Category Archives: Technology and Science

Disruptive Technology Affects Hr Staffing

Disruptive Technology Affects Hr Staffing

Clayton Christensen wrote a book in 1997 that created an earthquake in the global business world. His book, The Innovator’s Dilemma describes “disruptive technology” in the marketplace that creates a firestorm of innovation so quickly, that renders known, present technologies is obsolete. It’s the process of a product or service that takes root in simple applications at the bottom of the market and through relentless movement upward, suddenly displaces established competitors.

Examples of disruptive technology is described in these terms to these products: vinyl records were suddenly replaced by 8 track tapes that were replaced by cassettes that were replaced by cd’s that were replaced by iPods. What happened to the Walkman? Look at MP3 players and the iPod. What happened to 35mm film? Look at digital cameras. Kodak thought digital photography was a passing fad but when digital hit the marketplace and stayed and grew, it displaced 35mm film developing with instant photos through digital technology.

How does disruptive technology affect human resources staffing?

Disruptive technologies change the nature of an industry thereby changing a firm’s viability that does not adopt disruptive technologies. Although the technologies may not show immediate results, the sudden change will change human resource staffing in order to accommodate the technology success. The success could reflect lower cost, simpler operation, smaller size and greater convenience. That means technology success will eventually affect HR staffing in terms of decreasing or increasing the size of employee staffing. Either way, HR departments have to be ready for the change and work accordingly to stay up with the technology growth, company growth and relevance in the industry and ultimately, in the marketplace.

Both the intended and unintended effects of specific human resource practices must be considered and firms must be prepared to accept the development of unsuccessful new technologies as well as successful technologies that may develop into disruptive technologies. It is incumbent on the acting firm to stay on the cutting edge ahead of the competition but also keep an eye that employee loads and functions are inline with what is happening with technology. If the HR department does not stay up with the technologies, understaffing or overstaffing may occur, this can affect production and proper output. Bottom line advice to HR departments is to stay with the flow and see success with your company as disruptive technology breaks the competition.

Glass Fiber Plays An Essential Role In Science And Industry.

Glass Fiber Plays An Essential Role In Science And Industry.

Glass Fiber Optics

A glass is an non-crystalline solid material. Glass plays an essential role in science and industry. The optical and physical properties of glass make it suitable for applications such as flat glass, container glass, optics and optoelectronics material, laboratory equipment, thermal insulator (glass wool), reinforcement fiber (glass-reinforced plastic, glass fiber reinforced concrete), and art. Glasses are typically brittle, and often optically transparent. Glass is commonly used for windows, bottles, or eyewear and examples of glassy materials include soda-lime glass, borosilicate glass, acrylic glass, sugar glass, Muscovy-glass, or aluminium oxynitride.

Strictly speaking, a glass is defined as an inorganic product of fusion which has been cooled through its glass transition to the solid state without crystallizing. Many glasses contain silica as their main component and glass former. Commonly, glass science and physics deal only with inorganic amorphous solids, while plastics and similar organics are covered by polymer science, biology and further scientific disciplines.

Glass fibre : glass fibres thread made from glass. It is made by forcing molten glass through a kind of sieve, thereby spinning it into threads. Glass fibres is strong, durable, and impervious to many caustics and to extreme temperatures. For those qualities, fabrics woven from the glass threads are widely used for industrial purposes. Glass fibres fabrics can also be made to resemble silks and cotton and are used for curtains and drapery. A wide variety of materials are made by combining glass fibres with plastic.

Glass ingredients

Pure silica (SiO2) has a “glass melting point” at a viscosity of 10 Pascal Second (100 P) of over 2300 C(4200 F). While pure silica can be made into glass for special applications (see fused quartz), other substances are added to common glass to simplify processing. One is sodium carbonate (Na2CO3), which lowers the melting point to about 1500 C (2700 F) in soda-lime glass; “soda” refers to the original source of sodium carbonate in the soda ash obtained from certain plants. However, the soda makes the glass water soluble, which is usually undesirable, so lime (calcium oxide (CaO), generally obtained from limestone), some magnesium oxide (MgO) and aluminium oxide (Al2O3) are added to provide for a better chemical durability. The resulting glass contains about 70 to 74% silica by weight and is called a soda-lime glass. Soda-lime glasses account for about 90% of manufactured glass.

