Biography of Hans Hofmann, Abstract Expressionism Pioneer

Biography of Hans Hofmann, Abstract Expressionism Pioneer Hans Hofmann (March 21, 1880 - February 17, 1966) was an American painter born in Germany. He was one of the foremost pioneers of the abstract expressionist movement. As an art instructor for four decades, he influenced some of the greatest painters of the 20th century. Fast Facts: Hans Hofmann Occupation: Painter and art teacherBorn: March 21, 1880 in Weissenburg, BavariaDied: February 17, 1966 in New York, New YorkSpouses: Maria Wolfegg (died 1963), and Renate Schmitz (married 1965)Selected Works: The Wind (1942), Pompeii (1959), Song of the Nightingale, (1964)Key Accomplishment: 1963 New York Museum of Modern Art retrospective that toured three continents.Notable Quote: In nature, light creates the color. In the picture, color creates the light. Early Life and Education Born to a German family in Bavaria, Hans Hofmann demonstrated a keen interest in science and mathematics from an early age. At age sixteen, he followed his fathers career path and took a job with the government. The younger Hofmann worked as an assistant to the director of Public Works. The position allowed him to indulge his love of mathematics while patenting a wide range of devices, including a portable freezer for military use and a radar system for sailing ships. During his government employment, Hans Hofmann began to study art. Between 1900 and 1904, while living in Munich, he met his future wife, Maria Miz Wolfegg. He also befriended Philipp Freudenberg, owner of the high-end department store Kaufhaus Gerson and a passionate art collector. Still Life. Geoffrey Clements / Getty Images Through Freudenbergs patronage over the next decade, Hans Hofmann was able to move to Paris with Miz. While in France, Hofmann immersed himself deeply in the avant-garde painting scene. He met Henri Matisse, Pablo Picasso, Georges Braque, and many others. As his reputation grew, Hofmanns painting Akt (Nude) appeared in the 1908 Berlin Secession show. Leaving Germany When World War I broke out in 1914, Hofmann and his wife were forced to leave Paris and return to Munich. The government disqualified him from military service due to a respiratory condition, and he opened an art school in 1915. In 1924, he married Miz. Hofmanns reputation as an art instructor reached overseas, and in 1930, a former student invited him to teach the 1930 summer art session at the University of California at Berkeley. After spending two years traveling between the U.S. and Germany to teach and work, he postponed a return trip to Germany for the foreseeable future. Hans Hofmann lived in the United States for most of the rest of his life, applying for U.S. citizenship in 1938 while Europe was barely a year away from the start of World War II. In 1934, Hans Hofmann opened his art school in New York and offered classes for the next 24 years. In the summer, he moved his instruction to Provincetown, Massachusetts. He earned tremendous respect as an instructor working as a mentor to Helen Frankenthaler, Ray Eames, and Lee Krasner, as well as becoming close friends with Jackson Pollock. Hans Hofmann (American, b. Germany, 1880-1966). Fantasia, 1943. Oil, duco, and casein on plywood. 51 1/2 x 36 5/8 in. (130.8 x 93 cm). Gift of the artist. Berkeley Art Museum, University of California. Photo: Benjamin Blackwell. Â © Renate, Hans Maria Hofmann Trust / Artists Rights Society (ARS), New York Abstract Expressionism Hans Hofmann was the only painter of the group of New York-based artists given credit for popularizing abstract expressionism who was directly involved with the Paris avant-garde before World War I. With that connection, he bridged the gap between two of the most influential communities of artists in the 20th century and inspired a generation of painters. In his own work, Hofmann explored color and form. He claimed that art could be given its voice by distilling it to its basics and removing unnecessary material. Among his prominent pieces was The Wind. For years, many historians believed that seeing paintings like it was a key influence on Jackson Pollocks development of the drip painting technique. More recent examination has led art historians to believe that Hofmann and Pollock were experimenting with poured paint at the same time. The Wind (1942). University of California, Berkeley Art Museum In 1944, Hans Hofmann received his first solo gallery show in New York. Art critics celebrated it as a step forward in the exploration of the abstract expressionist style. His work during the 1940s ranged from playful self-portraits executed with bold strokes to colorful geometric shapes that echoed the work of European masters Hans Arp and Joan Miro. Later Work After a retrospective at the Whitney in New York in 1957, Hofmann experienced a late-career renaissance of interest in his work. He quit teaching in 1958 and focused on the creation of art for the final years of his life. Artists and critics alike celebrated his work around the world. In 1963, New Yorks Museum of Modern Art mounted an even more extensive retrospective that traveled across the U.S., South America, and Europe. During the 1960s, Hofmann endured significant sadness due to the passing of many of his artist friends. In response to the deaths of Franz Kline and Jackson Pollock as well as others, he dedicated new pieces to their memory. The most significant blow occurred in 1963 with the passing of Miz due to a heart attack. In the fall of 1965, Hofmann married Renate Schmitz, a woman 50 years his junior. They remained together until his death from a heart attack on February 17, 1966. Hans Hofmann (American, b. Germany, 1880-1966). Memoria in Aeternum, 1962. Oil on canvas. 84 x 72 1/8 in. (213.3 x 183.2 cm). Gift of the artist. The Museum of Modern Art, New York. Â © 2010 Renate, Hans Maria Hofmann Trust / Artists Rights Society (ARS), New York Educator Hans Hofmann was arguably the most influential art instructor of the 20th century. He influenced a generation of young European artists through his teaching in the first years after World War I. Later, particularly in the 1940s, his instruction inspired a generation of American artists. Hans Hofmanns School of Fine Art in Munich focused heavily on the ideas of Paul Cezanne, Wassily Kandinsky, and the Cubists. He offered regular one-on-one critiques, which were a rarity in art schools of the time. Some historians count Hofmanns Munich school as the first ever school of modern art. One of Hofmanns most lasting contributions to the understanding of art was his push/pull theory of spatial relations. He believed that contrasts of colors, forms, and textures created a push and pull in the mind of the viewer that must be balanced. Hofmann also believed that social propaganda or history lessons put an unnecessary burden on paintings and did not make them better works of art. The additional content worked against a vivid depiction of space and the pure magic of creating two-dimensional art on canvas. Legacy As an instructor and mentor, Hans Hofmann was at the center of some of the most significant movements in modern art from the turn of the 20th century to the 1960s. His avid interest in the colorful work of Henri Matisse took the young Hofmann away from a focus on cubism that ultimately led to his work with slabs of color in his mature abstract expressionist work of the 1950s and 1960s. Sources Dickey, Tina. Color Creates Light: Studies with Hans Hoffman. Trillistar Books, 2011.Goodman, Cynthia. Hans Hofmann. Prestel, 1990.

