Characteristics Required for IT Industry Job

Characteristics Required for IT Industry Job Web Developer General skills: e.g. Interpersonal skills Talking to and dealing with customers and clients is important for a web developer in order for them to find out what sort of work they will be doing. Along with what software they will need to use in order to complete the work that has been given to them as well as this the web developer will need to make a set price for the work they do for the client and other costumers. As well as talking with costumers the web, developer will also need to be able to communicate with other employees from other networks with offices across Europe or even the world. As well as with their employers on what tasks need to be done and to see what event are happening if any. Along with working with high end clients web developers also work with clients in the public which means that technical language is not as useful here meaning that the web developer must talk using vocabulary that the client will be able to understand. As well as this, web developers also work privately for companies and doing extra work for the businesses that they work for as well as third sector organisations and charities. A web developers clients can range from small ecommerce businesses up to national enterprises, this means that the work they do will vary in difficulty as a national company will have higher needs were as a small businesses will have simple needs which may not require high end software to complete. Problem solving A web developer must also be a good problem solver as if there are problems with the packages or the task that has been set they can quickly rectify it. As well as this being able to solve issues with programming software. It also comes in handy when putting out new ideas and products if there is any design flaws. Time management A web developer must also have good time management skills when it comes to deadlines for work projects. As well as this time management is a good skill for when it comes to meeting clients and for work meetings. Team working As a web developer, you must be able to work efficiently and effectively with co-workers and other developers along with putting forward ideas for new designs as well as programming software packages. Creativity Being creative as a web developer is a major skill as it can lead to unique ways of tackling problems in your work or when it comes to the design aspect of the work. As well as this, it helps when talking with clients when deciding what they want and how they would like it designed. Along with this creativity could help when using code. Functional Skills: e.g. communication and numeracy skills involve Basic typing skills, which will help with communication Basic programming skills, these involve numeracy skills Above average user of basic Microsoft applications such as excel etc. Good communication skills, both written and verbal Strong problem solving skills Good knowledge of IT Proactive and motivated to learn Industry specific: e.g. technical knowledge, working procedures and practices and health and safety knowledge Technical knowledge is important in the IT industry especially for web developers, along with General IT knowledge. Most web developers require specific skills in certain technical areas for web developers would be required to have experience with the software they use to produce the their work else they would not be as efficient compared to a highly experienced developer. Working Procedures Employers will require the web developer to be aware of procedures and practices and to have knowledge of all typical working practices in the relevant IT industry. This means that there are certain rules, based on legislation, that determine how work is carried out as well as what is allowed to be talked about outside of work. The Employer and the web developer will need to be aware of certain legislation that applies to IT, such as data protection and copyright laws. IT employers want to make sure that their company or organisation does not break the law, so they need the web developer to be aware of their responsibilities in these areas. Health and Safety The Health and Safety at Work Act 1974 lays down wide-ranging duties on employers. Employers must protect the health, safety and welfare at work of all the web developer, as well as others on their premises, including temps, casual workers, the self-employed, clients, visitors and the general public. The above quotation shows that all employers are responsible for the health and safety as well as welfare of the web developer. Employers will want all their employees to have some knowledge of the legislation, so that they are aware of their responsibilities under the Health and Safety Act 1974 and to know how to be safe in the work place, and report to the employer any issues. Behaviours: Independent Being able to complete tasks and make deadlines without help from other web developers and co-workers. Working as a game designer there may be some tasks that require independent work it is important to be able to complete these tasks often without help or assistance from other workers and web developers. Determination Being able to complete tasks without the intension of giving up and doing the task to the highest possible standard the professional is capable of. Working as an IT technician there are quite often tasks that can be extremely difficult and demanding it is important that the professional keeps trying, focuses on the task set, and completes it to the best of his or her ability. Honest The quality of being honest and having strong moral principles. In addition, being considered as trust worthy whilst dealing with important tasks and to be trusted with important products and events. Following your moral convictions and doing the right thing in all work instances. Leadership Leadership qualities are important in the IT industry as people who work well in groups are often needed in the IT industry leadership is often linked in with good planning and organisation as well as taking the initiative people who have good leadership skills are often good when it comes to leading tasks. Confidence Confidence is a rather important skill to have when working in the IT industry. Tasks require you to have sensible levels of confidence but not to be to over confident. finding the right balance is key when working in the IT industry for example if the Web developer is to confident the likelihood that their task wont be completed due to the fact that they haveÂÂ   a limited amount of knowledge to deal with this task then they may be fired . Self-motivation In the IT industry, self-motivation is a key skill in the work place. Making sure that all web developers are working efficiently and productively rather than laying around doing little bits of work here and there and not getting a lot down over all. It is all so a key skill when it comes to teamwork based tasks as when your group members see that you are motivated they may notice this and slowly become motivated. Works Used https://www.technojobs.co.uk/jt/smc?ID=2311897dfmid=dir https://www.reed.co.uk/jobs/web-developer/31812368#/jobs/it-jobs/web-developer http://www.careerbuilder.co.uk/uk/jobseeker/jobs/jobdetails.aspx?utm_medium=aggregatorutm_campaign=organicJob_DID=J3G7H277B2X6Q5QVHG5siteid=int_ukindeedutm_source=indeed