Two other common glass ingredients are calumite (an iron industry by-product) and “cullet” (recycled glass). The recycled glass saves on raw materials and energy. However, impurities in the cullet can lead to product and equipment failure.

Glassmaking in the laboratory

New chemical glass compositions or new treatment techniques can be initially investigated in small-scale laboratory experiments. The raw materials for laboratory-scale glass melts are often different from those used in mass production because the cost factor has a low priority. In the laboratory mostly pure chemicals are used. Care must be taken that the raw materials have not reacted with moisture or other chemicals in the environment.

Oil Sands Technology An Overview

Oil Sands Technology An Overview

In simple terms heavy oil is any type of unrefined crude oil that is very thick and viscous to flow by itself easily. A kind of thinner is needed to be used to make the heavy oil flow. The thinner is called as diluents and allows the diluted oil to flow freely through the pipelines of an oil refinery. Heavy oil extraction is known more popularly as . The largest deposits of oil sands are found in Canada as well as over 30 countries the world over. The key energy supply of heavy oil is called as oil sands, tar sands or energy sands. These oil sands are utilized in order to extract the heavy oil throughout the world.

Conventionally the production of oil sands consisted of strip mining wherein the sands that contained oil bearing substance called Bitumen, were dug up in enormous measures uncovering the land. This bitumen was then injected with hot steam water to be separated from heavy crude oil and the sand byproduct. This technique of oil extraction was criticized by environmental groups as wasteful and destructive. Since land was dug up and then natural gas was used to heat the water. The method of oil extraction was condemned as too resource intensive and expensive process.

But recently new oil sands extraction technologies have been developed which enables the reduction of both water and natural gas use. New technologies like Electro Thermal technology and Solvent Extraction technology are easier and reduce green gas emission. Importance of Utah oil sands is on rise today as larger part of world depends on this natural resource for their fuel consumption needs.

The petroleum products distribution is carried out at MCW’S patented oil sands extraction technology. MCW Oil Sands Recovery is an LLC owned as a patented, environmentally-safe, continuous flow closed-loop technology that specializes in the extraction of oil from an extensive range of oil and other hydrocarbon sediment types.

The technologies from MCW Energy Group can be successfully applied to “water-wet” deposits like oil sands projects in Alberta, Canada as well as to the “oil-wet” deposits like the resources usually found in Utah. This is a distinctive technology that can be applied even in the remote desert areas where water is scarce as no water is used during the entire process. The total process is safe and free of greenhouse gas production making it widely acceptable. This oil sands technology does not require high temperature during the process in addition to being proficient of extracting 99% of all hydrocarbon content.

The Benefits Of Iptv Technology

The Benefits Of Iptv Technology

IPTV technology is the latest in innovations for getting the daily communications that people thrive on and enjoy. You may have heard of the ever-popular Voice over Internet Protocol (VoIP) phone service from companies like Vonage. Well, to make this easy to understand, IPTV is the same, only with television over internet protocol, instead of voice. Ultimately, TV can be watched anywhere through a broadband connection with IPTV, which makes it a very popular choice for those looking for the latest and greatest in new technology. Telecommunications companies are looking for new revenue, and they have found it with this process.

IPTV technology is based around a similar system to that of cable. To allow the images to be transmitted there is the need for a computer or a set-top box of sorts, decoded, and then sent out to the TV in a format that can show them correctly on the screen. This type of broadcasting can be carried out by a simple broadcast or multicast if someone is trying to get a channel out to everyone. However, an ‘on demand’ basis is also possible, allowing people to stream material to just one or two subscribers who have requested the material or show in question.

