3D printing course from zero to advanced level in 120 min - Private lessons

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3D printing course from zero to advanced level in 120 min

From 27.51 € /h

Dimensional printing is the most advanced manufacturing tool currently, and through the training course you will learn about it
1- Types of 3D printing machines and the differences found in them
2- How to choose the appropriate 3D printer
3- Modifying the engineering design to make it suitable for 3D printing
4- Use 3D printing programs such as CURA, ORCA and simplify 3D

Extra information

Bring your own computer

Location

Online from United Arab Emirates

Age

Children (7-12 years old)

Teenagers (13-17 years old)

Adults (18-64 years old)

Seniors (65+ years old)

Student level

Beginner

Intermediate

Advanced

Duration

120 minutes

The class is taught in

Arabic

English

Skills

Industrial engineering

Automotive engineering

Availability of a typical week

(GMT -05:00)

New York

Online via webcam

Mon

Tue

Wed

Thu

Fri

Sat

Sun

00-04

04-08

08-12

12-16

16-20

20-24

Classes that cover different engineering aspects: Structural and Energy.
Can provide support and help in these subjects involving different modules. These are basic courses for engineering and especially Mechanical Engineering.
Can provide different resources and problems and explain the solving method and use of the software.

Hello, I am an electrical engineer having an extensive experience as a professor in higher education in engineering science and electrical engineering, as well as great experience as an embedded systems engineer, in EE architecture, ADAS, Testing and validations in the automotive sector.

I offer support courses and training in engineering science subjects, particularly in Automation and Industrial Control, to graduate students. My methodology is based on the acquisition of knowledge and course concepts in a very simple manner and also on practical experience using the most widely used software on the market.

Automation is the discipline that, generally speaking, deals with the control of systems. It is therefore very important in the industrial field, to which it provides solutions, study methods, and systematic analysis approaches. It is a scientific discipline that studies dynamic systems, signals, and information for the purposes of control or decision-making.

This course consists of six chapters, divided as follows:

Chapter 1: Introduction to Automation & Controlled Systems
Chapter 2: Mathematical Modeling of Controlled Systems
Chapter 3: Time & Frequency Analysis of Controlled Systems
Chapter 4: Controlling Systems & Block Diagram Algebra
Chapter 5: Stability & Performance of Controlled Systems
Chapter 6: Correction and Regulation of Controlled Systems

STEM solution that engages students by providing the resources to design, build and program their creations while
helping them develop essential skills such as creativity, critical thinking, collaboration, and communication.
lego EV3lego EV3

APQP (Advanced Product Quality Planning) is a methodology for managing development and industrialization projects, applicable for new products, but also for deviations from a product already submitted to a customer (modification of design, raw material, production site, etc.). It defines the steps, milestones and expected deliverables for each project activity, namely:

Schedule
Product Design and Development
Process Design and Development
Product and Process Validation
Production
The PPAP (Production Part Approval Process) corresponds to all the deliverables and justifications of conformity, resulting from the APQP, that each supplier must provide to its customer during the development project until the launch of series production. The content of the PPAP is also standardized for certain industries (18 elements for automotive and 11 for aeronautics), but may vary according to the requirements issued by the customer. It can therefore be considered as an output of the APQP process.

The APQP brings together various expertise and methods, from market research to FMECA or MSA, and aims to harmonize its management and feedback, whether to the client or to auditors. It aims to demonstrate the robustness of the company's design and manufacturing according to the requirements (functional, production rate) and specifications (drawings, technical documents) of the customer, through the rigorous validation of each required step. By way of example, we find below all the steps for the automotive APQP.

عبدالرحمن

Training engineers and technicians to work in the field of precision instruments and control
Instrumentation and automatic control of petroleum, petrochemical, electricity and other companies
Paying attention to the theoretical and practical aspects and explaining the basics of working as an instrumentation engineer
Explanation of communication protocols
And how to track and solve faults

Graduated from the external aggregation in Industrial Sciences and holder of a doctorate in mechanical engineering, I offer courses adapted for students of technical schools and faculties. My expertise allows me to offer quality support to master the fundamental and advanced concepts of the following disciplines:

Courses offered:
🔧 Solid mechanics: Analysis and understanding of mechanical phenomena.
📐 Rational mechanics: Resolution of mechanical systems using rigorous approaches.
⚙️ Strength of Materials (RDM) and Mechanical Materials (MMC): Understanding the mechanical properties of structures and materials.
🏗️ Mechanical construction: Design, dimensioning, and production of mechanical systems.
💻 Industrial computing: Programming and automation in an industrial context.

