How to become a specialist in Mechanical Design using CATIA V5 in ONLY 6 weeks (240 hours) of online course
This online course CATIA V5 for Mechanical Designers is based on CATIA V5 Infrastructure, Sketcher, Part Design, Assembly Design and Drafting modules, covering both 3D and 2D modelling of mechanical parts, and helps students, engineers and technicians become specialists in designing mechanical parts and creating the necessary data inside CATIA V5 for the manufacturing of mechanical parts through a complete process, practically proven and developed by GURUCAD in 16 years of work on projects for Airbus, Boeing, Comac, Lufthansa, Daimler, Volkswagen, BMW and Audi, therefore practitioners and not theoreticians.
Level:CATIA V5 Mechanical Designer Specialist
Course duration:6 weeks (240 hours), but you get 3 or 6 months 24/7 access to this course based on your selected package
Goal:Professional success in international corporations
Course Outcome: Develops key capabilities in mechanical design with CATIA V5
Course format:Online in English (language of international corporations), accessible from any device
Course content:Over 480 pages of theory in video format and 147 exercises in pdf format and some of them in video format
Live Q & A Sessions (Questions and answers):2 hours of weekly / monthly Q & A live sessions in English, where your questions will be clarified, depending on the package you choose
Community / group especially for this course participants:Access to latest information, news & experts by participating in group discussions
Additional benefits:Become very motivated and ready to get out of the crowd and get a job in an international corporation
Diploma: CATIA V5 Mechanical Designer
Opinions of our graduates
Testimonial from Mr. Ovidiu Zamfir, Iaşi, Romania.
Being the owner of "Concept Construction" company, having as specific the design and the manufacturing of curtain walls, lighting systems and exterior cladding, with over 20 years of experience in working with AutoCAD, constantly interested in perfecting and extending my engineering design activities, I decided to enroll in the online course CATIA V5 Mechanical Design Advanced.
Without previous experience in engineering design with CATIA V5, I chose exactly what was helpful to me: a well-structured course both in the written part, in the video part and in the 2 hour weekly Q & A sessions (Questions and Answers) through TeamViewer. Attending all the Q & A sessions, during the 6 months period, allowed me to progress very quick in learning CATIA V5 and also to achieve a rapid reduction of mistakes that I made in the course exercises, evolving from 88 percent obtained for exercises from Sketcher to 100 percent obtained for exercises from Part Design, Assembly Design and Drafting (Single Parts and Assembly Drawings).
From my information, faculties and even some specialized companies, do not have yet sufficient staff and time allocated to study in depth how to use the 3D programs. I highly recommend enrolling, studying and completing the online course CATIA V5 Mechanical Design Advanced. You will find a very well trained and dedicated team to give you their knowledge to complete and develop your skills in mechanical design using CATIA V5 software.
Mr. Ovidiu Zamfir, owner of “Concept Construction” in Iasi, Romania
Participating to this online course, CATIA V5 for Mechanical Designers, you will receive the following benefits:
Become a specialist, not just a CATIA V5 user:
This course, CATIA V5 for Mechanical Designers, guides you in your process of developing the capabilities needed to transform yourself into a specialist in designing mechanical parts and creating the data needed to manufacture them inside CATIA V5 application, using practically proven design methods and processes, from design process start, by making the first concepts, to design process end, by finalizing the product and launching it into production. These design methods and processes are developed by GURUCAD experts with over 16 years of experience in Aerospace, Automotive, Robotics, Automation and other industries;
Learn to think as a true design engineer, that’s meaning, you will start to look for solutions to optimize the product and you will not get blocked anymore on problems identification;
Learn how to use CATIA V5 for Mechanical Design at the level you need to be successful in a Mechanical Designer job;
You will learn processes, not just functions / commands. This course will allow you to correctly learn CATIA V5 application and not just some of the CATIA V5's commands.
This course is structured methodically:
This course is structured on days, so that you can learn daily, methodically and gradually. Also you can measure your progress in developing skills for designing mechanical parts using CATIA V5.
