..that's it. Base needing more power. Another electromechanic generator right?
UPDATE: This class is now being offered!
TL;DR: PM me if you were interested in taking Electromechanics next semester, and we can probably make it happen.
Electromechanics deals with the physics of motors/generators/actuators etc. It is the only class I know of that covers this subject in depth. It was dropped from the course offerings a few weeks before registration, because the departure of Prof. Braunstein meant classes had to be shuffled around. My friend and I were planning to take it next semester, and when we reached out to the professor and dept. head, they indicated they would consider offering it if there was sufficient demand. So, just leave a comment or PM if you would take Electromechanics if it were offered. Thanks!
like so many other posts on reddit i came here unsure if this is Ironic and welcome suggestions should it not. but when i ran into this link today i scheisse a brick thinking if only they had acted on it: https://www.transit.dot.gov/research-innovation/bus-exportable-power-supply-beps-system-use-strategy-investigating-use-transit "This report summarizes how hybrid electric buses can be used as on-demand, mobile electric-power generators during emergency response and recovery. The Center for Transportation and the Environment (CTE) partnered with the University of Texas Center for Electromechanics and Hagerty Consulting to develop a Bus Exportable Power Supply (BEPS) System that will give hybrid buses the capability to act as on-demand, mobile electrical-power generators." also note: "Last updated: Friday, February 21, 2020"
hey guys graduating soon and I want to go work in the mining industries but can't seem to see jobs for the degree I'm in? anyways i also have the option to get my industrial mechanic degree for only 400 more hrs of school, would it be better to do this or go start looking for work right away?
any tips and pointers would help alot thanks!
Hi everyone,
I hope you are doing good in these strenuous and uncertain times. For the past week, I have been unsuccessfully trying to simulate a comb drive actuator but keep getting stumped when it comes to defining the boundary conditions and moving mesh conditions. I am fairly new to COMSOL, so I decided to try my hands on a relevant example I found in the COMSOL 3.5 model library guide. However, the steps for boundary definition are outdated and at odds with the newer COMSOL 5.4 that I am using. Could anyone delineate the steps needed to successfully carry out an electromechanical simulation? I have attached the a link to the COMSOL 3.5 guide (page 33), and an image of the comb drive actuator I'm trying to simulate.
Thank you!
https://extras.csc.fi/math/comsol/3.5/doc/mems/memsmodlib.pdf
Anyone taking this class, what should be focused on when studying? Professor Lin is pretty vague with what he says is on the exams and I'm not sure what I should focus on.
I'm considering moving to Istanbul my family from Montreal to Istanbul. I'm trying to make plans financially. Wife is a tea her that teaches at an English trade school. I can find her salary info online. However not so much for trades jobs. Does anyone have an idea of the general salary for an industrial mechanic/electrician/automation technician in the city?
I'm tired of not knowing a single thing about how motors, solenoids or anything else works. All I want to do is use electricity from a battery to generate mechanical motion in my designs, but I do not understand how to do this as of now and I know I should. What is a good source to learn this, or is there any brief TLDR anyone could give me to understand this?
Im about to start studying electromechanic engineering (or mechatronics.Im not from the us so i dont really know how that career is there and from what ive seen, the vast mayority chooses either EE or ME) and I was wondering about the "potential" of it.
By potential i refer to other fields of engineering that I can enter thanks to my knowledge, like automotive,robotic,etc and how well I could perform in those fields.
Also what other types of engineering could complement my choice,like computer science/software/electronics/etc Engineering.
hello guys !
I'm graduating in automated system electromechanics ( 1800 hrs program) in Canada in 80 days and since we started the programs our teachers have been telling us that there's lots of jobs for us out there but since we started school in the new years they have been advertising the other program industrial mechanics (1800 hrs) witch is great because it get reduced to 400 hrs or 4 months but they are now saying its almost necessary to get to find jobs and its really hard to believe that the job market just change like that in a few months ...
so since I just got married and I'm turning 29 I'm kinda hesitant to take the jump ...I was wondering if anyone have good advice from people who experience something like this before or is working in a field connected to my degree
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Hi there! I have one of these old Intermatic electromechanical timers (see photo) and was wondering if there are any 'smart' options to replace it. I'm looking for something that can irrigate based on weather conditions (at least skip a cycle, if rain is forecast in my area,) but would be happy with at least something easier to program / maintain (more electronic than mechanical). I'd also want to avoid having to replace other parts like the pump, valves, etc. Thanks in advance!
Would it be possible to harness electric potential energy? Maybe extract energy from the atmosphere using electric potential difference? Is this idea correctly stated? or theoretically possible?
Trying to get back into school wanted insight from people currently working in these fields. I’m terms of work do you find it rewarding and how hard was the schooling journey. I know all answers will be different. Just on the fence on what I want to do. Currently an electrician in the Navy just looking at possible options if I get out.
