7 Essential Tech Talks Every Developer Should Watch
Whether you’re a seasoned developer or just starting your coding journey, these seven talks are packed with insights that will challenge and inspire you.
In the rapidly evolving world of software development, it’s easy to get lost in the sea of new languages, frameworks, and techniques. But as I journeyed through my career as a developer, I found that revisiting seminal talks from industry visionaries consistently provides me with fresh perspectives and enduring wisdom. I compiled this list, initially for myself but now for all of you, to share these invaluable resources that continue to shape my work. If you’re a developer eager to broaden your horizons or someone curious about the minds that pioneered our field, these seven talks are for you.
1. Bret Victor - The Future of Programming (2013)
Bret Victor is a visionary interface designer and computer scientist known for pushing the boundaries of interactive mediums. He founded the Dynamicland research lab and has contributed to products like the Apple Watch.
I have 2 of Bret’s talks on this list - that shows how much value I get from his talks. I would, of course, recommend all of them. You can find more on worrydream.
This first talk is a bit of a history lesson in past ideas on hardware and software. It’s a good introduction for the following talks.
The next talk is mentioned in this one. It’s the full demo of NSL.
2. Douglas Engelbart - The Mother of All Demos (1968)
Douglas Engelbart was a computer scientist who pioneered many of the concepts and technologies that we use today. He is best known for this 1968 demonstration, dubbed “The Mother of All Demos”, where he showcased the first computer mouse, video conferencing, teleconferencing, hypertext, word processing, hypermedia, object addressing and dynamic file linking, bootstrapping, and a collaborative real-time editor.
This talk may seem show paced to watch at times, for instance showing how to reorder lists of text. Things that are generally well-known and easy to do today. But you have to remember that these things did not exist at that time… He had to invent it all.
Imagine a world where there were no computer mice, no video conferencing, and no word processing—Engelbart didn’t just imagine it, he changed it!
Engelbart’s work was driven by his goal of augmenting human intellect and solving complex problems. He believed that computers could be used as tools to enhance human capabilities and facilitate collective intelligence. He founded the Augmentation Research Center (ARC) at Stanford Research Institute (SRI), where he led a team of researchers and engineers to develop innovative systems and software.
He inspired generations of computer scientists and innovators including the author of the next talk: Alan Kay
3. Alan Kay - The computer revolution hasn’t happened yet (OOPSLA 1997)
Alan Kay is a pioneering figure in the field of computer science, best known for his groundbreaking work in object-oriented programming and graphical user interfaces. Kay’s innovative thinking has shaped modern computing as we know it today.
Kay joined Xerox PARC (Palo Alto Research Center) in the 1970s. It was here where he made several of his most influential contributions to the field. His vision of a “personal computer” - an idea encapsulated in his famous Dynabook concept - was transformation and prophetic.
Kay was one of the key architects of the Smalltalk programming language, the first truly object-oriented language. His work in developing graphical user interfaces has underpinned their ubiquitous presence in modern computing, from desktops to smartphones.
In 2003, Kay received the prestigious Turing Award, often considered the “Nobel Prize of Computing,” for pioneering many of the ideas at the root of contemporary object-oriented programming languages, leading the team that developed Smalltalk, and for fundamental contributions to personal computing.
In this talk, Kay challenged the audience to rethink their understanding of computers and technology, arguing that the true potential of computing was far from being realized.
4. Joe Armstrong - The Mess We’re In (2014)
I think software is actually getting worse and worse and worse with time. It’s not that we can’t do amazing things with computers. We can. But when they don’t work, we can’t understand why it did.
You shouldn’t write systems that violate laws of physics
Joe Armstrong was a pioneer in software engineering who created the Erlang programming language, a concurrent, functional, and fault-tolerant language that powers many distributed systems today. He was motivated by the need to build reliable and scalable telecom applications at Ericsson that could handle millions of users without downtime. He also developed a design methodology and a set of libraries called OTP that provide common patterns and tools for building robust systems with Erlang.
In this talk, Joe asks what went wrong with programming, given that hardware has improved so much in the past half century, yet is seems that software is a lot slower than it should be just given CPU speedup in MHz and number of processors, and also breaks all the time.
5. Rich Hickey - Simple Made Easy (2011)
Rich Hickey is a prominent figure in the software engineering world, known for creating the Clojure programming language and the Datomic database system. He has over 20 years of experience in various domains, such as scheduling, broadcast automation, audio analysis, database design, and machine learning. He is also a prolific speaker and writer, who has delivered influential talks and papers on topics such as functional programming, concurrency, data structures, and software design.
In this talk, Rich argues that we should pursue simplicity, not ease of use, in software design and avoid complexity by choosing simple tools and constructs and carefully separating concerns.
6. Stephen Wolfram - A New Kind of Science
Stephen Wolfram is a renowned computer scientist, physicist, and entrepreneur known for his work in cellular automata, complexity theory, and computational knowledge.
He is the creator of Mathematica, a comprehensive computational software, and Wolfram Alpha, an innovative online computational knowledge engine that answers factual queries directly by computing the answer from structured data.
Wolfram’s theoretical work includes his explorations into the nature of complexity in the natural world, best illustrated in his book, “A New Kind of Science”. This work introduced the principle of computational equivalence and argued that the universe itself might be understood as a simple computational process. He recently developed this theory in the Wolfram Physics Project.
Despite his contentious role in the scientific community due to his unconventional approaches, his contributions have undeniably expanded the horizon of computational science.
7. Bret Victor - Inventing on Principle (2012)
It can take time to find a principle, because finding a principle is a form of self-discovery.
So if you’re guiding a principle and bodies of specific insight, it will guide you. And you will always know if what you’re doing is right.
For the second time on this list, we return to Bret Victor, highlighting another one of his profound talks. The talk titled “Inventing on Principle” presents Victor’s radical yet simple idea that creators should identify a principle that deeply resonates with them and commit their lives to making it a reality.
In this talk, Victor demonstrates several examples of his principle, which is that “creators need an immediate connection with what they’re creating”. This belief drove Victor to develop innovative programming environments that provide real-time, tangible feedback. For instance, he demonstrates a coding environment where you can see the effects of your code changes immediately, without compiling or refreshing.
This principle isn’t just about software engineering or design - it’s about living a life defined by purpose. Victor argues that finding your principle and committing your life to it isn’t just beneficial for you, but also for the world at large. When people dedicate their lives to principles that matter deeply to them, the cumulative effect can be transformative.
Victor’s talk doesn’t just challenge the way we think about creating and inventing. It also asks us to reflect on our own lives and consider what principle we would commit ourselves to. In doing so, we can find direction and purpose that transcends the mundanities of daily work.
As with his other talks, Victor’s unique perspective on creativity and invention is refreshing and inspiring, making this talk a must-watch for developers and creatives alike. His vision of a world where creators are guided by their principles holds exciting possibilities for the future of technology and innovation.
These talks epitomize the beauty of our field - it’s not about conforming to existing norms but about constantly questioning and innovating. As you explore each talk, you’ll discover that these speakers have left indelible marks on programming by daring to think differently.
But remember, mastery in our field isn’t confined to learning the latest languages or frameworks. It’s about cultivating a mindset of relentless curiosity and a spirit of innovation. It’s about understanding that each line of code we write is an opportunity to change the world in our own unique way.
If this post resonated with you, share it with others who could benefit from these insights. Let’s continue this conversation – I’d love to hear your thoughts in the comment section bellow on these talks or any other resources that have impacted your journey. Let’s keep pushing boundaries and transforming our field, one line of code, and one new idea, at a time.