Learn Mechanical Design on version CATIA V5R29:
Many of the mechanical design engineers work with older versions of CATIA V5 because most manufacturers, OEMs, work with older versions of CATIA V5: Airbus works with CATIA V5R27 (2 versions back), Daimler works with CATIA V5R19 (10 versions back)... Other courses in the market are based on CATIA versions that are used for students or on older versions of Catia V5, V4 or even older than these. By participating to this online course, you'll have access to latest tools and features of CATIA V5R29 and be at the forefront of all other mechanical design engineers working with older CATIA V5 versions.
Learn to work with advanced methods based on the process described in this course:
Discover working methods inside CATIA V5 application that shortens design time (methods that, by 3-4 clicks, save half an hour or even an hour of work).
Immediate applicability:
After completing this CATIA V5 online course, you have the chance to work as a mechanical design engineer in an internationally renowned company.
Learn to design a product throughout the complete process, from the first concept to the product launch in production.
Become more efficient, so you can easily get higher professional performance in your desired job and a rewarding salary.
Training Agenda:
0.1. Intro To The Course
0.2. How To Use Our Online Training Platform
1.1. Presentation of CATIA V5 Infrastructure Workbench
1.2. Starting a CATIA V5 Session on Windows Operating System
1.3. Closing a CATIA V5 Session on Windows Operating System
1.4. Accessing Official CATIA V5 Help Documentation
1.5. CATIA V5 User Interface
1.6. Infrastructure Menu Bar
1.7. Common Toolbars
1.8. Customizing Toolbars
1.9. Customizing Workbenches
1.10. Customizing Standards
1.11. Customizing Settings
1.12. Common used Keyboard Short-cuts
1.13. Creating, Opening and Saving Documents
1.14. Viewing the Specifications Tree and Geometry Area
1.15. Selecting Objects
1.16. Viewing Objects
1.17. Manipulating Objects
1.18. Moving Objects Using the Mouse
1.19. Moving Objects Using the 3D Compass
CATIA V5 Infrastructure Exercises
Infrastructure Exercise 1. Starting a CATIA V5 Session on Windows Operating System
Infrastructure Exercise 2. Closing a CATIA V5 Session on Windows Operating System
Infrastructure Exercise 3. Accessing Official CATIA V5 Help Documentation
Infrastructure Exercise 4. Restore position of Toolbars
Infrastructure Exercise 5. Add a command to a toolbar
Infrastructure Exercise 6. Remove a command from a toolbar
Infrastructure Exercise 7. Add a command to a toolbar second method
Infrastructure Exercise 8. Remove a command from a toolbar second method
Infrastructure Exercise 9. Move a command inside a toolbar
Infrastructure Exercise 10. Create a new toolbar
Infrastructure Exercise 11. Customizing Workbenches
Infrastructure Exercise 12. Create a New document inside CATIA V5
Infrastructure Exercise 13. Create a new document using New from command
Infrastructure Exercise 14. Open documents inside Catia V5
Infrastructure Exercise 15. Close a document inside Catia V5
