Engineering Paper - A Different Perspective

I once had a professor of physics mandate engineering paper for all handed-in assignments, included exams. At the time I was outraged - the paper was expensive, it was unbound, and it wasn't aesthetically familiar to me. Fast forward to graduate school and I found myself more mature and dedicated to the engineering profession, so I voluntarily bought my first pad of engineering paper. I sat through meetings, classes, hackathons, anything related to engineering, always with a pad in my lap. The paper was logical - it was geometric for drawing proportional dimensions and accurately graphing; there were margins for commenting; headers for dates, names, topics, titles, etc. Engineering paper became a fundamental tool to my experience as an engineer.

I spent a summer interning at Idaho National Laboratory, and it was then when I appreciated the role of engineering paper. As a 24 year-old graduate student with little to no experience, a pad of paper is not going to propel your engineering career, however, it can set you apart from your peers by branding you as prepared and professional. A year later I went on to intern for Hewlett Packard Enterprise, and the narrative continues from there. 

The whole point of an entry on engineering paper is this - it's called engineering paper for a reason. It's important for anyone starting a career to educate him/herself on not only their industry standards, but also the reasons why they exist. And for the case of engineering paper - I can't imagine a day without it, and I think that says something about the power of trying something new.

Get Yourself a Few Pads here [rendering courtesy of Xiong under CC BY 3.0].

Get Yourself a Few Pads here [rendering courtesy of Xiong under CC BY 3.0].

Joshua Hrisko

Maker Portal is a blog-centric company intended for young innovators interested in real-world applications to engineering. Resources include: physical products, mobile applications, software development, e-learning, and blog-style article writing. The maker-based approach is explored using written articles with topics ranging from Raspberry Pi, heat transfer, acoustics, robotics, data analysis, Arduino, sensor design, Python programming, and much more. Difficulty levels range depending on the topic and there is extensive focus on open-source software implementation, however, there will be articles with a focus on software design as well. The intention is to demonstrate applications of engineering that are repeatable at the intermediate level without requiring colossal resources. 

https://makersportal.com/
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