Here's how you can showcase your expertise in using new technology in Robotics.

There ia no better way to showcase your expertise in using new tech than building projects. Your followers will be more engaged by watching you do things not by seeing an alien technology. Best way to show is to vlog and document your application of the new technology in robotics. The more you are at edge in Robotics and the more you make sense to the enthusiasts, the more will be your applications visible.

In the implementation of mechatronic systems I have had experience from feeding mechanisms for flexible manufacturing processes to the design and implementation of mobile robots, arms and humanoids. In all of them it is important to have the kinemetics and dynamics of the robot, working with the simulation beforehand is very important. Lately I have been working with the design of various types of grippers, one of the ones that I find most interesting are the soft grippers, I have designed them with silicone that receives pressurized air and this generates a deformation that depends on the position, allowing us to grip different type of objects.

Olá. Hoje em dia há diversas plataformas que permitem simular o funcionamento de um robô, como exemplo o webots. Este é um bom ponto de partida para estudar robótica, seja de humanoides ou não.

Start by building foundational projects to learn basic electronics and programming. Gradually take on more challenging projects, such as an obstacle-avoiding robot with ultrasonic sensors to hone your skills in sensor integration and motor control. Then, try more complex builds like a robotic arm that you control wirelessly through app to deepen your understanding of technology. Push your boundaries by developing an autonomous navigation robot using LIDAR or computer vision, incorporating AI and machine learning. Document every step by noting challenges, solutions, and any unique innovations. Compile your work into a portfolio on a personal website, blog, and GitHub, and share your projects on social media.

In my opinion, theoretical knowledge is only part of the equation; practical implementation completes it. Hands-on projects allows one to apply and expand their understanding of robotics technologies in a real-world context as there is a significant difference between theory and practice. Building projects is part of a strategic approach to developing a skill set to its fullest.

Engaging online is a powerful strategy for showcasing your expertise in robotics technology, particularly when it comes to demonstrating hands-on experience and gaining exposure. Engaging on online communities and groups dedicated to robotics can help you stay updated on industry trends and help you better explore the real technological grounds.

Engaging online in robotics involves actively participating in discussions, sharing insights, and connecting with professionals in the field through platforms like LinkedIn, forums, and specialized communities. By joining conversations, sharing valuable content, and providing thoughtful input, individuals can establish themselves as thought leaders, expand their network, and stay updated on the latest trends and developments in robotics. Engaging online also offers opportunities for collaboration, mentorship, and learning from peers, ultimately contributing to personal and professional growth in the field.

It is essential to be very active with the robotics community. Firstly, because it allows you to judge the possible success of your project! In addition, it can allow us to have a debate around the project and to initiate improvements directly, at least directly! That's why communication is important!

Engaging with online robotics communities is an excellent way to showcase your expertise in new technologies. Participate actively in forums, share your insights, and ask thoughtful questions. By contributing to these discussions, you establish yourself as a knowledgeable and engaged member of the robotics field. This online presence can lead to recognition by peers and provide a platform for exchanging ideas about emerging technologies, further solidifying your reputation as an expert in the field.

Engaging online is crucial for networking and knowledge-sharing in the robotics community. I utilize platforms like GitHub, Stack Overflow, or robotics forums to showcase my project and seek feedback. Participating in online discussions, sharing insights, and collaborating on open-source projects help me expand my network and stay updated with the latest trends in robotics. I also join robotics-related social media groups and attend virtual conferences to connect with professionals in the field.

Publishing findings in robotics entails sharing research, discoveries, and insights through various channels such as academic journals, conference proceedings, blogs, or social media platforms. By disseminating their findings, researchers and professionals contribute to the collective knowledge base of the robotics community, advancing the field and sparking further innovation. Publishing allows individuals to showcase their expertise, receive feedback from peers, and establish credibility within the industry. Moreover, sharing findings publicly promotes transparency and collaboration, enabling others to build upon existing work and accelerate progress in robotics research and development.

Publishing your findings is a powerful way to showcase your expertise in new robotics technologies. If you've conducted research or completed significant projects, write papers or articles detailing your work, the technologies employed, and the outcomes achieved. Publishing these insights not only reinforces your reputation as an expert but also adds to the collective knowledge of the robotics community. This approach highlights your ability to understand and apply cutting-edge technologies effectively.

Publishing findings in robotics entails sharing research, discoveries, and insights through various channels such as academic journals, conference proceedings, blogs, or social media platforms. By disseminating their findings, researchers and professionals contribute to the collective knowledge base of the robotics community, advancing the field and sparking further innovation. Publishing allows individuals to showcase their expertise, receive feedback from peers, and establish credibility within the industry. Moreover, sharing findings publicly promotes transparency and collaboration, enabling others to build upon existing work and accelerate progress in robotics research and development.

Publishing a research article has several significant effects: it contributes to the knowledge expansion of the research community, demonstrates one's understanding of the subject, and supports other researchers in advancing their work. Published works serve as a stepping stone for various applications and the development of new cutting-edge technologies. In a nutshell, publishing our work helps in collective learning.

Publishing my project findings enhances my credibility and contributes to the robotics community's knowledge base. I write detailed project reports or blog posts highlighting the design, implementation, and performance evaluation of my autonomous mobile robot. Sharing my experiences, including successes, failures, and lessons learned, provides valuable insights to other robotics enthusiasts. Additionally, submitting my work to relevant conferences or journals can potentially lead to recognition and collaboration opportunities.

Teaching is an excellent way to demonstrate your expertise in new robotics technologies. Conduct workshops, webinars, or create tutorials to share your knowledge. Teaching reinforces your own understanding and establishes you as an authority in the field. Your ability to explain complex concepts clearly and accessibly can leave a lasting impression on both beginners and experienced professionals, showcasing your depth of knowledge and commitment to advancing the field.

Teaching holds a prominent position in how we learn and retain information. According to the studies, teaching can enhance retention to approximately 90% of the information gained. It helps solidify your mastery of the subject matter. It also contributes to the broader dissemination of cutting-edge technologies to a wider community. In essence teaching is retro-reflective; it (the information) radiates back to its source (the teacher).

Having a network is very important! And you shouldn't start creating this network once the project is done! We have to start creating this network long before the project sees the light of day! Because it is essential that at the time of the launch there is a whole community ready to support the project!

Smart networking is vital in the dynamic field of robotics. Attend industry conferences, workshops, and seminars that focus on new technologies. These events provide opportunities to meet other professionals, learn about the latest advancements, and discuss your own work. Effective networking can lead to collaborative projects and increase your visibility within the robotics community, further establishing your expertise and opening doors to new opportunities and innovations.

Networking helps you find new opportunities and exposes you to various advancements. It allows you to share and learn the latest information in the field. Building connections can lead to helpful advice and guidance.

Coming from more the "deploying a robot" perspective, the best approach for companies new to robotics is to educate themselves on the offerings in the market and think of automating the "low hanging fruit". Cobot companies like Doosan robotics, UR and their partners have done a great job "productizing" this low hanging fruit. Applications like palletizing and machine tending for example have been democratized, and they would be a great starting point for your plant floor. The instinct always says to start with an application that is toughest for a human to do, but as a company just getting into robotics, is it critical to realize that that is usually also the application that is most difficult (read expensive) to approach with a robot.