To introduce students to the fundamentals of Pro/Engineer (Pro-E) software.
To provide a comprehensive understanding of 3D parametric modeling.
To teach students how to create and manipulate sketches, features, and assemblies.
To enable students to work efficiently with constraints and design intent.
To develop skills in solid modeling, surface modeling, and advanced features.
To empower students with the knowledge necessary for self-employment or career advancement in design and engineering.
To facilitate Pro/Engineer software installation and configuration.
Course Overview:
This 3-month part-time Professional Pro-E course is designed to equip students with the skills and knowledge required to excel in the field of computer-aided design and engineering. The curriculum covers a wide range of topics, from the basics of Pro-E to advanced modeling and configuration techniques. By the end of the course, students will be prepared to create complex 3D models, design assemblies, and pursue opportunities in self-employment or related careers.
Course Teaching Methodology:
Lectures and Demonstrations: Instructors will provide detailed lectures and practical demonstrations of Pro-E features and techniques.
Hands-On Practice: Students will engage in hands-on practice sessions to apply what they've learned.
Assignments and Projects: Assignments and real-world projects will challenge students to implement Pro-E skills.
Group Discussions: Discussions on industry standards and best practices.
Guest Lectures: Inviting professionals to share their experiences and insights.
Software Installation: Guidance on Pro-E software installation and configuration.
Importance for Learners in Career Growth and Self-Employment:
Completing this course will be immensely beneficial for learners in terms of career growth and self-employment opportunities:
Career Advancement: Graduates can enhance their job prospects in fields such as mechanical engineering, product design, and manufacturing by mastering Pro-E.
Self-Employment: Armed with Pro-E skills, students can start their own design and engineering businesses, providing services to clients.
Versatility: Pro-E proficiency opens doors to a wide range of industries and job roles.
Increased Productivity: Knowledge of advanced modeling and configuration techniques streamlines design tasks.
Competitive Advantage: Pro-E certification can give learners a competitive edge in the job market.
Course Syllabus:
Module 1: Introduction to Pro/Engineer
User Interface Overview
File Operations
Sketch Mode
Drawing a Sketch
Dimensioning a Sketch
Working with Constraints
Modifying Dimensions
Trimming and Mirroring
Module 2: Advanced Sketching
Palettes
Sketch Operations
Fillets
Splines
Text in Sketches
Importing Sketches
Scaling and Rotating
Module 3: Solid Modeling
Solid Modeling I (Extrude, Revolve, Default Datum Planes)
Solid Modeling II (Holes, Rounds, Chamfers, Ribs)
Editing Features
Module 4: Advanced Features
Solid Modeling III (Sweep Features, Blend Features, Shell, Datum Curves, Draft Features)
Solid Modeling IV (Variable Section Sweep, Swept Blend, Helical Sweep, Blend Section to Surface, Blend Between Surfaces)
Module 5: Datum Features
Datum Planes and Axes
Datum Points
Creating Datums On-The-Fly
Object Replication
Patterns
Copying Features
Mirroring Geometry
Model Sections
Deforming Solids
Module 6: Pro/Engineer Installation and Configuration
Ordering
Installation Procedures
Configuration Files
Note: The course content can be customized based on the specific requirements of learners or their location, while ensuring comprehensive coverage of Pro-E skills.
This course is tailored to meet the needs of Indian students, providing them with valuable skills in Pro-E that are highly relevant in today's job market and for self-employment opportunities in the design and engineering sectors.
Course Title: Pro-E (Skill Development Course)
Course Duration: 3 Months (Part-Time)
Course Objectives:
To introduce students to the fundamentals of Pro/Engineer (Pro-E) software.
To provide a comprehensive understanding of 3D parametric modeling.
To teach students how to create and manipulate sketches, features, and assemblies.
To enable students to work efficiently with constraints and design intent.
To develop skills in solid modeling, surface modeling, and advanced features.
To empower students with the knowledge necessary for self-employment or career advancement in design and engineering.
To facilitate Pro/Engineer software installation and configuration.
Course Overview:
This 3-month part-time Professional Pro-E course is designed to equip students with the skills and knowledge required to excel in the field of computer-aided design and engineering. The curriculum covers a wide range of topics, from the basics of Pro-E to advanced modeling and configuration techniques. By the end of the course, students will be prepared to create complex 3D models, design assemblies, and pursue opportunities in self-employment or related careers.
Course Teaching Methodology:
Lectures and Demonstrations: Instructors will provide detailed lectures and practical demonstrations of Pro-E features and techniques.
Hands-On Practice: Students will engage in hands-on practice sessions to apply what they've learned.
Assignments and Projects: Assignments and real-world projects will challenge students to implement Pro-E skills.
Group Discussions: Discussions on industry standards and best practices.
Guest Lectures: Inviting professionals to share their experiences and insights.
Software Installation: Guidance on Pro-E software installation and configuration.
Importance for Learners in Career Growth and Self-Employment:
Completing this course will be immensely beneficial for learners in terms of career growth and self-employment opportunities:
Career Advancement: Graduates can enhance their job prospects in fields such as mechanical engineering, product design, and manufacturing by mastering Pro-E.
Self-Employment: Armed with Pro-E skills, students can start their own design and engineering businesses, providing services to clients.
Versatility: Pro-E proficiency opens doors to a wide range of industries and job roles.
Increased Productivity: Knowledge of advanced modeling and configuration techniques streamlines design tasks.
Competitive Advantage: Pro-E certification can give learners a competitive edge in the job market.
Course Syllabus:
Module 1: Introduction to Pro/Engineer
User Interface Overview
File Operations
Sketch Mode
Drawing a Sketch
Dimensioning a Sketch
Working with Constraints
Modifying Dimensions
Trimming and Mirroring
Module 2: Advanced Sketching
Palettes
Sketch Operations
Fillets
Splines
Text in Sketches
Importing Sketches
Scaling and Rotating
Module 3: Solid Modeling
Solid Modeling I (Extrude, Revolve, Default Datum Planes)
Solid Modeling II (Holes, Rounds, Chamfers, Ribs)
Editing Features
Module 4: Advanced Features
Solid Modeling III (Sweep Features, Blend Features, Shell, Datum Curves, Draft Features)
Solid Modeling IV (Variable Section Sweep, Swept Blend, Helical Sweep, Blend Section to Surface, Blend Between Surfaces)
Module 5: Datum Features
Datum Planes and Axes
Datum Points
Creating Datums On-The-Fly
Object Replication
Patterns
Copying Features
Mirroring Geometry
Model Sections
Deforming Solids
Module 6: Pro/Engineer Installation and Configuration
Ordering
Installation Procedures
Configuration Files
Note: The course content can be customized based on the specific requirements of learners or their location, while ensuring comprehensive coverage of Pro-E skills.
This course is tailored to meet the needs of Indian students, providing them with valuable skills in Pro-E that are highly relevant in today's job market and for self-employment opportunities in the design and engineering sectors.
