Who came to the first computer conference?
Guest blog: Barbara Ainsworth – Monash Museum of Computing History, Faculty of Information Technology, Monash University
In August 1951, a group of scientists gathered at the University of Sydney to attend the first Australian conference on automatic computing machines. About 200 people came to the conference. The variety of people and their backgrounds gives an idea of who was actually interested in the new field of computing in the 1950s. The demand for mass computation was becoming more relevant and automatic computing machines were the answer.
The 1951 Conference on Automatic Computing Machines was a groundbreaking event that discussed new developments in the technology of digital and analog computing and presented mathematical ideas on programming. It was also the stage to showcase the CSIRO’s work with their Australian-built electronic, general purpose, digital computer with stored-programming, then called CSIR/CSIRO Mark 1,1 and the CSIRO differential analyser. The list of registrations reads like a who’s who of current and future leaders in research in Australia. They were drawn from many different fields including engineers, academics, researchers and mathematicians. There were several professors in attendance. The speakers and many participants made significant contributions in their chosen careers in later years.
Sir John Percival Vissing Madsen (1879-1969), photograph dated 1946. He was Professor of Electrical Engineering, University of Sydney from 1920-1949 and officially opened the 1951 conference on automatic computing machines.
The official Proceedings, printed a year later, helpfully gave a list of most of the attendees. The names are given alphabetically with the accepted format at the time showing surname and academic titles if appropriate with men’s first names given by initials but entries for women were differentiated by also showing their marital status. (In this case, all 16 of the women who attended were designated “‘Miss”.) The names were followed by their institution affiliation. So, who came to the conference? There was a mixture of research and academic staff and a large group of post-graduate students. The participants reflected a large variety of studies but all were interested in new mechanical computation developments and possible applications for research. The largest number of attendees came from the CSIRO which sent 55 people drawn from 12 Divisions. The University of Sydney had 32 representatives. Seven of the CSIRO people were from the SMI within the Electrical Engineering Department.
There were 15 staff members from Radiophysics at the 1951 conference – 9 men and 6 women. This general staff photo taken a year later, includes some of those that attended.Apart from the large contingent from the University of Sydney, there were other universities represented including the University of Melbourne which sent 7 staff and post-grad students while the University of Technology NSW (now UNSW) had 8 people listed. The quality of students at the time is reflected in their careers. Many would later spread out into academic positions at Australian universities. For example, Murray Allen was employed at CSIRO SMI at this date and later completed his PhD in 1959 at the University of Sydney. He was part of the Conference Organising Committee.5 Allen worked with David Wong to build a transistorised computer SNOCOM for the Snowy Mountains Hydro-Electric Authority in 1960. He took up a teaching position at the University of Adelaide and became project leader for a new computer called Cirrus. In 1964, Dr Allen moved to the University of NSW as the Professor Electronic Computation and Director of the Digital Computing Lab there and ultimately became Professor of Computing Science. Another student Douglas Lampard was part of CSIRO Division of Electrotechnology and, at the time of the conference, he was working on his MSc at the University of Sydney which he completed in 1952. He then went to Cambridge University for a PhD in Engineering. Lampard became the Foundation Chair of Electrical Engineering at Monash University in 1962 and stayed there until retirement in 1990.6 The students from the University of Melbourne were all from the Electrical Engineering Department and came with two senior lecturers and Professor T. Cherry. The students included Ken Mackley who was the first PhD graduate from Melbourne’s Electrical Engineering Department in 1954 with a thesis on power system model investigations.7 Barry Craven, J. Cockram and Hugo Messerle were working together and developed an electronic, high-speed simulator for their Masters in Science. Messerle (1925-2004) went to the University of Sydney in 1952 and was appointed Head of the School of Electrical Engineering in 1972-1991. Professor Cherry later accepted the transfer of the CSIRO’s digital computer to the University of Melbourne in 1955 where it was renamed CSIRAC.