Infrastructure Exercise 16. Save a document inside Catia V5
Infrastructure Exercise 17. Arrange windows inside Catia V5
Infrastructure Exercise 18. Tree Expansion commands inside Catia V5
Infrastructure Exercise 19. Center graph and Reframe On commands inside Catia V5
Infrastructure Exercise 20. Select command inside Catia V5
Infrastructure Exercise 21. Search command inside Catia V5
Infrastructure Exercise 22. Select objects by using Selection Sets
Infrastructure Exercise 23. Select objects by using User Selection Filter Toolbar
Infrastructure Exercise 24. Moving Objects
Infrastructure Exercise 25. Using Hide/Show command
CATIA V5 Sketcher Exercises
Sketcher Exercise 1: Simple Sketch CV5_MD_OL_01_SKE_EX_01
Sketcher Exercise 2: Simple Sketch CV5_MD_OL_01_SKE_EX_02
Sketcher Exercise 3: Medium Sketch CV5_MD_OL_01_SKE_EX_03
Sketcher Exercise 4: Medium Sketch CV5_MD_OL_01_SKE_EX_04
Sketcher Exercise 5: Medium Sketch CV5_MD_OL_01_SKE_EX_05
Sketcher Exercise 6: Medium Sketch CV5_MD_OL_01_SKE_EX_06
Sketcher Exercise 7: Medium Sketch CV5_MD_OL_01_SKE_EX_07
Sketcher Exercise 8: Medium Sketch CV5_MD_OL_01_SKE_EX_08
Sketcher Exercise 9: Complex Sketch CV5_MD_OL_01_SKE_EX_09
Sketcher Exercise 10: Complex Sketch CV5_MD_OL_01_SKE_EX_10
Sketcher Exercise 11: Complex Sketch CV5_MD_OL_01_SKE_EX_11
Sketcher CATIA V5 Sketcher Assessment Exercises
Sketcher Assessment Exercise 1: Simple Sketch CV5_MD_OL_01_SKE_AS_EX_01
Sketcher Assessment Exercise 2: Medium Sketch CV5_MD_OL_01_SKE_AS_EX_02
Sketcher Assessment Exercise 3: Medium Sketch CV5_MD_OL_01_SKE_AS_EX_03
Sketcher Assessment Exercise 4: Medium Sketch CV5_MD_OL_01_SKE_AS_EX_04
Sketcher Assessment Exercise 5: Medium Sketch CV5_MD_OL_01_SKE_AS_EX_05
Sketcher Assessment Exercise 6: Complex Sketch CV5_MD_OL_01_SKE_AS_EX_06
Sketcher Assessment Exercise 7: Complex Sketch CV5_MD_OL_01_SKE_AS_EX_07
CATIA V5 Part Design Exercises
Part Design Exercise 1: Base Plate CV5_MD_OL_01_ME_1_PRT_01
Part Design Exercise 2: Block Middle CV5_MD_OL_01_ME_1_PRT_02
Part Design Exercise 3: Block Back CV5_MD_OL_01_ME_1_PRT_03
Part Design Exercise 4: Support Block Back CV5_MD_OL_01_ME_1_PRT_04
Part Design Exercise 5: Support Block Front CV5_MD_OL_01_ME_1_PRT_05
Part Design Exercise 6: Block Front CV5_MD_OL_01_ME_1_PRT_06
Part Design Exercise 7: Pressure L-Bracket CV5_MD_OL_01_ME_1_PRT_07
Part Design Exercise 8: Adjustment Screw Back CV5_MD_OL_01_ME_1_PRT_08
Part Design Exercise 9: Main Axis CV5_MD_OL_01_ME_1_PRT_09
Part Design Exercise 10: Adjustment Screw Front CV5_MD_OL_01_ME_1_PRT_10
Part Design Exercise 11: Handle CV5_MD_OL_01_ME_1_PRT_11
Part Design Exercise 12: Spring Front CV5_MD_OL_01_ME_1_PRT_12
Part Design Exercise 13: Bushing CV5_MD_OL_01_ME_1_PRT_13
Part Design Exercise 14: Spring Back CV5_MD_OL_01_ME_1_PRT_14
Part Design Exercise 15: Fixation Screw CV5_MD_OL_01_ME_1_PRT_15
Part Design Exercise 16: Nut CV5_MD_OL_01_ME_1_PRT_16
CATIA V5 Part Design Assessment Exercises
Part Design Assessment Exercise 1: Upper Housing Seal CV5_MD_OL_01_ME_2_PRT_01
