How can you gain practical robotics experience while still in school?

If a club or a team does not exist at your university/college, please take the initiative to form on your own. Teamwork will always help. "If you want to go fast, go alone; If you want to go far, go together." This is the mantra I follow!

Joining Robotics Clubs and Teams definitely helps to get better and stand out in the field of robotics. Practical experience, collaboration among team members and expertise of each team member can motivate you to build your experience more tech oriented and desiplined. Having experience of working in team, I can say that it's more fun and whenever you want to try something new in terms of implementation, you know that my team members is there to help me, if I got stucked in some situation. Having an understanding among team members can help each individual and team to grow up in a better way. Cheers to my team ... ??

As a former active member of robotics clubs, participant in competitions, trainer, and now a robotics engineer, I've witnessed the transformative power of hands-on experience within academia through activity within Robotics clubs and teams: Clubs offer opportunities to work on collaborative projects that simulate real-world challenges, improving teamwork and problem-solving skills. Active participation in clubs allows members to develop various skills, from designing and building robots to programming and troubleshooting. Access to club resources and mentorship from experienced members accelerates the learning curve, providing practical insights that extend beyond the classroom.

In recent times, many schools are started to invest in robotics to gain publicity. But, if you watch closely, the robotics lab will be always closed or it will be utilised properly by 1-3% of students. So, incase if your school is having a robotics lab, take initiative and start creating clubs and multiple teams. This will enrich the interest in robotics. The clubs and teams should have multiple practical activities to learn the robotics from scratch. Schools can contact experts from robotics to visit schools and share their insights.

Participating in competitions and challenges within these clubs not only adds a competitive edge to your experience but also enhances your problem-solving skills. The exposure to diverse aspects of robotics, including design, programming, and engineering, ensures a holistic understanding of this multidisciplinary field. Moreover, being part of a robotics team provides access to specialized tools, materials, and equipment that might not be readily available at home.

Join a robotics club or team. Participate in robotics competitions. Take robotics-related classes or electives. Attend workshops or seminars on robotics. Volunteer for robotics projects or internships. Build and program your own robots as a hobby. Collaborate with peers on robotics projects. Seek mentorship from professionals in the field. Apply for robotics-related scholarships or grants. Explore online resources and tutorials for hands-on learning.

Online courses serve as a transformative tool for enhancing robotics skills. The cost-effective nature of many online courses, with a significant number available for free, ensures that individuals from diverse backgrounds can access high-quality education, breaking down financial barriers. These courses cover a broad spectrum of technical tools essential for a career in robotics, ranging from programming and control systems to mechanics and artificial intelligence. The flexibility of online learning allows individuals to adapt their learning activities to fit their schedules, granting a balance between skill development and other commitments.

The flexibility and accessibility of online courses make them an invaluable resource for both beginners and seasoned individuals seeking to refine their expertise in specific areas of robotics. Platforms like Coursera, edX, Udacity, and Khan Academy host a diverse array of courses, making the journey into the world of robotics both exciting and accessible. Best of all, many are free, you have only to pay for the certificate. So if learning is the purpose only your time will be the investment!!!!

There are indeed many online courses, both free on platforms like Udemy, as well as courses in various renowned institutions that you can sign up to follow. In addition, 3D printing and maker culture portals have courses in a variety of specific and general skills. Personally, I recommend courses that are project-based. Of course, there are specific areas of knowledge that can be more theoretical, but the project-based approach will give a much more practical and closer view of real-world problems.

Look for savings on courses, especially this time of the year. There are many options you have like udemy, udacity, theconstructsim... Or if you like to be more in control and like a bigger challenge, think of the type of robot you wish to make, and make it in simulation including all the sensors etc... by using all the material available online!

Habe dazu schon bisher drei Beitrage zum Thema #DIY Robotik mit Pappe erstellt. Denn Schulen haben oft hierfür nicht genügend mittel. DA ist Pappe ein toller Werkstoff der wenig kostet

Building a project and your own robot definitely gives an edge as one gets a hand on experience on how to integrate different systems of a robot. Robot can be a complex machine. A project can help dig deep into details that can be easily overlooked through other mediums. Also, a project highlights the practical approach to the problem. Factors like cost, availability, and other limitations can be assessed.

There are also some great starter robot kits like Edison and Bee-Bots that have Scratch-style interfaces making it easy to build apps.

I embarked on a fulfilling journey of volunteer work, igniting a passion for mechatronics and robotics among teenagers. The versatility and accessibility of LEGO Mindstorms allowed me to create engaging and educational projects, capturing the curiosity of young minds. Through hands-on activities and creative challenges, I witnessed the transformation of these teenagers into budding enthusiasts, eager to explore the realms of mechatronics and robotics. LEGO Mindstorms became the catalyst for fostering a love for STEM subjects, providing a dynamic platform for learning and experimentation. Volunteering not only allowed me to share my knowledge but also contributed to building a community of young innovators.

