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You’re a Manufacturing Engineer looking to stay ahead of the curve. What technologies should you learn next?

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As a manufacturing engineer, you are responsible for designing, developing, and improving the processes, systems, and equipment that turn raw materials into finished products. To stay ahead of the curve in this dynamic and competitive field, you need to keep up with the latest technologies that can enhance your efficiency, quality, and innovation. Here are some of the technologies that you should learn next to boost your career as a manufacturing engineer.

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Anand Prakash

Senior Process Engineer NPD & New projects at WIKA Group. Working on Process Engineering ,New Projects,Plant Cognitive…
Steven Weinberg

Mechanical Engineer at Cool Innovations
José González Oliva

MANUFACTURING ENGINEER

1 Additive Manufacturing

Additive manufacturing, or 3D printing, is the process of creating solid objects by depositing layers of material on top of each other, guided by a digital model. This technology allows you to create complex and customized shapes, reduce material waste and inventory, and accelerate prototyping and testing. To master additive manufacturing, you need to learn how to design for 3D printing, select the appropriate materials and methods, operate and maintain the printers, and optimize the post-processing and quality control.

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Anand Prakash

Senior Process Engineer NPD & New projects at WIKA Group. Working on Process Engineering ,New Projects,Plant Cognitive ergonomics,Selection & commissioning of new machines,SOP,WI & promoting Good manufacturing practices.
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Learning new technologies ???? & Keeping up with advancements ensures stay competitive, enhances skill set, and positions as an industry expert. Adapting to emerging technologies, like additive manufacturing, allows to contribute to innovation within field, potentially improving efficiency and production processes. Continuous learning is key to staying ahead of the curve in the dynamic field of manufacturing engineering.

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Vineet Dawara

Computational applied mechanics | Fracture and impact mechanics. I Ph.D. Student @ Indian Institute of Science (IISc), Bangalore
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With additive manufacturing or popularly known as 3D printing, you can design parts with software like PTC Creo or SolidWorks and then print them by generating G-codes. However, it's not straightforward. You need to understand how to adjust settings for different materials, which requires research. This technology is now mainly used for polymers and selected metals. What's exciting is that you can create really strong structures and print entire parts without any seams.

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José González Oliva

MANUFACTURING ENGINEER
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En este momento de mi carrera apuesto enteramente por la tecnología de AM con polvos metálicos. Con una buena compactación y sinterización se pueden obtener piezas metálicas de gran complejidad a muy bajo coste.

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2 Industrial Internet of Things

Industrial Internet of Things, or IIoT, is the network of smart devices, sensors, and machines that communicate and exchange data with each other and with cloud-based platforms. This technology enables you to monitor and control the performance, condition, and energy consumption of your equipment, as well as collect and analyze data for process improvement and optimization. To leverage IIoT, you need to learn how to integrate and secure the devices, use the software and platforms that manage the data, and apply the analytics and insights to make data-driven decisions.

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Anand Prakash

Senior Process Engineer NPD & New projects at WIKA Group. Working on Process Engineering ,New Projects,Plant Cognitive ergonomics,Selection & commissioning of new machines,SOP,WI & promoting Good manufacturing practices.
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Adopting and understanding ??the IIoT as a manufacturing engineer is immensely beneficial while industries are rolling out on 4.0. IIoT can optimise production processes, improve efficiency, and enable predictive maintenance. Embracing this technology enhances your ability to design and implement smart manufacturing systems, ultimately contributing to increased productivity and competitiveness in the rapidly evolving manufacturing landscape.

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3 Robotics and Automation

Robotics and automation are the technologies that use machines, robots, and software to perform tasks that are repetitive, hazardous, or require high precision and speed. These technologies can help you increase productivity, quality, and safety, as well as reduce labor costs and human errors. To excel in robotics and automation, you need to learn how to design, program, and operate the robots and machines, as well as troubleshoot and maintain them. You also need to learn how to collaborate and coordinate with the human workers who interact with them.

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Kurt Russell Bucad

Mechatronics
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Robotics, automation, machine learning, these things are the fundamentals for the future, having enough knowledge of these would mean that you have enough edge or weapon and you are future proof.

