Five Methods to Learning a Foreign Technology

Technology is always changing. Unstoppable topics like Cloud and IPv6 are still relatively young and all sorts of new technologies are popping up around them – things like automation and BYOD.

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The article outlines five practical methods for learning unfamiliar technologies like Cloud and IPv6 in fast-moving IT environments. It emphasizes combining formal training with hands-on experimentation, embracing discomfort and failure to develop real-world troubleshooting skills, and fostering team knowledge-sharing to accelerate collective expertise. These approaches reduce implementation risk, improve operational readiness, and empower teams to handle emerging technologies effectively.

What role does formal training play when learning a new technology according to the article?

The article describes training as an essential starting point that provides the background on how a new technology is supposed to work, but cautions that it typically isn’t sufficient by itself. Real-world implementations may behave differently due to limitations or deployment specifics, so training should be complemented with hands-on experience and troubleshooting to understand practical behaviors and constraints. In short, training establishes foundational knowledge, while experiential learning reveals how the technology performs in practice.

How does the article recommend using personal projects to learn technologies like IPv6?

The article recommends setting up personal environments—such as configuring IPv6 on a home network—before attempting enterprise rollouts, so you can experiment without affecting production systems. It suggests using resources like Hurricane Electric’s IPv6 tunnel broker as a way to get started and to intentionally ‘break’ and fix configurations to learn inner workings, nuances, and common pitfalls. This hands-on tinkering builds practical troubleshooting skills and confidence that translate to safer, more effective enterprise implementations.

Why does the author emphasize 'being comfortable with being uncomfortable' and 'embracing karma' when learning new technology?

The author emphasizes accepting discomfort because learning unfamiliar technology often involves facing hard questions, performing unfamiliar configurations, and initially not having all the answers; admitting ‘I don’t know, but I’ll figure it out’ is portrayed as a healthy mindset for growth. ‘Embracing karma’ refers to sharing knowledge rather than hoarding it—recapping conversations, distributing findings, and empowering colleagues reduces duplicated effort and accelerates team capability. Together, these attitudes promote continuous learning, collaborative problem-solving, and organizational resilience when adopting new technologies.

Technology is always changing. Unstoppable topics like Cloud and IPv6 are still relatively young and all sorts of new technologies are popping up around them – things like automation and BYOD. Business moves at the speed of light.  We need to find ways to re-write the laws of physics and learn about the technologies that are at the forefront and are fueling new business requirements.

I recently hired a couple of Technical Account Managers – both highly intelligent – and we found ourselves in a conversation about the best way to learn technology when certain aspects are foreign.  That conversation led to this next blog post. Here are five methods for learning a foreign technology.

  • 1. Train.

    I know – this one is a no-brainer. Training is essential, but typically isn’t the end point in learning a foreign technology. Training will give you the background on how this new technology is supposed to work. Technology doesn’t always work as expected in the real world – perhaps due to implementation or limitation.

  • 2. Be comfortable with being uncomfortable.  

    Don’t be scared of new technology – embrace it. You’re not going to immediately be the expert on new technology. Let’s be honest, people will ask hard questions, and you’ll probably have to configure/troubleshoot something you’ve never done before.  Saying, “I don’t know,” subsequently coupled with, “But I’ll figure it out,” should be commonplace.

  • 3. Tinker in your own time.  

    Rolling out IPv6?  Why not set up your home network first before trying to roll out IPv6 DNS in the enterprise? You’ll learn a whole lot more once you break it at your house first. Hurricane Electric is a great IPv6 tunnel broker – check out it. No excuse for not setting up IPv6 at home now. And, you’ll be the coolest family on your street because you’re the first house who is fully IPv6 compliant.

  • 4. Break it, and fix it (this goes hand-in-hand with method 3). 

    Personally, this is really where I learn the most. Things break, and learning the inner workings, subtleties and nuances of a technology will help you better understand implementation techniques, as well as common pitfalls.

  • 5. Embrace Karma. 

    Knowledge is power. Share it with your group, folks – don’t be the gatekeeper. Empower your colleagues and let them learn. I’m sure you have a distribution list at work where you send everything relevant. I know it’s a pain in the rear to recap details from a conversation and relay it to the rest of the team, but knowledge makes the world go round. Just think – if someone on your team shares a little bit of knowledge with you, you won’t have to spend time researching an answer to a question that someone else has already answered.

That’s it!  Those are my methods for learning a foreign technology. I’m sure there are a few more – but those are the ones I’ve stumbled upon during my career.  If you have any tips you think would be useful, we’d love to hear them!

 


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BlueCat provides core services and solutions that help our customers and their teams deliver change-ready networks. With BlueCat, organizations can build reliable, secure, and agile mission-critical networks that can support transformation initiatives such as cloud adoption and automation. BlueCat’s growing portfolio includes services and solutions for automated and unified DDI management, network security, multicloud management, and network observability and health.

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