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FAQ

I received 63J at meps and it is a chemical equipment repair job can someone give me the details on this job and what i would do if mobilized. thank you.

Quartermaster and Chemical Equipment Repairer (63J) The Quartermaster and Chemical Equipment Repairer performs unit and direct/general support maintenance on tactical utility, precise power generation, laundry and bath equipment, pumps, engines, burners, filter units, smoke generation and water purification or associated items. The Quartermaster and Chemical Equipment Repairer is primarily responsible for supervising or performing maintenance on chemical equipment, quartermaster machinery, forced air-heaters and special purpose equipment. Some of your duties as a Quartermaster and Chemical Equipment Repairer may include: Maintaining and repairing electrical/fuel heater systems, pumps, decontamination systems, protective filter systems, smoke generator systems and quartermaster and chemical equipment electrical systems Job training for a Quartermaster and Chemical Equipment Repairer consists of nine weeks of Basic Training, where you'll learn basic Soldiering skills, and 11 weeks of Advanced Individual Training, including practice in marine engine maintenance and repair. Part of this time is spent in the classroom and part in the field. You'll learn: Internal combustion engine theory Use and care of hand and power tools Helpful attributes include: An interest in shop mechanics An interest in fixing engines and machinery An ability to use hand and power tools A preference for doing physical work Advanced level Quartermaster and Chemical Equipment Repairers supervise and train other Soldiers within the same discipline. The skills you learn as a Quartermaster and Chemical Equipment Repairer will help prepare you for a civilian career with the marine transportation, commercial fishing, oil exploration or oil drilling industries. You'll be able to consider a future as a marine engine mechanic.

I'm currently doing a 3 year advanced diploma for electronics engineering program. However, I don't feel it could really lead to much possibilities. What do people think?Are there any electronics engineers here in the room?? If so, what challenges do you face??

It's pretty booming right now, and probably will be for the next couple of decades at least. As far as possibilities go, what are you looking for? Some EE's start their own companies and make millions. It's as much as what you make of things as it is about hopping on the right train to take you where you want to go. The downside of engineering has to be the pressure and the deadlines. Marketing and money drive engineering. And the market doesn't want to wait forever for the next gismo. Your design has to be finished by a certain time or else the whole bridge project gets held up, etc.

if you have worked in engineering consultancy, can you please tell me what are the typical projects you take and what exactly you do to help different firmswhy cant the firms do that stuff themselves , why do they need you badly ?

I do electrical engineering and do consulting for companies for the design of electrical systems of new plants. What my company and I do is to get the general power requirements for a large building or factory and specify what transformers, wiring, fusing, lighting, and power distribution methods they will need. Because of my education and my experience, I can provide a customer with the correct power and wiring specifications. The companies then can use my specifications to hire large electrical firms to install the electrical equipment and wiring. Firms normally do not do this for themselves because: 1. It is a one-time thing and they would not generally hire some one directly to do this. 2. Many firms cannot legally do this anyway because the state and local municipalities require a state-certified professional engineer and/or engineering company (like me) to design things like this. 3. It would be very costly and inefficient for a company to acquire this capability for a short amount of time. 4. On many types of consultancy, you want to hire another company because you may want a different point of view or perspective on the problem. 5. Many consultants can provide many types of engineering capabilities to bear on a problem, which can be impractical or expensive for companies to hire. Hope this helps Paul

How come water shorts things out when water doesn't even conduct electricity it is the minerals in the water. If you dropped pure water in electrical equipment what would happen

Water is actually a pretty good insulator. The water molecules themselves don't conduct electricity very well at all. Water is conductive when there are substances dissolved in the water which dissociate into ions. It's the ions which actually do the conducting. If you placed pure water on electrical equipment, you would get wet electronic equipment, with little chance for shorting out. It would actually depend on the voltages in the electron equipment. But keep in mind that pure what does contain some ions. First there is the autoionization of water to make H+ and OH-. Secondly pure water has a pH of around 5.5 to 6 due to the absorption of CO2 from the air. This will result in H+ and HCO3- ions. So pure water is not ion-free and will conduct electricity if the voltage is high enough.

I have a school project (Construction management) that involves the estimating of the electrical cost for a building addition. I can do the fixture counts, equipment hook ups, box counts, switches and etc. I cant figure out how much wiring would be involved. from the blueprints, is there a way to measure (estimate) the lf of wiring? this is a school building so there are mostly medsize room and hallways. any help would be great. I remember something about the homerun count from when i was a laborer, but could i figure 1 line around the room with a line for fixtures or something like that. doesnt have to be perfect by any means.

Figure out the load for each room. Remember the vacuum cleaner rule. Figure out where the source is (panel or sub). Then run each line (including upsdowns) to each outlets, add 2 feet at each outlet - add extra afterwards. Not sure with school codes for electrical, but say for kitchens, you need 2 sep circuits for the top, circ for fridge, circ for DW circ for GarDisp. etc. Each circuit starts a home run. You can probably find circuit requirements online somewhere. But If it really doesn't matter Put an outlet every 4 feet on the teacher wall. Use 2 circuits and stagger it. Use two more circuits and stagger them (vacuum) rule around the class room (maybe 2 for each wall). (New schools use WAY more power, elect smart boards, laptops, comps, etc). Just get the drawing, imagine what you'd want - draw the runs and add it up, otherwise use the plans. Just think, each circuit comes from the panel, over to the room, to the first outlet, then the next, (dont Y or branch out), and then the last circuit. It's clean, simple and easy. Wires comes easily purchasable in the following lengths from your favt box store. 50,100,250,1000

20 ft. off the ground,miles of steel rail supporting it, thousand's of gallons of diesel, electrical equipment all around.

Safe. You are surrounded by metal which forms a pretty good Faraday cage. The loco is well grounded via the rails. Apart from the bang of thunder you might not even notice the lightning. The Diesel fuel is in a steel container under the loco and even better shielded than you are.

I have been doing some research in which stocks i would like to invest in. Well i found this company called Raser Technologies. Supposedly they are a geothermal electrical power plant company. With Obama's environmental laws that he is passing, will this cause this stock to increase? i dont know a whole lot about stocks or about this company but if they step up as a major alternative energy companies then they should bring in a lot of profit seeing as their stocks are now only at2.27 a share. any information about this company or predictions for the future of other alternative energy companies would be greatly appreciated. I really think that with all the searching of alternative energy sources, this would be a great investment for the future when these companies step up.

Get and browse their prospectus first. Then overview AT LEAST the beyond two or three years valued at of annual reviews and examine earlier 12 months projections to how they did in years to come. Are they doing what they are saying they are going to do in years to come? How good have they weathered the recession? Is leadership conservative or dicy? Are there any pending regulation fits that would have an impact on their percentage fee (up or down)? Educate your self earlier than you make investments. NEVER take a scorching tip in a public discussion board. EVER. As normally as no longer it is a pump and sell off rip-off and for those who get stuck up in it you are prone to both lose your blouse or uncover your self at the horrifying finish of an SEC research, relying upon the way you time your buys and sells.

???

Both the previous contributors have given good advice. I think they are good enough. You can make lot of noise, but be careful nobody should get annoyed.