What Is Computer Science and Engineering?

So first of all we have to know, what is Computer Science and Engineering?

Computer science and engineering (CSE) is a combination of two fields that is computer science and computer engineering.

CSE is a subject in general dealing with computer hardware and software. It encompasses a variety of topics that relates to computation, like abstract analysis of algorithms, formal grammars, and subjects such as programming languages, program design, software and computer hardware. It includes the design of software (Compilers, Operating systems), design of hardware (RAM, CPU etc.). In other words, this is the study of computers that gives information about hardware and operating systems for e.g. registers, multitasking kernels, data buses, address buses etc. This branch of engineering is the study of the principles of computing that helps an individual to understand how computers solve the problems. As a computer professional, an individual can find job in many environments in academia, research, industry, government, private and business organizations. The role of computer engineer is to analyze problems for solutions, formulating and testing, working in teams for product development, multimedia equipment and much more. After doing a course in Computer Science, one can research in various areas like artificial Intelligence, Computer design and Engineering, Computer Architecture, Information technology, Software Engineering, Computer theory, Operating systems and networks and software applications.

In CSE, we study the principles of engineering that involve in the design, engineering, development, integration and testing of a computer system at almost all levels. This branch of engineering also involves applied areas of Maths and science, electrical and electronics theory, materials engineering and programming fundamentals.Computer science and engineering students will learn about basic engineering techniques, as other engineering students, during first year course. These techniques include Engineering Mathematics, Physics and Chemistry, and Engineering drawing. From second year they are exposed to core computer science subjects like programming, data structures, Digital logic, Theoretical computer science, Algorithms, Computer networks, Operating systems, Web technologies, Databases and Computer Architecture are few to mention. CSE is related with invention and development of software and hardware.

This is really an excellent field to have opportunities both in software companies and higher studies. As computing is extensively applied to almost every walk of life it created massive jobs for CSE students. On the same time more demand and application kept it research funding alive attracting many students to opt for higher studies.

Wine Making Tradition and Technology

Change is afoot in the wine-making industry. Traditional wine-makers in Europe are horrified by the transformation by science and technology of the ancient art of making wine. Vintners in Spain, and particularly France, have shunned the new technology, and it has been to their detriment. Some people think that the changes that have come about because of science are a bad thing because they sometimes have increased yield at the expense of quality. Other people think that these traditionalists are snobby and worried that high-quality, complex wines will become cheaper. Good or bad, change is definitely here.

The entire industry is being changed by science; from irrigation to new corking systems, and from vine genetics to bacterial and disease control. Newer wine producing countries such as Australia and Chile that do use the new technology are becoming world class producers of quality wine. The rapidity with which they have done so can largely be attributed to science and technology.

Many parts of the older wine producing regions prohibit improvements in irrigation technology, and those improvements have perhaps been the single biggest factor in the success of New World wine producing countries. There are two new techniques. One is restricted deficit irrigation. This keeps vines under conditions of stress and gives growers control over grape size and quality. The other is drip irrigation. This requires a high investment in capital but it is far more efficient than traditional flood irrigation. Progress in understanding vine stress and its relationship to wine composition, as well as in being able to manage this, has helped many New World wine regions to use irrigation intelligently to maximize the quality of their wines.

James Lapsley, a wine economist at the University of California at Davis, commented “As we look at wine more as something that is produced, rather than as a unique product from a particular place, this also allows us to think of ways to increase the level of flavor or speed up aging.” Roger Boulton, who is a professor of enology and chemical engineering also at the University of California at Davis, had this to say: “Scientific research is helping to clarify the specific chemistries of grape flavors and aromas, microbial byproducts and their sensory aspects, from the facts, confusion and myths that were in place,”

Scientists have found that micro-oxygenation, for example, gives to wine stored in stainless steel a flavor that is reminiscent of that of wine aged in barrels. Another way to quickly and easily add complex flavor to a wine is to add oak chips to the wine and analyze the amount of oak flavor.

Change, driven by science is inevitable even in processes like winemaking that have been considered as more of an art. People are always looking for a better way to get more consistently higher quality product for a cheaper price. The high quality of wines produced by regions that have been more enthusiastic about improvements in science and technology suggests that these changes are a good thing.

Sex, Science and Survival

The idea that reality evolves through an infinite dance of fundamental atomic geometrical shapes with an ethical purpose, became the basis of science in 3rd Century BC Greece. Plato’s Academy called it the Science for ethical ends. The Epicurean University called it the Science of universal love. The movement of the moon, echoing the atomic dance of life was seen to influence the female cycle. The ethical purpose, in this case, was held to explain a mothers love and compassion for children, giving sex a potential infinite ethical value.

Greek philosophers argued that religious beliefs were not part of the atomic purpose and others maintained that traditional cultural virtues contributed to the evolution of humanity. A crucial debate at that time, was that healthy human development required a scientific understanding of infinity. This understanding was associated with a sexually orientated joy of life associated with the eternal atomic dance creating a desire to love and protect children.