Part Design Assessment Exercise 2: Intermediate Housing Seal CV5_MD_OL_01_ME_2_PRT_02
Part Design Assessment Exercise 3: Covers Back Seal CV5_MD_OL_01_ME_2_PRT_03
Part Design Assessment Exercise 4: Lower Housing Seal CV5_MD_OL_01_ME_2_PRT_04
Part Design Assessment Exercise 5: Spacer D140x10 CV5_MD_OL_01_ME_2_PRT_05
Part Design Assessment Exercise 6: Spacer D140x15 CV5_MD_OL_01_ME_2_PRT_06
Part Design Assessment Exercise 7: Spacer D330x150 CV5_MD_OL_01_ME_2_PRT_07
Part Design Assessment Exercise 8: Entry Shaft CV5_MD_OL_01_ME_2_PRT_08
Part Design Assessment Exercise 9: Intermediary Shaft CV5_MD_OL_01_ME_2_PRT_09
Part Design Assessment Exercise 10: Satellite Gear Wheel Shaft CV5_MD_OL_01_ME_2_PRT_10
Part Design Assessment Exercise 11: Planetary Exit Shaft CV5_MD_OL_01_ME_2_PRT_11
Part Design Assessment Exercise 12: Covers Front with Hole CV5_MD_OL_01_ME_2_PRT_12
Part Design Assessment Exercise 13: Covers Back with Hole CV5_MD_OL_01_ME_2_PRT_13
Part Design Assessment Exercise 14: Cover Back Closed CV5_MD_OL_01_ME_2_PRT_14
Part Design Assessment Exercise 15: Lower Housing Plate CV5_MD_OL_01_ME_2_PRT_15
Part Design Assessment Exercise 16: Upper Housing CV5_MD_OL_01_ME_2_PRT_16
Part Design Assessment Exercise 17: Lower Housing CV5_MD_OL_01_ME_2_PRT_17
Part Design Assessment Exercise 18: Entry Gear Wheel CV5_MD_OL_01_ME_2_PRT_18
Part Design Assessment Exercise 19: Intermediary Gear Wheel CV5_MD_OL_01_ME_2_PRT_19
Part Design Assessment Exercise 20: Planetary Middle Gear Wheel CV5_MD_OL_01_ME_2_PRT_20
Part Design Assessment Exercise 21: Satellite Gear Wheel CV5_MD_OL_01_ME_2_PRT_21
Part Design Assessment Exercise 22: Planetary Crown CV5_MD_OL_01_ME_2_PRT_22
CATIA V5 Assembly Design Exercises
Assembly Design Exercise 1. Block Middle Assy CV5_MD_OL_01_ME_1_ASY_02
Assembly Design Exercise 2. Block Back Assy CV5_MD_OL_01_ME_1_ASY_03
Assembly Design Exercise 3. Support Block Back Assy CV5_MD_OL_01_ME_1_ASY_04
Assembly Design Exercise 4. Support Block Front Assy CV5_MD_OL_01_ME_1_ASY_05
Assembly Design Exercise 5. Block Front Assy CV5_MD_OL_01_ME_1_ASY_06
Assembly Design Exercise 6. Main Axis Assy CV5_MD_OL_01_ME_1_ASY_07
Assembly Design Exercise 7. Drilling Operation Jig Assy CV5_MD_OL_01_ME_1_ASY_01
CATIA V5 Assembly Design Assessment Exercises
Assembly Design Assessment Exercise 1: Satellite Gear Wheel Mini-Assy CV5_MD_OL_01_ME_2_ASY_05
Assembly Design Assessment Exercise 2: Planetary Assy CV5_MD_OL_01_ME_2_ASY_04
Assembly Design Assessment Exercise 3: Upper Transmission Assy CV5_MD_OL_01_ME_2_ASY_02
Assembly Design Assessment Exercise 4: Lower Housing Plate Assy CV5_MD_OL_01_ME_2_ASY_07
Assembly Design Assessment Exercise 5: Lower Transmission Pre-Assy CV5_MD_OL_01_ME_2_ASY_06
Assembly Design Assessment Exercise 6: Lower Transmission Assy CV5_MD_OL_01_ME_2_ASY_03
Assembly Design Assessment Exercise 7: Two Stage Transmission Assy CV5_MD_OL_01_ME_2_ASY_01
CATIA V5 Single Part Drawing Exercises
Single Part Drawing Exercise 1: Base Plate CV5_MD_OL_01_ME_1_PRT_01
Single Part Drawing Exercise 2: Block Middle CV5_MD_OL_01_ME_1_PRT_02
Single Part Drawing Exercise 3: Block Back CV5_MD_OL_01_ME_1_PRT_03