The Extent to Which Global Warming May Impact the Oceans Biological Research Paper

The Extent to Which Global Warming May Impact the Oceans Biological Systems - Research Paper Example Controlling gas emissions and pollution worldwide has been a critical challenge for governments worldwide. Up to now a series of plans has been developed for securing the limitation of the negative effects of human-related activities on the environment. The results of the relevant efforts seem to be disappointing. In many cases, this failure has been related to the lack of funds for the support of the relevant programs. However, such claim could not be accepted especially since schemes have been developed at the international level for securing the funding of these plans by all countries, according to their economic performance. At this point, the following question appears: how climate changes tend to be continuously increased, at international level, even if the measures taken by most governments are extended? It should be noted that the literature developed in regard to this subject may not always refer directly to global warming but rather to climate change and its effects on the ocean’s biological systems. This is because global warming is considered as closely related to climate change, even as an aspect of climate change, so the emphasis is often given to climate change in general and not specifically to global warming. It is implied that the assumptions made after the relevant research are also related to global warming. It is proved that, indeed, global warming is able to impact these systems. Then, the exact consequences of global warming on the ocean’s biological system are checked and analyzed. It is revealed that the role of global warming on the alteration of ocean’s biochemistry, as related to the ocean’s biological systems, is higher than expected.  Moreover, no signs seem to exist for the limitation of the phenomenon. Instead, the research deve loped in this field indicates the continuous decrease of the ocean’s marine organisms and the continuous deterioration of the ocean’s overall biological systems.  