Other participants who were to take up a career in computing included Brian Swire who became Chief Engineer on the computer SILLIAC at the Basser Computing Department of the School of Physics in the mid- 1950s but was still at the Aeronautical Research Laboratory Melbourne in 1951.8
Significantly, the Snowy Mountains Hydro-electric Authority sent 12 staff members. They were exploring their options for undertaking the extensive calculations required for the engineering projects then in planning. They were later to work with the University of Sydney on new computing projects including SNOCOM. Various government departments, both NSW and federal, had staff attend the conference. A different group of attendees came from commercial office equipment suppliers with 25 men from companies including IBM, British Tabulating Machines Ltd (later incorporated into ICT then ICL) and NCR.
The list of attendees reveals that there were 16 women at the conference; 13 of them were employed by the CSIRO and about half of them worked at the Division of Radiophysics. The Division had a mathematical computation group led by Trevor Pearcey which employed human computers, mainly women. They completed manual calculations and also assisted with work on the punched card equipment. In government employment classification terms, most of them were employed as ‘assistants’ although some had university qualifications and were attending classes. Margaret Adamson was the lone female professional staff member in the mathematical group by this date. (There were other professional female staff in the mathematical group in the late 1940s.) Another CSIRO female professional staff member present was Helen Newton Turner who was then in the Section of Mathematical Statistics. She became senior principal research scientist of CSIRO’s Division of Animal Genetics in 1956. She supervised the McMaster Laboratories in the Division, and Pearcey transferred his punched card machinery, discussed in one of his papers for the conference, to her control at this laboratory in 1954.9
As well as Dr J.L. Pawsey from the CSIRO Division of Radiophysics, there were four government and private astronomers at the conference including Dr S.C.B. Gascoigne and H.J.M. Abraham from the Mt Stromlo Observatory, Harley Wood from the NSW Observatory and Father O’Connell who came from a private observatory called Riverview in North Sydney. Dr Gascoigne (1915-2010) was Principal Scientific Officer at the Commonwealth Observatory from 1951 – 1961, and a Reader at the Australian National University in Canberra. He was a Professor at the Australian National University until his retirement in 1980.10 The NSW Astronomer Harley Wood (1911-1984) was a graduate in physics and mathematics from the University of Sydney and gained a Doctor of Science in 1965 for his work on astrometry. He became NSW Government Astronomer in 1943. He spent considerable time on completing the Australian contribution for the Astrographic Catalogue which started locally in the 1890s using female computers.11 Father O’Connell was a Jesuit priest, teacher and an astronomer attached to the Riverview Observatory at the school St. Ignatius College near Lane Cove. Several months after the conference he was appointed Papal Astronomer in 1952 and went to spend the remainder of his career in Rome. The introduction of mechanical computation would prove a major asset to the science of astronomy.
Staff from the Long-Range Weapons Establishment (LRWE) came to discuss their increasing computing requirements. The rocket project in South Australia with tests at Woomera required copious amounts of computation which was handled by a large team of female computers. Mary Whitehead was in charge of this group and was one of the 5 LWRE staff sent to Sydney for the conference. The LWRE (later Weapons Research Establishment) realised that manual calculations were not efficient. The LWRE was initially interested in building a version of CSIR Mark 1 but this proved too difficult. The staff organised their own conference in 1957 after the installation of the computer WREDAC (WRE Digital Automatic Computer)in South Australia.
It must have been a curious mix of people at the conference. There was a great range of age and background with post-graduate students in their early twenties, researchers and several venerable professors as well as commercial representatives. But they were all there to learn about the new study of information processing that would open up new technologies and research opportunities.
The dawn of Australia’s digital age will be celebrated atThe Riding the Digital Wave Summit being held at the University of Sydney on 30 September 2021.
1 The Australian Government research body Council for Scientific and Industrial Research (CSIR) dates 1926-1949 and replaced earlier bodies. CSIR was reorganised as the Commonwealth Scientific and Industrial Research Organisation (CSIRO) in 1949 onwards. The computing work at the Division of Radiophysics uses the prefix CSIR and later CSIRO with the digital electronic computer designated Mark 1. It later became called CSIRAC when transferred to Melbourne in 1955.2 W.R.(Ross) Blunden (1916-2003) was a Senior Research Officer, CSIRO Section of Mathematical Instruments (SMI) from 1947-1952; SMI was located in the Electrical Engineering Dept., University of Sydney. He later moved to become the Foundation Professor of Traffic Engineering, University of New South Wales from 1956-1981.
