Provides a detail description of the Z class tram for Melbourne, its components and who made them. Includes information on the role taken by Comeng Victoria, Comeng NSW, MMTB, ASEA. Gives a detail description of the body, traction equipment, auxiliary equipment, conductor controls, ventilation, destination equipment, safety features and a detailed data sheet including performance.Yields information about the manufacture of the Z class trams and the specifications.Document - 13 foolscap pages, titled New "Z class" trams for Melbourne giving engineering details of the then new Z class trams for Melbourne.trams, tramways, new trams, comeng, z class, commonwealth engineering, mmtb, asea, design of new trams, specifications

Provides a short description and features of the new Z class trams for Melbourne. Item written by Malcolm Lind for the NSW School Railway Clubs Association. Gives a list of features and data dimensions.Yields information about the manufacture of the Z class trams and the specifications.Document - two sheets stapled in top left hand corner - Photocopy of an article on "Melbourne's New Trams" The Railway News July August 1975trams, tramways, new trams, comeng, z class, commonwealth engineering, mmtb, asea, design of new trams, specifications

Spiral comb bound folder, with silver card covers, titled "Comeng" providing details of the Comeng rollingstock manufacturer. Details their locations, company structure, locations, engineering and design work and Comeng products in Service, trains, trams, buses and other equipment. Includes design details and photographs of Z, A and B1 class tramcars. Produced by John Dunn of Comeng in 1987..trams, tramways, commonwealth engineering, comeng, tramcars, construction

Lindsay F.J. Hillman was born in Ballarat in 1910, and attended the Ballarat Junior Technical School. He became a cadet in Electrical Engineering Laboratory at the Ballarat School of Mines where he gained eventually gained a student Teachership for diploma studies at the School. Hillman was particularly active and excelled in a wide range of sporting interests and in student activities. In 1928 and 1928 he was awarded the Ballarat School of Mines Honour blazer by the Old Boys' association for all round athletic ability, leadership and scholarship. After spending two years with the Melbourne City Council Electric Supply Department gaining industrial experience Hillman was awarded his Diploma of electrical engineering in 1931, returning to the School in 1932 to teach apprentices and senior students. Hillman was appointed lecturer in Engineering Design and Graphics in 1937, lecturer in Engineering Design and Civil Engineering in 1944, Lecturer-in-Charge of Mechanical and Civil Engineering in 1948 and Head of the Electrical Engineering Department in 1949, a position he held until his retirement in 1973. In 1975 Lindsay Hillman was appointed to the Council of the Ballarat School of Mines and played an active role in school affairs.As Vice-President of Council from 1981 until his death in 1991 Hillman took a leading part in the implementation of many of the major building projects on the Lydiard Street Campus. The L.F.J. Hillman Award was established by the Ballarat School of Mines Council in conjunction with and through the generosity of the Hillman family in honour of the late Lindsay Frederick John Hillman. The bronze medal was presented annually to an enrolled student in an accredited course in the field of electrical/electronics studies at the Ballarat School of Mines. specific Criteria for the Award consisted of a balance of academic performance, leadership qualities, commitment to further study and involvement in sporting and/or community groups. Bronze medal designed depicting the portrait of Lindsay Hillman. The medal has a copper finish, and is presented in a blue hinged box. The first Hillman Award was presented in 1992. The recipients are: 1992 - Brett A. Hovey 1993 - Nil 1994 - Brent L. Ferguson 1995 - Kirsty McKenzie 1996 - Peter J. White 2000 - Roger Bush 2001 - Thomas Edward George 2002 - Mark William Holden 2003 - David James Hopwood 2004 - Leighton Dunn 2005 - Donald Pirouet 2006 - Mark Irvin 2007 - Ricky Wilson 2008 - Luther Dean 2009 - Daniel Thatcher 2010 - Craig Coulter 2011 - Sarah Draper 2012 - Rhys Hendrickson 2013 - Jayden Hooper "Lindsay Hillman Memorial Medal" Verso: "The School of Mines and Industries Ballarat, Est. 1870 Presented to "ballarat school of mines, hillman, lindsay hillman, medal, numismatics, honour blazer, electrical engineering, electronics, hillman medal, hillman award