Single Part Drawing Exercise 4: Support Block Back CV5_MD_OL_01_ME_1_PRT_04
Single Part Drawing Exercise 5: Support Block Front CV5_MD_OL_01_ME_1_PRT_05
Single Part Drawing Exercise 6: Block Front CV5_MD_OL_01_ME_1_PRT_06
Single Part Drawing Exercise 7: Pressure L-Bracket CV5_MD_OL_01_ME_1_PRT_07
Single Part Drawing Exercise 8: Adjustment Screw Back CV5_MD_OL_01_ME_1_PRT_08
Single Part Drawing Exercise 9: Main Axis CV5_MD_OL_01_ME_1_PRT_09
Single Part Drawing Exercise 10: Adjustment Screw Front CV5_MD_OL_01_ME_1_PRT_10
Single Part Drawing Exercise 11: Handle CV5_MD_OL_01_ME_1_PRT_11
Single Part Drawing Exercise 12: Spring Front CV5_MD_OL_01_ME_1_PRT_12
Single Part Drawing Exercise 13: Bushing CV5_MD_OL_01_ME_1_PRT_13
Single Part Drawing Exercise 14: Spring Back CV5_MD_OL_01_ME_1_PRT_14
Single Part Drawing Exercise 15: Fixation Screw CV5_MD_OL_01_ME_1_PRT_15
Single Part Drawing Exercise 16: Nut CV5_MD_OL_01_ME_1_PRT_16
CATIA V5 Single Part Drawing Assessment Exercises
Single Part Drawing Assessment Exercise 1: Upper Housing Seal CV5_MD_OL_01_ME_2_PRT_01
Single Part Drawing Assessment Exercise 2: Intermediate Housing Seal CV5_MD_OL_01_ME_2_PRT_02
Single Part Drawing Assessment Exercise 3: Covers Back Seal CV5_MD_OL_01_ME_2_PRT_03
Single Part Drawing Assessment Exercise 4: Lower Housing Seal CV5_MD_OL_01_ME_2_PRT_04
Single Part Drawing Assessment Exercise 5: Spacer D140x10 CV5_MD_OL_01_ME_2_PRT_05
Single Part Drawing Assessment Exercise 6: Spacer D140x15 CV5_MD_OL_01_ME_2_PRT_06
Single Part Drawing Assessment Exercise 7: Spacer D330x150 CV5_MD_OL_01_ME_2_PRT_07
Single Part Drawing Assessment Exercise 8: Entry Shaft CV5_MD_OL_01_ME_2_PRT_08
Single Part Drawing Assessment Exercise 9: Intermediary Shaft CV5_MD_OL_01_ME_2_PRT_09
Single Part Drawing Assessment Exercise 10: Satellite Gear Wheel Shaft CV5_MD_OL_01_ME_2_PRT_10
Single Part Drawing Assessment Exercise 11: Planetary Exit Shaft CV5_MD_OL_01_ME_2_PRT_11
Single Part Drawing Assessment Exercise 12: Covers Front with Hole CV5_MD_OL_01_ME_2_PRT_12
Single Part Drawing Assessment Exercise 13: Covers Back with Hole CV5_MD_OL_01_ME_2_PRT_13
Single Part Drawing Assessment Exercise 14: Cover Back Closed CV5_MD_OL_01_ME_2_PRT_14
Single Part Drawing Assessment Exercise 15: Lower Housing Plate CV5_MD_OL_01_ME_2_PRT_15
Single Part Drawing Assessment Exercise 16: Upper Housing CV5_MD_OL_01_ME_2_PRT_16
Single Part Drawing Assessment Exercise 17: Lower Housing CV5_MD_OL_01_ME_2_PRT_17
Single Part Drawing Assessment Exercise 18: Entry Gear Wheel CV5_MD_OL_01_ME_2_PRT_18
Single Part Drawing Assessment Exercise 19: Intermediary Gear Wheel CV5_MD_OL_01_ME_2_PRT_19
Single Part Drawing Assessment Exercise 20: Planetary Middle Gear Wheel CV5_MD_OL_01_ME_2_PRT_20
Single Part Drawing Assessment Exercise 21: Satellite Gear Wheel CV5_MD_OL_01_ME_2_PRT_21
Single Part Drawing Assessment Exercise 22: Planetary Crown CV5_MD_OL_01_ME_2_PRT_22
CATIA V5 Assembly Drawing Exercises
Assembly Drawing Exercise 1. Block Middle Assy CV5_MD_OL_01_ME_1_ASY_02 Assembly Drawing
