Depuis août 2026
Professeur depuis août 2026
CAO [ Creo Mechanism Simulation] Cours de simulation de mecanismes.
Àpd 25 Fr /h
A practical engineering course designed to help you master mechanism simulation and mechanical system analysis using PTC Creo (formerly Pro/engineer).
Simulation has become an essential engineering tool for reducing development time, minimizing prototype costs, and improving design accuracy. However, many Creo users struggle to find structured training specifically focused on mechanism simulation. This course fills that critical gap by providing a hands-on, practice-driven approach to solving real engineering mechanism problems using Creo’s Mechanism Design and Dynamics tools.
The course includes 55 carefully selected mechanism exercises covering a wide range of mechanical simulation topics. Each exercise is supported by detailed PDF explanations and more than 7 hours of guided video tutorials. In addition, 43 advanced practice tasks help reinforce learning and develop strong practical engineering skills. Some exercises also include alternative solutions to deepen conceptual understanding.
A unique feature of this course is its simulation-based problem-solving methodology. Instead of relying solely on analytical equations, problems are solved through properly configured Creo Mechanism simulations. When correctly set up, the simulation results match the theoretical analytical results with (0%) zero-percent deviation, demonstrating the accuracy and reliability of the simulation approach.
Rather than focusing on heavy theory, this course emphasizes correct simulation setup, accurate input data, and practical engineering application. You will learn how to analyze motion, configure mechanisms properly, and obtain reliable engineering results through simulation.
The training includes multilingual support (English, French, Arabic), downloadable working files, and direct interaction with the instructor through the Q&A section.
Whether you are an engineer, student, instructor, or Creo user seeking stronger simulation skills, this course provides a structured and practical path toward mastering Creo Mechanism simulation.
WHAT YOU WILL LEARN:
-> Build and simulate mechanical assemblies using Creo Mechanism tools.
-> Solve real engineering mechanism problems through accurate simulation setup.
-> Analyze motion, kinematics, and dynamics without relying on complex equations.
->Apply practical simulation techniques to real mechanical systems.
-> Interpret simulation outputs and validate engineering results.
-> Develop advanced hands-on skills through 55 structured mechanism exercises.
-> Improve engineering problem-solving through additional tasks and alternative solutions.
-> Configure simulations correctly to avoid inaccurate or misleading result.
Simulation has become an essential engineering tool for reducing development time, minimizing prototype costs, and improving design accuracy. However, many Creo users struggle to find structured training specifically focused on mechanism simulation. This course fills that critical gap by providing a hands-on, practice-driven approach to solving real engineering mechanism problems using Creo’s Mechanism Design and Dynamics tools.
The course includes 55 carefully selected mechanism exercises covering a wide range of mechanical simulation topics. Each exercise is supported by detailed PDF explanations and more than 7 hours of guided video tutorials. In addition, 43 advanced practice tasks help reinforce learning and develop strong practical engineering skills. Some exercises also include alternative solutions to deepen conceptual understanding.
A unique feature of this course is its simulation-based problem-solving methodology. Instead of relying solely on analytical equations, problems are solved through properly configured Creo Mechanism simulations. When correctly set up, the simulation results match the theoretical analytical results with (0%) zero-percent deviation, demonstrating the accuracy and reliability of the simulation approach.
Rather than focusing on heavy theory, this course emphasizes correct simulation setup, accurate input data, and practical engineering application. You will learn how to analyze motion, configure mechanisms properly, and obtain reliable engineering results through simulation.
The training includes multilingual support (English, French, Arabic), downloadable working files, and direct interaction with the instructor through the Q&A section.
Whether you are an engineer, student, instructor, or Creo user seeking stronger simulation skills, this course provides a structured and practical path toward mastering Creo Mechanism simulation.
WHAT YOU WILL LEARN:
-> Build and simulate mechanical assemblies using Creo Mechanism tools.
-> Solve real engineering mechanism problems through accurate simulation setup.
-> Analyze motion, kinematics, and dynamics without relying on complex equations.
->Apply practical simulation techniques to real mechanical systems.
-> Interpret simulation outputs and validate engineering results.
-> Develop advanced hands-on skills through 55 structured mechanism exercises.
