Dominate Scientific Plastic Injection Molding! from Udemy

Welcome to the BEST Scientific Injection Molding Course on Udemy.

What makes it the best?

1. Straight to the Point: In less than 2 Hours You will have all the knowledge and tools needed to validate using Scientific Injection Molding Principles. Can other courses say the same?

2. Effectiveness and Satisfaction Guaranteed: We use a proprietary CusumMx Workbook that guides you step-by-step through a Scientific Molding Validation so your results are always Perfect. Who else can say that here on Udemy?

3. We make the complex Easy to Understand. You are here because you Need to validate Injection Molding Machines, so we use an online injection Molding Machine Simulator to help you practice in the comfort of your own home. Do other courses on Udemy Offer Simulators?

In Summary: This is the best Deal for Learning Scientific Injection Molding that you will find on Udemy taught by Native English speakers.

Frequently Asked Questions Section:

Why does the course last 7+ hours?
We decided to add Quality Control lessons and Minitab lessons to the course to make better Engineers. We make Great Engineers and statistics is fundamental for proper quality and manufacturing decisions.
Who made the online simulator?
The online simulator is made and provided by Paulson.
What Qualifies CusumMx/Andres Ruelas to teach Injection Molding?
Experience working as a Quality Molding Engineer and Manufacturing Molding Engineer in the medical manufacturing sector assuring patient safety with quality molded plastic parts. If you've used plastic products and extruded tubes from Medtronic, Cardinal Health, Stryker and/or Teleflex Medical there is a high likelihood that I've manufactured it in the past.
Can I take this as a complete beginner to Injection Molding?
Of course. This course is perfect for Beginners and Intermediate Engineers without Master Molder I/II Certifications.
Is this course equivalent to a Master Molder Certification?
We do teach similar concepts but Master Molder certifications are long 120+ hour courses, executed on-site and with price tags above 10 Thousand Dollars. This course is a great first step to learn the basics and as your career advances you can look into investing in a Master Molder Certification.
How are your lessons structured?
We use videos with step-by-step instructions, online simulators and downloadable Templates so you can fill in your information and practice with us.

Main Content and Course Structure Section:

This Course is aimed at new and Experienced quality and manufacturing engineers who are unfamiliar with Scientific Injection Molding.

We dedicate the first module to teaching beginners what is injection molding and the most common terms and machines used to assure smooth communication with more experienced engineers.

For more intermediate level engineers from model 2 to 5 we review more advanced concepts including: Scientific/Decoupled Molding, Injection Molding Process Validation, Parameter Recipe Creation and Report Creation.

Our lessons include recorded video lessons with step-by-step instructions and downloadable exercise practice files.

IMPORTANT:

Please remember that this course is not a Master Molder I/II Certification. It is intended to provide a stress-free roadmap for validating a molding process but differs from Master Molders in cost, execution complexity and final process efficiency.

For example: This course teaches you how to create cosmetic, dimensional and functional acceptable parts that meet a validation requirement with a cycle time of 50 seconds. A Master Molder type approach would likely provide all this with a cycle time of 45 seconds. To obtain this 5 second cycle time reduction a Master Molder employs polymer theory and takes twice the time we would take which is not the focus of this user-friendly injection molding course.

So Come Join us and Take your first step toward Injection Molding Success.

What's inside

Learning objectives

Learn scientific injection molding to validate a new injection molding process quickly and painlessly
Use minitab to create process windows with design of experiments to easily demonstrate ideal parameters

Use a scientific molding workbook that calculates for you common molding machine parameters and their impact in process quality
Learn the basic functions of being a quality engineer and know how to take charge without stress when defects occur (non-conformance process flow)

Learn scientific injection molding to validate a new injection molding process quickly and painlessly
Use minitab to create process windows with design of experiments to easily demonstrate ideal parameters
Use a scientific molding workbook that calculates for you common molding machine parameters and their impact in process quality
Learn the basic functions of being a quality engineer and know how to take charge without stress when defects occur (non-conformance process flow)

Syllabus

Execute a Complete Scientific Injection Molding Validation with confidence and no stress

Introduction - Injection Molding. Plastic and Machine Types

The Minitab Files are included as Attachments. MPX Files work with versions 19 and newer while MPJ Files work with versions 18, 17 and 16. If you have any issues we are also including an Excel file that contains all the raw data which can be copied and pasted into Minitab.