This report lists the depths of water and the consistency of the seabed surrounding the Warrnambool Harbour in October 1929, The information, often referred to as 'soundings', was obtained by Jet Probing,. In earlier days a lead line was used to perform a similar task. The author of the document is unknown. Jet Probing is a method used for underwater archaeology, cable installation and coastal engineering. A jet probe is a machine that produces a strong jet of water that penetrates the layers of sediment on the seabed, determining their depth, thickness and consistency. It provides a survey of the seabed and can be used as an aid to engineering design and construction. The report mentions lining up with the wooden jetty, the end of the breakwater and the leading lights. It mentions sand, loose rock and rock. It tells of stopping work due to the water being too rough, the pipe choking, difficulty in connecting pipes, and pipe joint breaking as it tried to get through the sand, The report in the document is significant for its connection with the Warrnambool Harbour, Warrnambool Breakwater, Warrnambool Jetty and Lady Bay. The report gives figures for the depth and consistency of the water and seabed at a particular point in time and can be used to compart with similar figures taken at different times. The results could determine plans for future engineering works.Report, titled 'Jet Probings, Warrnambool Harbour'. Two pages of cream coloured paper with hand written notes in pen and ink. Report covers three days of Jet Probings, with resulting figures and comments, for the depths of the surroundings of the Warrnambool Harbour. The report is in point form, with some underlining. Dates of recordings are 14-10-29, 15-10-29 and 16-10-29. (1929) The situation of the harbour had become a real problem by 1910 and required continuous dredging. In 1914 the Breakwater was extended but proved to be a failure because the work began to subside and by 1920 about two thirds of the harbour was silted up. Alterations made in the 1920's increased the silting problem. The soundings and Jet Probings were done after the Royal Commission of 1923, when the damaged stonework on the seaward side of the Warrnambool Breakwater, caused by the action of the sea, was the subject of enquiry. A conference between the Public Works, Water Commission and the Harbour Trust concluded that it would less costly to make repairs to prevent further damage rather than replaced the damage portion of the wall. A contract was raised in late 1924 to deposit rubble on the damaged side of the breakwater to minimise the Southern Ocean’s destructive action and work had started by August 1925. By the 1940's the harbour was no longer used. More alterations were made in the 1950's and 1960's. document, depth, warrnambool harbour, 1929, soundings, jet probe, jet probing, seabed, map of seabed, underwater engineering, warrnambool jetty, warrnambool breakwater, breakwater upgrade, leading lights, chart the harbour, flagstaff hill, warrnambool, flagstaff hill maritime museum & village, maritime museum, maritime village, shipwreck coast, lady bay, port of warrnambool, breakwater, jetty, pier, vhr h2024, royal commission, 1923, public works, water commission, harbour trust, victorian harbours