Assembly Drawing Exercise 2. Block Back Assy CV5_MD_OL_01_ME_1_ASY_03 Assembly Drawing
Assembly Drawing Exercise 3. Support Block Back Assy CV5_MD_OL_01_ME_1_ASY_04 Assembly Drawing
Assembly Drawing Exercise 4. Support Block Front Assy CV5_MD_OL_01_ME_1_ASY_05 Assembly Drawing
Assembly Drawing Exercise 5. Block Front Assy CV5_MD_OL_01_ME_1_ASY_06 Assembly Drawing
Assembly Drawing Exercise 6. Main Axis Assy CV5_MD_OL_01_ME_1_ASY_07 Assembly Drawing
Assembly Drawing Exercise 7. Drilling Operation Jig Assy CV5_MD_OL_01_ME_1_ASY_01 Assembly Drawing
CATIA V5 Assembly Drawing Assessment Exercises
Assembly Drawing Assessment Exercise 1: Satellite Gear Wheel Mini-Assy CV5_MD_OL_01_ME_2_ASY_05
Assembly Drawing Assessment Exercise 2: Planetary Assy CV5_MD_OL_01_ME_2_ASY_04
Assembly Drawing Assessment Exercise 3: Upper Transmission Assy CV5_MD_OL_01_ME_2_ASY_02
Assembly Drawing Assessment Exercise 4: Lower Housing Plate Assy CV5_MD_OL_01_ME_2_ASY_07
Assembly Drawing Assessment Exercise 5: Lower Transmission Pre-Assy CV5_MD_OL_01_ME_2_ASY_06
Assembly Drawing Assessment Exercise 6: Lower Transmission Assy CV5_MD_OL_01_ME_2_ASY_03
Assembly Drawing Assessment Exercise 7: Two Stage Transmission Assy CV5_MD_OL_01_ME_2_ASY_01
Frequently Asked Questions
Looking only in terms of our online course: CATIA V5 for Mechanical Designers, we created the Online Trainings Academy within company GURUCAD GERMANY GmbH, because we had the unfortunate surprise that engineers arrived at the interview (many with over 3 years of experience working with CATIA V5 as design engineers, most of them even graduates of other CATIA V5 courses either in the faculty or in different companies) who failed to complete our CATIA V5 test during the given time, without mentioning the fact that most of them only knew some of CATIA V5 functions but did not know how to use these functions in a complete design process that would allow them to create a part from the first sketch to the final design ready for production lunch.
By participating in our online course: CATIA V5 for Mechanical Designers, the Online Trainings Academy within company GURUCAD GERMANY GmbH will teach you the complete mechanical design process using CATIA V5, not just some of CATIA V5 functions. This course will teach you how to use CATIA V5 for Mechanical Design at the level you need to be successful in a Mechanical Designer job in an internationally renowned company.
The purpose of the Online Trainings Academy within company GURUCAD GERMANY GmbH is to help engineers, technicians and project managers to develop key engineering and project management skills by attending our online trainings. These key skills will allow them to get their projects finished successfully in a shorter time, more efficient and at a higher quality.
With over 16 years of successful projects execution for Airbus, Boeing, Comac, Lufthansa, Daimler, Volkswagen, BMW and Audi, we have developed ourselves very high standards in the process of executing engineering projects. By attending our online courses you will also develop similar high standards.
