Jobs
My mom Tina works for The Lucas County Board of Development Disabilities. She is a Habilitation Specialist and works with mentally and physically handicapped adults. She writes goals for them and works with them to help them become more independent. To get this job, my mom had to have a Bachelors in Special Education and Social Work. She graduated from The University of Toledo and Bowling Green. Getting up in the morning can sometimes be an issue for my mom because it is at the same time my brothers and I get up for school and so she has to help my brothers get ready. She has to make sure my brothers eat breakfast and get on the bus. When asked about what she thinks about her job and getting up in the morning my mom answered, "I don't love it, but I enjoy it. I like the clients I work with but not really the staff."
My dad Jeff works for a software program called Great Lakes Cam. He is a Software Technician who travels all around Michigan teaching classes and training people on how to use certain software and file programs. Sometimes my dad works from home on his laptop, and spends a lot of time on it. Other times he will be gone for a day or two because he has to go to Traverse City or Chelsea and sometimes even Lansing. A two-year associates degree specialized in Drafting and Design is needed to qualify for this job. When asked about what he thinks about his job my dad answered, "I like my job. Not so much the training but I like the staff and things I get to do." Getting up early in the morning isn't something my dad really worries about because most of the time he works from home and can sleep in.
Makayla Burgard Hr.5
Showing posts with label OnlineB. Show all posts
Showing posts with label OnlineB. Show all posts
Thursday, March 21, 2013
Emerging Technology Part 1
Ultra-Efficient Solar
Last winter, a record was set for solar energy by a startup called Semprius. Semprius has little glass lenses which takes up light and converts 34 percent of the light into electricity. It's said that Semprius is so efficient it could soon make electricity cheaply enough to compete with power plants fueled by coal and natural gas. The system works best when the cells receive direct sunlight under a cloudless sky, and energy production drops significantly under any other conditions. Even so, it could be suitable for large, utility-scale projects. Semprius has to begin mass-producing its panels before mass production. The company has raised about $44 million from venture capital firms and Siemens already but plans this to open a small factory in North Carolina this year that can make enough solar panels to deliver six megawatts of electricity. The hopes are to expand that to 30 megawatts by the end of 2013, but a large unknown amount of money needs to be raised.
Technology is definitely getting a lot more advanced, and one main subject that most scientist seem to concentrate on, is that of the prices of technology. Not just that but of electricity. They are finding more and more ways of getting easier electricity, which will be cheaper for everyone using it. It surprises me how much electricity these panels are creating and it's all just from light, so we don't even have to do anything. Our future will definitely be more efficient and complicated. Everything will have a use by technology and it will probably be all that people even do.
In 2009 there was technology considered to be emerging, but now we are so familiar with them and use them all the time. Some of these things include what we use on the computer. Like using software as a personal aid, ultradense memory chips, and liquid batteries that allow cities to run on solar power at night.
Last winter, a record was set for solar energy by a startup called Semprius. Semprius has little glass lenses which takes up light and converts 34 percent of the light into electricity. It's said that Semprius is so efficient it could soon make electricity cheaply enough to compete with power plants fueled by coal and natural gas. The system works best when the cells receive direct sunlight under a cloudless sky, and energy production drops significantly under any other conditions. Even so, it could be suitable for large, utility-scale projects. Semprius has to begin mass-producing its panels before mass production. The company has raised about $44 million from venture capital firms and Siemens already but plans this to open a small factory in North Carolina this year that can make enough solar panels to deliver six megawatts of electricity. The hopes are to expand that to 30 megawatts by the end of 2013, but a large unknown amount of money needs to be raised.
Technology is definitely getting a lot more advanced, and one main subject that most scientist seem to concentrate on, is that of the prices of technology. Not just that but of electricity. They are finding more and more ways of getting easier electricity, which will be cheaper for everyone using it. It surprises me how much electricity these panels are creating and it's all just from light, so we don't even have to do anything. Our future will definitely be more efficient and complicated. Everything will have a use by technology and it will probably be all that people even do.
In 2009 there was technology considered to be emerging, but now we are so familiar with them and use them all the time. Some of these things include what we use on the computer. Like using software as a personal aid, ultradense memory chips, and liquid batteries that allow cities to run on solar power at night.
Subscribe to:
Posts (Atom)