Share Dialog
Share Dialog
Subscribe to Build with Kennedy
Subscribe to Build with Kennedy
What is your purpose?
Mine has always been to build, and it is not only a purpose, but also a passion. More importantly though, I have always wanted to solve problems, to make the world a tiny bit better where I can. It is undeniable that while we have made many advancements as a civilization, the world is still confronted with a multitude of pressing issues. I want to build for humanity, I want to design and build things that bring a positive experience to anyone going through this journey we’re all on. And it is not always about building things, but also building others. I want to empower those who may not be fully aware of their own potential, or those who have been forgotten or misrepresented on the main stages of the world. As I delve into topics that spark my interest—primarily within the fields of Science, Technology, Engineering, and Mathematics (STEM), we will explore the evolving realms of software, hardware design, manufacturing, and their connections to emerging technologies. I aim to share insights, ideas, and even hands-on examples that highlight the exciting intersections of these fields. This includes the motivations behind my pursuits, the successes I've achieved, and the valuable lessons learned along the way.
Software
Software is the backbone of modern innovation, and I’ll dive into its role across industries. From computer-aided design (CAD), computer-aided manufacturing (CAM), and computer numerical control (CNC) programming to artificial intelligence (AI)-powered tools, blockchain and more. I’ll explore how software drives efficiency, creativity, and problem-solving. I’ll also share some of my own projects, including experiments with AI and software solutions that intersect with manufacturing and beyond.
Hardware and Manufacturing
On the hardware side, I’ll focus on robotics, automation, and manufacturing processes, including 3D Printing and other additive manufacturing processes. I’m passionate about hands-on design and engineering, so I’ll be sharing my own hardware projects—whether it’s building robots, exploring the latest trends in manufacturing, or sometimes even construction projects. You can also expect industry analysis and reflections on how manufacturing technologies are evolving.
Where Software Meets Hardware
The magic happens where software and hardware converge. I’ll explore how integrating these two realms creates smarter, more efficient systems that push the boundaries of what’s possible. In certain segments, I will specifically explore in detail how these advancements can make a difference in the global south and other developing regions of the world where there are limited technical resources available. Accessible robotics, 3D Printing and simplified or assisted AI based design software, for instance, have the potential to empower local distributed manufacturing, create jobs, and drive sustainable growth in such regions.
About myself
I like to think of myself as a hands-on engineer, who’s always been deeply curious and fascinated by how things work or how they were built. I was born in the Democratic Republic of Congo, which until its recent spotlight in the news for its rich mineral resources and their importance to the industrial world, the country remained largely unknown to many. From a young age, I would take on different technical projects or hobbies. From making drum sets and guitars with household items and having concerts with other kids in the neighborhood, to ordering parts online, building computers and installing all the necessary software and drivers on them, or buying salvage cars from auctions and rebuilding them; my excitement for building and learning new things has remained the same. In those days, throughout high school, I would spend a lot of time reading encyclopedias, diving into random topics that piqued my curiosity, whether chemistry or earth science or how certain electronic devices worked. After obtaining my bachelor degree in Mechanical Engineering Technology from Rochester Institute of Technology (RIT), I joined GE Aerospace, where I was responsible for designing critical high pressure turbine components for new cutting edge aircraft engines for Boeing, Airbus and others. I also led various engineering projects and oversaw the design and testing of complex components and engine systems. Engineering is a field of lifelong learning, and the more I learn, the more I recognize how much there is yet to discover.
Whether I’m sharing personal projects, discussing industry trends, exploring the broader impacts of technology, or maybe at times even sharing random thoughts; I hope to inspire meaningful conversations and collaboration. If you’re a STEM professional or student, tech enthusiast, entrepreneur, or just curious about the future of software, manufacturing and innovation, I’d love for you to tag along, and when you do, always feel free to share your thoughts as well.
What is your purpose?
Mine has always been to build, and it is not only a purpose, but also a passion. More importantly though, I have always wanted to solve problems, to make the world a tiny bit better where I can. It is undeniable that while we have made many advancements as a civilization, the world is still confronted with a multitude of pressing issues. I want to build for humanity, I want to design and build things that bring a positive experience to anyone going through this journey we’re all on. And it is not always about building things, but also building others. I want to empower those who may not be fully aware of their own potential, or those who have been forgotten or misrepresented on the main stages of the world. As I delve into topics that spark my interest—primarily within the fields of Science, Technology, Engineering, and Mathematics (STEM), we will explore the evolving realms of software, hardware design, manufacturing, and their connections to emerging technologies. I aim to share insights, ideas, and even hands-on examples that highlight the exciting intersections of these fields. This includes the motivations behind my pursuits, the successes I've achieved, and the valuable lessons learned along the way.
Software
Software is the backbone of modern innovation, and I’ll dive into its role across industries. From computer-aided design (CAD), computer-aided manufacturing (CAM), and computer numerical control (CNC) programming to artificial intelligence (AI)-powered tools, blockchain and more. I’ll explore how software drives efficiency, creativity, and problem-solving. I’ll also share some of my own projects, including experiments with AI and software solutions that intersect with manufacturing and beyond.
Hardware and Manufacturing
On the hardware side, I’ll focus on robotics, automation, and manufacturing processes, including 3D Printing and other additive manufacturing processes. I’m passionate about hands-on design and engineering, so I’ll be sharing my own hardware projects—whether it’s building robots, exploring the latest trends in manufacturing, or sometimes even construction projects. You can also expect industry analysis and reflections on how manufacturing technologies are evolving.
Where Software Meets Hardware
The magic happens where software and hardware converge. I’ll explore how integrating these two realms creates smarter, more efficient systems that push the boundaries of what’s possible. In certain segments, I will specifically explore in detail how these advancements can make a difference in the global south and other developing regions of the world where there are limited technical resources available. Accessible robotics, 3D Printing and simplified or assisted AI based design software, for instance, have the potential to empower local distributed manufacturing, create jobs, and drive sustainable growth in such regions.
About myself
I like to think of myself as a hands-on engineer, who’s always been deeply curious and fascinated by how things work or how they were built. I was born in the Democratic Republic of Congo, which until its recent spotlight in the news for its rich mineral resources and their importance to the industrial world, the country remained largely unknown to many. From a young age, I would take on different technical projects or hobbies. From making drum sets and guitars with household items and having concerts with other kids in the neighborhood, to ordering parts online, building computers and installing all the necessary software and drivers on them, or buying salvage cars from auctions and rebuilding them; my excitement for building and learning new things has remained the same. In those days, throughout high school, I would spend a lot of time reading encyclopedias, diving into random topics that piqued my curiosity, whether chemistry or earth science or how certain electronic devices worked. After obtaining my bachelor degree in Mechanical Engineering Technology from Rochester Institute of Technology (RIT), I joined GE Aerospace, where I was responsible for designing critical high pressure turbine components for new cutting edge aircraft engines for Boeing, Airbus and others. I also led various engineering projects and oversaw the design and testing of complex components and engine systems. Engineering is a field of lifelong learning, and the more I learn, the more I recognize how much there is yet to discover.
Whether I’m sharing personal projects, discussing industry trends, exploring the broader impacts of technology, or maybe at times even sharing random thoughts; I hope to inspire meaningful conversations and collaboration. If you’re a STEM professional or student, tech enthusiast, entrepreneur, or just curious about the future of software, manufacturing and innovation, I’d love for you to tag along, and when you do, always feel free to share your thoughts as well.
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