DOCSLIB.ORG

Yorkshire Inventors, Scientists and Architects

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Yorkshire Inventors, Scientists and Architects Hidden People of Yorkshire: Inventors, Scientists & Architects Inventors Joseph Bramah (1748-1814) Stainborough, Barnsley Abraham Sharp (1651-1742) Prolific Inventor and locksmith. Numerous inventions Little Horton, Bradford including the ballcock for flushing toilets and beer pumps. He is most famous however for inventing the Mathematician, Astronomer, Inventor, author of hydraulic press, and is considered one of the founding Geometry Improv’d. Assistant to Flamsteed, the fathers of hydraulic engineering. Astronomer Royal who wrote Historia Celestis. Henry Francis Greathead John Harrison (1757-1818) (1693-1776) Richmond Pontefract Boat builder, Inventor of the Lifeboat which saved Horologist. Inventor of the Marine Chronometer. many lives. Worked to develop the concept of shore- Harrison was a self-educated carpenter and based rescue teams. clockmaker. His great invention, the marine chronometer, revolutionised naval navigation as it finally solved the age old problem of establishing a Sir George Cayley ship’s east/west position or ‘longitude’ whilst at sea. (1773-1857) This meant long distance travel could be much safer. Scarborough Aerodynamics Pioneer, father of the modern Benjamin Hunstman aeroplane design, inventor of the Glider. Defined the (1704-1776) basic underlying principles and forces of flight. Doncaster A clockmaker from Doncaster who set up business in Joseph Aspidin nearby Sheffield. Unhappy with the steel springs he (1779-1855) was using in his clock mechanisms, he experimented Leeds until he had formed a much stronger alloy by using Inventor of Portland Cement a crucial component of a cast method involving a ‘crucible’. Although his any modern construction, thus the whole world is in method was stolen by a rival, its legacy went on his debt. Honoured by the American Portland Cement to make Sheffield city the most important steel Association in Leeds Town Hall. production centre in the world. Rev. William Scoresby Thomas Boulsover (1789-1857) (1706-1778) Cropton Sheffield Arctic Explorer, Scientist, Inventor. Student of Inventor of the fused plating process otherwise magnetism and inventor of an improved compass. known as ‘old Sheffield plate’, which made metal Served as Vicar of Bradford between 1839-1847. Also objects much cheaper and more accessible. invented the crows nest which saved the lives of thousands of sailors (he has a blue plaque in the city). Jesse Ramsden (1735-1800) John Kilner Halifax (1792-1857) Inventor, Astronomer, Philosophical Instrument maker, Dewsbury responsible for the improvement of telescopes and Inventor of Kilner Glass Jars, a rubber-sealed jar used theodolite. His technology was used to plot the first for storage of food. It was very popular and proved Ordnance Survey maps of Great Britain and Ireland. effective in improving preservation methods. The family business still operates successfully today. Hidden Schools Tour: Impressions Gallery Hidden People of Yorkshire: Inventors, Scientists & Architects Joseph Aloysius Hansom Scientists & Medical Practitioners (1803-182) York Christopher Saxton Highly regarded architect and inventor. Most famous (1534-1610) for the invention of the Hansom Cab ,a horse drawn Dewsbury carriage designed to improve safety and speed. Cartographer, made the first survey of England and Wales. It took 9 years and after it was complete he Sir John Brown produced the first set of county maps ever to be (1816-1896) published. His work formed the template that others Sheffield would follow for centuries. Known as the father of the South Yorkshire Iron Trade, best known as the inventor of armour plating for ships Timothie Bright in the British navy. (1551-1615) Sheffield James Henry Atkinson Early physician, clergyman and inventor of shorthand, (1849-1942) Sheffield. Leeds Atkinson was a ironmonger who patented the ‘little Henry Briggs nipper’ mousetrap which is still used today. The (1561-1630) innovative mechanism was said to be the most Warleywood humane way of dealing with infestations. Mathematician and astronomer, Author of Arithmetica Logarithmica, co inventor of logarithms. Harry Brearley (1871-1984) Sheffield David Hartley (1705-1757) English metallurgist who became world