#vex robotics competion

[11462m]

I screwed our team captains math notes to our robot.

[mousetrap2themax-xp]

Hello anyone and everyone!

My name is MouseTrap2theMAX or Maverik and I'm brand spankin' new to Tumblr!

If you're finding me from YouTube and/or Instagram , you're probably familiar with how my introductions go so no need to re-read the same-old;same-old.

If you're finding me from your recommended on here then I welcome you!

📸Art📸

On my social media platforms I'm all about art and creative expressiveness, ranging from traditional art to robotic engineering (and other small things in-between). I've been doing digital and traditional art for many years alongside voice acting and animation!

🤖Robotics🤖

Robotics engineering and coding is something I'm a bit new to but I'm getting the swing of things and me and my robotics team just had a great end of our season competing in the VEX v5 world championships a few days ago (as of May 15, 2025).

✨Commissions✨

I'm not taking commissions as of right now but I'm hoping to get an Etsy store started up soon so I can finally make some more income alongside the small bit I get from YouTube.

Speaking of which...

♥️YouTube♥️

If you're not familiar with me, I'll fill you in on my YouTube. I post speed paints, song covers, work in progress pieces and sometimes even day-in-the-life style vids (and hopefully some robotics vlogs/videos as well!)

💜🏳️‍⚧️ Generalization 🏳️‍🌈💜

My main thing on my channel is usually art though and it's what I've based my entire social media presence off of. As well as LGBTQ+ rights activism and believing in equal rights. I myself am a transgender male and believe that everyone should have the right to do what they want with their bodies and be who they feel they are truly meant to be.

So with all that being said...

If any of what I've displayed on this way too long of a page for an introduction of myself interests you please feel more than free to check me out on my other socials or even DM me for trades and what not! I'm always open to it unless my bio says otherwise!

Thank you so much for reading and I hope you have an absolutely amazing day/afternoon/night!

Byeeeee~!

-MouseTrap2theMAX

[makers-muse]

The Future of Education is Here! Is Your School STEM-Ready? 

https://makersmuse.in/wp-content/uploads/2025/02/479451752_645238831324027_9031890706576484535_n.jpg

A Glimpse into the Future of Learning 

In a small town in Texas, a struggling high school made a bold move—investing in a state-of-the-art STEM lab. Within three years, their students were competing in international robotics competitions, securing scholarships, and gaining internships at top tech firms. Their transformation wasn’t magic; it was the power of STEM education. 

As the global workforce shifts toward technology and innovation, schools that embrace STEM (Science, Technology, Engineering, and Mathematics) are preparing students for the future. But the real question is—Is your school STEM-ready? 

Why STEM Education is the Future 

1. STEM Careers are Growing Faster Than Ever 

The U.S. Bureau of Labor Statistics projects that STEM occupations will grow twice as fast as non-STEM jobs by 2031. Industries such as artificial intelligence, robotics, and biotechnology are creating millions of new jobs that require STEM skills. 

Top STEM careers: AI specialists, cybersecurity analysts, biomedical engineers, and renewable energy scientists. 

Earning potential: STEM jobs pay 26% more than non-STEM careers on average. 

Example: Students from STEM-focused schools are more likely to secure jobs at companies like Google, Tesla, and NASA. 

2. Hands-On Learning Improves Student Engagement 

According to the National Science Teaching Association, students in hands-on STEM programs show 30% higher retention rates than those in traditional lecture-based classes. 

STEM labs allow students to: 

Solve real-world challenges through coding, robotics, and engineering projects. 

Work on team-based problem-solving, a critical skill in modern workplaces. 

Gain exposure to AI, machine learning, and 3D printing technologies. 

Example: Schools with STEM programs report higher student engagement and lower dropout rates. 

3. STEM Boosts College & Career Readiness 

A Harvard study found that students involved in STEM programs were 40% more likely to be accepted into top universities. 

Schools with strong STEM curricula report higher college admission rates. 

STEM education aligns with 21st-century skills needed for innovation and problem-solving. 

Students develop a growth mindset, helping them adapt to an evolving job market. 

Example: Many universities now prioritize students with STEM research or competition experience. 

How to Make Your School STEM-Ready 

1. Invest in a High-Tech STEM Lab 

Building a future-ready STEM program requires the right tools. 