Lindsay F.J. Hillman was born in Ballarat, and attended the Ballarat Junior Technical School. He became a cadet in Electrical Engineering Laboratory at the Ballarat School of Mines where he gained eventually gained a student Teachership for diploma studies at the School. Hillman was particularly active and excelled in a wide range of sporting interests and in student activities. In 1928 and 1928 he was awarded the Ballarat School of Mines Honour blazer by the Old Boys' association for all round athletic ability, leadership and scholarship. After spending two years with the Melbourne City Council Electric Supply Department gaining industrial experience Hillman was awarded his Diploma of electrical engineering in 1931, returning to the School in 1932 to teach apprentices and senior students. Hillman was appointed lecturer in Engineering Design and Graphics in 1937, lecturer in Engineering Design and Civil Engineering in 1944, Lecturer-in-Charge of Mechanical and Civil Engineering in 1948 and Head of the Electrical Engineering Department in 1949, a position he held until his retirement in 1973. In 1975 Lindsay Hillman was appointed to the Council of the Ballarat School of Mines and played an active role in school affairs.As Vice-President of Council from 1981 until his death in 1991 Hillman took a leading part in the implementation of many of the major building projects on the Lydiard Street Campus. The L.F.J. Hillman Award was established by the Ballarat School of Mines Council in conjunction with and through the generosity of the Hillman family in honour of the late Lindsay Frederick John Hillman. The bronze medal was presented annually to an enrolled student in an accredited course in the field of electrical/electronics studies at the Ballarat School of Mines. specific Criteria for the Award consisted of a balance of academic performance, leadership qualities, commitment to further study and involvement in sporting and/or community groups. The first Hillman Award was presented in 1991. The recipients are: 1991: Paul Donald 1992 - Brett A. Hovey 1994 - Brent L. Ferguson 1995 - Kirsty McKenzie 1996 - Peter J. WhiteEighteen colour photographs of the signing of the Hillman award agreement and the first presentation of the award in 1991 to Paul Donald . .2) Gregor Hillman, Judith Tinney and Caroline Bethune .4) Judith Tinney or Caroline Bethune and Bill Gribble sign the agreement .8) Gregor Hillman, Judith Tinney and Caroline Bethune sign the agreement, along with President of the Ballarat School of Mines, Bill Gribble. .10) Paul Donald with his L.F.J. Hillman Award, 1991 .11) Ballarat School of Mines Principal, Peter Shiells, speaks at the lectern watched on by members of the Hillman family.ballarat school of mines, hillman, lindsay hillman, medal, numismatics, electrical engineering, electronics, gregor hillman. judith tinney, caroline bethune, tinney, bethune, hovey, ferguson, mckenzie, white, paul donald, donald

Background to the two openings of the "Goat Shed": Following a need to clean up some of the old L&L Centre buildings, in 1989 Council decided to enclose the remaining goat shed in a steel truss frame for use as a store room. Claire Fitzpatrick, who had run animal husbandry and goat classes on the site from the 1975 opening of the L&L Centre, was invited by the Committee to officiate at the naming of the new building on 3/12/1989. Following a fire of the stables/workshops on 8/5/1990 (which had to be cleared off the site) Council/Committee decided to use the $15000 insurance money to upgrade/refurbish the 1989 building to replace classrooms lost in the "stables fire". This refurbished Goat Shed was officially opened on 30/5/1991 by Cr. Peter Graham, Shire President. (Gleaned from Committee file, 1987-1992.) Photos show Cr Graham plus Gillian Barclay (Co-ordinator), Liliana Unsworth (Engineering Design Draftsperson) and Bill Oakley (Corporate Development Officer). Colour photographeltham living and learning centre, goat shed, gillian barclay, peter graham, liliana unsworth, bill oakley

Background to the two openings of the "Goat Shed": Following a need to clean up some of the old L&L Centre buildings, in 1989 Council decided to enclose the remaining goat shed in a steel truss frame for use as a store room. Claire Fitzpatrick, who had run animal husbandry and goat classes on the site from the 1975 opening of the L&L Centre, was invited by the Committee to officiate at the naming of the new building on 3/12/1989. Following a fire of the stables/workshops on 8/5/1990 (which had to be cleared off the site) Council/Committee decided to use the $15000 insurance money to upgrade/refurbish the 1989 building to replace classrooms lost in the "stables fire". This refurbished Goat Shed was officially opened on 30/5/1991 by Cr. Peter Graham, Shire President. (Gleaned from Committee file, 1987-1992.) Photos show Cr Graham plus Gillian Barclay (Co-ordinator), Liliana Unsworth (Engineering Design Draftsperson) and Bill Oakley (Corporate Development Officer). Colour photographeltham living and learning centre, goat shed, gillian barclay, peter graham, liliana unsworth, bill oakley