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Gabriel A Villase?or

Ingeniero de Dise?o, dise?o de herramentales
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Si bien es cierto, algo que considero se debe enfatizar es que la automatización no siempre va ligada con los avances tecnológicos más nuevos y costosos, pues en ocasiones un poco de creatividad puede dar una solución con el mismo impacto y a un bajo costo.

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4 Artificial Intelligence and Machine Learning

Artificial intelligence, or AI, is the technology that enables machines and software to perform tasks that require human intelligence, such as reasoning, learning, and problem-solving. Machine learning, or ML, is a subset of AI that allows machines and software to learn from data and improve their performance without explicit programming. These technologies can help you enhance your process design, quality control, predictive maintenance, and product innovation. To harness AI and ML, you need to learn how to use the tools and frameworks that enable you to build, train, and deploy the models, as well as evaluate and interpret the results.

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José González Oliva

MANUFACTURING ENGINEER
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Los algoritmos de IA para la fabricación en las grandes empresas se encuentran en un estado primigenio. Aún se siguen necesitando profesionales para realizar las tareas rutinarias que una máquina educada podría hacer con facilidad. Pienso que las grandes empresas aún se resisten a aplicar estas tecnologías por falta de fiabilidad y porque trabajan en entornos muy cerrados.

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Anand Prakash

Senior Process Engineer NPD & New projects at WIKA Group. Working on Process Engineering ,New Projects,Plant Cognitive ergonomics,Selection & commissioning of new machines,SOP,WI & promoting Good manufacturing practices.
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In my POV ?? By staying proactive, continuously learning, and strategically leveraging AI and ML technologies, manufacturing engineers can position themselves at the forefront of innovation and drive transformative change in the industry.

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5 Augmented and Virtual Reality

Augmented reality, or AR, is the technology that overlays digital information and images on the real-world environment, while virtual reality, or VR, is the technology that creates a fully immersive and simulated environment. These technologies can help you improve your training, collaboration, and visualization of your processes and products. To adopt AR and VR, you need to learn how to use the hardware and software that create and display the content, as well as design and develop the content that meets your needs and goals.

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Anand Prakash

Senior Process Engineer NPD & New projects at WIKA Group. Working on Process Engineering ,New Projects,Plant Cognitive ergonomics,Selection & commissioning of new machines,SOP,WI & promoting Good manufacturing practices.
举报内容
Now Opting AR/VR can be highly effective when you are working on projects ,These technologies offer immersive training, design visualization, and remote collaboration capabilities. By leveraging AR/VR, you can enhance product development, streamline maintenance processes, and improve overall efficiency, contributing to a more advanced and innovative approach in manufacturing engineering.

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José González Oliva

MANUFACTURING ENGINEER
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La realidad aumentada es un punto fuerte para proyectos maduros en su estado de fabricación ya que permiten una rápida interacción entre los operarios (blue collar) y los elementos de fabricación. Una tecnología por la que ya apuestan la mayoría de las grandes empresas.

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6 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?

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Steven Weinberg

Mechanical Engineer at Cool Innovations
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Ignore the rest of the article. It's a bunch of buzzwords. All of these have their niches, but none are critical. If you want to stay ahead of the curve, get real good at talking to people. Your operators, your suppliers, your clients. Everyone. Respect the knowledge each person brings and keep learning.

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You’re a Manufacturing Engineer looking to stay ahead of the curve. What technologies should you learn next?

1

2

3

4

5

6

1 Additive Manufacturing

2 Industrial Internet of Things

3 Robotics and Automation

4 Artificial Intelligence and Machine Learning

5 Augmented and Virtual Reality

6 Here’s what else to consider

Manufacturing Engineering

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You’re a Manufacturing Engineer looking to stay ahead of the curve. What technologies should you learn next?

1

2

3

4

5

6

1 Additive Manufacturing

2 Industrial Internet of Things

3 Robotics and Automation

4 Artificial Intelligence and Machine Learning

5 Augmented and Virtual Reality

6 Here’s what else to consider

Manufacturing Engineering

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