Essential equipment: 

Robotics kits (VEX, LEGO Mindstorms) 

Coding platforms (Raspberry Pi, Arduino) 

3D printers and virtual reality tools 

Funding options: 

National Science Foundation (NSF) grants 

Google & NASA STEM funding programs 

Partnerships with tech companies 

2. Train & Support STEM Educators 

A report by Education Week found that well-trained STEM teachers increase student competition success by 35%. 

Offer professional development via Code.org, MIT OpenCourseWare, and STEM.org. 

Encourage teachers to attend STEM workshops and training programs. 

3. Encourage Participation in Global STEM Competitions 

Students who compete in STEM contests gain valuable experience and confidence. 

Top global STEM competitions: 

FIRST Robotics Competition – AI & engineering challenges. 

Google Science Fair – Research projects with real-world impact. 

Intel ISEF – The world’s largest international science competition. 

Schools that encourage STEM competitions see improved problem-solving skills, teamwork, and innovation in their students. 

The Future Starts Now – Is Your School Ready? 

A state-of-the-art STEM lab isn’t just an investment—it’s a commitment to student success. Schools that prioritize STEM education see higher engagement, stronger academic performance, and better career outcomes for students. 

Don’t wait take action today! Whether you’re looking to enhance your STEM curriculum, integrate STEM technology, or launch a STEM workshop, the time to act is now! Get started today! Partner with leading STEM education providers, access STEM resources for teachers, and introduce hands-on STEM activities in your school. 

 Contact us now to build your STEM learning center!  Website: https://makersmuse.in/

[brainynbrightinc]

Join the VEX Robotics Competition in New Jersey

The VEX Robotics Competition (VRC) is a premier event that challenges students to design, build, and program robots to compete in dynamic engineering tasks. Participating in the VRC offers students the opportunity to enhance their STEM skills, engage in teamwork, and apply creative problem-solving in a competitive environment.

For the 2024-2025 season, the competition theme is "High Stakes," where teams will undertake complex challenges that test their ingenuity and technical prowess. The VRC is open to middle school and high school students, providing a platform to develop critical thinking, leadership, and hands-on technical skills.

In New Jersey, several VEX Robotics Competitions in new jersey are scheduled, offering local students the chance to participate and showcase their talents. These events are part of a global initiative to inspire future innovators and leaders in STEM fields.

[fortunerobotic]

Junior Robotics Course in Dubai

Numerous junior robotics programs for kids ages 6 to 14 are available in Dubai. These classes aim to prepare young students for a knowledgeable future about technology while making studying fun.

Features of Junior Robotics Courses:

Age-appropriate Curriculum: For younger students, courses typically begin with simple robotics kits like LEGO Mindstorms or VEX IQ, progressing to Arduino and Raspberry Pi as they get older.

Interactive Learning: Children are kept interested in building and programming robots because of the practical approach.

Certified Teachers: skilled professionals with years of experience teach courses in Dubai, patiently and expertly guiding students.

Innovative Labs: Children get access to contemporary equipment and technology in state-of-the-art facilities.

Benefits of Enrolling in a Junior Robotics Course

Early Technology Exposure: Children who begin robotics early have a foundational awareness of technology and its uses.

Building Confidence: Children who successfully construct a robot feel more confident and accomplished.

Competitive Edge: By gaining recognition and exposure, children who compete in robotics events set themselves up for success in school and the workplace.

Sustainability Awareness: By incorporating eco-friendly themes, many robotics programs inspire children to consider sustainable future solutions.

More than just an educational opportunity, the Junior Robotics Course in Dubai serves as a springboard to a more promising, technologically advanced future. Enrolling your child gives them the opportunity to discover, create, and take the lead in the world of tomorrow. Dubai is the best place to raise young robotics enthusiasts because of its excellent infrastructure, knowledgeable teachers, and interesting curriculum.

Are you prepared to influence your child's future? Watch them flourish in the field of innovation by enrolling them in a junior robotics training in Dubai right now!

To know more, click here.

