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Yes, an electrical power control technician's background can definitely be a solid foundation for becoming a PLC technician. Here are some reasons for it: Understanding of Electrical Systems: Electrical power control technicians have a deep understanding of electrical circuits, power distribution, and control systems. This knowledge is essential for working with PLCs, as they often interface with various electrical components and sensors. Problem-Solving Skills: Both roles require strong troubleshooting and problem-solving abilities. Electrical power control technicians are accustomed to diagnosing electrical faults and implementing solutions. These skills are directly transferable to PLC troubleshooting and programming. Practical Experience: Hands-on experience with electrical equipment and systems can be beneficial in the PLC field. Electrical power control technicians often work with motors, drives, and other industrial equipment, which can provide valuable insights into how PLCs control these devices. To transition to a PLC technician role, an electrical power control technician may consider: PLC Training: Taking courses or certifications in PLC programming and troubleshooting can provide the necessary skills and knowledge. Practical Experience: Gaining practical experience with PLCs, either through on-the-job training or personal projects, can solidify understanding. Networking: Building relationships with other PLC technicians and engineers can open doors to job opportunities and mentorship. By leveraging their existing electrical knowledge and skills, electrical power control technicians can successfully transition to a rewarding career as a PLC technician.

Yes, an instrumentation technician's skills can be a strong foundation for transitioning into a mechatronics technician role. Here's why: Shared Skillset: Both roles involve working with electrical, electronic, and mechanical systems. Instrumentation technicians often have a strong understanding of sensors, actuators, and control systems, which are core components of mechatronics. Transferable Knowledge: Experience with troubleshooting, calibration, and maintenance of instrumentation systems can be directly applied to mechatronics, where similar tasks are performed on more complex systems. Complementary Skills: To fully transition into mechatronics, an instrumentation technician might need to develop additional skills, such as: Robotics and automation: Understanding robotic systems, programming, and automation techniques. Computer-aided design (CAD): Using CAD software to design and modify mechanical components. Microcontrollers and programming: Working with microcontrollers and programming languages to control systems. To successfully transition, an instrumentation technician could consider: By building on their existing skills and acquiring additional knowledge, an instrumentation technician can successfully transition into a rewarding career as a mechatronics technician.

@ exactly I did a tour last month In the school the instructor told those thank you brother 🙏🏻

yes, it's somewhat like a translation problem and i think ai and or agi will do the job quickly and efficiently.

You've identified a significant gap in the automation industry, and your assessment of the potential market for an automatic ladder logic to structured text AI program is spot on. -Industry Need: Efficiency: Converting between different programming languages can be time-consuming and error-prone, especially for complex systems. Skill Shortages: There's a growing demand for automation engineers, and such a tool could help bridge the skills gap by allowing engineers to work more efficiently. Legacy Systems: Many industries still rely on older systems with ladder logic, and converting them to more modern languages like structured text can improve maintainability and scalability. -Potential Market: Automation Engineers and Technicians: These professionals could benefit from faster and more accurate code conversions. PLC Manufacturers: They could integrate such a tool into their software suites to enhance their offerings. System Integrators: These companies could use the tool to streamline their development processes. Challenges and Considerations While the potential is immense, there are significant challenges to overcome: Complexity of PLC Languages: Each language has its own nuances and specific syntax. The AI would need to be trained on a vast dataset of different PLC programs to accurately understand and translate between them. Handling Edge Cases and Specific Implementations: Different PLC manufacturers have proprietary extensions and optimizations that can complicate the conversion process. The AI would need to be robust enough to handle these variations. Ensuring Code Quality and Safety: The generated code must be functionally equivalent to the original and adhere to industry standards for safety and reliability. The AI would need to be trained on a dataset of high-quality code to produce accurate and safe outputs. Conclusion An automatic ladder logic to structured text AI program has the potential to revolutionize the automation industry. However, it requires significant investment in research and development to overcome the technical challenges and ensure the reliability and safety of the generated code.