famous when Armley, Leeds he was said to have perfected the world’s first rustless steel. It became better known as ‘stainless steel’. Philosopher, founder of the Associationist school of Psychology. He had a profound effect on the study of memory and consciousness; a significant influence on Percy Shaw OBE later 18th century writers like Coleridge. (1890-1976) Halifax Dr. John Fothergill Inventor and businessman, best known for patenting (1712-1780) self-cleaning reflective road studs known as ‘cat’s Semerdale eyes’. Physician, plant collector, philanthropist. Highly influential in improving treatment of patients. A man Edward Spurr of standing who campaigned alongside Benjamin (1907-1998) Franklin trying to prevent the American War of Bradford Independence. Former pupil of Hanson School, often described as ‘Bradford’s forgotten inventor’. He worked on an John Haygarth impressive range of projects including the design of (1740-1827) a powerboat engine with Lawrence of Arabia, the Garsdale Dambusters’ bouncing bomb and Frank Whittle’s jet engine. He designed parts for boats, aeroplanes, cars, Physician famous as the inventor of the Fever Ward. motorcycles, washing machines, record players and Instrumental in the development of methods relating even an automatic toaster. to the spread of infectious diseases, notably smallpox. Hidden Schools Tour: Impressions Gallery Hidden People of Yorkshire: Inventors, Scientists & Architects Joseph Jackson Lister Sir Edward Appleton (1786-1869) (1892-1965) Bingley Bradford Opticist and physicist, most famous for his A former Hanson Grammar School student. development of the optical microscope. Also notably Discovered the upper atmosphere, now called the father of Joseph Lister/Lord Lister (1827-1912) ionosphere, and 150 miles above that the short-wave who was a Surgeon that became known as the ‘father reflecting Heaviside Layer. His discoveries resulted in of antiseptic surgery’. him receiving the Nobel Prize for Physics in 1947. It also led to the development of Radar, which was of inestimable benefit to Britain and its allies in World Henry Clifton Sorby War Two. (1826-1908) Sheffield George Whyte-Watson Microscopist and geologist, founder of metallography (1908-1974) (the structure of metals), promoted use of microscopes across all fields of natural science. Surgeon, highly regarded, collaborated with Robery Lowry Turner on the treatment of breast cancer. Instrumental in getting self-examination included as George Adolphus Schott part of the procedure for detecting cancer. Senior (1868-1937) consultant surgeon at BRI for nearly 30 years. Bradford Mathematician and a Fellow of the Royal Society. Sir Fred Hoyle Born in Bradford to German parents. Best known for (1915-2001) developing the theory about radiation from electrons Bingley travelling at the speed of light. It was ahead of its time. Synchroton Radiation was demonstrated in 1947, Astronomer, Physicist, Science-fiction writer. Highly ten years after Schott’s death. regarded as an influential astrophysicist; it has since been noted that he should have won a Nobel Prize for his pioneering work in the field of stellar Frederick William Eurich nucleosynthesis. A former Bingley Grammar school (1869-1945) student, he became a Fellow of the Royal Society and Bradford famous for coining the phrase ‘big bang’. Like Schott, Frederick William Eurich was a former pupil at Bradford Grammar School. He was a Robert Lowry Turner bacteriologist whose extensive and personally- (1923-1990) dangerous research into the cause of anthrax among Belfast wool sorters, resulted in the sterilisation of wool at the point of entry into the UK. Pioneering scientist in the field of cancer research. Came to Bradford from Belfast. Appointed Consultant Pathologist at Bradford Royal Infirmary in 1956 where Brigadier Sir Robert Mortimer Wheeler he led a team in administering the first chemotherapy (1890-1976) treatments in 1959. Glasgow/Bradford Wheeler’s family moved to Bradford from Glasgow. Albert Crewe A former Bradford Grammar School student, he (1927- to date) popularised archaeology, lecturing all over the world Bradford and undertook numerous digs. He was a charismatic presence on television panel games particularly Bradford-born American physicist and inventor of the Animal, Vegetable, Mineral and was named British scanning transmission electron