AEach varies quite a bit but generally from most to least:-Plastic Surgeon: Requires lotsss of schooling but if you are good it will be the highest paying-Computer Engineer: 4 years of college will probably suffice but a masters degree wouldn't hurt. there are lots of computer jobs out there right now-Photographer or Architect: These are two jobs that very completely so i cannot even rate them. The big dogs make all the money and could move them up the list but the average salary is probably closer to $50,000 a year.

AThe only way to know this is for a structural engineer, and an architect to discuss what they can contribute and then if the sum of their contributions is greater than their individual efforts, then a partnership is a good idea.Otherwise there is no reason they cannot work jointly on individual projects, if it helps.If you are thinking more of a particular person you want to work with, and one or both of you is planning to work towards the qualifications needed, then I think it is a bad idea. Get the skills first, and see where your talents lie, then find a partner that compliments your talent.

AAn architect has responsibility for the appearance and people aspects of buildings. She has to determine the sizes of spaces needed for people to do tasks in the building, how people get in and out, what code requirements are for people to use the building (from toilet spaces to fire escapes) and how the building looks in terms of shape, and surface treatments. An engineer has to figure out the weight of the building and things like heating/cooling, elevators, water supply, elevators, and fire fighting equipment in the building and determine the structure that will hold it up and meet code requirements for stiffness of floors, thickness of walls, and fire resistance of the structure. The two may work at the same time for the same firm or the architect may design first, especially smaller buildings, and an engineer then work over the plans to make them work, for example specifying a steel beam for supporting a large roof where the architect just drew a beam. Different architects work differently, some wanting to be very close to the structure others wanting the design to look a specific way and the supports have to be worked out inside it.

AYou could be an Ecological Engineer: http://en.wikipedia.org/wiki/Ecological_engineeringI also found you a list of engineering fields:http://en.wikipedia.org/wiki/Fields_of_engineering

ATo make it even more simple, Civil Engineers design roads, bridges and other infrastructure. Architects design buildings.

AArchitects are primarily concerned with function and aesthetics.Engineers involved in the same building would be interested in the details of how to convert the architects design into a real functioning entity from the foundation to the roof as well as the various systems now found in model structures. That is things like HVAC, electrical, plumbing, insulation, structural support and lighting.

AIts a mater of personal feelings. Architects are more creative peoplethan engineers. Engineers are more focused on calculations then creativity.

AYou will need to be an architect before you can create your own architectural company. Depending on your State, you need to finish your high school degree, get an education from a NAAB accredited program, fulfill your internship requirements, and pass the 7-part Architectural Registration Exam (ARE). Again, check with your State Board of Technical Registration to see what their requirements are.After you an architect, you need to choose a name for your company and file it with your State's Corporation Commission and file for a tax ID number. At that point, you will need to decide whether you want to set up your company as a sole propriotor or an LLC. You need to discuss this with your CPA. Once all this is settled, you will need to create a business plan to submit to a bank to borrow money and/or to start a line of credit for a start up company. You may also consult the Small Business Administration (www.sba.gov) to help.When you own your own firm, you may make hundreds of thousands of dollars or 0. There are no guarantees. You need to be able to answer the question of why clients want to seek your services. You will also need to get your information to potential clients. That is the toughest part of the profession in my opinion.Regarding whether an "architect engineer" is suppose to be a "girl's job"; I hope your opinion will change as you get older. I've worked with many talented and successful women in the architectural and construction trade. They hold positions as principals in large firms to owning their practice. Understand your job as architect is to have a good understanding of structural systems. You do not have the luxury to choose whether you understand engineering or not. At the end of the day, we check and are responsible for the engineer's work (whether you like it or not). Architects do not check beam calculations, but we are required to review structural and MPE drawings to seek out conflicts and questionable sized elements. It is part of the responsibility, and it is not dull or boring. That is the reason the job is so much fun, you get to do a little of everything.

AI'm a former electronics engineer, but I'll answer your questions, no problem.1. Electronics Technician (senior journeyman)2. Repair, clean, maintain and rebuild electronic circuits and electronic systems. My last assignment was air traffic control radars, next generation weather radars, radios and air field lighting equipment.3. All of my equipment had regularly schedualed maintenance (either daily, weekly, monthly or annual checks and measurements arranged on a calendar). I would start my day completing this work. During my shift, I would respond to break downs or difficulties with the equipment assigned to me. With free time I would often inspect equipment areas for preventive measures.Repairing involved outdoor and indoor work, on the airfield or inside hangars and repair shops. Repair and maintenance work involved everything from changing the oil in radar antenna motors to micro-miniature circuit board repairs.4. My working conditions were usually medium to heavy industrial some of the time, and other times just light work in air conditioned rooms. The worst conditions involved installing new equipment in industrial areas or working on the air field while aircraft were on the runways. The best conditions were simple repairs or reading new tech manuals.Outdoor work is done regardless of whether, and since I'm in a northern state, winter was no excuse. I'm fortunate that air fields are closed down in the worst weather since the runways have to be cleared before the air field can offer services.5. My annual salary averaged about $50,0006. I was never interested in engineering, it was a profession that more or less found me. I wanted something new, and there was a school in the area with a program. I was good at it, so I finished the program and got work first in a shipyard then at an airfield.7. Architecture I think was the only high school class that I took related to my work, and I was good in those classes, as well. I was able to finish 4 semesters of material in my senior year (the instructor let me work at my own pace). Nothing really related to electronics, but I had a good understanding of how buildings were constructed, and it helped me resolve some issues in my career with some repair work. In my last 2 years at the air field, we installed a new air search radar system, and the installation created a unique malfunction in the system that was in use: air traffic control radar displays were giving false images on the screens, and it was my job to figure out why and get rid of them. I was able to figure out that signals were reflecting off of the new construction. I had to draw out a fairly accurate rendering of the immediate area of the air field and narrow down the problem area. The solution was to turn the new radar antenna at an angle that would reduce or eliminate the reflections.It turned out that 3 air fields in the country were having the same problem and I was the first to come up with a solution. I would have been at a loss without an ability to accurately measure and draw out the problem in the shop.8. For my job, training is non-stop. First, I had to pass the technical training, then when I was assigned to a specific job, I had to learn the equipment, which involved a specialized school. My engineering school was in Illinois, my communications school was in Virginia, and my air traffic control school was in Florida. The last two schools were so specialized that there was only one place in the country offering the training.9. Yes, but advancements are often in the form of training on new equipment upgrades. Technicians often don't want promotions until they're tired of doing field work. There's a lot of satisfaction from solving problems and fixing things, and administrative work is just not the same. So we strive for advancing our training and getting assigned to newer and more sophisticated equipment.10. For electronics engineering, the most advanced math we use is algebra, and we only need basic understanding of physics related to our work. At an air field, meteorology is actually more relavent, both for the weather radars and for communications. Our radio signals pass through the air, so we have to know how the atmosphere affects the signal.11. Other jobs comparable to what I do:Cell phone tower installation and repairWeather station installation and repairSatellite communications technicianInstalling digital systems and cabling in new commercial buildingsFire alarm systems installation and repairSecurity alarm systems installation and repair(We had to be certified in all of these areas.)12. I'm currently in a new field. I'm back in school taking accounting. I'll be taking the CPA exam later this year.(I miss working at the air field.)