Como você aprende ferramentas comuns de engenharia de fabricação?

In my experience it’s always better to be very specific in one area at a time so you can give ur best results in that area. Ones you have achieved excellent in that area than and only than start looking in different area to get the masters that areas.

My experience as a tyre engineer is that you should know the entire tire manufacturing process, from raw materials to the final product and learn about the equipment and tools used for tire testing, tire uniformity machines, and various testing SOPs. Understanding testing processes is essential for ensuring product quality. Also make sure to learn about relevant industry standards and regulations related to tire manufacturing. This knowledge is crucial for ensuring that our product meets safety and quality requirements.

In my experience, it requires hands-on exposure to manufacturing processes in order to gain first-hand experience. It is valuable to get exposed to older technologies for example manual milling vs CNC milling to learn the benefits and utilize technology fully. In this example, it would have been lead screw vs ball screw, climb cut vs conventional cut. I advise spending an adequate amount in the working area, and don't be a desktop engineer.

What I have found useful is training on statistical methods; what to use and when. Many processes are not normally distributed and need to be handled accordingly. Also spend time on manufacturing floor, nothing like hands on experience.

In my POV, Identifying goals is highly beneficial when learning common manufacturing engineering tools. It provides clarity on specific skills required for role, allowing to tailor a learning path. Understanding goals ensures that prioritise relevant tools, optimizing time and efforts. Additionally, recognizing needs helps address gaps in knowledge, fostering a more comprehensive understanding of the tools essential to manufacturing engineering objectives.

Whatever area we take care of/work for - be it casting, forging,machining, press, weld, paint, assembly, automation, etc.; One thing is common and that is Operator, who is going to use manufacturing engineer's process, setup. So, one must be mindful of end user(operator primarily) while planning, designing, executing any of the facility. Hence, some techniques, methodologies, must be devised so that one never miss end user importance !

Agreed, it is a very broad area. Best practices involve physically doing or at the very least spending time with the people doing the work. Whether designing, fabricating, assembling or other tasks learning the needs of the people and processes 'downstream' can have tremendous impact. Taking it one step further, visit your best suppliers and learn from them, visit your best customers and learn from them, what tools are they using?

What I experienced, choosing right tools as a manufacturing engineer first aligning tool selection with goals, industry standards, and practical needs, it must be ensured that learning journey in manufacturing engineering is targeted and effective. Also below should be considered while choosing tools 1. Defining clear goals. 2. Researching industry standards. 3. Assessing your current skills. 4. Considering job requirements. 5. Seeking community recommendations. 6. Prioritizing hands-on experience. 7. Staying updated on industry trends.

I recommend working for someone willing to pay for your education. Then I would look at local community colleges for classes like SolidWorks, Machining, PLC programming and use etc. This will provide a solid baseline and great starting point to build your skill set. They may also have a manufacturing program based on automation and robotics which is great for learning. Try to work for someone who manufactures some type of product to get a feel for technology involved in the process.

MOOC.org is the best website filled with tons courses, even degrees that can help an individual get the necessary knowledge no matter where the reside!

In our organisation there is a global library 📖from where we can access each and every required information. Finding reliable and accessible resources like E-Book, tutorials videos and PPT’s are enabling skill development, efficient learning, real-world application, staying updated, problem-solving capability, industry relevance, time and cost efficiency, global reach, networking opportunities, and career advancement.

One thing that I found helpful through my humble experience that learning by practicing will always harden your skill and make the learning journey fun also. They always say that you need to practice every day for 21 days and that skill will not be forgotten (I’ve tried it and it works!)

There is no alternative of practice. And, it is practice and practice only that will lead one towards successfully mastering any tool. I have personally observed that a tool might be very mighty, but if the one is unable to use it at its peak performance, it is unfair for the tool!

Practicing and applying learning in manufacturing engineering tools are crucial for building proficiency, enhancing problem-solving skills, boosting confidence, facilitating adaptability, and supporting continuous improvement. It validates knowledge, ensuring practical expertise and readiness for real-world challenges in the dynamic manufacturing environment.

As I felt till now Feedback and improvement are integral for mastering common manufacturing engineering tools to become a good Engineer👷. Regular feedback loops provide insights into the effectiveness of tool utilization, highlighting areas for refinement. This iterative process not only enhances proficiency but also ensures that engineers adapt to evolving industry needs. Embracing feedback fosters a culture of continuous improvement, leading to more efficient workflows, reduced errors, and ultimately, elevated expertise in handling manufacturing engineering tools.

You should also make sure that your tools and manufacturing experties are not obsolete due to technology shift and new applications. Being updated and coping with new technological shifts, will enhance your hunting skills for new opportunities and being ready for new challenges.

In my POV, Staying updated and cultivating curiosity 🤔in learning common manufacturing engineering tools is depends upon the surroundings you are working in . It ensures professionals remain abreast of industry advancements, fostering innovation. Continuous learning enhances problem-solving skills and adaptability, making engineers more versatile. Moreover, familiarity with the latest tools enables them to optimize processes, improve productivity, and maintain a competitive edge in the rapidly evolving manufacturing landscape.

Manufacturing engineers. All this information leaves out one critical point. Engineers, office personnel, purchasing agents, salespeople and on and on. Are all treated with respect and dignity. Air conditioning, snacks, take a break when you need one. Not a whole lot of stress. But the ones who actually make the money for the company are those who have their hands on the parts your making. How did you start your business? Answering the phone? No! Typing out paperwork? No. Business was start by making parts and goods to sell, all the rest is support. But the basic shop employees receive the least compensation for their labor. Manufacturing may want to rethink who they take care of. Just my opinion.

Okay so largely I have realised that there can be two ways to learn the use of an engineering tool. One is by using a manual and following the steps. This first option comes with its disadvantages that includes a slow learning curve and lots of mistakes and frustrations if the tool is a bit complex. The second option is to learn from another experienced user. This option is way better but also has its restrictions. For example an experienced hire may not be accessible or available. But if within reach, learning curve is so much faster and smoother. Technology has also made it easier to utilise this option and it’s that experienced knowledge is available on video sharing websites around. Above all Practice, Practice, Practice