microscope. It was TV Personality of the Year in 1954. His appearances the first of its kind and capable of taking still pictures helped to bring archaeology to a mass audience. of atoms, a technology that proved crucial in the 20th Century. Hidden Schools Tour: Impressions Gallery Hidden People of Yorkshire: Inventors, Scientists & Architects Professor David Sharpe Professor David Rhodes (1946- to date) (1943- to date) Gravesend/Bradford Shipley Made his name after the Bradford City fire in 1985 by Successful as both an academic and industrialist. setting up the Bradford Burns Unit. He pioneered the Rhodes was the recipient of the Royal Academy of Bradford Sling for people with hand and arm burns, Engineering’s highest award, the Prince Philip Medal, and developed methods of skin grafting including in recognition of his work on mobile communications stretching, where healthy skin is slowly stretched to and electronic defence equipment. His company, cover burned skin,
Load more

Recommended publications
  • The Historyof Locks
    Master Locksmiths Association History of Locks Museum Part II - Catalogue of Exhibits This section is in artefact numerical order to facilitate quickly KEY TO ABREVIATIONS finding the relevant notes to items on display. There is also an Art No. Artefact number Class main classification alphabetical index at the end of this section CoR: country or region FDL: found date & location FM- Fordingbridge Museum We hope you enjoy the selections featured here. You are Hz: hazards welcome to mark up the records (pencils provided) with KID keeper ID number Loc location missing or additional information for inclusion in future MLA-HR MLA- Heritage Room reprints/editions. The artefacts on display are periodically Mt: materials PFC- formally: Peter Frima Collection changed or updated; this also corresponds with a new edition Ref No. former ID number(s) of this book. We also welcome your artefact/document Sn: serial number Sz: size donations to feature in future displays either here in the MLA THC- The Heritage Collection Heritage Lock Room or the History of Locks Museum Lock Wt: weight Rooms and Archive, more information from: [email protected] Class/Title: Date: c – Art No: Serial number: Country or Region: y m d – Group /KID Maker or Brand Image thumbnail Size: Materials: Weight: Hazards: FdL: Found date/location period – /Loc /Ref No. Description/Notes/Provenance. style - 006 Hobbs Key: Parautoptic, 6 levers. 19th century THC- /1947 CoR: England. 1860’s MLA- Sz: 135mm. Mt: steel. Wt: 96g. HR9/2 Bankers Changeable 6 lever key with both adjustable steps and removable bit. 011 Price, George Lock: Cut cabinet.
    [Show full text]
  • Question 1 Microscopy Is the Technical Field of Using Microscopes to View Objects and Areas of Objects That Cannot Be Seen with Seen with the Naked Eye
    Question 1 Microscopy is the technical field of using microscopes to view objects and areas of objects that cannot be seen with seen with the naked eye. Microscopy dates back to the 17th- century. In the first century A.D Seneca described actual magnification by a globe of water. The first modern application of optics occurred in Florence around 1280 A.D with the use of glasses as an aid to vision. The early history of the microscope and its inventors is shrouded in much confusion. Credit for the first compound microscope is given to Hans Jansen or his son Zacharias around 1595. The description of Jansen’s microscope was preserved until the early 1600’s. The instrument consisted of three sliding tubes measuring 18 inches in length when fully extended and two inches in diameter. The microscope was said to have a magnification of 3 x when closed and 9 x when fully extended. In the 18th century many mechanical improvements were made in the microscope but images had colourful haloes and were blurry. As the lenses multiplied, so did the distortions. The best simple microscopes attain about two micron resolutions but the best compound resolutions only had five micron resolution. The colour haloes are due to chromatic aberration. This is when light is transmitted through a substance and it will be bent different amounts depending upon its wavelength. This means that a lens will have a different focus for different colours of light. The solution to this problem came not from microscopes but telescopes in the 1730’s.