Wellness, Fitness and Longevity Essay Example | Topics and Well Written Essays - 750 words

Wellness, Fitness and Longevity - Essay Example Physical activity varies from formal exercise, as it is basic human movement for example climbing the stairs. Its benefits are far-reaching and more so for people who do not undertake planned exercises, or those that would like to start doing planned exercises. These benefits include weight control, minimizing risk of cardio-vascular diseases, type 2 diabetes and some cancers, strengthening one’s muscles and bones and improving one’s mental health and mood (â€Å"Physical Activity and Health†, 2011). To achieve these benefits fully, one is encouraged to graduate their physical activities to a moderate level where a common chore such as washing a car should be done continuously for 40 minutes before taking a break; and they should be carried out more frequently. Therefore, this means a moderate activity is aimed at reaching a targeted heart rate first and then resting (Your Guide to Lowering High Blood Pressure). The federal strategies of physical activity in adults, as stipulated in the 2008 Americans Physical Activity procedure should include aerobics and muscle-strengthening activities. All of which should take 150 minutes per week, spread out between the two groups where aerobic activities would include brisk walking and muscle-strengthening includes weight-lifting and should be done less often. The aerobic activities vary as either moderate or vigorous where the more vigorous an activity, for instance jogging, less time should be taken to avoid injury. On the other hand, muscle-strengthening activities should involve each main muscle groups; on average, the latter group of activities should be carried out on at least two days each week. However, as one goes along and adapts to a routine of these activities, the time may be increased in order to attain even greater health benefits (â€Å"Activity for Adults†, 2008). In children, the guidelines state that they should undertake at least 60 minutes every day of aerobic activity such as running. For the

Masters Entry Diploma in Management - Independent Study Essay

Masters Entry Diploma in Management - Independent Study - Essay Example Descriptive and inferential statistical measures were used in the treatment of the data gathered. Hypotheses were tested using two-tailed analysis and a significance level of 0.05. Findings of the study revealed that the respondents were equally represented in terms of gender and age. The virtual teams representing more than a hundred store locations within the UK functions effectively to some extent. There were no significant differences in their team effectiveness when the respondents are grouped by geographical location, gender, age and department represented. The study also revealed that organisational culture has not fully embraced or harnessed change to support its goals. Communication among the team is adequate to some extent. No significant differences were noted in the respondents’ assessment of their culture and adequacy of communication when the respondents were grouped by geographical location. The study also demonstrated no significant association between team eff ectiveness and the factors organisational culture and communication. ... Introduction 1 2.0. Critical Review of the Relevant Literature 5 2.1. Objectives of the Critical Literature Review 5 2.2. Related Literature 5 2.3. Related Studies 8 3.0. Research Design 10 3.1. Research Method 10 3.2. Sampling Design 10 Determination of the sample size for this study was computed using random sampling methodology. From a total workforce of 33,000, the sample size was computed using a randomised Web-based sample size calculator (Raosoft, 2004). The parameters used in the calculation were: (1) margin of error, 5%; (2) confidence level, 95%; (3) population size, 33,000; and (4) response distribution, 50%. As shown in Appendix 1, the minimum required sample size is 380. This number was, however, increased by 15% to cover for contingency in case of unretrieved questionnaires, incompletely answered questionnaires (10 or more items), invalid questionnaires (one or more parts totally unanswered). Hence, the actual size of the study sample is 437. 11 To assure representative ness in the selection of respondents for study, the random number generator of Microsoft Excel (2003) was utilized. Three worksheets were used, one each for the three UK regions. In worksheet 1, the store locations In England were inputted as columns alternated with blank columns. Under each store location column, the email addresses of the respondents are inputted in no particular order. On the blank space to the right of each email address, random numbers in the range from 1 to 500 are assigned in each of the 138 blank columns. The random numbers generated in the blank columns will each be sorted from highest to lowest. The email addresses corresponding to the highest three or four random numbers will be included in the list of respondents of the study. Larger stores in each