-> Improve engineering problem-solving through additional tasks and alternative solutions.
-> Configure simulations correctly to avoid inaccurate or misleading result.
Informations supplémentaires
REQUIREMENTS FOR TAKING YOUR COURSE?
-> Basic knowledge of Creo fundamentals and assembly modeling is required.
-> Familiarity with mechanical engineering basics is helpful but not mandatory.
-> A computer capable of running PTC Creo software.
-> Motivation to practice exercises and hands-on simulations.
-> Previous experience in CAD software is helpful.
This course focuses on mechanism simulation rather than basic modeling training.
-> Basic knowledge of Creo fundamentals and assembly modeling is required.
-> Familiarity with mechanical engineering basics is helpful but not mandatory.
-> A computer capable of running PTC Creo software.
-> Motivation to practice exercises and hands-on simulations.
-> Previous experience in CAD software is helpful.
This course focuses on mechanism simulation rather than basic modeling training.
Lieu
En ligne depuis l'Algérie
Présentation
Optics & precision Mechanics Engineer
"PTC" certified
Seasoned CAD instructor with over 35 years of engineering experience.
His passion for innovation and mechanical design has led to the development of proprietary Creo simulation methods used to solve real-world problems in kinematics and dynamics.
Recognized by PTC via "Edutech" as an “Ideal Candidate for showcasing Creo applications to universities .He brings unmatched depth in Creo Mechanism Simulation, including advanced modules like:
3D Modeling - Assembly - Framework - Sheet Metal - Behavioral Modeling Extension (BMX)
He has served as an Assistant Professor in Mechanical Engineering (Metrology and Instrumentation), where he taught:
Sheet Metal forming - Machining Processes - CNC Machines - Fluid Mechanics - Materials Science - Technical Drawing - AutoCAD.
His deep command of Creo CAD software, combined with decades of teaching, makes him the ideal mentor for learners aiming to master mechanism simulation, Creo tutorials, and practical CAD applications.
"PTC" certified
Seasoned CAD instructor with over 35 years of engineering experience.
His passion for innovation and mechanical design has led to the development of proprietary Creo simulation methods used to solve real-world problems in kinematics and dynamics.
Recognized by PTC via "Edutech" as an “Ideal Candidate for showcasing Creo applications to universities .He brings unmatched depth in Creo Mechanism Simulation, including advanced modules like:
3D Modeling - Assembly - Framework - Sheet Metal - Behavioral Modeling Extension (BMX)
He has served as an Assistant Professor in Mechanical Engineering (Metrology and Instrumentation), where he taught:
Sheet Metal forming - Machining Processes - CNC Machines - Fluid Mechanics - Materials Science - Technical Drawing - AutoCAD.
His deep command of Creo CAD software, combined with decades of teaching, makes him the ideal mentor for learners aiming to master mechanism simulation, Creo tutorials, and practical CAD applications.
Education
-> Degree: Optics and Precision Mechanical Engineer, July 1989
Institution: Farhat Abbas University, Sétif, Algeria.
-> Certified by PTC University 11/2010
Institution: Farhat Abbas University, Sétif, Algeria.
-> Certified by PTC University 11/2010
Expérience / Qualifications
1989/1990
Mechanic Teacher
“Higher Technical College” - Algeria.
1989/1990
Assistant Professor
• Metrology and Instrumentation Mechanical Engineering Dept
“Mohamed Boudiaf University” - Algeria.
1990/1991 THEN 1992/1993
Design engineer and Trainer
“ALUTEC” Mechanical Manufacturers – Algeria.
1991/1992
Mechanical Engineering teacher
“Naval Academy” - Algiers – Algeria.
1993/1994
Head of Stock Management Department
“Cables Manufacturing Company” (ENICAB) - Algiers – ALGERIA.
1994/1998
Assistant Professor Mechanical Engineering
• Technical Drawing.
• Sheet Metal Forming.
INELEC (American curriculum) - “University of Boumerdes” - Algeria.
Summer 1997
Industry Personnel Trainer AutoCAD
• Computer Assisted Design.
“Computer Techniques & Communication Study Center” trained industry professionals, qualified
designers and mechanical engineers of the leading automotive manufacturer in ALGERIA;
Boumerdes – Algeria.