The Minitab Files are included as Attachments in Module 2. MPX Files work with versions 19 and newer while MPJ Files work with versions 18, 17 and 16. If you have any issues we are also including an Excel file that contains all the raw data which can be copied and pasted into Minitab.

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Uses a proprietary CusumMx Workbook, which guides learners step-by-step through a scientific molding validation to ensure results are consistently accurate and reliable

Includes Minitab lessons, which are fundamental for making proper quality and manufacturing decisions, thus enhancing the overall skill set of engineers in the field

Uses an online injection molding machine simulator provided by Paulson, which allows learners to practice and apply scientific injection molding principles in a virtual environment

Teaches concepts similar to Master Molder certifications, providing a solid foundation for those looking to advance their careers and potentially pursue formal certification later

Includes Minitab files compatible with versions 16 and newer, but users with older versions may need to use the provided Excel file for raw data, which may require extra steps

Reviews summary

Practical scientific injection molding fundamentals

According to learners, this course offers a highly practical and efficient introduction to Scientific Injection Molding, particularly for engineers focused on validation rather than deep optimization. Many appreciate that it provides immediately applicable knowledge and tools like the CusumMx workbook and the Paulson simulator, making complex concepts easy to understand and practice. While it's not a Master Molder certification equivalent, students find it an excellent first step and great value. The inclusion of sections on Minitab for Design of Experiments and Quality Control fundamentals are seen as valuable additions.

Straight to the point, saves time.

"Unlike longer, more expensive courses, this gets straight to the core concepts needed for validation quickly."

"The lessons are concise and well-structured, allowing you to learn efficiently."

"Perfect for engineers needing to quickly get up to speed on scientific molding validation principles."

Adds valuable statistical and quality skills.

"The section on using Minitab for DOE was unexpected but very useful for process optimization and validation."

"Adding the Quality Control basics was a smart move; it helps connect the molding process to the overall quality system."

"Learning how to use Minitab with the provided data was a bonus I didn't expect but really appreciate."

"The QC content is relevant for anyone working in a manufacturing environment."

Suitable for beginners, manages expectations well.

"As someone relatively new to Scientific Molding, this course gave me a solid foundation without being overwhelming."

"It clearly explains the basics and moves into validation without getting lost in overly complex theory like some other programs."

"They are upfront about it not being a Master Molder course, but it's perfect for understanding the core validation principles."

"Great starting point for engineers wanting to learn about scientific molding for process validation."

Hands-on tools enhance learning experience.

"The included CusumMx workbook is a fantastic tool, it simplifies the calculations and validation process significantly."

"Using the Paulson simulator was a major plus, it allowed me to practice the concepts without needing a real machine."

"The simulator is great for reinforcing the lessons, and the workbook is a keeper for future reference."

"The combination of videos, workbook, and simulator makes learning very effective."

Provides skills directly usable in the field.

"This course gives you the tools and knowledge to validate a process, which is exactly what I needed for my job."

"I was able to use the concepts and workbook on a project the very next day. Highly practical!"

"The content is focused and provides practical steps you can take immediately."

"Finally a course that teaches you how to get things done in the real world of molding, not just theory."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Dominate Scientific Plastic Injection Molding! with these activities:

Review Basic Statistics Concepts

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Strengthen your understanding of statistical concepts, particularly Design of Experiments (DOE) and regression analysis, which are crucial for process optimization in injection molding.

Browse courses on Design of Experiments

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Review introductory statistics textbooks or online resources.
Practice solving basic statistical problems.
Familiarize yourself with statistical software like Minitab.

Read 'Understanding Injection Molding' by John Beaumont

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Gain a deeper understanding of injection molding principles and practices to enhance your ability to validate and optimize molding processes.

View Runner and Gating Design Handbook 3E: Tools for... on Amazon

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Obtain a copy of 'Understanding Injection Molding'.
Read the chapters relevant to scientific molding and process validation.
Take notes on key concepts and techniques.

Injection Molding Simulation Exercises

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Reinforce your understanding of injection molding parameters and their effects by practicing with an injection molding simulator.

Show steps

Access the Paulson injection molding simulator.
Experiment with different parameter settings and observe the results.
Document your findings and analyze the impact of each parameter.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Read 'Injection Molding Handbook' by Tim Osswald

Show steps

Expand your knowledge of injection molding with a comprehensive handbook covering materials, equipment, process control, and troubleshooting.

View Injection Molding Handbook 2E on Amazon

Show steps

Obtain a copy of 'Injection Molding Handbook'.
Focus on chapters related to process optimization and advanced techniques.
Use the handbook as a reference for troubleshooting real-world molding issues.