Animal Intelligence and Evolution of the Human Mind

Animal Intelligence and Evolution of the Human Mind The human brain lacks conspicuous characteristics-such as relative or absolute size-that might account for humans superior intellect. Researchers have found some clues to humanitys aptitude on a smaller scale, such as more neurons in our brains outermost layer. Human intelligence may be best likened to an upgrade of the cognitive capacities of nonhuman primates rather than an exceptionally advanced form of cognition. Subtle refinements in brain architecture, rather than large-scale alterations, make us smarter than other animals. As far as we know, no dog can compose music, no dolphin can speak in rhymes, and no parrot can solve equations with two unknowns. Only humans can perform such intellectual feats, presumably because we are smarter than all other animal species-at least by our own definition of intelligence. Of course, intelligence must emerge from the workings of the three-pound mass of wetware packed inside our skulls. Thus, researchers have tried to identify unique features of the human brain that could account for our superior intellectual abilities. But, anatomically, the human brain is very similar to that of other primates because humans and chimpanzees share an ancestor that walked the earth less than seven million years ago. Accordingly, the human brain contains no highly conspicuous characteristics that might account for the species cleverness. For instance, scientists have failed to find a correlation between absolute or relative brain size and acumen among humans and other animal species. Neither have they been able to discern a parallel between wits and the size or existence of specific regions of the brain, excepting perhaps Brocas area, which governs speech in people. The lack of an obvious structural correlate to human intellect jibes with the idea that our intelligence may not be wholly unique: studies are revealing that chimps, among various other species, possess a diversity of humanlike social and cognitive skills. Nevertheless, researchers have found some microscopic clues to humanitys aptitude. We have more neurons in our brains cerebral cortex (its outermost layer) than other mammals do. The insulation around nerves in the human brain is also thicker than that of other species, enabling the nerves to conduct signals more rapidly. Such biological subtleties, along with behavioral ones, suggest that human intelligence is best likened to an upgrade of the cognitive capacities of nonhuman primates rather than an exceptionally advanced form of cognition. Smart Species Because animals cannot read or speak, their aptitude is difficult to discern, much less measure. Thus, comparative psychologists have invented behavior-based tests to assess birds and mammals abilities to learn and remember, to comprehend numbers and to solve practical problems. Animals of various stripes-but especially nonhuman primates-often earn high marks on such action-oriented IQ tests. During World War I, German psychologist Wolfgang Kà ¶hler, for example, showed that chimpanzees, when confronted with fruit hanging from a high ceiling, devised an ingenious way to get it: they stacked boxes to stand on to reach the fruit. They also constructed long sticks to reach food outside their enclosure. Researchers now know that great apes have a sophisticated understanding of tool use and construction. Psychologists have used such behavioral tests to illuminate similar cognitive feats in other mammals as well as in birds. Pigeons can discriminate between male and female faces and among paintings by different artists; they can also group pictures into categories such as trees, selecting those belonging to a category by pecking with their beaks, an action that often brings a food reward. Crows have intellectual capacities that are overturning conventional wisdom about the brain. Behavioral ecologists, on the other hand, prefer to judge animals on their street smarts-that is, their ability to solve problems relevant to survival in their natural habitats-rather than on their test-taking talents. In this view, intelligence is a cluster of capabilities that evolved in response to particular environments. Some scientists have further proposed that mental or behavioral flexibility, the ability to come up with novel solutions to problems, is another good measure of animal intellect. Among birds, green herons occasionally throw an object in the water to lure curious fish-a trick that, ornithologists have observed, has been reinvented by groups of these animals living in distant locales. Even fish display remarkable practical intelligence, such as the use of tools, in the wild. Cichlid fish, for instance, use leaves as baby carriages for their egg masses. Animals also can display humanlike social intelligence. Monkeys engage in deception, for example; dolphins have been known to care for another injured pod member (displaying empathy), and a whale or porpoise may recognize itself in the mirror. Even some fish exhibit subtle kinds of social skills. Behavioral ecologist Redouan Bshary of the University of Neuchà ¢tel in Switzerland and his colleagues described one such case in a 2006 paper. Bony fish such as the so-called cleaner wrasse (Labroides dimidiatus) cooperate and remove parasites from the skin of other fish or feed on their mucus. Bsharys team found that bystander fish spent more time next to cleaners the bystanders had observed being cooperative than to other fish. Humans, the authors note, tend to notice altruistic behavior and are more willing to help do-gooders whom they have observed doing favors for others. Similarly, cleaner wrasses observe and evaluate the behavior of other finned ocean denizens and are more willing t o help fish that they have seen assisting third parties. From such studies, scientists have constructed evolutionary hierarchies of intelligence. Primates and cetaceans (whales, dolphins and porpoises) are considered the smartest mammals. Among primates, humans and apes are considered cleverer than monkeys, and monkeys more so than prosimians. Of the apes, chimpanzees and bonobos rank above gibbons, orangutans and gorillas. Dolphins and sperm whales are supposedly smarter than nonpredatory baleen whales such as blue whales. Among birds, scientists consider parrots, owls and corvids (crows and ravens) the brightest. Such a pecking order argues against the idea that intelligence evolved along a single path, culminating in human acumen. Instead intellect seems to have emerged independently in birds and mammals and