Our history

Old sepia photograph of a group belonging to the School of Chemistry in a lab

Pioneering Chemistry since 1747

Chemistry at the University of Glasgow has a remarkable legacy spanning nearly 300 years. Since its beginnings in a modest laboratory in the Old College, the School of Chemistry has played a pivotal role in shaping both modern science and scientific education.

Our students and staff have helped lay the foundations of physical chemistry, crystallography, industrial chemistry, and drug discovery — and have made defining contributions to the wider world, from the Industrial Revolution to Nobel-winning research.

Explore our story below through a timeline of landmark moments, and discover the people, places, and breakthroughs that shaped our history.

15th century

1451

  • The University of Glasgow is founded.
  • It celebrates its 550th anniversary in 2001.

18th century – The birth of Chemistry at Glasgow

Joseph Black, Cullen’s student, succeeds him as Lecturer in Chemistry. Already known for work on Magnesia Alba, Black pioneers thermal chemistry.

1747

  • Chemistry teaching begins at Glasgow, one year after the Battle of Culloden.
  • William Cullen is granted funds (£30, later supplemented by £22) to set up the first chemistry laboratory — marking the official foundation of Chemistry at the University of Glasgow.
  • Cullen's lectures and practical demonstrations are well received, although he later notes that he spent far more of his own money on laboratory equipment:
    "...that he had expended a much greater sum himself in purchasing cucurbits, boltheads and a great many other instruments..." (Senate minutes, June 1749).

1756

  • Joseph Black, Cullen’s student and successor, becomes Lecturer in Chemistry.

1762

  • Already celebrated for his research on Magnesia Alba, Black pioneers the concept of latent heat in 1762.
  • James Watt, then a young engineer, measures latent heat of steam in Black’s lab — linking Glasgow Chemistry directly to the Industrial Revolution.

1787

  • Joseph Black's student, Charles Hope, delivers the first chemistry course in Britain to incorporate Lavoisier’s theories, having studied in his Paris laboratory.

1792

  • The element Strontium is discovered by William Hope through research at Glasgow.

More information

  • Discover more about Cullen and Black on our Notable alumni page.
  • Explore a list of Early laboratory equipment.

19th century – Professionalisation and innovation

1819

  • Chemistry is elevated to a Regius Chair. Thomas Thomson becomes the first Regius Professor. A staunch supporter of Dalton’s atomic theory, Thomson introduces practical undergraduate chemistry and establishes the Shuttle Street laboratory (1831).

1831–1870

  • The Shuttle Street Laboratories become the primary site for chemistry teaching and research. These included one of the earliest purpose-built teaching laboratories in the UK. The building remained in use for other purposes well into the 20th century.
  • Thomas Thomson publishes History of Chemistry, elevating Chemistry as a profession.

1841

  • The Chemical Society is founded. Thomas Graham, a Glasgow graduate, is appointed its first president.

Late 1800s

  • Glasgow emerges as a leading centre for chemistry in the UK and the Empire. Notable alumni from this period include Sir William Ramsay (Nobel Prize, 1904) and Lord Todd (Nobel Prize, 1957).

More information

  • Visit the History of our buildings page to find out more about the Shuttle Street Laboratories and other notable buildings.

20th century – Growth, crystallography, and computing

1904–1914

  • Frederick Soddy lectures in Physical Chemistry. He develops the concept of isotopes, defines atomic number, and shares the discovery of protactinium. He wins the 1921 Nobel Prize in Chemistry.

1936

  • Construction begins on the new Institute of Chemistry building at Gilmorehill, the University's new west-end campus. At the time, it is the largest purpose-built chemistry building in the UK.

1942–1970

  • J. Monteith Robertson holds the Gardiner Chair. A pioneer of organic X-ray crystallography, he lays the groundwork for techniques still used in protein structure determination today.

1953

  • Henry How initiates work on natural product modification, seen as a precursor to modern drug discovery methods.

1955–1957

Sir Derek Barton serves as Regius Professor. Wins the 1969 Nobel Prize for contributions to conformational chemistry.