    [Show full text]
  • Medical News
    1378 Hospital; Adolf Lucas Jacob Vischer, M.D. Bâle, Bàle University and St. Bartholomew’s Hospital; Lawrence Cecil Walker, B.A. Cantab., Cambridge University and St. Mary’s Hospital; Ronald News. Ogier Ward, B.A. Uxon., Oxford University and St. Bartholomew’s Medical Hospital; John Glegg Watson, London Hospital; Percy Whitehead, St. George’s Hospital; Frederic St. Barbe Wickham, St. Mary’s Hospital; and Harold Addison Woodruff, M.R.C.V.S., University EXAMINING BOARD IN ENGLAND BY THE ROYAL College Hospital. * COLLEGES OF PHYSICIANS OF LONDON AND SURGEONS OF M.R.C.S. Diploma granted on April llth. ENGLAND.—At the quarterly meetings of the above ROYAL COLLEGE OF SURGEONS OF ENGLAND.- Colleges held on April 25th and May 9th respectively, the At the First Professional Examination in Anatomy and Licence of the Royal College of Physicians and the Diploma Physiology for the Diploma of Fellow of the above College, of Member of the of were conferred Royal College Surgeons held on May 2nd, 3rd, 7th, 8th, 9th, and 10th, 118 on 96 gentlemen who have completed their examinations and candidates presented themselves for examination, of whom have with the The are the complied by-laws. following 31 passed and 87 were rejected. The following are the names of the successful candidates :- names of the successful candidates :- Edward Smith Abraham, Bristol University and University College Harold George Alexander, M.R.C.S., L.R.C.P., Middlesex Hospital; Hospital; Rupert Blake Adams. St. Mary’s and Middlesex Hospitals ; Lancelot Bromley, M.B., B.C., B.A.
    [Show full text]
  • Choosetochallenge
    2021 Celebrating and recognising the achievements of women www.visitbradford.com/iwd March 2021 Celebrations across Bradford District #ChooseToChallenge Life for Dance A message from the Leader of Bradford Council Councillor Susan Hinchcliffe The theme for this year’s International Women’s Day 2021 is #ChooseToChallenge. All of us in society have a right to challenge attitudes, behaviours, prejudices and with that challenge comes change and making a difference for a more equal and fairer future for girls and women across the district. Over the last year we have all been working very differently as we have faced the many challenges this global pandemic has thrown at us. Every one of us has had to make some real lifestyle changes from not seeing family and friends face to face, working from home on a full time basis, home schooling to ensuring we stay fit and healthy. So this year we want to celebrate International Women’s Day in how women have stepped up to the challenge and have had to adapt in the roles they hold from senior management to those on the front line or to those who have had to juggle home working and home schooling to achieve the best outcomes for all. As women we should feel proud of what we have accomplished over the year. Bradford has such a rich and vibrant history of the many women who have inspired us all by breaking all boundaries through challenging traditional ideas which have helped to pave the way so that we too can make a difference in society.
    [Show full text]
  • The Spectacle of Security: Lock-Picking Competitions and the Security Industry in Mid-Victorian Britain
    This is a repository copy of The spectacle of security: lock-picking competitions and the security industry in mid-Victorian Britain. White Rose Research Online URL for this paper: http://eprints.whiterose.ac.uk/83078/ Version: Accepted Version Article: Churchill, D (2015) The spectacle of security: lock-picking competitions and the security industry in mid-Victorian Britain. History Workshop Journal, 80 (1). 52 - 74. ISSN 1363-3554 https://doi.org/10.1093/hwj/dbv018 Reuse Unless indicated otherwise, fulltext items are protected by copyright with all rights reserved. The copyright exception in section 29 of the Copyright, Designs and Patents Act 1988 allows the making of a single copy solely for the purpose of non-commercial research or private study within the limits of fair dealing. The publisher or other rights-holder may allow further reproduction and re-use of this version - refer to the White Rose Research Online record for this item. Where records identify the publisher as the copyright holder, users can verify any specific terms of use on the publisher’s website. Takedown If you consider content in White Rose Research Online to be in breach of UK law, please notify us by emailing [email protected] including the URL of the record and the reason for the withdrawal request. [email protected] https://eprints.whiterose.ac.uk/ Spectacles of Security: Lock-Picking Competitions and the Emergence of the British Security Industry in the Mid-Nineteenth Century David Churchill [This article is forthcoming in the History Workshop Journal.] Despite decades of research on the history of crime, policing and punishment, historical work on security remains in its infancy.