Background to the two openings of the "Goat Shed": Following a need to clean up some of the old L&L Centre buildings, in 1989 Council decided to enclose the remaining goat shed in a steel truss frame for use as a store room. Claire Fitzpatrick, who had run animal husbandry and goat classes on the site from the 1975 opening of the L&L Centre, was invited by the Committee to officiate at the naming of the new building on 3/12/1989. Following a fire of the stables/workshops on 8/5/1990 (which had to be cleared off the site) Council/Committee decided to use the $15000 insurance money to upgrade/refurbish the 1989 building to replace classrooms lost in the "stables fire". This refurbished Goat Shed was officially opened on 30/5/1991 by Cr. Peter Graham, Shire President. (Gleaned from Committee file, 1987-1992.) Photos show Cr Graham plus Gillian Barclay (Co-ordinator), Liliana Unsworth (Engineering Design Draftsperson) and Bill Oakley (Corporate Development Officer). Colour photographeltham living and learning centre, goat shed, steve, alan

Background to the two openings of the "Goat Shed": Following a need to clean up some of the old L&L Centre buildings, in 1989 Council decided to enclose the remaining goat shed in a steel truss frame for use as a store room. Claire Fitzpatrick, who had run animal husbandry and goat classes on the site from the 1975 opening of the L&L Centre, was invited by the Committee to officiate at the naming of the new building on 3/12/1989. Following a fire of the stables/workshops on 8/5/1990 (which had to be cleared off the site) Council/Committee decided to use the $15000 insurance money to upgrade/refurbish the 1989 building to replace classrooms lost in the "stables fire". This refurbished Goat Shed was officially opened on 30/5/1991 by Cr. Peter Graham, Shire President. (Gleaned from Committee file, 1987-1992.) Photos show Cr Graham plus Gillian Barclay (Co-ordinator), Liliana Unsworth (Engineering Design Draftsperson) and Bill Oakley (Corporate Development Officer). Colour photographeltham living and learning centre, goat shed, alan

Background to the two openings of the "Goat Shed": Following a need to clean up some of the old L&L Centre buildings, in 1989 Council decided to enclose the remaining goat shed in a steel truss frame for use as a store room. Claire Fitzpatrick, who had run animal husbandry and goat classes on the site from the 1975 opening of the L&L Centre, was invited by the Committee to officiate at the naming of the new building on 3/12/1989. Following a fire of the stables/workshops on 8/5/1990 (which had to be cleared off the site) Council/Committee decided to use the $15000 insurance money to upgrade/refurbish the 1989 building to replace classrooms lost in the "stables fire". This refurbished Goat Shed was officially opened on 30/5/1991 by Cr. Peter Graham, Shire President. (Gleaned from Committee file, 1987-1992.) Photos show Cr Graham plus Gillian Barclay (Co-ordinator), Liliana Unsworth (Engineering Design Draftsperson) and Bill Oakley (Corporate Development Officer). Colour photographeltham living and learning centre, goat shed, gillian barclay, peter graham, liliana unsworth, bill oakley

.1 & .2 - Civil Engineering student practical work examples .3 - First year Engineering students' competition : design, built and tested specified braced truss. Testing usually done during Open Day. .4 - Thermodynamics laboratory colorimetry room. reproduced in the 1975 Handbook, p 90Images of students engaged in structural work. .1) Three people at a load frame with a roof tress element. .2) A male student at an electronic surveying instrument. .3) Several people around a test setup for a student made model truss. .4) Three male persons at an experimental setup involving a garbage bin.ballarat institute of advanced education, civil engineering, laboratory, open day, thermodynamics, lloyd payne, alumni, trevor gourley

The City Engineer's Department within the former City of Kew, was responsible for public works, including street beautification. This photograph was held in the archives of the Department and was subsequently gifted to the Kew Historical Society. Like other examples originally held by the Department, photographs of road works, street beautification, engineering works were often sourced from other municipalities, or countries, to use as references for engineering works and design in Kew.Colour photographic positive (faded) of street beautification in Port Melbourne, used as a model by the Engineer's Department of the City of Kew for how civic spaces, including shopping centre precincts, could be improved. street beautification, city of kew -- engineers department, public works -- kew (vic.), port melbourne