Pervapertion Overview

Membrane selectivity : what goes through and what gets rejected 2. Flux: Denote the amount of output (measured in relation to membrane area , thickness and time). What will influence the performance? Feed temperature: Refers to temperature of the feed stock or any other representative between feed and retentate streams. Membrane thickness: Refers to dry thickness. 3. Kinetic diameter: diameter of pore needed to let a specific molecule passPerformance Parameters – Selectivity 0 Membrane selectivity allows us to choose certain molecules to pass through the membrane 0 Improved membrane selectivity will increase absorption rates 0 more efficient and possible cost reduction 0 This can be achieved by better understanding of the material selected for the membrane Impact of Feed Temperature on Flux 0 Feed Temperature 0 Molecules movement increases exponentially with temperature 0 improve flux rate Impact of Membrane Thickness on Flux The thinner the membrane, the faster Influencing Pa rameters – Kinetic Diameter (1)Kinetic diameter can be understood as the diameter of a pore needed to let that specific molecule pass Source: Fundamentals and applications of pervaporation through Zeolite membranes, 2004 Influencing Parameters – Kinetic Diameter (2) Key Cost Components For Pervaporation The operating cost of pervaporation is heavily reliant on the cost of generating heat and the cost of the membrane used Current trend: decreasing heating cost and decreasing membrane cost Source: http://www. scielo. org. ar/scielo. php? Decreasing Trend in Membrane Cost from 1989 to 2000 Reasons of decreasing membrane cost: .Membrane surface area per module increase 0 lesser membrane modules to produce the same amount of output 2. Membrane mass production 0 production cost decrease 3. More compact module 0 cost savings in civil works overview of UF technology today, Desalination 131 (2000) 17-25 Similar Decreasing Trend in Membrane Cost from 1970 to 2010 Source: America n Membrane Technology Association (AMTA), wrww. amtaorg. com Improvement in cost of heat generation -Cost of Conserved Energy (CCE) summarizes annual costs associated with saving a GJ (approximately 0. 95 MBtu) of energy with a particular measure.Table shows that energy efficient measures lead to energy savings that have short payback periods from immediate to 2. 7 years. -Industry is looking towards reducing cost of heat generation Improvements in membrane 1) Membrane preparation methods 0 more methods are developed to prepare membranes with different structures for different application 0 Phase separation method developed in 1960 0 Scanning Electron Microscope became available in 1960 0 helped in the detailed study of the membrane structure 2) Membrane selective layer is getting thinner over 30 years 0. 2 – 0. 4 pm

