Check out our lab’s feature on pages 36 & 37 in the August edition of Cold Facts: The Magazine of the Cryogenic Society of America. Jake Fisher and Ian Richard are highlighted in the piece.
Google’s project Loon may be our best chance at saving the planet. Free access to humanity’s collective knowledge will do more than anything to assist those in 3rd world countries to help themselves,, and to inform those of us in the 1st world how bad things really are. The irony of Loon may be the “Balloon-powered” part of the “internet for all” slogan.
The balloons used in Loon are inflated with helium, yes the same gas filling in your party balloons, that is truly a depleting planetary resource. Helium cannot be created by any process besides nuclear reactions, in the sun or deep in the earth, and has escape velocity. … » More …
The Genii UAS developed by WSU MME students and the HYPER lab was recently shown in Governor Inslee’s Aerospace promotional video. Yet again demonstrating the incredible heights WSU students can achieve.
Ian Richardson and Jake Fisher won the “People’s Choice” Award for best poster at the Washington Clean Technology Alliance Showcase yesterday in Seattle. The poster presented their design for a drop-in hydrogen refueling station that won the 2014 International Hydrogen Student Competition. We’re looking forward to building the proof-of-concept station!
What if I told you that the key to effective communication lies in following just three simple rules? I’ve found that the following three rules tend to correct the majority of engineering communication problems, and indicate when I consume information:
I haven’t seen these rules elsewhere, so let’s expand on each. I’m going to use the Spiral v-Meme value taxonomy to apply each rule on many value levels.
1) Relevancy — to the audience. Indicators of relevance depend on audience and include one or more (if not all) of the following:
I initiated the HYdrogen Properties for Energy Research (HYPER) laboratory in the school of Mechanical and Materials Engineering at Washington State University. I started the HYPER lab in August of 2010 to meet a growing national need for expertise in cryogenic hydrogen in many fields; aerospace, nuclear energy, and clean energy technologies being only a few of the fields. We’ve had an award filled and exemplary start to the laboratory and my goal is to tell that story through ongoing posts and content uploads.