The duration of the course is 4 weeks (160 hours), but you get 3 or 6 months access to this course, 24 hours a day, 7 days a week, depending on the package you choose. Package Basic 3 includes 3 months access to this online course, packages Basic 6 and PRO include 6 months access to this online course.
We have imposed a limit of 25 participants per group because we provide special attention and personalized support to each participant, ensuring optimal conditions for each participant to successfully complete this course.
For all online training courses, GURUCAD will issue a unique diploma, translated into 4 languages: English, French, Spanish and German, that will prove your online training attendance. Also, this diploma will showcase the online training agenda.
You can use this certificate as proof of attending this online course and also, to show, to your current or potential employer or client, what skills you acquired in this online course.
To successfully complete this online course, watch all online training videos in full and work all training materials in the right order.
We promise you that we will do our best to help you successfully complete this course and become specialists in designing mechanical parts and creating the necessary data inside CATIA V5 for their manufacturing.
We always focus on meeting our participant’s goals so that their professional success is the primary goal of our online courses. Through live weekly / monthly Q & A sessions (depending on the package you choose) and participation in Facebook groups intended only for our participants, we ensure that each participant receives the necessary attention to be able to develop the capabilities associated with that course.
The course duration is 4 weeks (160 hours), but you get 3 or 6 months access to this course, 24 hours a day, 7 days a week, depending on the package you choose. Package Basic 3 includes 3 months access to this online course, package Basic 6 and PRO include 6 months access to this online course.
You can access our online course from all your devices (PC, laptop, tablet, mobile phone).
However, in order to achieve maximum progress and results, we recommend that you go through the online course materials daily in order to finish them in four weeks and from the fifth week to start implementing the course content at your current job or at your new job. This gives you enough time to return to our online course whenever you need to clarify problems you encounter at work in the projects that you work there.
If the 3 or 6 months course access is not enough, you can ask for an extension of this period with another 3 or 6 months. Please acknowledge that this extension will born additional costs for you. For details please contact us on email: [email protected].
This online course contains following components: - the online course in English language in video format, pdf, and web pages on our online trainings platform, where you learn the course theory, but you do also exercises based on what you have learned (over 480 pages of theory in video format and 147 exercises, over 2260 pages, in pdf format and some of them in video format); - the opportunity to join the Facebook group especially for this course participants, where you will interact with other participants in the course in English, but especially with specialists from our company. Here you can ask questions and also answer questions from other participants in the course; - the opportunity to participate in live Q & A discussions in English during course access period. They have a duration of 2 hours per week in PRO package and 2 hours per month in Basic 3 or Basic 6 packages and are additional course support to clarify your questions during the course; - support in English by email: [email protected], during the 3 or 6 months course access, to clarify your questions during the course.
Our online trainings platform uses English and also all our materials for online trainings are in English.
In the 16 years of work on projects for Airbus, Boeing, Comac, Lufthansa, Daimler, Volkswagen, BMW and Audi, large-scale projects worked on three continents at the same time, there was no project where English has not been used as project official communication language.
The purpose of this course is professional success in international corporations where English is mandatory.
While attending this online course, we will check your progress through the course and we will contact you in stagnation phases to help you get through these phases and become motivated again to successfully complete this course.
We usually answer all questions within 24 hours (Monday - Friday from 9am to 5pm Germany Time Zone).
This course does NOT includes a CATIA V5 license. You need at least CATIA V5 Version R21 to be able to use CATIA V5 files attached inside the course.
On this page you can sign up for this course by paying in euros, in full or in installments.
By clicking the Sign up to this course! (one-off payment or installment payment) button you will be directed to the registration form.
On registration form is shown the course for which you will register with its price, in both variants: one-off payment or installment payment.
You need to choose the type of payment that you want, one-off payment or installment payment, then enter your first and last name, your email address, your physical address (this address will appear on the invoice), the phone number and then you need to select the payment method: PayPal, credit card , SOFORT, Bank wire or Sepa.
