What is the most effective way to train CAD professionals to optimize designs for cost and efficiency?

To optimize designs for cost and efficiency, CAD professionals should focus on a holistic approach. First, prioritize a deep understanding of materials and construction techniques. This knowledge enables smarter material selection and efficient use. Next, embrace parametric modeling to quickly iterate through design variations, considering different materials and geometries. Collaborate closely with other disciplines to ensure interdisciplinary coordination and catch potential clashes early on. Lastly, stay updated on the latest industry technologies and sustainability practices to integrate innovative solutions into designs. Continuous learning and interdisciplinary collaboration are key to shaping cost-effective and efficient structures.

Know your product. Put them in the field, put them on the factory floor, put them in touch with those who are physically putting it together. Have them involved with the manufacture/install side of their project. Years ago we had a customer that wanted a large single piece epoxy resin countertop for a university. The lab was on the 3rd floor. The top was 5 feet by 8 feet. It was what they wanted, so we provided. The top was 440 pounds and would not fit on the elevator. It would not fit in the stair well either. Ultimately the top was damaged and had to be remade into two smaller pieces. When we see the effect our design has on those in the field we become more aware and consider the consequences of decisions made in the office.

1.Offer targeted training in cost-efficient design using CAD. 2.Provide hands-on experience for direct application of cost optimization principles. 3.Foster collaboration among professionals to share insights and best practices. 4.Train on tools that integrate with CAD for real-time cost estimation. 5.Pair professionals with mentors for practical guidance. 6.Analyze successful cost-optimized design case studies for practical insights. 7.Keep professionals informed about the latest industry trends impacting cost and efficiency. 8.Encourage pursuing certifications in cost-effective design methodologies.

Keeping the layout simple, as simple as possible. The above mantra can work a lot. As we are attracted towards a concept of unique solutions we are obvious to make our structure complex. The thought must not be denied, i agreed our structures must be unique but to do so we can have many factors and many variables with respect to the layout precisely column locations. So if we keep in mind that our structure must be unique as well as it should be simple with respect to drainage of forces. We can have a mind set which is collaboratively working on optimisation. We should explore every possible idea of creating our structure, Accordingly we can create an effective and efficient building with respect to cost.

Plan ahead and take your time to look around searching for ways to efficiently complete your next task. This is seemingly a no-brainer since is what most of do, but how many times have you found that during the middle of your design, or after finishing, someone comes in and show you a better or less rime consuming way to achieve that very same task you've been working on. This has happened to me several times during my 10 years experience working in AEC with CAD softwares. It is not just knowing what you are goin to do but also how to do it clearly layed out before starting what could make a huge difference.

In my experience being updated with the latest software features and upgrades in CAD makes you efficient in doing your job and it saves your time in a fast-phase dynamic work environment.

Updating your soft skills in CAD and other softwares is a smart way to stay updated with the new features which is innovated through the needs of users and to solve their problems. Innovation is based on users feedback.

6. Consider collaboration and interdisciplinary skills: Train CAD professionals to collaborate effectively with other departments, such as manufacturing and cost estimation. Understanding how design decisions impact various aspects of a project contributes to more holistic and optimized solutions. 7. Sustainability Integration: Incorporate training on sustainable design principles. Optimizing for cost and efficiency should also align with environmentally conscious practices, reflecting the growing importance of sustainability in design.