[educationtech]

10 Mechanical Engineering Competitions for College Students - ACEIT

Mechanical Engineering competitions provide an excellent platform for students and young professionals to challenge themselves, showcase their skills, and gain valuable experience in the field. These competitions span various disciplines within mechanical engineering, encouraging innovation, teamwork, and practical application of theoretical knowledge. Here’s an overview of notable competitions that can help participants grow personally and professionally.

Types of Mechanical Engineering Competitions

1.         Design Competitions

•           ASME Student Design Competition: This competition invites students to design, construct, and operate a prototype that addresses an annually determined problem statement. Teams compete at local, regional, and international levels, providing a platform for creativity and engineering skills.

•           James Dyson Award: An international design award encouraging young engineers to develop innovative solutions to real-world problems. Participants submit their designs, which are judged based on their originality and potential impact.

2.         Robotics Competitions

•           FIRST Robotics Competition (FRC): High school students build and program robots to compete in various challenges. This competition emphasizes teamwork, problem-solving, and engineering principles, allowing students to gain hands-on experience in robotics and engineering design.

•           VEX Robotics Competition: Similar to FRC, this competition allows students to design and build robots to compete in a series of challenges. It promotes STEM education and encourages students to work collaboratively.

3.         Engineering Challenges

•           International Bridge Building Competition: Participants design and construct model bridges that are evaluated based on their strength and efficiency. This competition enhances understanding of structural engineering principles and promotes creativity in design.

•           Human Powered Vehicle Challenge (HPVC): Teams design and build human-powered vehicles, focusing on efficiency and innovative engineering solutions. This competition emphasizes sustainable transportation and engineering design.

4.         Interdisciplinary Competitions

•           Regeneron International Science and Engineering Fair (ISEF): While not exclusively for mechanical engineering, students present original research projects in various categories, including engineering. It provides a prestigious platform for showcasing innovative engineering solutions.

•           Collegiate Inventors Competition: This competition encourages students to present their inventive ideas, fostering creativity and innovation in engineering and technology.

5.         Sustainability and Energy Competitions

•           Hydrogen Student Design Contest: This contest challenges teams to develop innovative solutions in hydrogen and fuel cell technologies, promoting sustainable energy solutions and interdisciplinary collaboration.

•           Formula SAE: Students design, build, and race small formula-style cars, integrating engineering, business, and marketing skills. This competition emphasizes teamwork and practical application of engineering concepts.

Benefits of Participating in Competitions

•           Skill Development: Participants enhance their technical skills, including design, analysis, and problem-solving, while also developing soft skills such as teamwork and communication.

•           Networking Opportunities: Competitions often bring together students, industry professionals, and educators, providing valuable networking opportunities that can lead to internships, mentorships, and job offers.

•           Resume Building: Participation in engineering competitions is a strong addition to a resume, demonstrating initiative, creativity, and practical experience to potential employers.

•           Real-World Experience: Competitions simulate real-world engineering challenges, allowing participants to apply their theoretical knowledge in practical scenarios, preparing them for future careers in engineering.

Conclusion

Arya College of Engineering & I.T. has many Mechanical engineering competitions and is an invaluable resource for aspiring engineers as it is The Best Engineering college in Rajasthan. They not only challenge participants to push their limits but also provide opportunities for personal growth, professional development, and networking. Engaging in these competitions can significantly enhance one's understanding of engineering principles and prepare students for successful careers in the field. Whether through design, robotics, or interdisciplinary challenges, there is a competition to suit every interest in mechanical engineering.

[vivekpandeyy1]

Spark Creativity and Future Skills: Robotics Classes for Kids at Technobotics

The world is changing a lot because of technology, and robots are a big part. They’re used in self-driving cars and hospitals to help with medical work. It’s making a difference in how we live and work. Robotics courses for kids offer a fantastic opportunity to introduce them to this exciting field, sparking their creativity and problem-solving skills and preparing them for the future.

Beyond the cool factor of building robots, robotics classes offer a multitude of benefits for young minds:

STEM Education: Robotics seamlessly integrates science, technology, engineering, and math (STEM) engagingly and interactively. Kids learn about mechanics, electronics, programming, and problem-solving as they build and program robots.

Critical Thinking and Creativity: Robotics courses encourage kids to think critically and creatively as they design, troubleshoot, and program their robots to complete specific tasks.

Collaboration and Teamwork: Many robotics projects involve teamwork, which teaches kids to communicate effectively, collaborate with others, and share ideas.