Why choose my courses?
✔️ Clear and structured teaching methodology.
✔️ Practical and theoretical experiences adapted to academic expectations.
✔️ Preparation for exams, competitions, and technical projects.

Course format:

Target audience: Students from leading universities, technical faculties, and engineering training centers.
Organization: Individual or group courses, in person or online.
Teaching materials: Corrected exercises, detailed summaries, and practical simulations.

Industrial engineering at the university level is the branch of engineering that focuses on the design, improvement, implementation, and operation of production systems for goods and services. Its main objective is to optimize efficiency, increase productivity, and reduce costs in various organizations. Industrial engineers apply knowledge in areas such as operations management, methods and quality engineering, project management, and business administration.

My tutoring sessions cover basic sciences (mathematics and physics), thermodynamics, and general subjects related to industrial engineering.

عبدالرحمن

I am Engineer Abdel Rahman Abdel Aal, a university instructor specializing in explaining engineering subjects in a simplified and interactive manner via Zoom.

God willing, our lessons aim to provide a deep and systematic understanding of the curriculum content, through simplified and interactive explanations that adapt to each student's level.

🔹 Short tests are given periodically to measure understanding and stimulate concentration, while clarifying the differences between similar concepts to prevent distraction.

🔹 I rely on various examples, patience, and gradual delivery of information in my explanation, until the student reaches full understanding with confidence.

🔹 There is continuous follow-up via WhatsApp or Telegram throughout the semester to answer questions and help the student with studying and solving problems as they occur.

💻 The explanation is conducted online via Zoom, with a full recording of each session provided, so that the student can review it at any time.

🎯 Our goal is not just to pass the subject, but to excel in it and understand it in an easy and consistent manner, God willing.

Facility Planning is composed of facility location as a decision for choosing the best location to minimize the total cost of transportation and the other decpline is the location layout and the different improvement of layout to minimize cost

This lesson aims to introduce the 5S methodology as a core tool of Lean Manufacturing to improve workplace organization, increase productivity, and enhance safety and quality.
The trainee learns about the five stages of the methodology (sorting, arranging, cleaning, standardizing, and discipline), with practical examples from industrial reality and how to move from theory to practical application within workshops and institutions.
The lesson is aimed at students, engineers, and technicians who wish to gain a solid foundation in continuous improvement and build a culture of discipline and organization.

Overview
Practical lessons covering core and cutting-edge automotive systems, for students, technicians, enthusiasts, and industry professionals.

Key Topics

-Engineering maths

- Engine mechanics, powertrains and chassis design

- Electrical/electronics, hybrid/electric tech

- CAD design, materials and manufacturing

- Diagnostics, maintenance and performance tuning

- Autonomous vehicles, alternative fuels and connected cars

Theory of Machines (also referred to as Mechanics of Machines) is a branch of Mechanical Engineering that studies the relative motion between machine parts and the forces acting upon them.
Core Branches
Kinematics: Focuses on the geometry of motion (displacement, velocity, acceleration) without considering the forces causing it.
Dynamics: Analyzes the forces and torques acting on parts. It is subdivided into Statics (forces at rest) and Kinetics (forces in motion).

Comprehensive explanations of all chapters of Fluid Mechanics for all colleges and institutes in Kuwait, scholarship students, and others, including summaries, explanations, solved examples, and past exams, linking theory with practice. Also included are explanatory videos for all chapters: Fluid Mechanics 1, Fluid Mechanics 2, Hydraulics, and Turbomechanics.

Holder of an engineering degree in mechatronics from the Mines d'Alès school.
Passionate about technology and knowledge sharing, I am committed to sharing my professional expertise to help students succeed. My career path allows me to provide a concrete and structured perspective on engineering, while building a relationship of trust and support with my students to help them progress.

I offer practical support in Engineering Sciences, from middle school to preparatory classes, drawing on my professional expertise to bring theory to life. My method emphasizes understanding through technical examples and real-world problem-solving, moving beyond the traditional classroom setting, to help you achieve your goals of success in exams or competitive entrance exams.