hi, while a MIR100 robot isn't designed for social interactions or gift exchanges, you could creatively incorporate it into your Yankee Swap project. 1. Gift Delivery Robot: Assign a role: Designate the MIR100 as a special delivery robot. Gift transportation: Have the robot deliver gifts to participants, adding an element of surprise and excitement. Interactive element: Program the robot to ask trivia questions or riddles related to the gifts. Correct answers could earn extra "steal" chances. 2. Virtual Yankee Swap: Remote control: Use the MIR100's remote control capabilities to simulate the gift exchange process. Virtual gifts: Represent gifts with digital images or videos displayed on a screen attached to the robot. Interactive choices: Program the robot to present gift options, and participants can "choose" by remote control. 3. Robotic Gift Wrapper: Creative challenge: Task participants with designing gift wrapping templates for the robot to "wrap" virtual gifts. Interactive display: Use the robot's screen to showcase the wrapped gifts and the creative designs. Remember, the key is to leverage the MIR100's capabilities to enhance the fun and creativity of your Yankee Swap. Think outside the box and explore the possibilities of using this technology in a unique and engaging way.

You have a tooling system with devices on a 192.20.20.xx network. This tooling needs to be accessible by two PLCs on different networks: 192.168.1.xx and 192.168.21.xx. The challenge is that you cannot modify the IP addresses of the tooling devices. Here are a few potential solutions to bridge the network gap: 1. Network Address Translation (NAT) Device Function: A NAT device (like a router) can translate the private IP addresses of the tooling devices to public IP addresses, making them accessible from the different networks. Implementation: You'd need to configure a NAT device on each PLC's network. It would map the 192.20.20.xx addresses to a specific public IP address. Considerations: This approach can be complex to configure and might introduce latency. It's also important to ensure proper security measures are in place. 2. VPN (Virtual Private Network) Function: A VPN creates a secure, encrypted tunnel between the two networks. Implementation: You'd need to set up a VPN server and configure VPN clients on the PLCs and the tooling devices. Considerations: This can be a more complex solution, but it offers high security. Ensure that the VPN software is compatible with your PLCs and tooling devices. 3. Industrial Ethernet Switch with VLANs Function: A VLAN-capable switch can segment the network into multiple virtual LANs. You could create a VLAN for the tooling devices and another for each PLC network. Implementation: Configure the switch to route traffic between the VLANs. This requires careful configuration of the switch and the devices connected to it. Considerations: VLANs can be complex to set up, and you'll need a VLAN-capable switch. The best solution for your specific scenario depends on several factors: Network Complexity: How complex are the existing networks? Security Requirements: What level of security is needed? Latency Tolerance: How sensitive are your applications to latency? Budget: What is your budget for hardware and software? Technical Expertise: What level of technical expertise is available? Additional Considerations: Firewall Rules: Ensure that firewall rules on the PLCs and the network devices allow traffic between the networks. Network Security: Implement strong security measures to protect your network from unauthorized access. Testing: Thoroughly test the solution to ensure it works as expected. By carefully considering these factors and consulting with network experts, you can select the best solution to connect your tooling devices to the two PLC networks.

@EliteAutomation thanks for your answer, looks like is more complicated that I was expecting, considering your recommendation ,I Will experiment with switch stratix 5700 for vLan & NAT for translate IP address and add the ethernet modules for devices with ip translated in plc programs.

thanks bro!

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@irmz5372 here's the link to the full video: ruclips.net/video/PbQn1Qq6lus/видео.html

Simatic AX does not currently support graphical programming methods like Ladder or Function Block diagrams. It primarily relies on text-based Structured Text (ST) programming, which is a more traditional approach to PLC programming. However, it's important to note that Siemens is continuously developing Simatic AX, and future updates may introduce additional programming paradigms. While Simatic AX may not offer the same visual programming options as traditional PLC development environments like TIA Portal, it provides a modern, code-centric approach with benefits such as: Faster development: The text-based approach can be more efficient for experienced programmers. Increased flexibility: ST offers more flexibility and control over complex logic. Improved code readability: Well-structured ST code can be easier to understand and maintain. Integration with modern development tools: Simatic AX is based on Visual Studio Code, providing a familiar and powerful development environment. If you are more comfortable with graphical programming methods, you may want to consider using other Siemens automation tools like TIA Portal, which supports Ladder, Function Block, and Structured Text programming. However, if you are open to learning a new approach and value the benefits of text-based programming, Simatic AX could be a good option for your automation projects.

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yeah, definitely!