The Rust Belt

The term â€Å"Rust Belt† refers to what once served as the hub of American Industry. Located in the Great Lakes region, the Rust Belt covers much of the American Midwest (map). Also known as the â€Å"Industrial Heartland of North America†, the Great Lakes and nearby Appalachia were utilized for transportation and natural resources. This combination enabled the thriving coal and steel industries. Today, the landscape is characterized by the presence of old factory towns and post-industrial skylines. At the root of this 19th-century industrial explosion is an abundance of natural resources. The mid-Atlantic region is endowed with coal and iron ore reserves. Coal and iron ore are used to produce steel, and corresponding industries were able to grow through the availability of these commodities. Midwestern America has the water and transportation resources necessary for production and shipment. Factories and plants for coal, steel, automobiles, automotive parts, and weapons dominated the industrial landscape of the Rust Belt. Between 1890 and 1930, migrants from Europe and the American South came to the region in search of work. During the World War II era, the economy was fueled by a robust manufacturing sector and a high demand for steel. By the 1960s and 1970s, increased globalization and competition from overseas factories caused the dissolution of this industrial center. The designation â€Å"Rust Belt† originated at this time because of the deterioration of the industrial region. States primarily associated with the Rust Belt include Pennsylvania, Ohio, Michigan, Illinois, and Indiana. Bordering lands include parts of Wisconsin, New York, Kentucky, West Virginia, and Ontario, Canada. Some major industrial cities of the Rust Belt include Chicago, Baltimore, Pittsburgh, Buffalo, Cleveland, and Detroit. Chicago, Illinois Chicago’s proximity to the American West, the Mississippi River, and Lake Michigan enabled a steady flow of people, manufactured goods, and natural resources through the city. By the 20th century, it became the transportation center of Illinois. Chicago’s earliest industrial specialties were lumber, cattle, and wheat. Built in 1848, The Illinois and Michigan Canal was the primary connection between the Great Lakes and the Mississippi River, and an asset to Chicagoan commerce. With its extensive rail network, Chicago became one of the largest railroad centers in North America and is the manufacturing center for freight and passenger railroad cars. The city is the hub of Amtrak and is directly connected by rail to Cleveland, Detroit, Cincinnati, and the Gulf Coast. The state of Illinois remains a great producer of meat and grain, as well as iron and steel. Baltimore, Maryland On the eastern shores of the Chesapeake Bay in Maryland, roughly 35 miles south of the Mason Dixon Line lies Baltimore. The rivers and inlets of Chesapeake Bay endow Maryland one of the longest waterfronts of all the states. As a result, Maryland is a leader in the production of metals and transportation equipment, primarily ships. Between the early 1900s and the 1970s, much of Baltimore’s young populace sought factory jobs at the local General Motors and Bethlehem Steel plants. Today, Baltimore is one of the nation’s largest ports and receives the second greatest amount of foreign tonnage. Despite Baltimore’s location east of Appalachia and the Industrial Heartland, its proximity to water and the resources of Pennsylvania and Virginia created an atmosphere in which large industries could thrive. Pittsburgh, Pennsylvania Pittsburgh experienced its industrial awakening during the Civil War. Factories began producing weapons, and the demand for steel grew. In 1875, Andrew Carnegie built the first Pittsburgh steel mills. Steel production created demand for coal, an industry that succeeded similarly. The city was also a major player in the World War II effort when it produced nearly one hundred million tons of steel. Located on the western edge of Appalachia, coal resources were readily available to Pittsburgh, making steel an ideal economic venture. When the demand for this resource collapsed during the 1970s and 1980s, Pittsburgh’s population fell dramatically. Buffalo, New York Located on the eastern shores of Lake Erie, the City of Buffalo expanded greatly during the 1800s. The construction of the Erie Canal facilitated travel from the east, and heavy traffic sparked the development of the Buffalo Harbor on Lake Erie. Trade and transportation through Lake Erie and Lake Ontario poised Buffalo as the â€Å"Gateway to the West†. Wheat and grain produced in the Midwest were processed at what became the largest grain port in the world. Thousands in Buffalo were employed by the grain and steel industries; notably Bethlehem Steel, the city’s major 20th-century steel producer. As a significant port for trade, Buffalo was also one of the country’s largest railroad centers. Cleveland, Ohio Cleveland was a key American industrial center during the late 19th century. Built near large coal and iron ore deposits, the city was home to John D. Rockefeller’s Standard Oil Company in the 1860s. Meanwhile, steel became an industrial staple that contributed to Cleveland’s flourishing economy. Rockefeller’s oil refining was reliant on the steel production taking place in Pittsburgh, Pennsylvania. Cleveland became a transportation hub, serving as the half-point between the natural resources from the west, and the mills and factories of the east. Following the 1860s, railroads were the primary method of transport through the city. The Cuyahoga River, the Ohio and Erie Canal, and nearby Lake Erie also provided Cleveland accessible water resources and transportation throughout the Midwest. Detroit, Michigan As the epicenter of Michigan’s motor vehicle and parts production industry, Detroit once housed many wealthy industrialists and entrepreneurs. The post World War II automobile demands led to the city’s rapid expansion, and the metro area became home to General Motors, Ford, and Chrysler. The increase in demand for automobile production labor led to a population boom. When parts production moved to the Sun Belt and overseas, residents went with. Smaller cities in Michigan such as Flint and Lansing experienced a similar fate. Located along the Detroit River between Lake Erie and Lake Huron, Detroit’s successes were aided by resource accessibility and the draw of promising employment opportunities. Conclusion Albeit â€Å"rusty† reminders of what they once were, Rust Belt cities remain today as centers of American commerce. Their rich economic and industrial histories equipped them with the memory of a great deal of diversity and talent, and they are of American social and cultural significance.

Example for Teachers Late Work Policy

Here is an example of a late work and make-up work policy that a teacher would hand out to students and parents at the beginning of the year. This was created using the article, How to Deal with Late Work and Make-Up Work. To be regarded on time, work must be completed by the beginning of the period on the day it is due. Short homework assignments will be stamped on time only at the beginning of the period. If we go over answers to the previous nights homework, you should copy answers while we check homework to save as a review, but you will not get credit for having done your homework. If the homework is collected without answers being given in class, you may turn it in the following day with a late penalty. Unfinished homework is not accepted. Larger graded assignments may be turned in late with a one-grade penalty for each day late. They will not be accepted after the fourth day they are due. You may not work on late homework instead of the days assignment. Attempts to do so will result in a zero for the late work. In the case of excused absences, you have two extra days for each excused absence not counting the day of your return. Since your assignment will have to be changed to a comparable assignment if graded assignments are returned before yours are turned in, you should ask me if you need to get an alternate assignment so you dont have to do two instead of one. Work due on the day of an unexcused absence receives a grade of zero. Long term assignments (assignments made at least two weeks in advance) are due the day of your return from an excused absence. If you are in school but excused from this class, you must turn in long range assignments between classes or at the beginning of lunch time in order to avoid late penalties.