Confidence Building: Seeing their robots come to life and complete tasks gives children a sense of accomplishment and boosts their confidence.

21st Century Skills: These classes equip children with valuable skills for the future, including innovation, digital literacy, and computational thinking.

Technobotics confidently offers diverse robotics courses catered to children of different ages and skill levels. Each course is designed to be engaging and age-appropriate, ensuring children have a positive learning experience and a strong foundation in robotics. Here’s a glimpse into what your child might encounter:

Introduction to Robotics: Younger children (age 5–7) may start with basic robotics concepts through age-appropriate building sets like LEGO® Education WeDo 2.0. They will learn about motors and sensors and explore simple programming concepts.

Building and Programming Robots: As children progress (age 8–12), they might build more complex robots using platforms like LEGO® MINDSTORMS® EV3 or Arduino. They will explore programming languages like Scratch or Python to control their robot’s movements and behaviours.

Advanced Robotics: Older students (age 13+) can explore robotics using advanced platforms like Raspberry Pi or VEX Robotics. They may work on projects involving sensors, actuators, and complex programming algorithms.

Technobotics believes in a hands-on learning approach. Robotics courses are structured around exciting projects and challenges, encouraging children to experiment, solve problems, and think creatively. Through these projects, they will:

Learn about different robot parts and their functions.

Understand basic programming concepts to control robot movement.

Develop problem-solving skills by troubleshooting technical issues.

Work collaboratively to achieve common goals.

Present their creations and explain their thought process.

Technobotics encourages students to participate in robotics competitions. These competitions allow students to show off their skills, compete with their friends, and pick up tips from other teams. They also further enhance teamwork, problem-solving skills, and resilience — all valuable assets in life.

The Technobotics Advantage

Technobotics strives to be the leading provider of robotics classes for kids by offering:

Experienced and Certified Instructors: Our classes are taught by friendly, experienced, certified instructors who love robotics and are great at getting kids excited about it.

State-of-the-Art Facilities: Technobotics provides well-equipped classrooms with the latest robotics tools and technology.

Flexible Scheduling: Various class schedules cater to different needs and time constraints.

Focus on Fun and Learning: We’re all about making learning fun! At Technobotics, our engaging robotics classes are designed to inspire children and foster a lifelong love of learning.

Enrolling your child in robotics classes at Technobotics will give them a valuable head start in an exciting field. They will develop critical skills, gain a deeper understanding of technology, and, most importantly, have fun while learning. Visit the Technobotics website today to learn more about their robotics courses for kids and ignite the spark of innovation in your child!

[whavradio]

Gov. Healey Stops in at North Andover High School as Part of National Robotics Week

To submit school announcements, click on image. Besides her visit to Amazon’s new distribution facility Monday, Gov. Maura T. Healey visited North Andover High School as part of National Robotics Week. The governor met with the high school robotics club and congratulated them ahead of the Vex Robotics World Championships, which they will compete in later this month. She saw their robotics…

[11462m]

Pre-competition pictures

[freequizbank]

Manjimup hosts interschool robotics competition for primary school students _ FreeQuizBank.com - Free Exam Practice Questions for LANTITE Numeracy, Mathematical Reasoning - OC, Selective and Scholarship Tests @acereduau #NSWeducation #AusEdu @AusGovEducation @ServiceNSW

[vprogresseducation]

Manjimup hosts interschool robotics competition for primary school students _ FreeQuizBank.com - Free Exam Practice Questions for LANTITE Numeracy, Mathematical Reasoning - OC, Selective and Scholarship Tests @acereduau #NSWeducation #AusEdu @AusGovEducation @ServiceNSW

[makers-muse]

Prepare Students for Global Competitions with a State-of-the-Art STEM Lab! 

The Journey from Classroom to Global Stage 

When Westfield High School introduced a state-of-the-art STEM lab, no one imagined it would lead their students to victory in international robotics and science competitions. Within two years, students who once struggled with STEM concepts were winning regional and global contests, securing scholarships, and earning internships with leading tech firms. 

This transformation isn’t unique. Schools worldwide are leveraging high-tech STEM labs to prepare students for global competitions and future careers. Want to give your students the same competitive edge? Here’s how! 

