Careers in CAD - Changing the Manufacturing and Textile Landscapes

In bringing products, concepts, or blueprints to life, look no further than computer-aided design (CAD). As this process was once tedious, time-consuming, and manual, innovations in technology have digitized and simplified the entire process. If working in the areas of manufacturing, engineering, or aerospace, CAD is both an indispensable tool and area of study if looking to stay ahead of the curve. For those who want to gain valuable skills in these types of industries, having a background with technical experience, an understanding of construction and manufacturing processes, and knowledge of computer design principles will be helpful along the way.

Staying on top of current trends and knowing what skill sets are deemed necessary will also aid in successful learning and application of CAD. When embarking on a career in this niche, here a few things to keep in mind:

Upgraded Abilities

With advanced capabilities, CAD offers opportunities to design and modify machinery, industry-specific products, and other objects through 3D solid models. No longer confined to 2D drafts or 3D wireframes, these platforms allow for improved testing and reactions “to heat, pressure, physical stress, and other conditions.” An article from Scan2CAD, a conversion software for engineers and designers, goes on to highlight how CAD helps to create new pieces quickly, maintains mathematical accuracy, and enables easy modifications. All things considered, taking advantage of CAD can create deep, positive impacts in manufacturing, textiles, and other fields.

Benefits

In any career, being aware of trends and industry shifts are pertinent to personal and company successes. For many industries, cutbacks on outsourcing mean more abundant job opportunities that are close to home. Offshore employment is no longer cost-effective for companies, and because of this, Digital School Technical Design College says that CAD graduates “are more in-demand than ever before.” The possibilities of what can be accomplished with CAD are growing to meet this demand, meaning that technicians can design virtually anything they imagine. Platforms on which these designs can be created are evolving as well. Tablets, mobile devices, and apps are now available for on or off site work, allowing for different environments in which to conceptualize and develop.

Skill Sets Required

To be a successful CAD technician, one must learn how to communicate effectively. This includes speaking, writing, and listening. These skills apply to in-person, phone, and email conversations, helping to bring clarity and structure to projects or tasks at hand. Listening creates a better understanding of changes and requirements, writing helps document them effectively, and speaking leads to more accurate transfers of information.

Being able to communicate can make you a better team member, too, enabling you to work well across multiple groups of people. These collaborations, both internal and external, will ultimately improve customer and coworker satisfaction.

Working and communicating well with others can also enhance workplace flexibility. When issues arise or things need to shift, these skills will assist in navigating through changes on all levels in which you are involved. All things combined, you will be able to begin and maintain a successful career in continuously evolving industries.

Are you interested in Computer-Aided Design and working for a rewarding company? Fletcher Industries is currently hiring qualified CAD designers in addition to engineers, machinists, and customer service representatives. If you’d like to learn more about these opportunities and how to apply, visit our careers page or call us at 910-692-7133

Sources:
https://www.toptenreviews.com/software/articles/cad-software-the-many-uses-for-computer-aided-design/
https://www.digitalschool.ca/4-major-trends-in-cad-design/
https://www.digitalschool.ca/3-essential-skills-you-need-to-become-a-successful-cad-technician