1957

The School installs the University’s first computer, the English Electric DEUCE, used to solve crystal structures.

1962–1989

  • Theoretical Chemistry is formally introduced. The Ramsay Chair in Inorganic Chemistry is established in 1968, followed by the Joseph Black Chair in Protein Crystallography in 1989.

1995

  • Glasgow researchers publish the structure of the light-harvesting protein complex in Nature — a milestone in structural biology.

21st century – WestCHEM and beyond

2005

  • The University of Glasgow and University of Strathclyde establish WestCHEM — a joint research school integrating research expertise across the West of Scotland.

2006

  • The School has 33 academic staff, including 12 Professors.

2010

  • The Department of Chemistry becomes the School of Chemistry, continuing nearly 300 years of excellence in chemical sciences.

Photo archive

Old sepia photograph of a group belonging to the School of Chemistry in a lab

Students and assistants of the Chemical Laboratory, 1884-1885

Photo archive

Handwritten list of those photographed in the Chemical Laboratory photo

Handwritten numbered list of the students and assistants in the previous photo

Photo archive

Handwritten key to the photo of the Chemical Lab students and assistants

Handwritten key to who is pictured in the previous Chemical Laboratory photograph.

Photo archive

Two men in helmets pose on the Chemistry Building roof while firewatching in the early 1940s

Firewatching on the roof of the Chemistry building, 1940-41
A. Clement (l) and T. Crawford (r)
Kindly contributed by Archie Clements.

Photo archive

Group photo of the Chemistry graduates in 1942

Chemistry graduates in 1942
Back Row (left to right): A.G. (Sandy) Johnston, W. (Bill) McCamley, W. (Willie) Laurie, J. (John) Flockhart, M. (Malcolm) Cameron, C. (Charlie) Taylor, S. (Stuart) McIntosh, T.Y. (Tommy) Johnston, W. (Bill) Keir, J. (Jock) McNab, J. (John) Muir, J.A. (Hamish) Hamilton, J. (John) Doran, N. (Neil) Munro, R. (Robert) Philip, A.G. (Eric) Clement, J. (John) Wright
Centre Row: J. (James) Horn, W. (Willie) Barr, W. (Bill) Niven, S.D. (Sheina) Aiton, S. (Sheena) McGuire, N. (Norah) Mulhern, D.S. (Danny) Mitchell, W. (Willie) Barnes, G. (George) Buchanan
Front Row: S. (Sam) Thorburn, J. (John) Davidson, J.A. ( ) Brittain, D. (Donald) Craig, J.S. (Jimmy) Moffatt, W.H.S. (Buffer) Thomson
Missing: M.J. (Maxie) Diamond, J. (John) Harvey

 

Photo archive

Group photo of chemistry staff and research students in 1957

Chemistry staff and research students in 1957

 

Photo archive

A handwritten list of utensils delivered to the laboratory in 1769

"List of the Utensiles in the Laboratory as delivered to Dr. Irvine - July 13th 1769"
"Seven white iron furnaces of which only 3 are fitted up, the rest are useless. 1 Smelting furnace with brass dampers. 1 Portable distilling furnace. 7 Iron pots. 1 Iron head of an Alembic. 1 Copper Alembic with a low Copper head. 1 Tall tin head to Do. 1 Refrigeratory with a Stool to it. 4 Supports for Receivers. 1 Assay furnace. 1 Door for a brick melting furnace. 1 Copper pan with a lid. 1 Papin's Digester. 4 Tin Sconces. 1 Do. Candlestick. 2 pairs of Iron Snuffers. 2 pair of Brass Candlesticks. 1 Wainscot table with small drawers. 1 Small sett of Specimen drawers. 1 Head of a Chrystal lamp. 1 Lamp for the Stair. Glass. White Glass. 1 Four quart Retort. 1 Three quart Do. 4 Two quart Do. 3 Pint Do. 9 Small Do. 2 Large tubulated Receivers. 1 Receiver not tubulated."