Why STEM Labs Are Key to Competitive Success 

1. Hands-On Learning Increases Retention and Performance 

According to the National Science Foundation, students who engage in hands-on STEM learning perform 25% better in problem-solving tasks than those who rely solely on traditional teaching methods. 

STEM labs allow students to: 

Experiment with real-world problems. 

Develop prototypes using 3D printing, robotics, and coding. 

Test and refine solutions through trial and error. 

Example: The International Science and Engineering Fair (ISEF) winners frequently highlight hands-on lab experience as their secret weapon for success. 

2. Encourages Innovation & Problem-Solving Skills 

A study by MIT found that students in advanced STEM programs were 30% more likely to develop creative problem-solving skills. 

STEM labs help students: 

Think critically about global challenges. 

Collaborate with peers to develop innovative solutions. 

Gain exposure to AI, robotics, and engineering tools used in global competitions. 

Example: A high school in Texas used its STEM lab to develop an AI-driven environmental monitoring system, securing a top prize at the Google Science Fair. 

3. Builds Confidence for International STEM Competitions 

Competing on a global stage requires confidence, and STEM labs build that through practical experience. 

Johns Hopkins University research found that STEM lab students showed a 40% increase in confidence when tackling complex problems. 

Exposure to high-tech tools and competition scenarios helps students feel prepared. 

Example: The winners of the FIRST Robotics Championship often credit their schools’ STEM labs for giving them the edge in designing and programming robots under pressure. 

4. Prepares Students for High-Demand STEM Careers 

The U.S. Bureau of Labor Statistics states that STEM jobs will grow twice as fast as non-STEM jobs by 2031. 

Key career paths include: 

AI & Robotics: Machine learning, automation, drone technology. 

Software Development: Cybersecurity, game design, blockchain technology. 

Biotech & Health Sciences: Biomedical engineering, pharmaceuticals. 

Example: Students from STEM-focused schools have gone on to secure internships at NASA, Google, and Tesla thanks to their hands-on experience in STEM labs. 

How to Create a World-Class STEM Lab for Global Competitions 

1. Secure Funding & Industry Partnerships 

Funding sources: 

National Science Foundation (NSF) – STEM grants for schools. 

Google & NASA Education Grants – Support for AI, coding, and space-related projects. 

Local Tech Companies – Provide equipment, mentorship, and internship opportunities. 

Example: A school in New York partnered with Tesla, receiving funding and mentoring support that helped students develop an award-winning solar energy project. 

2. Invest in Advanced STEM Equipment 

Affordable STEM kits include: 

Raspberry Pi & Arduino – Coding and IoT projects. 

VEX Robotics & LEGO Mindstorms – Robotics competitions. 

Tinkercad & 3D Printers – Engineering prototypes. 

Tip: Many competition organizers provide equipment lists to help schools prepare effectively! 

3. Provide Expert STEM Training for Teachers 

Training resources: 

Code.org & STEM.org – Free teacher training programs. 

MIT OpenCourseWare – Advanced STEM courses. 

Coursera & edX – Online certifications in AI, robotics, and engineering. 

A report by Education Week found that well-trained STEM teachers increase student competition success rates by 35%. 

4. Encourage Students to Participate in Global Competitions 

Top global STEM competitions include: 

FIRST Robotics Competition – AI & engineering challenges. 

Google Science Fair – Open to innovative student research projects. 

Intel ISEF – The world’s largest international science competition. 

Encouraging students to participate in these competitions improves their resumes, increases college acceptance rates, and boosts scholarship opportunities. 

Ready to Give Your Students a Competitive Edge? 

A state-of-the-art STEM lab isn’t just a learning space it’s a launchpad for future global champions! Schools that invest in high-tech STEM education see improved student engagement, academic performance, and career readiness. Now is the time to act! 

Want to transform your school into a global STEM powerhouse? Start today by securing funding, upgrading STEM equipment, and training your teachers. Explore STEM lab solutions and industry partnerships now! 

 Learn more about STEM Lab  

 Explore STEM Grants & Funding Options  

Contact us now to build your STEM learning center!  Website: www.makermuse.com  Email: makermuse@gmail.com  Empower students, embrace innovation, and future-proof your school with a high-impact STEM program!   