By pressing the Buy now! button you will be directed to the steps required to make the payment according to the payment method that you selected. Once the payment is successful, you will receive additional information via email. The invoice, with the mention already paid, will be sent to you by our reseller: namotto.lab / Tolga Oenal, Uhlandstrasse 154, 10719 Berlin, Germany, VAT ID DE815322271, because we use their payment platform (elopage platform).
We look forward to see you in the course and we will be glad to work with you and to help you specialize in mechanical design using CATIA V5!
Participating to this online course, CATIA V5 for Mechanical Designers, you will receive the following advantages:
Learn to think as a true design engineer, that’s meaning, you will start to look for solutions to optimize the product and you will not get blocked anymore on problems identification;
Learn how to use CATIA V5 for Mechanical Design at the level you need to be successfully in a Mechanical Designer job;
Learn to work with advanced methods based on the process described in this course;
Discover working methods inside CATIA V5 application that shortens design time (methods that, by 3-4 clicks, save half an hour or even an hour of work);
Learn to design a product throughout the complete process, from the first concept to the product launch in production;
Become more efficient, so you can easily get higher professional performance in your desired job and a rewarding salary.
intended ONLY for private persons;
course format: Online in English (language of international corporations) accessible from any device;
includes 3 months access to this online course;
support in English language by email and inside course Facebook group during the 3 months of access;
includes 480 pages of theory in video format;
includes 147 exercises (25 Infrastructure exercises, 18 Sketcher exercises, 38 Part Design exercises, 14 Assembly Design exercises, 52 Drafting exercises), these will be performed and checked individually by you;
2 hours of monthly Q & A live sessions in English language, during the 3 months of access, where your questions will be clarified;
certificate of participation in this course translated into 4 languages: English, French, Spanish and German.
You get access to this course and to the course Facebook group on !
intended ONLY for private persons;
course format: Online in English (language of international corporations) accessible from any device;
includes 6 months access to this online course;
support in English language by email and inside course Facebook group during the 6 months of access;
includes 480 pages of theory in video format;
includes 147 exercises (25 Infrastructure exercises, 18 Sketcher exercises, 38 Part Design exercises, 14 Assembly Design exercises, 52 Drafting exercises), these will be performed and checked individually by you;
2 hours of monthly Q & A live sessions in English language, during the 6 months of access, where your questions will be clarified;
certificate of participation in this course translated into 4 languages: English, French, Spanish and German.
You get access to this course and to the course Facebook group on !
intended ONLY for private persons;
course format: Online in English (language of international corporations) accessible from any device;
includes 6 months access to this online course;
support in English language by email and inside course Facebook group during the 6 months of access;
includes 480 pages of theory in video format;
includes 147 exercises (25 Infrastructure exercises, 18 Sketcher exercises, 38 Part Design exercises, 14 Assembly Design exercises, 52 Drafting exercises), these will be performed and checked individually by you;
2 hours of weekly Q & A live sessions in English language, during the 6 months of access, where your questions will be clarified;
certificate of participation in this course translated into 4 languages: English, French, Spanish and German.
You get access to this course and to the course Facebook group on !
Test and convince yourself of the results!
14 Day Money Back Guarantee!
You have 14 days, from the beginning of the course, to test this course online on our course platform. If you feel that, for any reason, this online course does not suit you, we will refund the money you have paid. This guarantee has no small characters or hidden conditions.
Online Trainings Academy within company GURUCAD GERMANY GmbH helps engineers, technicians and project managers to develop key engineering and project management skills by attending our online trainings. These key skills will allow them to get their projects finished successfully in a shorter time, more efficient and at a higher quality.
More than 260 projects executed at GURUCAD GERMANY GmbH (established on April 2, 2008 in Hamburg, Germany) and GURUCAD SRL (established on October 11, 2011 in Bucharest, Romania) for the Aerospace, Automotive, Robotics as well as Automation, for the leading corporations that dominate these industries, including Airbus, Boeing, Comac, Lufthansa, Daimler, Volkswagen, BMW and Audi.