CAD Designer

As a CAD Designer at Baresque, your main responsibilities include creating detailed SolidWorks and AutoCAD drawings, developing layouts for manufacturing, generating production-ready files, and ensuring the accuracy of technical drawings. You will collaborate with various teams to support project execution and make recommendations for process improvements.

To qualify for the CAD Designer position at Baresque, you should have at least 2 years of experience with SolidWorks and AutoCAD in both 2D and 3D. Additionally, 3+ years of CAD experience in the manufacturing industry and knowledge of reading architectural plans, along with basic CNC file creation, are essential.

Yes, the CAD Designer position at Baresque is fully in-office initially, but after passing a six-month probation period, you will have the opportunity to work from home two days a week, making it a great fit for those seeking work-life balance.

Baresque is committed to the continuous learning and development of its employees. As a CAD Designer, you will have access to ongoing training opportunities, mentorship, and a collaborative team culture that encourages skill enhancement and career advancement.

The salary for a CAD Designer at Baresque ranges between $60,000 and $65,000 annually, reflecting the expertise and experience valued in this role within a dynamic manufacturing environment.

When asked about your experience with SolidWorks and AutoCAD, share specific projects where you've utilized these software programs, highlighting your skills in creating detailed designs and your comfort level with both 2D and 3D modeling.

To ensure accuracy in your CAD drawings, discuss your process, such as using approved templates, double-checking dimensions, and collaborating with team members for feedback. Emphasize your attention to detail and how it contributes to error-free designs.

When optimizing CAD designs for production, detail the strategies you employ, like analyzing production processes, considering material constraints, and simulating designs for structural integrity to ensure efficiency and functionality.

Addressing feedback is crucial; discuss how you approach constructive criticism positively, demonstrating your willingness to revise and improve your drawings based on valuable insights from clients or colleagues.

Share your methods for interpreting sketches, such as breaking down concepts into measurable components and using reference materials to construct accurate and comprehensive CAD drawings based on visual information.

In response to this question, narrate a challenging project, focusing on the specific obstacles you faced, the problem-solving strategies you implemented, and the successful outcome of your efforts as a CAD Designer.

Discuss your familiarity with CNC cutting machines, including your experience in generating DXF files and how you ensure that your designs translate effectively into manufacturing processes.

Express your passions related to being a CAD Designer, emphasizing aspects like creativity, problem-solving, and the satisfaction of seeing your designs come to life in production, which can help convey your enthusiasm for the role.

When discussing collaboration, highlight your communication skills and how you actively seek input from team members and clients, ensuring that all project stakeholders are aligned for successful execution.

Mention any professional development courses, workshops, or certifications you’ve pursued to enhance your CAD skills. Discuss your commitment to staying updated with industry trends and software advancements relevant to CAD design.