Your HVAC background is a great foundation for a career in industrial automation. Both fields involve understanding complex systems, troubleshooting, and problem-solving. Here's a suggested starting point to help you transition: 1. Identify Your Focus Area: PLC and SCADA: These are the core technologies in industrial automation. Learning to program PLCs (Programmable Logic Controllers) and understand SCADA (Supervisory Control and Data Acquisition) systems will be crucial. Robotics: If you're interested in the physical side of automation, robotics is a great option. Industrial IoT: This involves connecting industrial devices to the internet for data collection and analysis.

try pexels.com or adobe stock.

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Yes, a mechatronics engineer is well-suited for distance working jobs and Mechatronic engineers can work in a wide range of industries such as Automotive, Aerospace, Manufacturing, Robotics, Medical devices, Consumer electronics and Energy.

Happy holidays!

Same to you

🙏

ATS's focus on pneumatics, LVDT, load cells, and EOAT (End-of-Arm Tooling) indicates a strong emphasis on precision engineering and robotic applications. This alignment with your mechanical design background is a solid foundation. While a formal crash course might not be feasible, consider these self-directed learning strategies: Online Courses and Tutorials: Platforms like Coursera, edX, and Udemy: Explore courses on robotics, automation, mechatronics, and control systems. RUclips: Leverage the wealth of tutorials on pneumatics, hydraulics, sensors, and actuators. Industry-Specific Websites: Websites like Automation Direct and Grainger offer technical resources and training materials. Hands-on Experience: Personal Projects: Build small-scale automation projects at home. This could involve simple robotic arms, automated sorting systems, or 3D printing setups. Local Workshops and Hackathons: Participate in events where you can collaborate with other engineers and gain practical experience. Internships or Part-time Jobs: Consider internships or part-time roles in automation companies to gain real-world exposure. Networking and Industry Connections: LinkedIn: Connect with professionals in the automation industry, join relevant groups, and participate in discussions. Industry Events and Conferences: Attend conferences and trade shows to network with industry experts and potential employers. Online Forums: Engage in online forums like Reddit's r/robotics or Engineering Stack Exchange to ask questions and learn from others. Highlighting Your Transferable Skills: When applying to ATS or similar companies, emphasize the following transferable skills: Mechanical Design: Your experience in designing mechanical components and systems is directly relevant to automation. Problem-Solving and Analytical Skills: These skills are essential for troubleshooting automation systems and optimizing processes. CAD Proficiency: Proficiency in CAD software like SolidWorks or AutoCAD is crucial for designing robotic cells and end-effectors. Attention to Detail: Precision and accuracy are paramount in automation, especially when dealing with tolerances and component selection. By combining self-directed learning, hands-on experience, and effective networking, you can significantly enhance your chances of securing a position at ATS or a similar company.

ATS's focus on pneumatics, LVDT, load cells, and EOAT (End-of-Arm Tooling) indicates a strong emphasis on precision engineering and robotic applications. This alignment with your mechanical design background is a solid foundation. Building Your Skillset: While a formal crash course might not be feasible, consider these self-directed learning strategies: Online Courses and Tutorials: Platforms like Coursera, edX, and Udemy: Explore courses on robotics, automation, mechatronics, and control systems. RUclips: Leverage the wealth of tutorials on pneumatics, hydraulics, sensors, and actuators. Industry-Specific Websites: Websites like AutomationDirect and Grainger offer technical resources and training materials. Hands-on Experience: Personal Projects: Build small-scale automation projects at home. This could involve simple robotic arms, automated sorting systems, or 3D printing setups. Local Workshops and Hackathons: Participate in events where you can collaborate with other engineers and gain practical experience. Internships or Part-time Jobs: Consider internships or part-time roles in automation companies to gain real-world exposure. Networking and Industry Connections: LinkedIn: Connect with professionals in the automation industry, join relevant groups, and participate in discussions. Industry Events and Conferences: Attend conferences and trade shows to network with industry experts and potential employers. Online Forums: Engage in online forums like Reddit's r/robotics or Engineering Stack Exchange to ask questions and learn from others. Highlighting Your Transferable Skills: When applying to ATS or similar companies, emphasize the following transferable skills: Mechanical Design: Your experience in designing mechanical components and systems is directly relevant to automation. Problem-Solving and Analytical Skills: These skills are essential for troubleshooting automation systems and optimizing processes. CAD Proficiency: Proficiency in CAD software like SolidWorks or AutoCAD is crucial for designing robotic cells and end-effectors. Attention to Detail: Precision and accuracy are paramount in automation, especially when dealing with tolerances and component selection. By combining self-directed learning, hands-on experience, and effective networking, you can significantly enhance your chances of securing a position at ATS or a similar company.

thanks! 🙂

the latest update is that optimus gen 3 can now identify and respond appropriately to bad human behaviors.