CATIA, SolidWorks, AutoCAD and Mastercam to beginners (new engineers, technicians, and designers), up to advanced levels.
Lessons cover everything in detail—from the basics to advanced techniques—including in-depth program features, best practices, and effective design approaches/ methodologies.

Tailored for: Junior engineers, technicians, industrial designers, and anyone starting or advancing in CAD.
Language of instruction: Available in English
Format: Private one-on-one sessions, online (via Zoom/Teams) or in-person (in the Netherlands), flexible scheduling.
Focus: Practical, project-based learning with real-world examples, tips for efficiency, certification preparation if needed, and industry-standard workflows.

Classes that cover different engineering aspects: Structural and Energy.
Can provide support and help in these subjects involving different modules. These are basic courses for engineering and especially Mechanical Engineering.
Can provide different resources and problems and explain the solving method and use of the software.

Hello, I am an electrical engineer having an extensive experience as a professor in higher education in engineering science and electrical engineering, as well as great experience as an embedded systems engineer, in EE architecture, ADAS, Testing and validations in the automotive sector.

I offer support courses and training in engineering science subjects, particularly in Automation and Industrial Control, to graduate students. My methodology is based on the acquisition of knowledge and course concepts in a very simple manner and also on practical experience using the most widely used software on the market.

Automation is the discipline that, generally speaking, deals with the control of systems. It is therefore very important in the industrial field, to which it provides solutions, study methods, and systematic analysis approaches. It is a scientific discipline that studies dynamic systems, signals, and information for the purposes of control or decision-making.

This course consists of six chapters, divided as follows:

Chapter 1: Introduction to Automation & Controlled Systems
Chapter 2: Mathematical Modeling of Controlled Systems
Chapter 3: Time & Frequency Analysis of Controlled Systems
Chapter 4: Controlling Systems & Block Diagram Algebra
Chapter 5: Stability & Performance of Controlled Systems
Chapter 6: Correction and Regulation of Controlled Systems

STEM solution that engages students by providing the resources to design, build and program their creations while
helping them develop essential skills such as creativity, critical thinking, collaboration, and communication.
lego EV3lego EV3

APQP (Advanced Product Quality Planning) is a methodology for managing development and industrialization projects, applicable for new products, but also for deviations from a product already submitted to a customer (modification of design, raw material, production site, etc.). It defines the steps, milestones and expected deliverables for each project activity, namely:

Schedule
Product Design and Development
Process Design and Development
Product and Process Validation
Production
The PPAP (Production Part Approval Process) corresponds to all the deliverables and justifications of conformity, resulting from the APQP, that each supplier must provide to its customer during the development project until the launch of series production. The content of the PPAP is also standardized for certain industries (18 elements for automotive and 11 for aeronautics), but may vary according to the requirements issued by the customer. It can therefore be considered as an output of the APQP process.

The APQP brings together various expertise and methods, from market research to FMECA or MSA, and aims to harmonize its management and feedback, whether to the client or to auditors. It aims to demonstrate the robustness of the company's design and manufacturing according to the requirements (functional, production rate) and specifications (drawings, technical documents) of the customer, through the rigorous validation of each required step. By way of example, we find below all the steps for the automotive APQP.

عبدالرحمن

Training engineers and technicians to work in the field of precision instruments and control
Instrumentation and automatic control of petroleum, petrochemical, electricity and other companies
Paying attention to the theoretical and practical aspects and explaining the basics of working as an instrumentation engineer
Explanation of communication protocols
And how to track and solve faults

Graduated from the external aggregation in Industrial Sciences and holder of a doctorate in mechanical engineering, I offer courses adapted for students of technical schools and faculties. My expertise allows me to offer quality support to master the fundamental and advanced concepts of the following disciplines:

Courses offered:
🔧 Solid mechanics: Analysis and understanding of mechanical phenomena.
📐 Rational mechanics: Resolution of mechanical systems using rigorous approaches.
⚙️ Strength of Materials (RDM) and Mechanical Materials (MMC): Understanding the mechanical properties of structures and materials.
🏗️ Mechanical construction: Design, dimensioning, and production of mechanical systems.
💻 Industrial computing: Programming and automation in an industrial context.

Why choose my courses?
✔️ Clear and structured teaching methodology.
✔️ Practical and theoretical experiences adapted to academic expectations.
✔️ Preparation for exams, competitions, and technical projects.

Course format:

Target audience: Students from leading universities, technical faculties, and engineering training centers.
Organization: Individual or group courses, in person or online.
Teaching materials: Corrected exercises, detailed summaries, and practical simulations.

