Construction materials—concrete, geopolymer material, cement, and mortar—are the most manufactured structural materials. Sometimes, they substitute one another, and sometimes, they contest with one another so that similar structure types and functions could be built by any of the materials. However, scientists often focus more on advanced upcycling processes, in which by-products are made in various industrial manufacturing. Today’s building construction is totally different because the point the construc tion technology has reached involves the constructions printed with three dimension printers using either cement paste or cement mortar, water and sand and binder. It is clearly true that manufacturers give guarantee regarding binder quality in a manner similar to that of other construction materials—tiles, brick, steel, wood, and so on. Nevertheless, the topic of advanced upcycling of byproducts in binder and binder-based materials is not limited to cement since there appear a number of novel binders everyday, such as geopolymer binder systems. The disparity in the methods of upcycling making is, therefore, unique, and the significance of the con trol of the quality of materials work on the site is apparent. Furthermore, since the trade of a materialist has not yet become the education and the convention of a number of other building trades, a scientist supervision is essential on the site. These facts must be considered in mind by the researcher and scientist as careful and intricate design could be easily vitiated if the properties of the actual materials differ from those assumed in the design calculation.