also in cetaceans and primates. Heavy Thoughts? What about the brain might underlie these parallel paths to astuteness? One candidate is absolute brain size. Although many studies have linked brain mass with variations in human intelligence [see High- ­Aptitude Minds, by Christian Hoppe and Jelena Stojanovic], size does not always correlate with smarts in different species. For example, clever small animals such as parrots, ravens, rats and relatively diminutive apes have brains of modest proportions, whereas some large animals such as horses and cows with large brains are comparatively dim-witted. Brain bulk cannot account for human intelligence either: At eight to nine kilograms, sperm and killer whale brains far outweigh the 1.4 kilograms of neural tissue inside our heads. As heavy as five kilograms, elephant brains are also much chunkier than ours. Relative brain size-the ratio of brain to body mass-does not provide a satisfying explanation for interspecies differences in smarts either. Humans do compare favorably with many medium and large species: our brain makes up approximately 2 percent of our body weight, whereas the blue whales brain, for instance, is less than one 100th of a percent of its weight. But some tiny, not terribly bright animals such as shrews and squirrels win out in this measure. In general, small animals boast relatively large brains, and large animals harbor relatively small ones. Although absolute brain mass increases with body weight, brain mass as a proportion of body mass tends to decrease with rising body weight. Another cerebral yardstick that scientists have tried to tie to intelligence is the degree of encephalization, measured by the encephalization quotient (EQ). The EQ expresses the extent to which a species relative brain weight deviates from the average in its animal class, say, mammal, bird or amphibian. Here the human brain tops the list: it is seven to eight times larger than would be expected for a mammal of its weight. But EQ does not parallel intellect perfectly either: gibbons and some capuchin monkeys have higher EQs than the more intelligent chimpanzees do, and even a few pro ­sim ­ians-the earliest evolved primates alive today-have higher EQs than gorillas do. Or perhaps the size of the brains outermost layer, the cerebral cortex-the seat of many of our cognitive capacities-is the key. But it turns out that the dimensions of the cerebral cortex depend on those of the entire brain and that the size of the cortex constitutes no better arbiter of a superior mind. The same is true for the prefrontal cortex, the hub of reason and action planning. Although some brain researchers have claimed in the past that the human prefrontal cortex is exceptionally large, recent studies have shown that it is not. The size of this structure in hu ­mans is comparable to its size in other  ­primates and may even be relatively small as compared with its counterpart in elephants and cetaceans. The lack of a large-scale measure of the human brain that could explain our performance may reflect the idea that human intellect may not be totally inimitable. Apes, after all, understand cause and effect, make and use tools, produce and comprehend language, and lie to and imitate others. These primates may even possess a theory of mind-the ability to understand another animals mental state and use it to guide their own behavior. Whales, dolphins and even some birds boast some of these mental talents as well. Thus, adult humans may simply be more intuitive and facile with tools and language than other species are, as opposed to possessing unique cognitive skills. Networking Fittingly, researchers have found the best correlates for intelligence by looking at a much smaller scale. Brains consist of nerve cells, or neurons, and supporting cells called glia. The more neurons, the more extensive and more productive the neuronal networks can be-and those networks determine varied brain functions, including perception, memory, planning and thinking. Large brains do not automatically have more neurons; in fact, neuronal density generally decreases with increasing brain size because of the additional glial cells and blood vessels needed to support a big brain. Humans have 11.5 billion cortical neurons-more than any other mammal, because of the human brains high neuronal density. Humans have only about half a billion more cortical neurons than whales and elephants do, however-not enough to account for the significant cognitive differences between humans and these species. In addition, however, a brains information-processing capacity depends on how fast its nerves conduct electrical impulses. The most rapidly conducting nerves are swathed in sheaths of insulation called myelin. The thicker a nerves myelin sheath, the faster the neural impulses travel along that nerve. The myelinated nerves in the brains of whales and elephants are demonstrably thinner than they are in primates, suggesting that information travels faster in the human brain than it does in the brains of nonprimates. What is more, neuronal messages must travel longer distances in the relatively large brains of elephants and whales than they do in the more compact human brain. The resulting boost in information-processing speed may at least partly explain the disparity in aptitude between humans and other big-brained creatures. Among humans cerebral advantages, language may be the most obvious. Various animals can convey complex messages to other members of their species; they can communicate about objects that are not in sight and relay information about individuals and events. Chimpanzees, gorillas, dolphins and parrots can even understand and use human speech, gestures or symbols in constructions of up to about three words. But even after years of training, none of these creatures develops verbal skills more advanced than those of a three-year-old child. In humans, grammar and vocabulary all but explode at age three. This timing corresponds with the development of Brocas speech area in the left frontal lobe, which may be unique to humans. That is, scientists are unsure whether a direct precursor to this speech region exists in the nonhuman primate brain. The absence of an intricately wired language region in the brains of other species may explain why, of all animals, humans alone have a language that contains complex grammar. Researchers date the development of human grammar and syntax to between 80,000 and 100,000 years ago, which makes it a relatively recent evolutionary advance. It was also one that probably greatly enhanced human intellect.

