the ZULAC portable multifunction instrument and the MEGO portable power supply. In our discussion, Daniel elaborates on these devices and shares exciting news about EIM's upcoming FPGA board project and their Kickstarter campaign.

    Daniel recounts the early days of EIM Technology, which began as a collaborative effort among lab colleagues to invent useful gadgets. Their first product, MEGO, was born out of a personal need Daniel had during his research in biophotonics. The MEGO is a portable power supply designed for breadboards, featuring adjustable output voltage and pin headers compatible with breadboards. This innovation eliminates the need for cumbersome wiring, making it easier for students and beginners to power their circuits.

    The conversation then shifts to the educational impact of EIM's products. Daniel highlights the growing importance of STEM education and how EIM's tools can significantly lower the barriers for new students and beginners. He shares insights from their research in British Columbia, where high school curriculums have increasingly incorporated electronics and robotics. EIM's products, like the MEGO, have been adopted by several high schools, enabling students to engage in hands-on experiments without the need for expensive, professional lab equipment.

    One of the most exciting parts of the interview is Daniel's introduction of their new FPGA board. Unlike traditional FPGA boards that require complex software tools, EIM's new board features a web-based integrated development environment (IDE). This user-friendly platform simplifies the process of designing and programming FPGA applications, making it accessible even for beginners. Daniel provides a live demonstration of the web-based IDE, showcasing how easy it is to create and implement digital functions.

    Looking ahead, Daniel shares EIM Technology's vision for the future. The company plans to enhance their existing products, like the ZULAC, by adding more features and higher specifications. They also aim to develop comprehensive teaching materials, including tutorials, project ideas, and videos, to support educators and students in their learning journey.

    For those interested in staying updated on EIM Technology's latest projects, Daniel encourages listeners to visit their website and subscribe to their newsletter. He also hints at an upcoming Kickstarter campaign for their new FPGA board, which promises to be a game-changer in the field of electronics education.

    Thank you for joining us in this insightful episode. Stay tuned for more exciting discussions on Tech Explosions!
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    49 分
  • Philip Mallon, volunteer STEM educator and mentor

    Philip Mallon, volunteer STEM educator and mentor
    2024/09/11
    In this episode of the Tech Explorations podcast, we welcome back Philip, an innovative technologist and educator, for his second interview. Over the past two years, Philip has been deeply engaged in many projects, many of which were influenced by the ongoing global pandemic.

    Despite the challenges posed by COVID-19, Philip managed to complete around 100 projects, some directly related to pandemic needs, such as thermal cameras and social distancing technologies. He also explored the potential of 3D printing for creating masks, although the reopening of supply lines rendered some of these innovations unnecessary.Philip reflects on the resilience of technology and science during the pandemic, noting that while political systems may have faltered, technological infrastructure remained robust. He shares his surprise and delight at how seniors adapted to using Zoom for social interactions, contrasting this with the struggles faced by younger, tech-savvy groups in less structured online meetups.

    Much of the discussion focuses on Philip's current endeavors, particularly his work with seniors and STEM education. He emphasizes the importance of engaging retired individuals in STEM projects to provide them with a meaningful hobby and bridge the generational gap by connecting them with their grandchildren's educational experiences. Philip highlights the challenges and rewards of teaching programming and STEM concepts to seniors without experience in these areas.

    Philip's approach to education is multifaceted. He combines hands-on projects with historical and social context, encouraging critical thinking and creativity. He shares examples of projects he has developed, such as a vertical garden with automated watering systems, a thermal camera for detecting fevers, and various robotics projects. These projects are designed to be accessible and engaging, using tools like the Microbit and M5 Stix, which simplify the learning process for beginners.

    Philip also discusses his involvement with the University of the Third Age (U3A) and the CSIRO's STEM Professionals in Schools program. He aims to provide equitable access to STEM resources and education through these initiatives, particularly in underserved areas. He shares his experiences working with rural schools and libraries to enhance their STEM offerings, ensuring that all children can engage with these critical subjects.Throughout the interview, Philip's passion for technology and education shines through. He sees himself more as a mentor than a traditional teacher, guiding his students through the learning process and encouraging them to explore and experiment.

    His dedication to making STEM education accessible and enjoyable for all ages is truly inspiring.Join us for this insightful conversation as Philip shares his journey, projects, and vision for STEM education's future. Whether you're an educator, a technologist, or simply curious about the intersection of technology and learning, this episode offers valuable perspectives and practical advice.
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    59 分
  • Jon Evans discusses KiCad 6.0

    Jon Evans discusses KiCad 6.0
    2024/09/10
    In this episode, Jon Evans, a lead developer of KiCad, discusses the upcoming release of KiCad 6. He covers key features such as the new Python API, plugin development, and improvements to the PCB design tools.

    Evans explains the challenges faced by the development team and the roadmap for future versions. Listeners also gain insights into advanced routing techniques, import tools, and how KiCad’s open-source nature enables rapid community-driven innovations in electronics design.

    A must-listen for anyone interested in PCB software and open-source development.
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    47 分