[brainynbrightinc]

Ignite Young Minds with the VEX Competition in New Jersey

The VEX Robotics Competition (VRC) is an unparalleled opportunity for students to dive headfirst into the exciting world of robotics, STEM learning, and innovative problem-solving. New Jersey has embraced this global phenomenon, offering a fertile ground for budding engineers, coders, and critical thinkers to showcase their talents. Here's an in-depth look at why the VEX Competition in New Jersey is a must-attend event for young enthusiasts and educators alike.

Why Choose the VEX Competition in New Jersey?

New Jersey is a hub of educational excellence and technological innovation. The VEX Robotics Competition in this state goes beyond mere contests; it fosters growth, creativity, and community spirit among students.

Key Highlights:

Innovative Challenges: Each season introduces a new game, requiring participants to design and program robots capable of overcoming intricate tasks.

Learning Beyond the Classroom: The competition integrates principles of engineering, coding, and mathematics in a hands-on, exciting format.

Team Collaboration: Participants work in teams, promoting leadership, communication, and problem-solving skills.

Signature Events in New Jersey

Several signature VEX Robotics events take place annually across New Jersey, providing opportunities for students of all skill levels:

Highlander Summit VEX V5 Robotics Competition Signature Event This prominent event held at NJIT brings together teams from various regions. Participants compete fiercely while exploring NJIT's state-of-the-art STEM facilities.

VRC Over Under NJ State Championship A thrilling event where the best teams in New Jersey battle it out to qualify for the global VEX Worlds Championship. Divided into high school and middle school levels, this event celebrates innovation and resilience.

How Brainy n Bright Supports Participants

Brainy n Bright, a recognized STEM training institute in New Jersey, plays a pivotal role in preparing students for VEX competitions. They offer structured programs tailored to the needs of young learners:

Robotics Fundamentals: Learn the mechanics of building and programming robots.

Game Strategy Development: Understand the nuances of the season's game and devise winning strategies.

Mock Competitions: Gain real-world experience with simulated contests.

Team Mentorship: Benefit from expert guidance in design, coding, and presentation.

These comprehensive training modules ensure that students are not just competition-ready but also equipped with lifelong skills in innovation and technology.

Benefits of Joining the VEX Competition

Participation in the VEX Robotics Competition delivers numerous benefits, making it a transformative experience for students:

STEM Proficiency: Hands-on projects bridge theoretical knowledge with practical applications.

Critical Thinking: Students learn to troubleshoot challenges and adapt to evolving scenarios.

Global Exposure: Compete against peers from across the state, country, and even the world at the VEX Worlds Championship.

College & Career Readiness: The competition boosts college applications and opens doors to STEM careers.

Testimonials from Past Participants

“I never thought I could build and code a functioning robot, but VEX made it possible. Competing in New Jersey has been the highlight of my academic journey!” – A High School Student, VEX Participant.

“Our students are more confident and capable, thanks to their experience with VEX Robotics. It's a game-changer for their future.” – Educator from New Jersey.

How to Get Involved

Interested students, parents, and educators can get involved by:

Joining a VEX Team: Schools and community centers often host teams.

Enrolling in Training Programs: Institutes like Brainy n Bright offer specialized courses.

Volunteering: Events always welcome volunteers to mentor, judge, or assist with logistics.

Conclusion: Be Part of the Future

The VEX Competition in New Jersey is more than just a robotics event; it’s a stepping stone to a brighter future for young innovators. Whether you’re an aspiring engineer, an educator, or a parent looking to ignite curiosity in your child, this competition has something for everyone.

Enroll your team, connect with training centers like Brainy n Bright, and take the first step toward transforming ideas into reality. Join the VEX Robotics movement in New Jersey and watch the next generation of innovators shine!

[fortunerobotic]

VEX robotics course in Dubai

A well-known platform worldwide, VEX robots was created to educate robots and STEM (science, technology, engineering, and mathematics) skills in an entertaining and interesting manner. Through the use of modular components and powerful programming techniques, it provides participants with practical learning opportunities where they can design, construct, and program robots. VEX Robotics offers the resources and challenges to improve your abilities, regardless of your level of experience.

Who Can Enroll?