    [Show full text]
  • To Take Into Consideration the Propriety Of
    his was the subject for discussion amongst the seventeen microscopists who met at Edwin Quekett’s house No 50 Wellclose Square, in the Borough of Stepney, East London on 3rd September 1839. It was resolved that such a society be formed Tand a provisional committee be appointed to carry this resolution into effect. The appointed provisional committee of seven were to be responsible for the formation of our society, they held meetings at their homes and drew up a set of rules. They adopted the name ‘Microscopical Society of London’ and arranged a public meeting on the 20th December 1839 at the rooms of the Horticultural Society, 21 Regent Street. Where a Nathaniel Bagshaw Ward © National Portrait Gallery, London President, Treasurer and Secretary were elected, the provisional committee also selected the size of almost airtight containers. Together with George 3 x 1 inch as a standard for glass slides. Loddiges, he saw the potential benefit of protection from sea air damage allowing the transport of plants Each of the members of the provisional committee between continents. This Ward published in 1834 had their own background which we have briefly and eventually his cases enabled the introduction described on the following pages, as you will see of the tea plant to Assam from China and rubber they are a diverse range of professionals. plants to Malaysia from South America. His glass plant cases allowed the growth of orchids and ferns in the Victorian home and in 1842 he wrote a book on the subject. However glass was subject to a tax making cases expensive so Ward lobbied successfully for its repeal in 1845.
    [Show full text]
  • Bradford's International Women's Day Programme
    2019 Celebrations across BRADFORD DISTRICT Come and enjoy a fantastic programme of inspirational talks, entertainment and activities taking place across the district celebrating and recognising the achievements of women www.bradford.gov.uk/iwd #BalanceforBetter Life for Dance A message from the Leader of Bradford Council Councillor Susan Hinchcliffe International Women’s Day is a global day celebrating the achievements of women in every sphere. Our programme in Bradford spans two weeks and celebrates some fantastic women from past and present – from Manningham’s pioneering women of the 19th century through to those who fought for women’s rights in the 20th century, to successful modern-day women such as a Paralympic cyclist and others in the worlds of business, sport, the media and beyond. Across the Bradford District we have terrific success stories of local women achieving great things. We have rising female employment and a surge in women entrepreneurs contributing to our vibrant culture and growing economy. But while we see many remarkable women in our own circles and in the public eye, it’s also a time to remember there are still staggering inequalities in this country and of course around the globe. This year’s programme tackles these serious issues while celebrating new opportunities and offering creativity, culture and community. It’s great to see so many hands-on activities this year and I urge you to get involved whatever your age or background. This year’s theme of #balanceforbetter calls for a more gender-balanced world. Whether it’s in the workplace, the home or in any other sphere, it’s not just a moral imperative for women to be able to contribute fully and fulfil their potential – it’s a common-sense one.
    [Show full text]
  • Download Publication
    Arts Council OF GREAT BRITAI N Patronage and Responsibility Thirty=fourth annual report and accounts 1978/79 ARTS COUNCIL OF GREAT BRITAIN REFERENCE ONLY DO NOT REMOVE fROwI THE LIBRARY Thirty-fourth Annual Report and Accounts 1979 ISSN 0066-813 3 Published by the Arts Council of Great Britai n 105 Piccadilly, London W 1V OAU Designed by Duncan Firt h Printed by Watmoughs Limited, Idle, Bradford ; and London Cover pictures : Dave Atkins (the Foreman) and Liz Robertson (Eliza) in the Leicester Haymarket production ofMy Fair Lady, produced by Cameron Mackintosh with special funds from Arts Council Touring (photo : Donald Cooper), and Ian McKellen (Prozorov) and Susan Trac y (Natalya) in the Royal Shakespeare Company's small- scale tour of The Three Sisters . Contents 4 Chairman's Introductio n 5 Secretary-General's Report 12 Regional Developmen t 13 Drama 16 Music and Dance 20 Visual Arts 24 Literature 25 Touring 27 Festivals 27 Arts Centres 28 Community Art s 29 Performance Art 29 Ethnic Arts 30 Marketing 30 Housing the Arts 31 Training 31 Education 32 Research and Informatio n 33 Press Office 33 Publications 34 Scotland 36 Wales 38 Membership of Council and Staff 39 Council, Committees and Panels 47 Annual Accounts , Awards, Funds and Exhibitions The objects for which the Arts Council of Great Britain is established by Royal Charter are : 1 To develop and improve the knowledge , understanding and practice of the arts ; 2 To increase the accessibility of the arts to the public throughout Great Britain ; and 3 To co-operate with government departments, local authorities and other bodies to achieve these objects .
