Parametric Three-Dimensional Design for 3D Printing (solidworks)

Objectives

Design or replicate models for 3D printing from the measurement to the final finishing of the part, learn and assimilate the use of specific software for parametric design and its most common uses.

Access requirements for students.

• Higher Technician Degree (FP Higher Degree) or equivalent
• Having passed the entrance exam for Higher Level Vocational Training programs.
• Having passed any official university entrance exam – Level 3 professional certificate.
• Degree or equivalent
• Postgraduate Degree (Master’s Degree) or equivalent
• Auxiliary Technician (FP 1) or equivalent
• Baccalaureate
• Foreign titles must be duly accredited.
• The access criteria for students must ensure that they meet the sufficient educational and professional requirements to successfully undertake the training.

Priority groups

Prioritizing unemployed individuals seeking employment (DO), as well as:

• Individuals with special difficulties in entering the labor market and/or in situations of social vulnerability (people with a recognized disability of 33% or higher, individuals over 45 years old, individuals registered as unemployed job seekers for more than 2 consecutive years).
• Women.
• People who do not receive unemployment benefits or who are not entitled to them. People with low professional qualifications.
• Young people under 30 years of age.
• Workers in a situation of ERTE (Temporary Employment Regulation File).

How to register

To complete the registration, it is essential to fill out the form found under the “Registration” button, attach the required documentation, and complete the pre-registration document “Annex,” which must also be included.

• Photocopy of a valid DNI or NIE
• Photocopy of the updated Dardo (application document for unemployment benefits from SOC, only if you are unemployed)
• Photocopy of the updated work life document if you are employed.
• Photocopy of the requested qualification

Contents

Module 1:

• Object Libraries
• Typology of three-dimensional design software
• Data Acquisition, Scanning, and Measurement
• Parametric design with SOLIDWORKS
• Material characteristics
• Functional finishes
• Coatings

Module 2: Basic Occupational Risk Prevention

• Safety and Health at Work.
• General Risks and Prevention.
• Specific Risks and Their Prevention in the Sector Related to the Company’s Activity.
• Basic Management Elements in Occupational Risk Prevention.

Module 3: Labor Insertion, Gender Equality, and Ecological Transition

• Labor Insertion
• Awareness of Gender Equality
• Ecological Transition