1998 to 2025
Senior Designer, Software Resources Developer, Trainer - Upgrade of “heavy-duty” vehicles. - CAD modeling and prototyping. - Preparation of details structural design and manufacturing drawings for parts and assemblies. - Proper review assurance of design layouts with appropriate personnel. - Oversight and training of other draftsman and designers
“Design, Prototyping and Testing Department”
“GMC” Government Cie - Abu Dhabi UAE.
2002 – 2008
CAD Teacher / Trainer (AutoCAD)
Dispensed courses in AutoCAD 2D and 3D to users form a broad spectrum of industries. The courses were intended to provide users with solid skills in different aspects of the software and to help users develop methods and approaches specific to their field of use.
“Stanford Institute” - AbuDhabi - UAE.
SERVICES FOR THE DEPARTMENT AND THE UNIVERSITY AND ACADEMY
• Director of CAD-CAM lab and Metrology lab.
• Member of lab committee. Training
COURSES TAUGHT WITH ACADEMIC LEVEL COMMAND
Engineering, Science and CAD
• Mechanics.
• Fluids mechanic.
• Materials (Properties, Production, Selection...etc.).
• Machining processes.
• Metrology and instrumentation.
• Sheet metal forming.
• Technical drawing.
• CNC machines.
• Solid modeling.
• Computer Aided Design for Manufacturing (Graduate Level).
Mechanic Teacher
“Higher Technical College” - Algeria.
1989/1990
Assistant Professor
• Metrology and Instrumentation Mechanical Engineering Dept
“Mohamed Boudiaf University” - Algeria.
1990/1991 THEN 1992/1993
Design engineer and Trainer
“ALUTEC” Mechanical Manufacturers – Algeria.
1991/1992
Mechanical Engineering teacher
“Naval Academy” - Algiers – Algeria.
1993/1994
Head of Stock Management Department
“Cables Manufacturing Company” (ENICAB) - Algiers – ALGERIA.
1994/1998
Assistant Professor Mechanical Engineering
• Technical Drawing.
• Sheet Metal Forming.
INELEC (American curriculum) - “University of Boumerdes” - Algeria.
Summer 1997
Industry Personnel Trainer AutoCAD
• Computer Assisted Design.
“Computer Techniques & Communication Study Center” trained industry professionals, qualified
designers and mechanical engineers of the leading automotive manufacturer in ALGERIA;
Boumerdes – Algeria.
1998 to 2025
Senior Designer, Software Resources Developer, Trainer - Upgrade of “heavy-duty” vehicles. - CAD modeling and prototyping. - Preparation of details structural design and manufacturing drawings for parts and assemblies. - Proper review assurance of design layouts with appropriate personnel. - Oversight and training of other draftsman and designers
“Design, Prototyping and Testing Department”
“GMC” Government Cie - Abu Dhabi UAE.
2002 – 2008
CAD Teacher / Trainer (AutoCAD)
Dispensed courses in AutoCAD 2D and 3D to users form a broad spectrum of industries. The courses were intended to provide users with solid skills in different aspects of the software and to help users develop methods and approaches specific to their field of use.
“Stanford Institute” - AbuDhabi - UAE.
SERVICES FOR THE DEPARTMENT AND THE UNIVERSITY AND ACADEMY
• Director of CAD-CAM lab and Metrology lab.
• Member of lab committee. Training
COURSES TAUGHT WITH ACADEMIC LEVEL COMMAND
Engineering, Science and CAD
• Mechanics.
• Fluids mechanic.
• Materials (Properties, Production, Selection...etc.).
• Machining processes.
• Metrology and instrumentation.
• Sheet metal forming.
• Technical drawing.
• CNC machines.
• Solid modeling.
• Computer Aided Design for Manufacturing (Graduate Level).
Age
Adultes (18-64 ans)
Seniors (65+ ans)
Niveau du Cours
Débutant
Intermédiaire
Avancé
Durée
90 minutes
120 minutes
Enseigné en
français
anglais
arabe
Compétences
Disponibilité semaine type
(GMT -04:00)
New York
Cours par webcam
Mon
Tue
Wed
Thu
Fri
Sat
Sun
00-04
04-08
08-12
12-16
16-20
20-24
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