The City Engineer's Department within the former City of Kew, was responsible for public works, including street beautification. This photograph was held in the archives of the Department and was subsequently gifted to the Kew Historical Society. Like other examples originally held by the Department, photographs of road works, street beautification, engineering works were often sourced from other municipalities, or countries, to use as references for engineering works and design in Kew.Colour photographic positive (faded) of street beautification in Port Melbourne, used as a model by the Engineer's Department of the City of Kew for how civic spaces, including shopping centre precincts, could be improved. street beautification, city of kew -- engineers department, public works -- kew (vic.), port melbourne

The City Engineer's Department within the former City of Kew, was responsible for public works, including street beautification. This photograph was held in the archives of the Department and was subsequently gifted to the Kew Historical Society. Like other examples originally held by the Department, photographs of road works, street beautification, engineering works were often sourced from other municipalities, or countries, to use as references for engineering works and design in Kew.Colour photographic positive (faded) of street beautification in Port Melbourne, used as a model by the Engineer's Department of the City of Kew for how civic spaces, including shopping centre precincts, could be improved. street beautification, city of kew -- engineers department, public works -- kew (vic.), port melbourne

The City Engineer's Department within the former City of Kew, was responsible for public works, including street beautification. This photograph was held in the archives of the Department and was subsequently gifted to the Kew Historical Society. Like other examples originally held by the Department, photographs of road works, street beautification, engineering works were often sourced from other municipalities, or countries, to use as references for engineering works and design in Kew.Colour photographic positive (faded) of public parking in South Melbourne, perhaps used as a model by the Engineer's Department of the City of Kew for how civic spaces, including shopping centre precincts, could be improved. city of kew -- engineers department, public works -- kew (vic.), south melbourne, carparks, signs

Seventy two page photocopied document within card covers and outer plastic covers with an additional introduction page between front clear plastic cover and card cover bound with a white comb binder. Book titled "Tramway Permanent Way" presenting a series of lectures by MMTB Per Way officers in 1928 at Hawthorn Depot. Contents in order: 1. Handwritten note from Chris Jacobson on Metropolitan Transit Authority of Victoria memo paper forwarding a copy to Warren Doubleday of the BTPS in Feb. 1988, with date received stamp at depot of 19/2/1988. 2. Photocopy of a memo on Metropolitan Transit letterhead from K. C. Painter dated 20/7/1987 to the Civil Engineering Design drafting staff forwarding a copy of the 1928 lectures to the then current staff. 3. Photocopy of a circular from J.P. Strickland, Chief Engineer to track inspectors, sub overseers, overseers and senior gangers advising that a series of weekly lectures on track work would be held at Hawthorn Depot commencing 23/1/1928. 4. Lecture notes: 1. Interpretation of Drawings 2. Alignment etc 3. Alignment continued and special work 4. The drainage system 5. Concrete 6. Rails and Fastenings 7. Welding 8. Timber 9. Paving and paving materials 10. Track cross sections. Second copy added 27/11/2010 - ex PPW holdings. Both items transferred to Box 99.\ Scanned copy added 15-12-2016.trams, tramways, trackwork, mmtb, lectures, tramway per way, training

At 135m, Coca-Cola London Eye is the world’s largest cantilevered observation wheel. It was conceived and designed by Marks Barfield Architects and was launched in 2000. It has won over 85 awards for national and international tourism, outstanding architectural quality and engineering achievement. In fact, it has become the UK’s most popular paid for visitor attraction. A remarkable feat of design and engineering, the London Eye gave London’s skyline a dramatic new addition and has been offering guests a new perspective on London ever since. Originally, it was intended as a temporary structure, able to be dismantled and transported to a new location, and had planning permission for just five years. But with millions boarding it every year, its popularity has prompted its lease to be extended. Today it is a permanent fixture on the London skyline and a beautiful symbol of modern London. (https://www.londoneye.com/about-us/#sthash.Xxd6iuOj.dpuf)london eye, ferris wheel

