Laboratory Package for Boosting Experimental Teaching of High-Performance Apparel & Activewear Integration within the Walk-in Environmental Controlled Chamber

The new comprehensive equipment integration, which includes the 1) MetaMax 3B (R2), and 2) APDM V2 Kit 15-Opal Moveo Explorer System, can be installed in the Human Performance Atmospheric Chamber (MN014b) with temperature and relative humidity control. Adding this new comprehensive equipment integration can maximize the function of current Human Performance Atmospheric Chamber (MN014b), enabling it turn into a professional Human Performance Atmospheric Chamber for high performance apparel teaching and research purposes. The installation of this comprehensive equipment integration within controlled environment chambers could have several potential implications.

Firstly, it could significantly enhance the capabilities of the Human Performance Atmospheric Chamber (MN014b). By incorporating comprehensive equipment integration, the chamber could be transformed into a professional-grade facility for high performance apparel teaching and research. This could potentially attract more students and researchers, thereby increasing the visibility and reputation of the school.

Secondly, the advanced Human Performance Atmospheric Chamber (MN014b) would provide students with hands-on experience with industry-standard technology, equipping them with practical skills that are highly valued in the high performance garment market. This could potentially increase the employability of the students and the reputation of the SFT’s teaching programs.

Thirdly, the enhanced capabilities of the Human Performance Atmospheric Chamber (MN014b) could allow for more complex and sophisticated teaching modules. For instance, students could learn how to conduct advanced tests on functional apparel under various environmental conditions, enhancing their understanding of the subject matter.

Fourthly, the new equipment could facilitate more interactive and engaging teaching methods. For example, instructors could demonstrate the real-time effects of different environmental conditions on functional apparel, making the learning process more dynamic and interesting.
Lastly, the installation of this comprehensive equipment integration within controlled environment chambers could potentially attract renowned experts in the field to SFT, either as guest lecturers or permanent faculty members. This could further enrich the teaching program and provide students with valuable networking opportunities.