Mechanical Engineering Course

Applied to Mechanical Design and Manufacturing Companies

Module 1: Cutting in manufacturing
Module 2: Application of welding
Module 3: Turning and machining
Module 4: Mechanical Design Elements
Module 5: Value chain in engineering
Module 6: Stages and components of a project
Module 7: Hydraulics and pneumatics
Module 8: Electricity and control
Module 9: Lifting and translation equipment
Module 10: Transmission of movements

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Everything included in the Basic Pak
1 individual online sessions of 1 hour.
Technical support via email

In this course you will...

Going from theory to practice: You will be able to transform your theoretical knowledge learned from books or in class into practical knowledge applied to the industry with the mechanical enginering course.

Increase in Professional Opportunities: Get your position as a mechanical engineer knowing the manufacturing processes and the most common way of designing in engineering.

Selection of Manufacturing Processes: You will learn the most frequent real processes in the industry. That is, the ones that companies are currently using.

Welding Definition: You will learn to define the most common welds used in manufacturing and you will avoid mistakes when you are starting out.

Selection of Materials: Part of the job of a mechanical engineer is the selection of materials for the parts that he manufactures. You will know the most common materials and how to make a correct selection.

Determination of components: A design is made with manufactured components and with purchased components. Here you will learn to select them in the proper way and you will learn what factors you should take into account in general terms.

We sharpen your knowledge to work

mechanical engineering in company

The mechanical engineering course manages to polish all the knowledge that you have learned during the engineering degree to make it practical and useful in the professional environment.

Manufacturing processes

Within a company, unlike in academia, manufacturing processes are very well defined. Here you will learn to differentiate them and understand the economic reasons for choosing one manufacturing process or another.

Welding

Welding is that part of engineering that is taken for granted but when push comes to shove it is complicated and requires time. In the mechanical engineering course you will learn the basics of welding to decide what type of welding is commonly applied in designs.

Hydraulics

The choice of hydraulic components in the company is usually delegated to a specialist. In the mechanical engineering course you will learn the basics for selecting the main components and for verifying and validating the rest of the components that are incorporated.

Pneumatics

The pneumatic part in mechanical engineering is used for drives. In this sense, you will learn to determine the size of the cylinders and to choose between the most conventional valve models for simple movements.

Reducers, Bearings, Motors and Others

Not far from the hydraulic and pneumatic components we have the rest of the mechanical or electrical (motion) commercials that you will use as a mechanical engineer. In the mechanical engineering course, we relate the necessary technical parameters to the mechanical components in order to make a pre-selection of the component before speaking with specialized sales representatives and looking at manufacturer catalogs.

A Mechanical Engineer Has Great Criterion in

materials selection

One third of a mechanical engineer's time is spent on material selection. For this reason, throughout the entire mechanical engineering course we emphasize the different work materials available for each application.

Our engineering course

TO WHOM IT IS ADDRESSED THE MECHANICAL ENGINEERING COURSE

Our objective is to improve your professional profile and that as a specialist in mechanical engineering you are able to develop professionally.

15 DAY WARRANTY

IF YOU LIKE IT WE WILL REFUND YOUR MONEY

If, at any point in the next 15 days, you are not satisfied for any reason, I will refund ALL of your money, no questions asked.
We created this guarantee because I know that our training will completely change your life and I don’t want you to miss the opportunity to radically transform your mind.

I give you all the guarantees I can, so that you get results with my training. Now all you have to do is click the button below to achieve the results of your dreams!

AGENDA OF THE MECHANICAL ENGINEERING COURSE

The training modules are periodically updated to adapt to the latest needs of the industrial market. In addition, we take our students' doubts very seriously, we solve ALL of them and we record new classes to solve them.

We already have students from more than 15 countries, 10 fully developed modules and more than 30 high engineering problems. Everything to sweep your professional environment!

MODULE 1: Cutting in manufacturing

You will learn the technologies for handling steels, aluminum and other metals. In addition, you will know the ways to implement it in your industry.

MODULE 2: Application of welding

You will learn the different types of welding, regulations and technical criteria to develop steel structures and complete machines.

MODULE 3: Turning and machining

You will learn to differentiate what type of processes your designs need and which is the one with the best value for money. In addition, we will explain in detail what parameters must be indicated in the plans to outsource manufacturing.