Industrial engineering at the university level is the branch of engineering that focuses on the design, improvement, implementation, and operation of production systems for goods and services. Its main objective is to optimize efficiency, increase productivity, and reduce costs in various organizations. Industrial engineers apply knowledge in areas such as operations management, methods and quality engineering, project management, and business administration.

My tutoring sessions cover basic sciences (mathematics and physics), thermodynamics, and general subjects related to industrial engineering.

عبدالرحمن

I am Engineer Abdel Rahman Abdel Aal, a university instructor specializing in explaining engineering subjects in a simplified and interactive manner via Zoom.

God willing, our lessons aim to provide a deep and systematic understanding of the curriculum content, through simplified and interactive explanations that adapt to each student's level.

🔹 Short tests are given periodically to measure understanding and stimulate concentration, while clarifying the differences between similar concepts to prevent distraction.

🔹 I rely on various examples, patience, and gradual delivery of information in my explanation, until the student reaches full understanding with confidence.

🔹 There is continuous follow-up via WhatsApp or Telegram throughout the semester to answer questions and help the student with studying and solving problems as they occur.

💻 The explanation is conducted online via Zoom, with a full recording of each session provided, so that the student can review it at any time.

🎯 Our goal is not just to pass the subject, but to excel in it and understand it in an easy and consistent manner, God willing.

Facility Planning is composed of facility location as a decision for choosing the best location to minimize the total cost of transportation and the other decpline is the location layout and the different improvement of layout to minimize cost

This lesson aims to introduce the 5S methodology as a core tool of Lean Manufacturing to improve workplace organization, increase productivity, and enhance safety and quality.
The trainee learns about the five stages of the methodology (sorting, arranging, cleaning, standardizing, and discipline), with practical examples from industrial reality and how to move from theory to practical application within workshops and institutions.
The lesson is aimed at students, engineers, and technicians who wish to gain a solid foundation in continuous improvement and build a culture of discipline and organization.

Overview
Practical lessons covering core and cutting-edge automotive systems, for students, technicians, enthusiasts, and industry professionals.

Key Topics

-Engineering maths

- Engine mechanics, powertrains and chassis design

- Electrical/electronics, hybrid/electric tech

- CAD design, materials and manufacturing

- Diagnostics, maintenance and performance tuning

- Autonomous vehicles, alternative fuels and connected cars

Theory of Machines (also referred to as Mechanics of Machines) is a branch of Mechanical Engineering that studies the relative motion between machine parts and the forces acting upon them.
Core Branches
Kinematics: Focuses on the geometry of motion (displacement, velocity, acceleration) without considering the forces causing it.
Dynamics: Analyzes the forces and torques acting on parts. It is subdivided into Statics (forces at rest) and Kinetics (forces in motion).

Comprehensive explanations of all chapters of Fluid Mechanics for all colleges and institutes in Kuwait, scholarship students, and others, including summaries, explanations, solved examples, and past exams, linking theory with practice. Also included are explanatory videos for all chapters: Fluid Mechanics 1, Fluid Mechanics 2, Hydraulics, and Turbomechanics.

Holder of an engineering degree in mechatronics from the Mines d'Alès school.
Passionate about technology and knowledge sharing, I am committed to sharing my professional expertise to help students succeed. My career path allows me to provide a concrete and structured perspective on engineering, while building a relationship of trust and support with my students to help them progress.

I offer practical support in Engineering Sciences, from middle school to preparatory classes, drawing on my professional expertise to bring theory to life. My method emphasizes understanding through technical examples and real-world problem-solving, moving beyond the traditional classroom setting, to help you achieve your goals of success in exams or competitive entrance exams.

CATIA, SolidWorks, AutoCAD and Mastercam to beginners (new engineers, technicians, and designers), up to advanced levels.
Lessons cover everything in detail—from the basics to advanced techniques—including in-depth program features, best practices, and effective design approaches/ methodologies.

Tailored for: Junior engineers, technicians, industrial designers, and anyone starting or advancing in CAD.
Language of instruction: Available in English
Format: Private one-on-one sessions, online (via Zoom/Teams) or in-person (in the Netherlands), flexible scheduling.
Focus: Practical, project-based learning with real-world examples, tips for efficiency, certification preparation if needed, and industry-standard workflows.

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