Lord Of The Flies - Whats The Point? :: essays research papers

Lord of the Flies - What’s the Point?   Ã‚  Ã‚  Ã‚  Ã‚  Lord of the Flies, a literary classic, examines specific social and human nature issues. The boys experience power and leadership struggles, a battle with sadism, and the never-ending fight for the role of intellectuals in society. The author William Golding, presents human nature as a contrast to the reality of the boys on the island.   Ã‚  Ã‚  Ã‚  Ã‚  Jack and Ralph were two boys who both wanted to be the leader. From the very beginning of the book the two boys had disagreements. Jack thought that he should be leader. Ralph was the central character and he had a lot of pressure put on him to come up with ideas for survival. That’s where Piggy comes in; he was the never noticed sidekick of Ralph. Piggy always came up with the acceptable ideas to help Ralph be the preferred leader. Ralph was a democrat, he wanted order and things to be accomplished. Such as the rescue fire and huts being built. At first everyone wanted to help and get everything achieved, but soon after the tasks went to a few people. The boys who did not want to work wanted to play. That is when Jack started to do whatever he wanted. At first Jack preferred rules, but after the book progressed he slowly put the things he wanted first; that’s when the battle for leadership starts between Jack and Ralph. Jack wanted to have fun and to hunt. He was the appointed leader of the hunters and he had an addiction to kill. Jack got satisfaction out of slaughtering animals, it made him feel commanding and powerful. Jack represented dictatorship and showed how everything should be his way. He played on the fear of the boys and persuades them to join his tribe. Jack had his own agenda to follow. Now that he had control over so many boys, he could have his own fort with guards. Anytime he wanted Jack and his hunters could go kill without Ralph getting mad at them for not working. Jack won the battle for leadership.   Ã‚  Ã‚  Ã‚  Ã‚  Jack was the evil or the dark side of the island. The beginning of the story started out with Jack and the rest of the boys painted as innocent. Jack was just a choir boy, but slowly his human nature was tested. He turns in to a bully, he picks on and fights with Piggy. Piggy is made an outcast by Jack teasing him about being a â€Å"fatty†. Jack also isolated Simon from the group by making fun of Simon’s view of the beast, shown in this