George Milford, a long term staff member of Thompsons Foundry Castlemaine, remembers discussing Alexander Sinclair with this son, Alex Sinclair Jnr. "When Alex Jnr was a boy, his father, a senior design engineer, was sent to Malaya to oversee the erection on site of a suction cutter dredge for Thompsons. This was an adaptation of the idea of a bucket-dredge, where gold is won from alluvial gravels. In the 1915-1920 era, the Thompsons Engineering Department designed a suction-cutter dredge, by which hydraulic suction with a revolving cutter at the end of a long proboscis would collect the alluvial soil and deliver it into the dredge for recovery of the precious metals. Export marketing was then ‘all the go’, and the tin dredges were ordered from Thompsons, using the new cutter design. The dredges were, of course, shipped to Malaya in pieces, ready to be assembled on site. A number of Thompsons employees were selected to travel to Malaya to assemble the dredges. There were fourteen men in the gang. These men sailed on 1st July 1925, their number including Delmenico, McKay and Charles Albert Hauser, an engine driver. C A Hauser died of malaria in Malaya shortly after arrival. Components for a further three of these dredges were in transit or on site when the first suction-cutter dredge was assembled and tested. The designers had failed to take into account the fact that, in the jungle floor in Malaya, many trees grow up, and fall down, in tropical conditions, and become submerged still waterlogged in the floor of the jungle, and in the tin-bearing gravels. The suction-cutter dredge was found to be inefficient in these circumstances, the price of tin had fallen and the Malayan client reneged on the contract. Faced with an outlay of over £4,000 on which no money would be received, the company went bankrupt on 25th August 1925. Alex Sinclair Snr was at that stage in Malaya, and received the news of the bankruptcy by telegram. Upon telegraphing his employers for funds to return home, he received the reply that there were no such funds available. Alex Sinclair Jnr told the story of how his father worked as a labourer in Malaya for two years, while his mother took in washing and ironing during the same period, until together they had assembled enough money to pay for his father’s return Anyone who talks about “the good old days” is talking nonsense!"Large blue printed paper plan outlining the conditions of contract for the making of a steel boiler. The Blueprint includes design drawings and written contract specifying materials, time frame and costs. Signed on front 'Alec Sinclair Consulting Engineer, 31 Queen Street, Melbourne'. Stamped on verso 'Printed by Paterson & Co, Colonial Mutual Chambers, Collins St, Melbourne'. blueprint, designs and plans, yarrawee suction dredge, conditions of contract, thompsons foundry castlemaine, george milford