    [Show full text]
  • Lord Lister Ranks with That of Pasteur by Val- Coagulation
    Book Revi ews Lord Lis te r . By Sir Rickman John Godlee, Bt., his graduation Lister went to Edinburgh for k .c .v .o ., m.s ., f .r .c .s . Ed. 3, revised and reset what was intended to be a short visit to the throughout. Oxford, at the Clarendon Press, clinics of that medical center. There he met Oxford University Press, Humphrey Milford, James Syme, then at the height of his brilliant 1924. career. The acquaintance ripened quickly into The biography of the founder of antiseptic the closest friendship. Lister stayed on to work surgery, by his nephew, Sir Rickman Godlee, with Syme, and in 1855 settled down to prac- has won the great success which was predicted tice in Edinburgh, and began his lectures on for it on its first publication in 1917. The present surgery there. In 1856 he married Syme’s is the third edition and presents but few addi- daughter and was elected assistant surgeon to tions or changes from those which have pre- the Edinburgh Infirmary. While actively engaged ceded it, a statement which should be regarded in clinical surgical work he still found time to as a tribute to the skill, fullness and accuracy work with his microscope and published some with which the work was originally written. papers showing the results of his investigations In English medical literature this biography of into the phenomena of inflammation and blood Lord Lister ranks with that of Pasteur by Val- coagulation. In i860 Lister received the appoint- lery Radot in French, and it is interesting that ment of regius professor of surgery in the two great men whose labors were so closely University of Glasgow, a great honor for so associated in their ultimate results should have young a man.
    [Show full text]
  • Hydraulics Heroes
    Hydraulics Heroes An introduction to five influential scientists, mathematicians and engineers who paved the way for modern hydraulics: our hydraulics heroes. www.hydraulicsonline.com Hydraulics Online e-book series: Sharing our knowledge of all things hydraulic About Hydraulics Online Hydraulics Online is a leading, award-winning, ISO 9001 accredited provider of customer-centric fluid power solutions to 130 countries and 24 sectors worldwide. Highly committed employees and happy customers are the bedrock of our business. Our success is built on quality and technical know-how and the fact that we are 100% independent – we provide truly unbiased advice and the most optimal solutions for our customers. Every time. RITISH B T E R G U S A T T I Q R E U H A L Y I T Hydraulics Heroes We invite you to meet five of our hydraulics heroes: Hydraulics Online e-book series: Benedetto Castelli (c.1577 – 1642) Sharing our knowledge of all things hydraulic Blaise Pascal (1623 – 1662) Joseph Bramah (1748 – 1814) Jean Léonard Marie Poiseuille (1799 – 1869) William Armstrong (1810 – 1900) Hydraulics Online e-book: Hydraulics Heroes P. 3 www.hydraulicsonline.com Benedetto Castelli Benedetto Castelli (c.1577 – 1642) is celebrated for his work in astronomy and hydraulics. His most celebrated work is Della Misura delle Acque Correnti – On the Measurement of Running Water – which was published in 1629. In this work, Castelli established the continuity principle, which is still central to all modern hydraulics. A supporter and colleague of Galileo, Benedetto was born the eldest of seven children of a wealthy landowner. It is not known exactly when he was born, but it is thought to be 1577 or 1578.