Government Regulations and Standards That Affect the Policy and Target Population Essay

Use the information you gathered for the Week Two assignment and research government regulations and standards that affect the policy and target population you chose. You can research your state’s legislative department or the Web sites listed in Appendix G, for example, for laws, regulations, and standards affecting human service organizations. Describe the current government regulations or standards you researched. What kind of impact do these regulations or standards have on your issue and target population? Identify obstacles that would prevent you from meeting the needs of your target population. Consider future trends and changes to social policy that may be necessary in order for your issue to be resolved or for the target population to have its needs satisfied. Write a 700- to 1,050-word paper in APA format, with references, summarizing your research results. Post your paper as a Microsoft ® Word attachment. Due: Day 7 Michigan Works and the Department of Human Resources are both government funded agencies to assist those in the state of Michigan that are in need of basic survival needs. Both of these agencies work together to help families get back on track to support themselves and develop a better understanding of how to assist themselves. Under the Department of Human Resources (DHS), the regulations to obtain cash assistance or welfare, from the State, the individual needs to attend the Michigan Works program to seek employment (to get off the welfare). Due to major cuts last year, the state has made reformed decisions on ways of obtaining help from the state. Family Independence Program (FIP) also known as cash assistance in the state of Michigan requires the applicants to sign up for the JET program (Jobs, Education and Training) through Michigan Works. The main goal of FIP is to help families become self-supporting and independent. FIP is temporary cash assistance for low-income families with minor children and pregnant women. FIP helps them pay for living expenses such as rent, heat, utilities, clothing, food and personal care items. Recently, the eligibility requirements have gotten tighter. There is a 48 month lifetime limit now, in which thousands lost their assistance last October. Also to qualify for FIP, children must be under the age of 18, or a high school student age 18. The child’s parents, stepparents, and siblings who live together normally make up the FIP group. A relative acting as a parent or legal guardians may be included in the group if the parent is not in the home. A person can sometimes be eligible for FIP when there is no child in the group, such as a pregnant woman, or parents whose child is in foster care but is expected to return home within one year. Only U. S. citizens are eligible for FIP and must only have up to $3,000 in assets. And with assets such as your vehicles and personal belongings are not counted. The property asset limit is $500,000. The state will step in also if one of the parents in not on the same case as the child which would require a support statement through the courts (child support). Finally, anyone who receives cash assistance must attend the JET program to ensure that individual is seeking employment weekly. All programs are there for those who As for policies of FIP, this policy is necessary to ensure that Michigan’s limited resources are available to help those truly in needs that require a hand-up on the road to self-sufficiency. The State of Michigan has a number of programs available to help recipients step toward independence. Many of these programs focus specifically on the welfare of children ensured for their health, care and development. Those programs include Medicaid, Food and Rent Assistance, Child Developmental Care, WIC, MiChild, Step Forward Michigan, Children’s Special Health Services, Michigan Works, Vaccines for Children, Child and Adolescent Health Center Program, Maternity Outpatient Medical Services, State Emergency Relief. The mission for Michigan Works is to provide leadership and services, and promote quality and excellence for the advancement of Michigan’s Workforce Development System and its customers and professionals. Michigan Works! Association was established in 1987 to provide services and support to Michigan’s Workforce Development System. Michigan Works! Agencies assist job seekers and employers in their communities. While each agency is unique, all 25 Michigan Works! Agencies share several fundamental qualities: Locally-responsive and demand-driven, Governed by a Workforce Development Board comprised of private sector representatives and Local Elected Officials, Provide access to a full range of core employment-related services to help businesses find the skilled workers they need, and help job seekers find satisfying careers. Their policies are to educate, train and help obtain employment for anyone who needs it. DHS will designate individuals to Michigan Works to help individuals gain independence and not have to receive welfare. Michigan Works! Association builds and maintains strong relationships with legislators and advocates on behalf of the Michigan Works! System. Through the Association, members can access timely, relevant professional development opportunities to ensure high-quality programs and service delivery to all customers. The Association also convenes meetings as a way for members to network and share best practices, and coordinates events to promote the Michigan Works! System.