I joined the Royal Meteorological Society as Head of Communications and in 2010 I took on a new role as Head of the Weather Club.
In 2013, I became Chief Executive at the Society and in July 2014, was granted the title ‘Professor’ by the University of Reading.
As Chief Executive of the Society, I work with the Council of Trustees to give vision, direction, and leadership to its programs of work.
As well as planning, I provide leadership to the Society’s executive team. The Chief Executive also plays an important role alongside the President and Senior Officers in engaging with the Society’s wide group of stakeholders.
I was born in Yorkshire and I’m sure my upbringing on top of the Pennines, where the weather can be a little more extreme, is one of the main reasons why I became so fascinated by the weather.
After studying a PhD in mathematics at the University of Manchester, I applied for a job with the Met Office.
Then I was trained to be a weather forecaster at the Met Office College in Reading.
After forecasting at RAF Brize Norton, I headed off to Shoeburyness to become Senior Met Officer at the Army range based on Foulness Island. The job included weather forecasting, but also included acoustic prediction.
I then went to work at the Met Office College, first as a forecasting instructor, and then became Chief Instructor in 1999. In 2002, I jumped at the opportunity to manage the BBC Weather Centre at TV Centre in London. In 2006, I started work at the Ministry of Defence.
It covered everything from the seabed out into space.,
,(A)Fortunately, a colleague gave me a helping hand with this work.,
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,(B)Due to money problems, we had had to leave the project before it started.,
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,(C)I was very satisfied with the new staff.,
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,(D)A career in meteorology was inevitable even before I left school.,
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,(E)That was something I had specialized in during my PhD.,
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,(F)I am responsible for delivering the Society’s Strategic Plan and in-year targets.,
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,(G)This post also comprises helping to establish and grow strong working partnerships.,
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,(H)My duty was to look after their environmental research programme, in its broadest sense.,
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,(I)This club is the public outreach arm of the Royal Meteorological Society.,
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,(J)My first task there was as a research scientist.,
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Part 2: What Really Makes Jersey Unique (6 points)
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,,(a)The people of the UK have similar goals as a common feature on issues concerning development. However, each area and town is unique in its own way. A good example is Jersey; its splendour and beauty are simply amazing. It’s a gem in the UK that both visitors and natives always appreciate. What really makes it exceptional are the geographical features, low population density, places of interest, and also administrative policies.,
,,(b)Jersey is a beautiful island that measures approximately 75 square miles and lies in the English Channel. In terms of its administrative system, it is divided into twelve parishes each named after ancient church founders. One outstanding fact about them is that each stands next to the sea. It is run by a unique legal system due to historical influences, and this makes it different from England and Scotland.,
,,(c)Jersey is one of the areas that have proved the existence of early man way back to the Stone Age. The discovery of Bronze Age artefacts and other relics makes it one of the best places to visit. You can know more about this when you create time and visit La Cotte de St. Brelade. Jersey war tunnels are another place that you cannot miss checking out. It is a clear testimony to the occupation of the area during the war.,
,,(d)Whether you are visiting the UK for business or leisure, make a point of visiting Mont Orgueil Castle in Jersey. This magnificent structure is simply breath-taking. It was used for defence against enemies for centuries, and its complexity still stands out. You will realize the designs are inspired as you explore the stairs and inner rooms. Durrell Conservation Trust is home of more than one hundred species of endangered wild life. It is the place to be to experience nature in its true essence.,
,,(e)The Samer Monor Gardens are splendid in all ways, whereas Noirmont Command Bunker, used by the Germans, talks about the war history explicitly. You are also able to visit several adventure parks without having to worry about accommodation. This is because you will always have access to the best places to lay your head at the end of the day. The accommodation in this area is not only affordable but also offers the best drinks.,
Part 3: Michael DeBakey – Inventor, Surgeon, Educator, Doctor (7 points)
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,Michael DeBakey received a bachelor’s degree from Tulane University in 1930 and a medical degree from Tulane’s School of Medicine in New Orleans two years later. That same year (1932), at age 23, he created the ‘roller pump’, a device that provided continuous blood flow during operations. The pump would find a place in medical history some 20 years later, as a crucial part of the heart-lung machine that made open-heart surgery a reality.
DeBakey volunteered for service during World War II, and his work for the U.S. Surgeon General’s Office sparked the development of mobile army surgical hospital (MASH) units, as well as the hospital research system employed by the Department of Veterans Affairs. After the war, he became a professor of surgery and chairman of the Department of Surgery at the Baylor College of Medicine in Houston — where he later served as president, from 1969 to 1979; and chancellor, from 1979 to 1996.
DeBakey’s accomplishments read like a general list of medical breakthroughs: In 1953, he performed the first successful carotid endarterectomy as a treatment for stroke, and in 1964, he accomplished the first successful coronary artery bypass, using a transplanted leg vein to re-route blood beyond blocked coronary arteries. In 1966, he performed the first successful implantation of a ventricular assist device (VAD), the procedure for which he is likely most remembered.
Years later, teaming with Robert Jarvik, DeBakey created the Jarvik artificial heart, which was first implanted in a human in 1982. In the 1990s, working with NASA engineers, DeBakey helped develop a heart pump that was so small it could be used in children (the blood flow measurements were taken using a computer that usually modeled rocket-fluid flow).
DeBakey received several awards over the course of his long life, including the Presidential National Medal of Science (1987). In his work with the government, DeBakey was a member of several medical commissions. Additionally, he held a three-year membership on the National Advisory Heart and Lung Council of the National Institutes of Health.
In 2006, DeBakey had to have open heart surgery — a procedure that he had pioneered some 50 years earlier — to repair a torn aorta. He died of natural causes in 2008, two months before his 100th birthday.,