Maintaining The Technology

There is a lot of work and technology that goes into maintaining IPTV technology. Streaming over broadband must be done efficiently and in the correct format that will allow for the seamless transition of the data that is being sent. The process for using IPTV involves lots of splitting, encoding and distributing efficiently. The provider end of all this is very complicated, but luckily for customers it really is a very simple tool to use. Channel selection for IPTV is executed via a membership format known as IPGMP, or IP Group Membership Protocol. As a result of the data transmission, sending multiple channel signals and changing channels is far more simple than it otherwise might be.

The New Kid On The Block

IPTV technology is still relatively new, but it is a popular item for those who are looking for the latest technology. Of course the quality of service is vitally important to the customers, and is something that must be maintained correctly in order to make the service a viable means of viewing television. As the popularity of IPTV increases and so does the number of users, the improvements and quality of the services provided will follow suit. In time, providers will have a lucrative new way to attract business when other products are growing stale.

Florida Institute of Recording, Sound and Technology

Florida Institute of Recording, Sound and Technology

Florida Institute of Recording, Sound and Technology >

The F.I.R.S.T School is a Digital Media school located in Orlando Florida that offers comprehensive programs in Recording Arts and Film and Video Production.

History

F.I.R.S.T. opened in 2004 offering an Audio Engineer and Music Production program. After the success of the first program, and with the growth of the Digital Media Field, the institution launched their Film and Video Production program.

Programs Offered

All programs are eight months long and are completed in 350 hours. Day and night class schedules allow flexibility for its students.

Recording Arts

The program includes Audio Engineering and Music Production. Classes range from basic to advance level courses, using classic analog consoles and digital technology. Students become familiar with a complex recording studio, voice over commercial production for radio broad, music production and sequencing. It also teaches the technique of editing, mixing and mastering.
Basic Audio (32 hrs.)
MIDI (32 hrs.)
Fundamentals of Recording (32 hrs.)
Mixing and Editing Concepts (32 hrs.)
Audio for Post (32 hrs. with 16 Independent Laboratory hours)
Advance Recording (32 hrs. with 16 Independent Laboratory hours)
Fundamentals of Pro Tools (32 hrs. with 16 Independent Laboratory hours)
Advanced Mixing (32 hrs. with 16 Independent Laboratory hours)
Student Internship (30 hrs.)

Independent Lab and Internship included are a total of 350 hours for 8 months.

Film and Video Production

Filmmaking, Pre-Production, Production, Post-Production, Visual Effects and DVD Authoring are some of the topics in this program. Students will learn techniques of shooting in HD, directing short films, producing music videos and product commercials.

Video Development and Pre-Production (32 hrs.)
Production (48 hrs including 8 hours of Career Devlopment)
Post Production (24 hrs. plus 16 hrs. of Lab)
Advanced Production (40 hrs. plus 16 hrs. of Lab)
Motion Graphics and Visual Effects (32 hrs. plus 16 hrs. of Lab)
Short Film (24 hrs. plus 16 hrs. of Lab)
Advance Post Production (24 hrs.)
Marketing and Demo Reels (32 hrs.)
Student Internship (30 hrs.)

Vision Our vision is to ensure the highest quality education and learning experience to our students.

Mission Our mission is to prepare students for a successful career in the field of Digital Media. The F.I.R.S.T. School is dedicated to its hands-on experience, learning philosophy and continual advancement in technology.

Admission Information about is available on our website.

Campus Location & Contact Information Address: 2309 Silver Star Road, Orlando FL 32804 Phone: (407) 316-8310 Toll Free: (888) 9FIRST

Ncert Sample Papers Of Math, Science, Social Science And English

Ncert Sample Papers Of Math, Science, Social Science And English

When you look up for answers to the questions in the sample papers you are bound to read and re-read the texts. Many of the answers which are inferential will compel you to study the whole chapter or chapters. You will require to go back and forth of the text as you read to find answers. That will ensure in the course that you go through many rounds of reading and comprehending the text.

