3 Myths About Electronic Design You Need to Stop Believing Now

June 16, 2016, anysilicon

Evident in ubiquitous products like cellphones, laptops, and televisions, electronic design is a large part of everyday life. Electronic designers determine many aspects of these gadgets, from their particular features, prices, and longevity. They are pressured to design, create, and produce modern technology rapidly in accordance to the increased demand for high tech products. Moreover, in order to meet various customer requirements, electronic designers construct reliable and economical solutions. Yet, since electronic design involves complex modern technology, many people are often quick to accept inaccurate information about the designing process. These myths lead to misuse of pervasive technologies, which can result in risky consequences. Here are three myths about electronic design you need to stop believing now:


Electronic design is only important to government regulators and industry gurus


People frequently overlook the significance of electronic design due to its complex nature. Subsequently, they assume that the small details are not only too sophisticated but also irrelevant. However, this is a common mistake, particularly made by those working outside of safety- and security-critical industries. Our lives are tremendously impacted by so many electronic devices in countless ways, from the Global Positioning System in our vehicles to the music in our cell phones.


Although electronic design is especially important to government officials and industry experts, it is essential for all technology users to understand the basics of electronic design. By doing so, we can understand the capabilities of our everyday technologies and how to use them safely and efficiently. Through unique and complex steps, electronic designers work to create effective, reliable, and low cost products that satisfy the demands of the consumer. In the electronic design process, the engineer designs the product, creates a prototype, tests the material, evaluates the outcome, and produces the final device. Although the process may seem complicated, it is important for technology users to gain at least the most basic understanding of electronic design. In addition, we can become better electronic users and smarter shoppers.


Quantitative analysis is better than human intuition.


In our contemporary and digitized society where electronics are continuously becoming more pervasive, we depend on technology to produce accurate results rapidly. Although this reliance on technology promotes faster outcome, there is a lack of creativity and innovation. Furthermore, electronics can’t reason like the human mind can. In spite of human bias that can often distract us, creative thinking is imperative during the electronic designing process. Electronic designers work to meet all of the customers’ needs, which cannot be calculated electronically. Determining these needs and the methods of satisfying them are captured by human intuitions. The designing process particularly needs the creativity and ingenuity of the human mind to generate original ideas.


This myth leads to another misunderstanding that true business insights can be found through automated means alone. For example, an analysis may methodically determine an error but only a person who has years of experience can understand why the issue even exists and know the methods of solving the problem.


Most electronic design processes have identical chief elements.


Although the main process of designing electronics may be similar, the specific elements are not interchangeable. With the growing demand for new high tech products, the electronic design industry continues to increase. In fact, the high demand for new products provides challenges for electronic designers to model complex designs for new products. Electronic designers have to not only customize the model for the particular product but also analyze the interactions among countless constituent parts in their designs to ensure that the final product is complete and easy to manufacture. The various steps of electronic design, from hardware design to production, differ with each product and its components. Even if two products have identical features, each one has to be designed and created through distinct processes. For instance, a television and a cell phone can both display videos. However, customers demand different features in cell phones and televisions, such as remote controlled television and touch screen phone. Since there are dissimilar requirements, the electronic designer has to integrate these differences through the entire design, prototype creation, product test, evaluation, and production processes.


About the author: Kathy Yoo is an SEO & Outreach Intern at The Marketing Zen Group and enjoys writing content on behalf of the electronic design gurus at Pivot International. As an avid traveller and learner from Canada, she loves exploring different cultures and cheering for the Toronto Raptors. Catch up with her on Twitter @kathy__yoo


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