SolidWorks for 3D Printing Study Mode: Part Time   |    Course Level: N/A

Where will this course lead?

This course is designed to provide learners with the knowledge and practical skills required to use 3D models using industry-standard Computer-Aided Design software (SolidWorks) which can then produce efficient 3D printed models (using Bambu or similar). It can help lead to employment in engineering, manufacturing, product design, construction, architecture, and other technical industries where CAD and manufacturing skills are in demand. The course is also ideal for individuals already in employment who wish to upskill or enhance their technical capabilities or those who want to understand better how 3D printing can assist their own area of engineering.

What will I study?

You will develop an understanding of CAD software principles and gain hands-on experience in producing 3D CAD models and 3D printed components. Topics may include:

• Cad modelling for 3D printing
• Editing CAD models for 3D printing
• Additive manufacture v's subtractive processes
• 3D printing for prototyping and manufacture
• Design considerations for 3D printed models
• Model orientation with consideration to design intent
• Printing of 3D CAD models
• Health and safety considerations and sustainability in design and 3D printing
• Employability and industry-related skills

What qualifications will I get?

Upon successful completion, learners will achieve a certificate issued by Solihull College & University Centre highlighting that the learner has achieved a certificate from the college for using SolidWorks for 3D printing. The certificate will support the learner within industry and provides a strong foundation for further study or employment within engineering and related sectors.

How will I be assessed?

Assessment will be carried out through a combination of practical assignments, CAD and 3D printing projects, portfolio evidence, and coursework. Learners will be required to demonstrate their ability to produce accurate engineering drawings and 3D models to industry standards.

There are no formal examinations, with assessment focusing on practical application of skills and knowledge.

How do I get a place on the course?

You can apply online through the college website or contact the Admissions Team for guidance. Following your application, you may be invited to attend an interview or advice and guidance session to discuss your suitability for the course and your future career aspirations.

What are the entry requirements?

• There are no specific engineering qualifications required. However, learners should have completed the 14 week 3D CAD modelling course (delivered at Woodlands Campus in September - January) or have relevant CAD experience, e.g. completed DS Solidworks Basics course.
• Have an interest in engineering, design, or manufacturing
• Demonstrate a willingness to learn and develop technical skills
• Possess literacy, numeracy as well IT skills at a good level
• Ideally hold English and Maths qualifications at Level 1 or above (or be willing to work towards them if required)

What else do I need to know?

CAD and 3D printing skills are highly valued across a wide range of industries and continue to be in demand as organisations adopt advanced digital design and manufacturing technologies. This course provides practical, industry-relevant skills that can enhance career prospects, support progression within employment, or prepare learners for further study in engineering and design.

What can I do after this course?

After successfully completing this course, you may progress to higher-level engineering and design qualifications, including:

• Industry recognised CAD qualifications

Potential career opportunities include:

• CAD Technician
• Junior Design Engineer
• Engineering Technician
• Mechanical Design Technician
• Manufacturing Technician
• Product Design Assistant
• Architectural Technician
• Technical Draughtsperson
• Engineering Apprentice

The skills developed on this course are transferable across many sectors and can support progression into both employment and further education.