Math sample papers, social science sample papers, or English sample papers what do they involve you to do? The questions in the papers make a compelling demand upon you to respond with the correct answers or solutions in case of maths and English grammar. The skill sets you require for each of them are different. In the case of maths you need to focus on the understating of concepts, abstract thinking, and draw from the elements of the hypothesis. For social science you need efficient and wider reading skill even from supplementary sources and also has to depend upon your memory retention power of dates, facts, names of people and places. In case of language you need to understand the perspective of the author in bringing about the situation and efficient of language skills and rich vocabulary.

Solving the NCERT sample papers for any of the subjects can subtly bring these skills set unknowingly into your working. Gradually your hand and heart along with your head will start bringing together these attributes into you and make them part of life. Especially, if you are in the middle school or high school, these sample question paper as they cover your entire syllabus can be an efficient method to involve it as an essential tool your self learning process. If you have been using these papers in your self learning regularly since your Class VI year of schooling you have understood its utility and will make use of them in Class X and Class XII where you need to face the board. But if you are one of those late risers then you use them even at this stage and reap the benefits.

NCERT Paper including, math sample papers, social science sample papers, English sample papers are easily available online. While CBSE portal give only one set of model paper, there are many education portals that provide a collection of these sample papers to carry on your unending exercise with innumerable permutation and combination to assist your practice. These papers are available on these sites at multiple levels differentiated by the complexity.

Edusocial corners or sites combining social networking with online education features are making a great headway into supplementing school learning. These sites provide e learning tools and with other networking features with expert support.

LG Sciences Advances Creatine Science

LG Sciences Advances Creatine Science

There are many Creatine’s on the market today. How do you choose the most effective? LG Sciences has released an advanced Creatine Complex that is light years ahead of it’s competition. Cold Fusion EX.

With all of the choices out there how can we decide what is the best form if such a thing actually exists. Creatine is an amino acid that is naturally occurring in the body and provides cellular energy and a host of other benefits to both the bodybuilder and general health enthusiast. In fact creatine is even being looked at to provide increased energy and wellness benefits for the elderly. It may provide heart benefits and also increase mental acuity for people that have diseases like Alzheimer’s. Creatine is responsible for turning ADP into ATP which is your body’s main energy supply in the mitochondria. ATP is split to form ADP (losing a phosphate to create energy) and Creatine Phosphate “hangs around” to recharge the ADP molecule so it can be used to create energy again. Any Creatine is converted to Creatine Phosphate in the body, but oddly enough taking Creatine Phosphate as a supplement never really gave the kind of results that were achieved by many other creatine types, so it was effectively scrapped. Creatine is the base product for any bodybuilder looking to increase size and strength. It adds well to any other product and the only thing more basic than creatine is a protein supplement. Creatine helps the muscle cell hold more water, which can expand the fascia of the muscle increasing its volume. So, creatine is useful for strength and stamina by recharging the muscle energy system, it also increases new muscle cells (monohydrate for sure) and increases pumps for a muscle stretching effect. It is the most popular and beneficial supplement ever for bodybuilders.

Here is a basic list of just some of the Creatines on the market:

Creatine Monohydrate this is the original version sold back in the 80’s for improving strength and stamina for weightlifters. It is tried and tested, however it has been replaced with newer and fancier creatine molecules. I HIGHLY suggest supplements still contain some creatine monohydrate for one big reason. Creatine monohydrate is the only form proven in scientific studies to create new muscle cells. There are many studies showing Creatine Monohydrate increases the formation of new muscle cells and one important study showing that other forms of creatine do not have this effect!