Process Validation Report Template

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Solidify your understanding of process validation by creating a template for a process validation report, incorporating the concepts learned in the course.

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Review the course materials on process validation.
Identify the key elements of a process validation report.
Create a template with sections for each element, including data collection, analysis, and conclusions.

Create a Troubleshooting Guide

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Improve your understanding of common injection molding defects and their causes by creating a troubleshooting guide for yourself or your colleagues.

Show steps

Identify common injection molding defects.
Research the causes of each defect and potential solutions.
Create a guide with clear descriptions, images, and troubleshooting steps.

Validate a Molding Process

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Apply the scientific injection molding principles learned in the course to validate a real-world molding process, either at your workplace or using a simulated environment.

Show steps

Select a molding process to validate.
Apply the CusumMx Workbook to guide your validation process.
Document your findings and create a validation report.

Career center

Learners who complete Dominate Scientific Plastic Injection Molding! will develop knowledge and skills that may be useful to these careers:

Quality Engineer

A quality engineer ensures products meet specific standards. The course's content on scientific injection molding offers valuable insight into this role. Quality engineers will appreciate the focus on injection molding process validation, a key aspect of ensuring high-quality plastic parts. The course emphasizes using a CusumMx Workbook for consistent validation results. The course's practical approach, including the online injection molding machine simulator for practice, makes it very useful. The course helps to learn root cause analysis and implement corrective/preventive actions. The inclusion of Minitab lessons helps a quality engineer.

See salaries and explore the career path for Quality Engineer

Manufacturing Engineer

A manufacturing engineer optimizes production processes, and this course can benefit those interested in this career. This course dives into scientific injection molding principles. This directly translates to a manufacturing engineer's responsibility to improve manufacturing processes. The course teaches how to validate using scientific injection molding, directly relevant to ensuring product quality and process efficiency. The course's use of a CusumMx Workbook for step-by-step guidance and the online injection molding machine simulator can help a manufacturing engineer understand and refine injection molding processes. The additional lessons on Quality Control and Minitab also provide useful tools.

See salaries and explore the career path for Manufacturing Engineer

Industrial Engineer

An industrial engineer improves efficiency in organizations and businesses. This course can benefit a process engineer. With its teaching of Scientific Injection Molding principles, this course will help an industrial engineer to improve manufacturing processes. The course teaches how to validate using scientific injection molding, directly relevant to ensuring product quality and process efficiency. The course's lessons include recorded video lessons with step-by-step instructions and downloadable exercise practice files. The additional lessons on Quality Control and Minitab also provide useful tools.

See salaries and explore the career path for Industrial Engineer

Process Engineer

Process engineers develop and optimize industrial processes. This course teaches the fundamentals of scientific injection molding, a common process in manufacturing. Process engineers can use this knowledge to improve the efficiency and effectiveness of injection molding operations. The course's emphasis on validation and parameter optimization can help those in this career fine-tune molding processes for optimal results. The course's lessons include recorded video lessons with step-by-step instructions and downloadable exercise practice files. It teaches how to create cosmetic, dimensional and functional acceptable parts.

See salaries and explore the career path for Process Engineer

Plastics Engineer

A plastics engineer specializes in working with plastic materials and products. This course might be useful, as it focuses on scientific injection molding. Plastics engineers can use the skills and knowledge gained from this course to optimize injection molding processes, improve product quality, and reduce waste. The course teaches how to validate using scientific injection molding. A plastics engineer can benefit from the course's practical exercises, including the online injection molding machine simulator. The course teaches how to create cosmetic, dimensional and functional acceptable parts.

See salaries and explore the career path for Plastics Engineer

Process Technician

Process technicians work in manufacturing. This course teaches the fundamentals of scientific injection molding, a common process in manufacturing. Process technicians can use this knowledge to improve the efficiency and effectiveness of injection molding operations. A process technician can use the focus on validation and parameter optimization. The course's lessons include recorded video lessons with step-by-step instructions and downloadable exercise practice files. It teaches how to create cosmetic, dimensional and functional acceptable parts.

See salaries and explore the career path for Process Technician

Product Development Engineer

Product development engineers are involved in designing and developing new products. This course may be useful for product development engineers working with plastic components. The course's focus on injection molding process validation can help ensure that new products meet quality standards. This course provides hands-on experience with injection molding machine simulators and downloadable templates for practice. This course teaches how to create cosmetic, dimensional and functional acceptable parts. Understanding the injection molding process is beneficial for designing manufacturable plastic parts.