It ain’t the throat people are gonna be making the thing wrap around 😏

Yes, there are many Master's programs in automation that would be a great fit for someone with a background in computer science and machining. Your combination of skills would make you a strong candidate for many of these programs. Here are some specific areas of automation that might interest you, and some potential Master's programs to consider: 1. Robotics and Automation: Focus: Designing, programming, and implementing robotic systems for various applications, including manufacturing, healthcare, and logistics. Potential Programs: Robotics Engineering Mechatronics Engineering Automation and Control Systems Engineering 2. Industrial Automation: Focus: Automating industrial processes, such as manufacturing, assembly, and packaging. Potential Programs: Industrial Automation Engineering Manufacturing Engineering Systems Engineering 3. Computer-Aided Design and Manufacturing (CAD/CAM): Focus: Using computer software to design and manufacture products. Potential Programs: Mechanical Engineering with a CAD/CAM specialization Computer-Aided Design and Manufacturing

@ thank you so much 🙏🏽

thanks!

😅

😅

😅

🙂

😂

🙂

Lmao

🙂

yeah bro! i guess they would also make those stuff in the future.

The only issue is the lie. If it's cool as is don't lie about it right.

You need to be able bodied to control it, so disabled people would not be able to operate it

And if it's a lie, then its a scam. Which means probably a crime. That's why people care

here they are: Software: LOGIC+ Download it here: drive.google.com/drive/folders/1qsUXvN4t6X7rNWBfJhOb58lhw4Wuouz1?usp=sharing Hardware: PLC-V8C/PT-24DC/SAM2 PLC hardware details here: www.phoenixcontact.com/online/portal/us?uri=pxc-oc-itemdetail:pid=2907445&library=usen&tab=1

yes bro.

its Roboguide. here it is: www.fanucamerica.com/products/robots/robot-simulation-software-FANUC-ROBOGUIDE

hi bro, yes, with a 4-year computer science degree specializing in robotics and a 2-year master's degree in engineering in robotics, you have a strong foundation for a career in the automation industry. Your expertise in robotics and engineering will be highly valuable in this field. Here are some certifications that could enhance your career prospects in automation: Certified Automation Professional (CAP) Certified Industrial Automation Systems (CIAS) Robotics-Specific Certifications: Certified Robotics Engineer (CRE) Certified Robotics Technician (CRT) Programming and Software Certifications: Certified Automation Programmer (CAP) Certified Industrial Ethernet Specialist (CIES) Additional Certifications: Certified Safety Professional (CSP) Certified Quality Engineer (CQE)

I'm maliya that boy sister

Best friend of zaina aunty

👍

cool bro🙂

nope, the future of AI is still in the hands of humanity. new jobs will be generated by AI in the future.🙂

@@EliteAutomation I bet we will see a call of duty live in USA

@@shapourdashtpour63 ha ha ha. hopefully not.

@@EliteAutomation god bless

🙂 maybe someday...

they are set to replace mundane and dangerous jobs while also generate new safer jobs for humanity🙂

@@EliteAutomation What mundane and dangerous jobs? Most of what they are capable of have been replaced by machines specifically designed for the task. Humans are there because of their ability to control product quality. Something you need consciousness for. I say this in reference to the manufacturing environment where I used to work. Take one task for example. Picking parts off a conveyor, sorting and stacking them, packing in a box. There are robots that do this now much faster than Optimus will ever be.

thanks

Hi, to enhance your career in control engineering after completing a Level 3 City and Guilds Electrical and Electronics Engineering, consider obtaining the following certifications: 1. Certified Control Systems Engineer (CCSE) 2. Certified Automation Professional (CAP) 3. Professional Engineer (PE) 4. Certified Industrial Technologist (CIT) 5. Vendor-Specific Certifications

thanks tomodachi!

the rapid decline in population caused by low birth rates will be the main reason why humans will become extinct in the near future.

Closer* rhmm