Creatine Malate this is creatine bound to malic acid. The preferred form is DiCreatine Malate since that is the only form that is possible, the other forms (tricreatine malate) are usually just creatine monohydrate mixed with straight malic acid. The supposed benefit of Creatine Malate is reduced bloating and increased endurance, since malate is involved in increasing cellular energy by being part of the krebs cycle. Overall, this ingredient has many years of solid anecdotal support and I feel it is a good addition to any creatine blend.

Classroom technology makes school feel like home

Classroom technology makes school feel like home

Even though we are not at the stage where robots are ruling the earth and taking care of everything for us, it has to be said that the use of technological products is on the rise, especially in the home. Whether it is computer gadgets and technology or labour saving devices, the modern home has an abundance of gadgets which helps to make life so much easier for the family. This is noticed by children and it is easy to see why these youngsters think that gadgets and technological products are the way forward. Capturing the confidence of a child is an important thing for teachers to do and this is where classroom technology can really come to life.

The beauty of classroom technology is that it offers nothing more challenging than a child will have to use at home. This immediately provides a comfort level for every youngster which should see them work quickly in the classroom. It is not an exaggeration to say that the vast majority of students have a strong chance of being more comfortable with certain products and technology gadgets than their teacher, so this should mean that pupils are relaxed. Helping children to feel comfortable in the classroom is a major issue for any teacher so it has to be said that anything which helps this happen is a massive boost for the education process.

One example of classroom technology that will be instantly familiar to pupils has to be buzzers or student response systems. These remote controls work by allowing pupils to press a buzzer which corresponds to an answer in a quiz and their answer will be allocated to their name on a database. Given that children are comfortable with remote controls for their televisions and game consoles, a standard student response system in the classroom will cause no fear or concern for them at all.

The same can be said for interactive whiteboards which can be used like a massive television set or even like a large tablet. There are different ways to interact with the whiteboard but none of them will be too daunting for a pupil which again, has to be considered a highly positive aspect for the school and educating body. Classroom technology will provide many benefits to the users but one of the biggest benefits will be comfort and confidence. There should be a difference between school life and home life but making some of the features similar is not a bad way to encourage progress.

can aid in children’s learning, as can an .

The School Of Technology And E-learning (stel) Is One Of The Academic Schools In Mdis Equipped To Pr

The School Of Technology And E-learning (stel) Is One Of The Academic Schools In Mdis Equipped To Pr

The School of Technology and E-Learning (STEL) is one of the academic schools in MDIS equipped to prepare and prepare Information Technology (IT) professionals in both academic education and expert skills upgrading.

First created in 2002, MDIS School of technology targets to guide individuals in Singapore and in the region gain a perch in the IT world by supplying a absolute suite of activities that concentrates on a comprehensive-based, holistic education that is highly wanted after by the trade. The information technology module gives digital media lessons based on the lessons that are from well-accredited and renowned schools. The university performs rather closely with staffs and schools to assure that the activities touched in this technology classes are appropriate, severe and of finest attributes. The program are usually examined and kept up to date in line with recent advancements in the IT industry. Thus, it helps to prepare pupils with practical techniques and knowledge greatly wanted by bosses upon graduation, when they make their growth into their trained career life. Pupils who enrol themselves in the diploma in technology are also shared by teachers that have more than 10 years of business and preparation background with proven track records in passing rates.

Staying true to its vision of offering a technology-driven career, MDIS School of technology pupils are the top to embark on the MDIS’ blackboard learning management system. This is indeed an e-learning and community platform where individuals get to obtain professor worksheets, talk with their professors, engage in online work and even organise video-recorded tutorials during the week of examination break. All these revisions open many rooms for learners to deal with technology-based equipment.

The college has varied and niche materials in Information Technology to meet the growing needs of today’s fast advancing society. It produces ready students that have the potential to safeguard advanced positions in several famous global institutions as well as potential individuals who are much desired after by the technology world. Adding on, MDIS School of Technology and e-learning often offer fresh practical oriented activities to help prepare people for their career in future.