See salaries and explore the career path for Product Development Engineer

Continuous Improvement Specialist

A continuous improvement specialist identifies and implements improvements in manufacturing processes. This course may be useful since it teaches you how to validate Injection Molding Machines. This course's practical approach, including the use of online simulators and downloadable templates, can help continuous improvement specialists identify areas for optimization in injection molding operations. The course teaches how to create cosmetic, dimensional and functional acceptable parts. Additionally, the Minitab lessons may be useful for analyzing process data and identifying trends.

See salaries and explore the career path for Continuous Improvement Specialist

Research and Development Engineer

A research and development engineer designs and develops new products. This course can be useful for research and development engineers working with plastic components. The course's focus on injection molding process validation can help ensure that new products meet quality standards. This course provides hands-on experience with injection molding machine simulators and downloadable templates for practice. Product flow is a large component of this course. Understanding the injection molding process is beneficial for designing manufacturable plastic parts.

See salaries and explore the career path for Research and Development Engineer

Manufacturing Supervisor

Manufacturing supervisors oversee production operations. This course may be useful for manufacturing supervisors in facilities that use injection molding. The course's coverage of scientific injection molding principles can help supervisors understand and manage the injection molding process more effectively. This course emphasizes the importance of quality control. The course's teaching root cause analysis and corrective/preventive actions implementation may be useful. The course offers insight into the basics of injection molding, which can help in making informed decisions.

See salaries and explore the career path for Manufacturing Supervisor

Engineering Manager

An engineering manager supervises other engineers. This course may be useful since it teaches you how to validate Injection Molding Machines. This course's practical approach, including the use of online simulators and downloadable templates, can help engineering managers understand and oversee the injection molding operations. The course teaches how to create cosmetic, dimensional and functional acceptable parts. Additionally, lessons teach root cause analysis and implement corrective/preventive actions.

See salaries and explore the career path for Engineering Manager

Metrologist

A metrologist is concerned with the science of measurement. A metrologist can use this course to help perform injection molding process validation. This course helps to validate using scientific injection molding, directly relevant to ensuring product quality and process efficiency. The course's use of a CusumMx Workbook for step-by-step guidance and the online injection molding machine simulator helps a metrologist understand and refine injection molding processes. The additional lessons on Quality Control and Minitab also provide useful tools.

See salaries and explore the career path for Metrologist

Technical Sales Engineer

Technical Sales Engineers sell technical items. This course's content on scientific injection molding offers insight into this role. The course emphasizes using a CusumMx Workbook for consistent validation results, as well as the course's practical approach. The course helps to learn root cause analysis and implement corrective/preventive actions. The inclusion of Minitab lessons helps a quality engineer.

See salaries and explore the career path for Technical Sales Engineer

Project Manager

Project managers plan, budget, oversee and document all aspects of a specific project. This course's focus on injection molding process validation can help ensure that new projects meet quality standards. This course provides hands-on experience with injection molding machine simulators and downloadable templates for practice. Understanding the injection molding process is useful for project management.

See salaries and explore the career path for Project Manager

Laboratory Technician

Laboratory technicians perform laboratory tests. This course may be useful, as it focuses on scientific injection molding. The course teaches how to validate using scientific injection molding. A plastics engineer can benefit from the course's practical exercises, including the online injection molding machine simulator. The course teaches how to create cosmetic, dimensional and functional acceptable parts.

See salaries and explore the career path for Laboratory Technician

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Dominate Scientific Plastic Injection Molding!.

Runner and Gating Design Handbook 3e

Save

Provides a comprehensive overview of injection molding principles and practices. It valuable resource for understanding the science behind the process and troubleshooting common issues. It is commonly used as a textbook in academic institutions and by industry professionals. Reading this book will add depth to the course material.

Runner and Gating Design Handbook 3E: Tools for...

Hardcover

$$$$

Injection Molding Handbook

Save

This handbook provides in-depth coverage of all aspects of injection molding, from materials and equipment to process control and troubleshooting. It serves as a comprehensive reference for experienced engineers and those seeking a deeper understanding of the technology. is more valuable as additional reading than it is as a current reference. It adds breadth to the existing course.

Injection Molding Handbook 2E

Hardcover

$$$$

Dominate Scientific Plastic Injection Molding!

What's inside

Learning objectives

Syllabus

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Save this course

Reviews summary

Practical scientific injection molding fundamentals

Activities

Career center

Reading list

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