MIT Electronics Research Society | (617) 253-2060
Come inspire us with cool projects Our semesterly showcase / open house is today:
MITERS End of Every Term Research Showcase is Friday (today!) starting at 6pm and running until 10 (people will be there until dawn, of course).
Hosted by the MIT Electronics Research Society (MITERS)
Friday *Dec 16th, 6-10pm*, at MITERS *N52-115* (by the MIT Museum)
- google maps: http://tinyurl.com/6om8578 || phone: (617) 253-2060
What is it?
- – you bring *cool projects *you made this term
- – you look at other cool projects that other people made this term
- – you make new friends (if you want to)
- – you eat* free* *food*!!!
6 to 7 ~ Meet people / order food
7 to 9 ~ Lightning talks. five to fifteen minutes by each maker about what
they’re working on
9 to 9.5 ~ Dinner / talk to people
9.5 to 10 ~ Reconvene, ask any questions relevant to everyone
10 ~ Group photo
This year MEETERS will include projects such as musical tesla coils / hat
coil, induction heater, bike generators, giant and medium and small
quadrotors/tricopters, hexarideablepod and hexawalkingpod, segboard,
direct-to-pcb-laserprinter, diy motors (transverse? hub? BIG?), scooters.
Some of these will even be working nonlethal demos!
MITERS is a student-run maker space where members of the MIT community are
invited to come and make awesome things. Come check out all these awesome
projects and get some ideas flowing for a project of your own!
What is MITERS? Watch the documentary about us:
If your project has special requirements, or you can be bothered to RSVP,
please let people know via the list miters-keyholders at the obivous, our-friendly-institvte.edu. Thanks!
*including nyancake and nyantarts, of course. Nyanjello might appear too…
** impromptu talks may happen after 10 pm, if lots of people are interested
in something (how to etch circuits? how to use arduinos?).
Debates about the relationship between makerspaces and startups, open
source hardware / software business models and case studies, internet noise
and the optimal level of documentation, will happen if I’m still alive.
Just chilling and hanging out!
Figuring things out!
Precision engine installation?!
Basically, everything happens at miters. Come be a part of it!
Nancy gives a lecture on how to github:
It’s nail painting night at MITERS!
nancy edits on 2 dec 2011:
for reference, I talked (actually mostly I evangelized open source hardware and mentioned rise of EE but not really meche-oriented version control, then most people already knew how to use git & github) about:
You have to start building somewhere, so MITERS frosh Walter came by this past week to add a sound system to his bike!
It doesn’t have to be complicated, spectacular, or outlandish to be built at MITERS!
This is a cross-post from muffin’s blog!
Over the weekend, Dan disassembled a laser printer that he found in the trash. He was able to tear it down to the point where he could fit a board in the (quite linear) print path and gave it a go. To his dismay, the board jammed and nicked the heating drum. I came over and we decided that by removing a metal guide and chamfering the edge of the circuit board, we’d have better luck – and we did! The print quality turned out pretty good, but the toner wasn’t fusing to the board. We figured that it was either a heat/pressure issue or a charge issue and called it a night.
The next day, Dan and I went to [miters](http://miters.mit.edu) to improve the process. We tried a whole slew of ideas include charge compensation, increasing roller pressure, and pre-heating the boards to get the toner to fuse. The last one did the trick. Although print quality isn’t 100% there yet, we’re certain that we can hammer out those last pixels and get this process rolling. We etched my first lab in 6.331 – a 4MHz 50-ohm line driver with 2 watts of output power.
More to come next weekend!
Because documentation is good, I hear…so here’s documentation of an old-ish (circa this June) project.
Inverter is a fullbridge of CM400 IGBT modules, matching transformer is something like 20:1. The whole thing resonates at ~65KHz. The driver is a simple fixed-frequency oscillator.
Sorry ’bout the lack of video…seems like I was too busy setting things on fire and forgot to video it =( Remember kiddies, setting a CDE940 film cap on fire=Terrible Idea!