3 David Milton Myers (1911-1999) was made Head of Electrotechnology, National Standards Laboratory from 1938-1949 and also Chief of the CSIR Division of Electrotechnology from 1945-1949. The Section of Mathematical Instruments (SMI) was created within the CSIR Division of Electrotechnology in 1948. David Myers was offered position of PN Russell chair of Electrical Engineering, University of Sydney in late 1948 and SMI moved with him into the University department. SMI provided mechanical solutions to computational problems. Myers had a long academic career – Professor of Electrical Engineering, Sydney University, 1949-59. Dean of Applied Science, University of British Columbia, 1960-65. Vice-Chancellor of La Trobe University, 1965-76. See his account of the 1951 conference in Bennett et al Computing in Australia: the development of a profession. Hale & Ironmonger, Sydney 1994.
4 Ward, C. 2011 Maston Beard. https://csiropedia.csiro.au/beard-maston/
5 CSIRO and Elec. Eng. Dept, University of Sydney, 1952 Proceedings of Conference on Automatic Computing, held in the Department of Electrical Engineering, University of Sydney, August 1951. Melbourne: CSIRO in conjunction with the Dept of Electrical Engineering, University of Sydney, August, 1951 p.209; see SNOCOM and CIRRUS, Sep 3, 2020 /blog/snocom-and-cirrus/
6 Ward, C. 2011 Douglas Geoffrey Lampard (1927-1994) https://csiropedia.csiro.au/lampard-douglas-geoffrey/ see also Brown, B.2012 A Brief History of the Department of Electrical and Computer Systems Engineering at Monash University 1962-2012. Monash University pp7-8 Note Lampard was Fellow of the Australian Academy of Science in 1977. He also was elected as a Fellow of the IEE, the IEEE, the IREE, IEAust and the AIP. https://www.monash.edu/__data/assets/pdf_file/0005/710978/history-of-ee.pdf
7 Electrical Engineering Department, University of Melbourne – History. https://electrical.eng.unimelb.edu.au/about/history; Mackley, K.1953 Power system model investigations: an amplidyne generator system for increasing the transient time constant of small synchronous machines / PhD thesis, University of Melbourne. Craven, Barry, D. Non-linear elements in electronic simulation: developments on the pondage simulator. MSc, University of Melbourne 1953; Cockram, J.C. An electrical analogue for the pondage equation. MSc, University of Melbourne 1952; Messerle, H.K. Electronic simulators for solution of hydraulic problems. MSc University of Melbourne 1952
8 Deane, J. 2010 “Connections in the History of Australian Computing” in Tatnall, A. (ed.) History of Computing Learning form the Past. IFIP WG 9.7, WCC 2010, Springer pp.1-11
9 Doug McCann, ‘Turner, Helen Alma (1908–1995)’, Australian Dictionary of Biography, National Centre of Biography, Australian National University, http://adb.anu.edu.au/biography/turner-helen-alma-29660/text36636, published online 2020, accessed online 10 December 2020. Pearcey 1988 p.23
10 Gascoigne, Sidney Charles Bartholomew (1915 – 2010) AO, FAA Encyclopaedia of Australian Science https://www.eoas.info/biogs/P000434b.htm
11 Robertson, B. 1984 Obituary – Harley Wood
Proceedings of the Astronomical Society of Australia, Vol. 6, Issue 1, p. 111-112, 1985
Sir John Percival Vissing Madsen (1879-1969), photograph dated 1946. He was Professor of Electrical Engineering, University of Sydney from 1920-1949 and officially opened the 1951 conference on automatic computing machines. Source University of Sydney Archives G3 224 1768. https://www.sydney.edu.au/arms/archives/media/me_objects/4958
There were 15 staff members from Radiophysics at the 1951 conference – 9 men and 6 women. This general staff photo taken a year later, includes some of those that attended. Title: CSIRO Radiophysics General Staff 1952 Source: Museums Victoria MM 90899.122. https://collections.museumsvictoria.com.au/items/1686280
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