    [Show full text]
  • 'Our Street Gallery' Launched with Powerful Photographs Captured by Bradford Teens During Lockdown
    MEDIA INFORMATION FINAL Friday Jul 17, 2020 at 09:05 AM 'Our Street Gallery' launched with powerful photographs captured by Bradford teens during lockdown A powerful photography project depicting the experiences of Bradford teenagers during lockdown has launched ‘Our Street Gallery’; a new 12-month district-wide cultural project which is transforming the city’s streets into a canvas of images capturing moments and feelings of the people of the Bradford district. More than 50 stunning photographs taken by 13 – 18-year olds in isolation for the ‘Through Our Lens’ project – led by award-winning photographer Carolyn Mendelsohn – will illustrate billboards, sides of houses, pavements, lamp posts, windows and school railings across Bradford, Ilkley, Keighley and Shipley, ‘Through Our Lens’ is the first ‘episode’ of the street gallery project, with further episodes curated by the street gallery steering group over the next year. The street gallery will bring to life the incredible work created thanks to Bradford Council’s ‘RESPONSE’ grants, which launched in April to help the arts sector survive and thrive in the face of national Covid-19 lockdown measures and beyond. Shipley-based photographer Carolyn came up with idea for the original ‘Through Our Lens’ project at the beginning of lockdown, when nearly all her upcoming work was abruptly cancelled or postponed due to the pandemic, including an exhibition at Bradford’s Impressions Gallery. Having secured RESPONSE funding, and following an initial call out on social media and collaboration with Bradford College, Carolyn has now mentored more than 40 young people across the Bradford district in photography using a video platform and running online workshop sessions every week, with the resulting images posted on the project’s Instagram page (@through_our_lens_covid19_proj/).
    [Show full text]
  • Campus-Map-Bsf.Pdf
    56 UNIVERSITY MAP LISTERHILLS ROAD UNIVERISTY CAMPUS VENUES North Richmond Building 1 LISTERHILLS SCIENCE PARK 2 IDGE ROAD CAMPUS ROAD W Horton Lecture Theatre BR E L IS 3 TE Norcroft Centre SHEAR R S H I LL Library and access FORSTER BUILDING S R 4 COBDEN BUILDING OA to Student Central D Theatre in the Mill 5 SW LON Phoenix Building (SW) 6 GSIDE LANE PHOENIX BUILDING STUDENT CENTRAL Sports Centre 7 6 NE 5 THEATRE IN JB PRIESTLEY BUILDING SUSTAINABLE STUDENT VILLAGE SITE THE MILL 4 INSTITUTE OF PHARMACEUTICAL INSTITUTE PEMBERTON BUILDING INNOVATION OF CANCER BRADFORD ND ROAD NORCROFT THERAPEUTICS UNIVERSITY ASHFIELD BUILDING HALL MO CENTRE HALL T TASMIN LITTLE S CHESHAM BUILDING ICH MUSIC CENTRE R H T I TUMB M LING S GALLERY II HORTON HILL STREET 2 LECTURE THEATRE SPORTS & AMENITIES TUMBLING H 7 B RICHMOND BUILDING B GREAT CHESHAM BUILDING HORTON BUILDING RIDGE LANE 1 HORTON ISTE A SCHOOL OF HEALTH L ROAD STUDIES (NEW BUILDING) SITE ATRIUM PEACE GARDEN B B T E E R N DRIVE T S TO CHAPLAINCIES N GREAT H O T Bradford College L MBER B OR R A647 E B T P ON ROAD CA EASBY R O A ASHGROVE D MONT ERRACE CLARE E NNVILLE T AC R G R MA FESTIVAL VENUES W ESTGA A University of Bradford TE RE LANE B Bradford College B ECC L SUNB A S T C RE LUMB H RIDGE ET EA C PS R Listerhills Science Park IDE T RO E E B6144 AD TR D S The Alhambra Studio N DREWTON ROAD UGHA St Georges Hall E VA ET P1 WES PICCADI F STRE National Media Museum N TGATE O S B6 DY DAR LL 14 TREET Y 5 S G E LEY STREET Pop Up Arts Space S I D RA CHE H PARA WS Centenary Square T SU DALE ON PL
    [Show full text]