1.
To provide students with a comprehensive understanding
of CATIA V5 software and its application in various industries.
2.
To develop proficiency in using CATIA V5 for 3D modelling,
assembly design, surface design, and drafting.
3.
To equip students with the necessary skills and
knowledge to pursue self-employment opportunities as CATIA V5 professionals.
4.
To enhance students' career prospects by providing
them with a competitive edge in the job market.
Course Overview:
This course is designed to provide students with a practical
understanding of CATIA V5, a leading 3D modelling software widely used in the
industry. The course will cover various aspects of CATIA V5, including its user
interface, sketching, part modelling, assembly design, surface design, and
drafting. The course will focus on hands-on exercises and real-world examples
to ensure that students gain practical skills that can be applied in their
future endeavours.
Course Teaching Methodology:
1.
Lectures: Instructor-led lectures will provide
theoretical concepts and an overview of the topics.
2.
Practical Exercises: Hands-on exercises and
assignments will be given to students to practice their skills and reinforce
their understanding.
3.
Case Studies: Real-world case studies will be
discussed to demonstrate the practical application of CATIA V5 in different
industries.
4.
Group Discussions: Interactive group discussions
will be encouraged to foster collaboration and enhance problem-solving skills.
5.
Project Work: Students will be assigned a project
to apply their knowledge and skills acquired during the course.
Importance for Learner in Career Growth and
Self-Employment:
1.
Industry-Relevant Skills: CATIA V5 is widely used
in industries such as automotive, aerospace, and manufacturing. Acquiring
proficiency in CATIA V5 will open up numerous career opportunities for
students.
2.
Self-Employment Opportunities: By mastering CATIA
V5, students can become independent professionals and offer design services to
clients or start their own design consultancy.
3.
Enhanced Employability: CATIA V5 skills are highly
sought after by employers. Having this skill set will significantly improve the
employability of students in the competitive job market.
Syllabus:
1) Introduction to CATIA
·
Overview of CATIA V5
·
Benefits and applications of CATIA V5
·
Introduction to the CATIA user interface
·
Understanding the CATIA workflow
2) User Interface
·
Navigation tools and customization options
·
Command structure and toolbars
·
Document management and file formats
·
Preferences and settings customization
3) Sketch
·
Sketch-based features and constraints
·
Creating 2D sketches
·
Editing and modifying sketches
·
Dimensioning and constraints in sketches
4) Part Modelling
·
Creating basic 3D features
·
Extrusions, revolutions, and sweeps
·
Fillets, chamfers, and shell features
·
Editing and modifying part features
5) Assembly
·
Creating assemblies and managing components
·
Constraints and relationships between components
·
Exploded views and assembly animations
·
Assembly analysis and interference checking
6) Surface & Wireframe Design
·
Creating and editing surfaces
·
Lofting, sweeping, and blending surfaces
·
Wireframe construction and modification
·
Surface analysis and curvature continuity
7) Drafting
·
Creating drawing sheets and views
·
Dimensioning and annotation
·
Bill of materials and parts list
·
Printing and exporting drawings
Note: The syllabus provided above is a general outline and can be
modified based on the requirements of the learner or location. It is essential
to tailor the course content to meet the specific needs and skill levels
Course: CATIA V5 – (Skill Development Course)
Course Duration: 1.5 Months (part-time)
Course Objectives:
1.
To provide students with a comprehensive understanding
of CATIA V5 software and its application in various industries.
2.
To develop proficiency in using CATIA V5 for 3D modelling,
assembly design, surface design, and drafting.
3.
To equip students with the necessary skills and
knowledge to pursue self-employment opportunities as CATIA V5 professionals.
4.
To enhance students' career prospects by providing
them with a competitive edge in the job market.
Course Overview:
This course is designed to provide students with a practical
understanding of CATIA V5, a leading 3D modelling software widely used in the
industry. The course will cover various aspects of CATIA V5, including its user
interface, sketching, part modelling, assembly design, surface design, and
drafting. The course will focus on hands-on exercises and real-world examples
to ensure that students gain practical skills that can be applied in their
future endeavours.
Course Teaching Methodology:
1.
Lectures: Instructor-led lectures will provide
theoretical concepts and an overview of the topics.
2.
Practical Exercises: Hands-on exercises and
assignments will be given to students to practice their skills and reinforce
their understanding.
3.
Case Studies: Real-world case studies will be
discussed to demonstrate the practical application of CATIA V5 in different
industries.
4.
Group Discussions: Interactive group discussions
will be encouraged to foster collaboration and enhance problem-solving skills.
5.
Project Work: Students will be assigned a project
to apply their knowledge and skills acquired during the course.
Importance for Learner in Career Growth and
Self-Employment:
1.
Industry-Relevant Skills: CATIA V5 is widely used
in industries such as automotive, aerospace, and manufacturing. Acquiring
proficiency in CATIA V5 will open up numerous career opportunities for
students.
2.
Self-Employment Opportunities: By mastering CATIA
V5, students can become independent professionals and offer design services to
clients or start their own design consultancy.
3.
Enhanced Employability: CATIA V5 skills are highly
sought after by employers. Having this skill set will significantly improve the
employability of students in the competitive job market.
Syllabus:
1) Introduction to CATIA
·
Overview of CATIA V5
·
Benefits and applications of CATIA V5
·
Introduction to the CATIA user interface
·
Understanding the CATIA workflow
2) User Interface
·
Navigation tools and customization options
·
Command structure and toolbars
·
Document management and file formats
·
Preferences and settings customization
3) Sketch
·
Sketch-based features and constraints
·
Creating 2D sketches
·
Editing and modifying sketches
·
Dimensioning and constraints in sketches
4) Part Modelling
·
Creating basic 3D features
·
Extrusions, revolutions, and sweeps
·
Fillets, chamfers, and shell features
·
Editing and modifying part features
5) Assembly
·
Creating assemblies and managing components
·
Constraints and relationships between components
·
Exploded views and assembly animations
·
Assembly analysis and interference checking
6) Surface & Wireframe Design
·
Creating and editing surfaces
·
Lofting, sweeping, and blending surfaces
·
Wireframe construction and modification
·
Surface analysis and curvature continuity
7) Drafting
·
Creating drawing sheets and views
·
Dimensioning and annotation
·
Bill of materials and parts list
·
Printing and exporting drawings
Note: The syllabus provided above is a general outline and can be
modified based on the requirements of the learner or location. It is essential
to tailor the course content to meet the specific needs and skill levels