Die Begeisterung für Robotik, kann auch bereits im Vorschulalter entfacht werden. Bspw. einfache selbstgebaute, analoge Fahrroboter bestehend aus Batterien, E-Motoren, Fotodioden, ein paar Wiederst?nde und Pappe k?nnen schon eine kleinen steuerbaren Roboterfreund erschaffen. Alles ohne Bildschirme, Apps und Programmierung. Aber mit viel Zeit für das Kind. Unkompliziert und bedarfsgerecht mit sichtbaren Erfolgen. Diese Art der Auseinandersetzung mit Technologie führt meiner Erfahrung zu einem Empowerment, das ?ngste vermeidet und den Spa? an Robotik f?rdert. Damit kommt alle weitere Auseinandersetzung mit der Robotik von allein, sobald sich die M?glichkeiten dazu ergeben.

Join as many internships or working student programs as possible. It gives you an idea of what’s going on in the industry. Based on those experiences you gather, you can propose a great thesis that will help solve some of the practical issues companies are facing. It will prepare you skills needed for the current market.

Volunteering with LEGO Mindstorms not only allowed me to share my knowledge but also contributed to building a community of young innovators. Together, we delved into the exciting world of robotics, turning each session into an opportunity for growth, discovery, and a shared passion for technology.

Internships within robotics companies offer a transformative experience by combining academic knowledge with practical application. Engaging in these opportunities exposes you to new technology, and specialized skill development, and gives insight into industry workflows. Interns benefit from networking with professionals and get used to teamwork, effective communication, and problem-solving skills. Moreover, the mentorship received during internships offers guidance for long-term career growth. Interns gain a good understanding of project lifecycles and organizational processes, preparing them for success in the dynamic and collaborative field of robotics.

Attending robotics workshops is a good path to gaining practical knowledge in the field. They provide hands-on experiences, exposing participants to real-world challenges and innovative solutions. Engaging directly with industry professionals promotes a deeper understanding of application scenarios, enhancing problem-solving skills. The interactive nature of events facilitates the application of theoretical concepts.

In Malaysia normally high school student already start their Robotic or AI club and society. Normally Teachers will attach this club to Robotic Local Event that happen in Malaysia. When this student get exposure from this Robotic Event, Robotic Demonstrate, Industrial Robotic and Interactive Robot. So student will realize this Robotic has many type of applications and types that can be using for Industry and Education.

Los eventos de robótica suelen exhibir las últimas tecnologías, productos y desarrollos en el campo. Asistir a estas exposiciones te brindará la oportunidad de conocer de primera mano las herramientas, plataformas y dispositivos que están impactando el ámbito de la robótica. Estas exposiciones te permitirán mantenerte actualizado y explorar nuevas tecnologías que podrías incorporar en tus propios proyectos

Participating in events will put you in touch with a variety of perspectives and also with the latest in the field. When we talk about competitions, a very interesting phenomenon occurs, a race of innovation, the escalation. In each edition, the teams will seek new ways to solve the problems and make the robots more competitive, which implies research, development, and the courage to take a risk on an idea. A very important point of participating in events are the people you will be able to meet there, many of them will share the same interests as you, which will lead to good conversations and can open up many doors. I have friends who came from these events, all over the world.

Attending robotics events or workshops can be very inspiring and grow your network, also a good way to train your soft skills. Go out there and get out of your comfort zone. If you are in an area where you have no events to attend, a lot of events post videos online or even stream live. Roscon is a good example and I highly recommend it!

Stay open and curious to new opportunities in the community by reaching out to active members willing to help with your development. Let them know your goal to update your experience and robotics knowledge. For example, one thing that can be a great experience builder for Robotic Process Automation is to take on the role of a tester. It is a good way to start building out your network with innovation companies and learn about new technology solutions before they hit the industry. Always keep learning!

1. Talk to your science school teacher about your interest in Robotics. He or she might be able to direct you towards experts/groups or even mentors. Then, let the curiosity drive you. 2. I started with the toys that I used to get as gifts. I usually just wait for the guest to leave before dismantling the toy to explore it; that's another possibility. Look around your home to see if there is any toy you could explore. try to understand what makes the toy tick :) And keep it from there. Stay curious and keep exploring.

Collaborate with Faculty on Research: Engage with faculty members who are conducting research in robotics and express your interest in assisting with their projects.

Robotics is a multidisciplinary field. So any knowledge or experience in programming, electronics, mechanics, control systems, vision, AI can be beneficial if you want to work with robots

A good approach could also be to help out the open source community, you have many many options there. You can start out easy by reviewing some documentation for example. Over time when you gain experience you can start helping out with issues or new features.