MODULE 4: Mechanical Design Elements

You will learn to choose mechanical components and to integrate them into your designs. In this way you will learn its implementation and save as much as possible in the design and manufacture of industrial machinery.

MODULE 5: Engineering value chain

In this training module we unravel the secrets of engineering and explain what the complete manufacturing process is so that you can locate the bottlenecks in your process.

MODULE 6: Stages and components of a project

In this module we divide an engineering project into several parts and explain the key points of each of them.

MODULE 7: Hydraulics and pneumatics

A quality mechanical design has other very important components that give designs movement. In this module we will focus on explaining in detail all the hydraulic and pneumatic parts.

MODULE 8: Electricity and control

To control all the moving components of the machinery a phase of electricity and control is necessary. In this field we speak not only of electric motors but also of sensors, drives and automatons.

MODULE 9: Lifting and translation equipment

This module is different. You will learn to design lifting and translation components.

MODULE 10: Transmission of movements

In this module you will learn to transform movements, for example, change a vertical movement into a horizontal one or a horizontal one into two vertical ones… Everything is possible if you know how.

Why the training to create a mechanical project?

The training shows the specific techniques and worked so you don't have to look for additional information. Each topic is very specific and to the point regarding a mechanical project.

The training is adapted to professional mechanical design and manufacturing environments, with techniques that are applied to any engineering software to streamline the process. You will learn to detect the critical areas of your design and then optimize them with the help of software ..

Masterclass + Exercises with detailed explanation of the most important practical knowledge for a professional environment. Video summary as in pdf so you can review when you need it. We also have professional engineers who will answer your questions and technical doubts.

Receive a completion certificate (To achieve this you must pass a final exam). Along with an extra boost to finish the engineering, vocational training module, master's or doctorate that you are doing. It is your ideal aid for your final degree or thesis project, and your opportunity to access better job opportunities in the mechanical design and manufacturing industry.

How much would you pay to GET THE mechanical EXPERIENCE YOU NEED?

¿500€, 1.000€, 5.000€, 10.000€...?

According to statistics, hiring the design and manufacture of the first prototypes of a new product amounts to € 5,000 for the simple ones and the figures rise rapidly for the more complex products. Studying a university master's degree to learn just a quarter of the knowledge of "Create your mechanical project" would cost you € 5,000.

how manage a mechanical project?

The first step in managing a mechanical project is to identify the scope of the project. This includes defining the project goals, budget, timeline, and any other requirements. It is also important to identify the resources available for the project, such as personnel, materials, and equipment.

The second step is to develop a plan for the project. This includes creating a timeline, assigning tasks and responsibilities to team members, and setting milestones. This plan should be revisited and updated regularly to ensure that the project is progressing as planned. The last step is to monitor and control the project.

This involves regularly reviewing the progress of the project and making adjustments as needed. It also involves tracking the budget and ensuring that the project is completed within the established parameters. It is also important to have a system in place for reporting progress to stakeholders and keeping them informed of any changes or risks. This will help to keep the project on track and ensure that the project is successful.

steps to focus the mechanical project

Managing a mechanical engineering project can be quite challenging. It is important to have a clear plan and strategy in place to ensure that the project is completed on time and within budget. The first step is to define the scope of the project, including the objectives, deliverables, timeline, and budget. This will help to ensure that everyone involved in the project is aware of the expectations. The project manager should also create a timeline and identify any risks or challenges that may arise during the project.

The next step is to assign tasks and responsibilities to the team members. Assign each team member their roles and responsibilities, while also assigning deadlines and milestones. This will help to ensure that everyone is aware of what needs to be done and when. As the project progresses, the project manager should regularly monitor the progress of the project and make adjustments if needed. The project manager should also keep track of any changes or updates that need to be made to the project plan.

Finally, it is important to ensure that the project is meeting all of its objectives. The project manager should review the progress of the project and provide feedback to the team members. This will help to make sure

REASONS TO REGISTER on the online course

The training will help you improve your mechanical project engineering skills in the field of mechanical design and manufacturing, with a method adapted to changes in the industry and career and directed to real projects. So you can get a good job as a mechanical engineer and be responsible for industrial projects.

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