探索职业之路

遇见未来的自己

我先后聆听了3D打印、电竞/文娱传媒、心理健康三场专题讲座，每一场讲座都为我打开了一扇全新的职业之窗，不仅让我了解到不同领域的职业现状、发展前景，更让我在职业认知、自我定位和心态调整上获得了深刻启发，也为我未来的职业选择提供了清晰的方向和实用的指引。

3D打印的这场讲座让我对这项技术有了比较系统的认识。老师先介绍了三种主要类型：熔融沉积成型（FDM）、光固化成型（SLA）和选择性激光烧结（SLS）。说实话，这些名词一开始听着有点懵，但老师用很简单的例子解释了——FDM就像热胶枪一样一层层堆起来，适合做日常小模型；SLA精度更高，能打印很精细的零件，比如牙科模型或者首饰；SLS一般用在工业级生产上，强度也更高。老师还展示了很多应用场景，比如在家可以打印收纳盒、手机支架、个性化文具；在学校可以用它做教学道具或者创意手作；小型公司甚至能直接打印样品模型，省去了开模的成本。我觉得最吸引我的是它的灵活性和材料利用率高，不像传统制造那样浪费。原来3D打印离我们的生活这么近，不只是实验室里才有的东西。听完之后我甚至有点想自己动手试一试，看看能不能设计点小玩意打印出来。

在电竞/文娱传媒讲座,说实话，我之前对电竞的印象就是“打游戏”，觉得不太正经。但这场讲座完全打破了我的刻板印象。老师梳理了电竞产业的发展历程，我才知道它已经是一个很成熟的行业了，有完整的产业链：赛事运营、俱乐部管理、解说主持、内容制作、直播运营……岗位特别多，而且很多都不需要你是职业选手。更让我意外的是，电竞和文娱传媒正在快速融合。比如现在很多综艺、短视频、品牌营销都在借助电竞的热度，这就催生了一种新的需求——既要懂电竞，又要有传媒技能。老师说这个行业机会多，但竞争也非常激烈，光靠热情是不够的，还得有真本事和持续学习的态度。听完这场讲座，我最大的感受是：新兴职业没有高低之分，只要你有兴趣、有能力，就能在自己选择的领域里发光发热。我平时也挺喜欢看直播和短视频的，说不定以后可以把兴趣和职业结合起来呢？

最后是人工智能,这场讲座的主题是“赋能职业发展，解锁科技新机遇”。老师系统讲了AI的核心应用场景，比如智能办公、工业自动化、数据分析、智能服务等等。还介绍了一些具体岗位：算法工程师、数据标注师、AI训练师、智能系统运维师。每个岗位的要求和前景都不一样，但有一个共同点——都需要扎实的计算机基础和逻辑思维能力。老师说，AI正在深度融入各行各业，不只是科技公司在用，医疗、教育、金融甚至农业都在引入AI技术。这意味着未来的职业选择空间其实很大，但同时也对从业者提出了更高的要求，因为你得不断学习。技术更新太快了，一两年可能就换一代。我意识到，AI确实带来了很多新机会，但不是什么人都能随便进的。如果你真的想走这条路，就得从现在开始打好基础，比如数学、编程、数据分析这些能力。

Explore your career path

Meet your future self

I attended three themed lectures: 3D printing, esports / entertainment media, and mental health. Each lecture opened a new window into the world of careers, not only helping me understand the current state and future prospects of different fields, but also giving me deep insights into career awareness, self‑positioning, and mindset adjustment. They provided clear direction and practical guidance for my future career choices.

About 3D Printing.

This lecture gave me a fairly systematic understanding of the technology. The teacher first introduced three main types: Fused Deposition Modeling (FDM), Stereolithography (SLA), and Selective Laser Sintering (SLS). To be honest, these terms sounded a bit confusing at first, but the teacher explained them with simple examples—FDM is like a hot glue gun building up layer by layer, suitable for making small everyday models; SLA has higher precision and can print very detailed parts, such as dental models or jewelry; SLS is generally used for industrial‑grade production and offers greater strength.The teacher also showed many application scenarios: at home, you can print storage boxes, phone stands, or personalized stationery; at school, you can use it for teaching aids or creative crafts; small companies can even directly print sample models, saving the cost of mold making. What attracted me the most was its flexibility and high material utilization—it’s not as wasteful as traditional manufacturing. It turns out that 3D printing is much closer to our daily lives than I thought—it’s not just something found in labs. After the lecture, I even felt like trying it myself, designing some little things and printing them out.

Then, esports / entertainment media.

To be honest, my previous impression of esports was just “playing games,” and I thought it wasn’t a serious field. But this lecture completely broke that stereotype. The teacher walked us through the development history of the esports industry, and I realized it has become a very mature industry with a complete industrial chain: event operations, club management, commentary and hosting, content production, live streaming operations… there are so many roles, and many of them don’t require you to be a professional player. What surprised me even more was how quickly esports and entertainment media are merging. For example, many variety shows, short videos, and brand marketing campaigns are now riding on the popularity of esports, creating a new demand—people who understand both esports and media skills. The teacher said there are many opportunities in this field, but competition is also fierce; passion alone isn’t enough—you need real skills and a willingness to keep learning. After the lecture, my biggest takeaway was that there is no hierarchy among emerging careers. As long as you have interest and ability, you can shine in the field you choose. I usually enjoy watching live streams and short videos—maybe one day I can combine my interests with a career?

Finally, artificial intelligence.

The theme of this lecture was “Empowering Career Development, Unlocking New Technological Opportunities.” The teacher systematically explained the core application scenarios of AI, such as smart office work, industrial automation, data analysis, and intelligent services. He also introduced specific job roles: algorithm engineer, data annotator, AI trainer, intelligent system operator, and more. The requirements and prospects for each role vary, but they all share one thing in common—a solid foundation in computer science and logical thinking skills. The teacher said that AI is deeply integrating into all walks of life. It’s not just tech companies using it—healthcare, education, finance, and even agriculture are adopting AI technologies. This means there will be many career options in the future, but at the same time, higher demands are placed on practitioners because you have to keep learning. Technology updates so quickly—it might change entirely in a year or two. I realized that AI does bring many new opportunities, but it’s not something anyone can easily step into. If you really want to pursue this path, you need to start building a solid foundation now, in areas like math, programming, and data analysis.