Greek science was invented to save civilization from the extinction process, recorded within the fossil record. In particular, the term ‘saviour’ applied to teachers of the Epicurean school. The Roman Government considered this idea as a threat to the stability of their Empire. However, it succumbed to Christian ideology during the 5th Century AD. By that time science was an instrument controlled by religious dogma for the purpose of military conquest rather that reasoning about the infinite ethical purpose of the geometrical atomic dance of life.

The mathematical understanding of the dance of life under religious control during the Dark Ages was about ensuring that a particular creed developed science to protect itself from military conquest. Sexual selection centred upon the physical attributes of the warrior class, echoing the primitive survival mindset of previous life on earth, most of which had become extinct. Infinite mathematical conjecture became completely banished within all scientific reasoning as a treasonable heresy. Giordano Bruno in 1600 was burnt alive by the Christian church in Rome for teaching about it at Oxford University.

The resulting supreme law of science became one of carcinogenic growth and development toward certain extinction and therefore cannot be considered as ethical. Einstein’s genius, who initially agreed with that unethical proposition, provided the solution to this problem. His “we can’t solve problems by using the same kind of thinking that we used when we created them” meant that science needed to alter its governing logic.

If humanity is to prosper it must confront modern science’s obsession about the certain extinction of humanity. That will involve a re-understanding of our sexual mindset. The infinite geometrical logic involved in the dance of life generates a powder keg of emotional thoughts and feelings beyond present scientific comprehension. With all the best intentions, religious concepts of infinity are of little pragmatic help. This is demonstrated by the current exposure of organized child molestation within the Christian Church and the degrading use of sex associated with acts of religious Islamic terrorism. The complexity and dynamics of sexual reality requires a much more profound and compassionate understanding.

Science is an incredible wonderment. However, its use of information and communication devices brought about a global 3D dysfunctional epidemic of false financial expectations that is unethical. The mass manufacture of such devices is transmitting dysfunctional information. It uses artistic know-how to generate false social anticipation by using a geometrical mathematics similar to the creation of addictions associated with poker machine functioning.

Science must relinquish its obsessive intolerance toward research into linking human evolutionary survival with infinite fractal logic. Under the present carcinogenic situation, all information and communication logic only obeys the laws of universal chaos. The restructuring of this obsolete law will allow relevant crucial scientific investigation to proceed. In quantum biological neurological cancer research, living information is known to flow in the opposite direction to the energies of extinction chaos. It is important to research the reasoning that living emotional information, by entangling with chaos energy, generates evolutionary universal consciousness.

The procedure that science could use to solve this problem is simple. It cannot wait for political leaders to draft out religious persuasive ideas concerning ethical immortality. That would be counterproductive, as it cannot be discussed scientifically. Religion and science are still locked into an emotional power struggle that the 17th Century philosopher, Thomas Hobbes, described as one leading to continual cycles of destructive conflict throughout the history of evolving civilizations. However, in the name of cancer research, relevant controversial geometrical scientific concepts can be programmed into a computer in order to obtain a human survival blueprint. At present this is impossible because modern science is innately carcinogenic and cannot generate such non-carcinogenic futuristic simulations.

Sigmund Freud described this scientific obsession with our extinction in his ‘Beyond the Pleasure Principle’. He described science as using inorganic chemistry to force organic life science back into an inanimate state. As the father of psycho-analysis he dedicated his life to freeing the human mindset from this emotional death-cult dictatorship. As an influential Freemason his attempt echoed the centuries old battle between the Christian Church and Freemasonry’s naive and failed attempt to free humanity from what it called the principle of destruction upholding science. The 1948 Freemasonry book ‘Freemasonry its Hidden Meaning’ clearly stated that its purpose was to free humanity from the yoke imposed by the Principle of Destruction. However, Freud’s condemnation of our death cult to extinction can now be used to help quickly design as a precise human survival blueprint.

The simple idea of putting the complex geometrical dance of life issue into a computer program to obtain a blueprint for seashell evolution succeeded during the 20th Century. IEEE, the world’s largest technological research institute, reprinted the discovery of the life-force in 1990. However, the application of 3rd Century science’s ethical logic concerning the cancer-free geometrical evolution of seashell growth and development through space-time is now in violation of prevailing human death cult logic. The seashell survival blueprint was acceptable but the human one remains an emotional religious and scientific heresy.

Any major religion perceiving that the religion of another culture uses a dysfunctional carcinogenic methodology to ensure its own survival will attempt to rectify that situation. Traditional beliefs and customs, based upon sound and colour excitement, fused with dysfunctional geometrical logic, similar to poker machine mathematical science, can only bring about dysfunctional desires to accelerate extreme cultural chaos in an attempt at such rectification.

However, as soon as the human survival blueprint simulations come into existence, then their first principle geometrical knowledge concerning the nature of carcinogenic growth and development can be used also for the benefit of the entire global population. The resulting wealth generated would be greater that the cost of destroying various national infrastructures. The ethical magnification of science will then become part of universal consciousness becoming aware of itself to shed its past carcinogenic disposition. As ancient Greek ethical logic argued, science can guide ennobling government for the health of the universe by becoming part of its healthy growth and development, thus avoiding extinction. That project is now in the hands of scientists and artists internationally promoting that idea as an integral part of the 21st Century Renaissance, which means literally, the rebirth of ancient Greek ethical science.