Three methods for gaining a deeper understanding of automation include conducting research to comprehend current automation technology and opportunities for enhancement, participating in trade shows and educational seminars, and visiting various manufacturing automation suppliers to observe their automation solutions in operation.

Automação é um conceito, um conjunto de ações e dispositivos, softwares e equipamentos integrados que tornam um processo manual pela operação de um ser humano, em um sistema que opera por si, baseado em sinais de sensores e acionando atuadores. Não compramos, simplesmente, a automação como um produto de prateleira, por exemplo, um inversor de frequência ou um CLP, são dispositivos comprados, mas que se não estiverem devidamente integrados e com sensores, o processo continuará manual, apenas trocando uma ação mecânica por uma eletrônica.

Our Civilization cannot run without automation. Automation includes our phones, homes, offices, cars & even our Fridge. Modern companies have the alternative to include Automation and adopt the best software & hardware technologies, to improve overall processes for higher reliability and state-of-the-art quality. Innovation, Design & Best Practices are now part of the Automation pathway in corporate processes, policies & manufacturing standards.

Aircraft manufacturing has undergone a profound transformation through the adoption of automation. In the past, aircraft manufacturing relied heavily on manual labor, leading to longer timelines and higher costs. However, advancements in robotics, CAD, and structural analysis have revolutionized the process. Today, automation is universal across design, prototyping, assembly, and inspection. Robotic systems perform precision tasks with efficiency, significantly reducing production times, improving quality control, and lowering manufacturing cost. This integration of automation has enabled the industry to produce safer, more advanced aircraft at greater scale than ever before, fundamentally reshaping the landscape of aircraft manufacturing.

Automation is vital for efficient operations. Adds to ease of operation Better trouble shooting Low risk of failures Feed forward loop eliminates the risk of potential harm . Makes project meet vital deadlines .

Automation is important in serval reasons 1.time saving 2.improved quality 3. Data Analysis and Insights 4. Automation helps ensure compliance with industry regulations, standards, and best practices by automating processes related to quality control, safety management, and documentation.

La automatización permite mantener el estándar de la calidad de los procesos, mantiene la seguridad de las personas y procesos, además que permite tener un alto grado de producción.

A automação promove melhoria além do processo, embora envolva a mitigação ou eliminação de falhas, ou ainda manter a qualidade de produtos e serviços. A automação permite explorar melhor os processos produtivos sem afetar na ergonomia e na integridade física e emocional do operadores. Logo, é permite que possamos ser mais eficientes nas tomadas de decisão, por também permitir coletar dados do processo todo, assim como melhorar as condições de trabalho.

Automation helps to - improve quality = reduced waste - improve cost efficiency - productivity - collect data for a better analysis

To understand better We need to first understand the machine or instrument for which we are going to implement automation w.r.t functional and its intended usage. Then to where automation can be applied and be useful in routine usgae and minimum intervention.

Implementing automation typically follows a structured approach with these key steps: 1-Identify Tasks for Automation: 2-Define Requirements and Goals: 3-Choose the Right Tools 4-Design Workflows: 5-Develop and Test the Automation 6-Implement and Monitor Here are some additional points to consider: Focus on value: Automate tasks that will yield a significant return on investment in terms of saved time or improved accuracy Human-in-the-Loop: Consider situations where human intervention might still be necessary for decision-making or exceptional cases By following these steps and considering these factors, you can effectively implement automation to streamline your processes and achieve your desired outcomes.

automation can be implemented in several ways 1. Assessment and Planning: 2. Technology Selection: 3.design and development 4.testing and validation 5.maintenance and support

La mise en œuvre d'un système automatisé nécessite la connaissance du besoin et l'application de différents process. La programmation d'un système requiert la maîtrise de différents protocoles.

you will first need to identify the process that needs to be automated, you evaluate the automation tools needed, plan and design your automation system and then implement it

Role of automation in the industry is very important because it can contribute significantly to the whole productivity by reducing the rate of rejection hence improve cost savings it also reduced downtine, increase safety, and improved product quality. With automation decision making and planning becomes easy also

Yes Automation have a key role in manufacturing industry by many reasons accuracy with consistent quality of output products.paralell safety of human beings by implementing interlocks and alarm.systems .area high zome risk can be access by cctv method and control hazardous area easily . Mangement reports and trouble shooting faster by Trends and graphs study history of issue and rca .that way make system improvement to reduce defects and error upto zero level . Regards Hem Chandra +919773853194

Automation benefits: - reduce human/operator intervene for the process thus minimize/eliminate error - validated system provides data quality, consistency - scalable, as applicable, that reduces cost in terms of operator training, etc - supports, promotes data integrity which is much needed for the current(and future) industry - demonstrated access control and data secure functions greatly supports during audits on sound data management - brings efficient innovative ways to reduce production downtime, ex; test system can be used and transfer to production with minimal verification

The high quality parameters of paper make it almost impossible for a human to control. Automation is a must in this industry.

Improved accuracy and quality: Automated systems are programmed to perform tasks with precision and consistency. This can lead to improved accuracy and quality of products or services. They can eliminate human errors and deviations, resulting in higher levels of customer satisfaction and reduced rework or defects.

Saves time Increase efficiency Improved quality Cost reduction Enhanced safety Improved decision making Improve efficiency

I will only address the challenges of automation when it comes to the workforce. Automation poses challenges for workers and the economy. Routine and manual jobs are at risk of automation, leading to job losses. This creates a skills gap as the laid-off workforce may lack the advanced technical skills needed for new jobs that requires more knowledge and skills. Furthermore, automation can worsen economic inequality, benefiting the highly-skilled workers while harming the lower-skilled workers. The labor market will likely experience a significant adjustment period as laid-off workers need time and resources to re-train or develop new skills for roles created by automation.

Como parte de los desafios de la automatización, cuando se trabaja en compañias poco automatizadas y que la mayoria de los procesos son realizados de forma artelesanal, el principal reto es gestionar el cambio a automatizar una tarea, quitar la frase - Siempre se ha hecho así- es un reto grande pero satisfactorio al lograrlo.

obviously the cost involved in automating a process is quite high and you will also need highly skilled personnel in maintaining and running such a system

some of the common roadblocks you might encounter: 1-Upfront Investment: 2-Technical Expertise: 3-Process Complexity: 4-Integration Issues: 5-Data Management: 6-Unexpected Errors 7-Maintaining Automation By being aware of these challenges and planning accordingly, you can increase your chances of successfully implementing automation and reaping its long-term benefits.

Skill gap Cost of implementing tool and framework Regular maintenance Supply chain disruption Regular compliance Impact on skill and training

Es la automatización etica? Definitivamente, aporta cantidad de beneficios en muchos campos de la vida, desde los de integridad de la salud fisica y seguridad en los procesos productivos de fabricacion, hasta los de costos de productos. El trillado tema de eliminacion de puestos laborales por adicion de sistemas automatas no es racional desde el punto de vista de la globalizacion de las mejores politicas y condiciones laborales en muchas industrias. Como muchas cosas de la vida, el sano balance permite caminar equilibradamente por ambos mundos.

There is a big push toward predictive maintenance and planning what to do to prevent failures before they happen. This also adds jobs to the economy.