Students interested in robotics and STEM (ages 8 and up)

Instructors wishing to incorporate robotics into their lessons

Hobbyists who want to work on practical robotics projects

Professionals seeking to advance their automation and robotics skills

Learning Outcomes

Recognize the basic concepts of engineering and robotics.

Use VEX kits to construct and program working robots.

Develop your ability to think critically and solve problems.

Effectively cooperate in team-based tasks.

Become more self-assured to compete in robotics.

How to Get Started?

Step 1: Do your homework and select a course that fits your objectives and skill level.

Step 2: Enroll by visiting the training facility or registering online.

Step 3: Assemble the required supplies, such as VEX robotics kits, which are often given by the institute.

Step 4: Participate fully in practical sessions and attend classes on a regular basis.

Step 5: Put your knowledge to use by participating in projects and competitions.

More than just an educational opportunity, a VEX Robotics course in Dubai serves as a springboard for creativity, innovation, and professional advancement. This course gives you the skills and information you need to succeed in the robotics business, whether you're a professional trying to advance your career or a student excited to learn more about STEM. Seize the chance and begin your journey toward a technologically superior tomorrow.

To know more, click here.

[optimistpax]

I may be the only person that thinks this is funny but also I’m having fun so it doesn’t matter dkfjgh

ID and notes about context under the cut

[ID: 3 digital canvases of drawings of the transformers Bumblebee, Deadlock, and Ratchet. 

Canvas 1: a young bumblebee  is standing behind a counter that is too tall for him. He is smiling and saying “hi! can I help you?” Deadlock looks vexed and asks “who the fuck are you?” the next drawing is of Deadlock carrying a kicking bumblebee under one arm. Both look mad. Deadlock is saying “Ratch why the hell is there a kid at the front?” Bee is saying “put me down I’ll bite your head off!” the fourth drawing is of Ratchet focusing on a titration in front of him. There is a pink liquid in the burette and he is swirling a yellow liquid in an erlenmeyer flask. He doesn’t look up, but does say “Deadlock please stop harassing my assistant.

Canvas 2: A silhouetted robot with green eyes and an unkind smile is saying “what the mighty Deadlock is reduced to babysitting for the prime’s librarian?” the next drawing is of Bumblebee, who is smiling and holding Deadlock’s hand. in the speech bubble next to the hand Deadlock’s face is drawn like 😌 and he is saying just like we practiced. the third drawing is of bumblebee, still smiling and holding Deadlock’s hand, but now he is pointing a gun at the offending party.

Canvas 3: Ratchet and Deadlock are back to back. Ratchet is blocking laser fire and Deadlock is holding a gun. Bumblebee is between them and peeking over Ratchet’s arm. Ratchet is saying “why in primus name did you bring Bee?” Deadlock says “well it’s not like I could just leave him by himself!” Ratchet says “You could have left him with Orion?” the next drawing is of Deadlock’s face looking affronted and there are ellipses above his head. The last is of the same Deadlock face but now he looks angry and is saying “why didn’t I think of that?”

End ID]

Premise:

autobots and decepticons all started off as one faction, overthrew the senate, and then split a while later bc,,, peace through tyranny,,, does not lend itself to civil stability

Ratchet is a chemist bc I Said So

He also has a pro bono pharmacy in Dead End that he started before the senate was overthrown and keeps it open until the war proper breaks out

Bee came out of the well before the decepticons and autobots split and was found by OP who immediately adopted him

OP then has to leave Bee with Ratchet for some important trip or whatever and when he comes back Ratchet has become attached and insists on co-parenting helping mentor him

So Bee helps with the pharmacy sometimes

Before the split Deadlock swings by the pharmacy to say hi and is like Ratchet I look away for 5 minutes and you adopt a whole entire child????

ANYWAYS this is all set up for “Ratchet goes missing and OP is busy trying to keep Megatron from murdering anyone who looks at him funny so now Deadlock has to go try and find Ratchet and also babysit a Small Child.”

Cue Dwayne-The-Rock-Johnson-type adventure where they go save Ratchet, Deadlock gets attached to Bee, and Ratchet is mad that Someone has taught his kid how to use a gun

So now (at least until the war breaks out) Bee has 3 dads with varying levels of competency and conception of what one should or should not teach a Small Child