The lathe-making business incorporated in 1902 as Drummond Bros Ltd originated in the fertile mind of Mr Arthur Drummond, said to have been living at that time at Pinks Hill, on the southern edge of Broad Street Common, west of Guildford. Mr Drummond, whose accomplishments included several pictures hung in the Royal Academy, was unable to find a lathe suitable for use in model engineering. In 1896 he designed for himself a ‘small centre lathe … which had a compound slide rest with feed-screws and adjustable slides’. He also designed and built ‘lathes of 4.5 inch and 5 inch centre height, which had beds of a special form whereby the use of a gap piece was eliminated but the advantages of a gap-bed lathe were retained’. Assisted by his brother, Mr Frank Drummond, who had served an apprenticeship to an engineering firm at Tunbridge Wells, the first lathes were made in a workshop adjoining Arthur Drummond’s house. The demand that speedily built up led to the decision to form a company and manufacture the lathes for sale commercially. Land was acquired nearby, at Rydes Hill, and the first factory built. The enterprise was a success, and the company quickly established ‘a high reputation in this country and abroad for multi-tool and copying lathes, and gear-cutting machines’. Other lathes were added to the range, including the first of the ’round bed’ machines for which the firm became widely known. A Drummond 3.5 inch lathe was among the equipment of Captain Scott’s 1912 expedition to the South Pole, and large numbers of 3.5 inch and 4 inch designs were exported to Australia, Canada and India. By the outbreak of war in 1914, 5 inch, 6 inch and 7 inch screw cutting lathes, arranged for power drive, were on sale. Large orders were received from the government for 3.5 inch lathes, for use in destroyers and submarines, and 5 inch lathes for the mechanised section of the Army Service Corps. The latter were used in mobile workshops. The factory worked night and day to supply the forces’ needs, until production was disrupted by a fire which destroyed a large part of the works in May 1915. As soon as rebuilding was complete work restarted. At the end of the war the entire production was being taken by the Government departments, a special feature being a precision screw lathe, bought by the Ministry of Munitions in 1918. Between the wars Drummond Bros Ltd introduced new machines for the motor vehicle, and later the aircraft industry, and the works were extended on many occasions to fulfill the increasing orders. The Maxicut multi-tool lathe (1925), designed for high-production turning operations, was one of the first machines of this type to be built in England. It was followed (1928) by an hydraulic version for turning gear blanks, and similar work. Further developments provided machines which, during the Second World War, turned all the crankshafts and propeller shafts for Bristol engines. Others, ordered by the Ministry of Supply were employed in turning shells, and many other specific needs of vehicle and aircraft manufacture were catered for by new types of Drummond lathes. Production of the small centre lathes ceased during the war when the company needed to concentrate on building multi-tool lathes and gear shapers. After the war a completely new Maxicut range was introduced, replacing the older versions, and fully automatic. The types were continually developed, and new versions manufactured until the end of the company’s life in 1980. The disappearance from the scene of Mr Arthur Drummond in 1946, and the end of the company’s autonomous existence in 1953 when the company was acquired by William Asquith Ltd, which was in turn bought by Staveley in 1966, meant that the factory at Rydes Hill became one – albeit very effective – part of a large national engineering company. Achievements at the Guildford works during its last years included the development of automated Maxicut gear-shapers in what was ‘probably the most fully automated gear shop in the country’, while a machine from Guildford was sent to the Osaka Fair in 1962. In 1963 an agreement was signed with Hindustan Machine Tools for the manufacture of Maxicut gear-shapers in state owned factories in Bangalore and Chandigarh. During 1963 the two largest multi-tool lathes ever made in the UK were installed in Ambrose Shardlow’s works in Sheffield for handling cranks up to 14 foot long. In 1976 Drummond lathes were included in Staveley’s £14,000,000 installation in Moscow of an automated production line for Zil motor cars. Up to the end invention continued at Guildford: a new Drummond Multi-turn memory-controlled machine was shown at the International Machine Tool Exhibition in 1977. This could not save the works from the pressures of the late 1970s, and Staveley Industries closed its Guildford site in 1980.An early example of a lathe that was designed primarily for the hobbyist model maker. It is in good condition and sought today by collectors as many of it's attributes were innovative at the time and lead to further development and incorporation of some of its features into more industrial models of production machinery. Lathe, round bed, treadle powered lathe, Drummond Type A, Serial number and maker's inscription. 1920-1923, Made by Drummond Brothers in Guildford, Surrey, England. Lathe is complete with Chuck, Tool post and Tail Stock in situ (30 extra parts)"MADE BY DRUMMOND BROTHERS LIMITED - PATENT TEES - RYDE'S HILL n GUILDFORD SURREY", "Serial Number 01470," "L44" or "L45 " flagstaff hill, warrnambool, shipwrecked coast, flagstaff hill maritime museum, maritime museum, shipwreck coast, flagstaff hill maritime village, great ocean road, lathe 1920-1923, round bed lathe, treadle lathe, drummond type a, guildford surrey, drummond brothers guildford surrey england, tread'e

Built by the Buffalo Forge Company in New York, USA. It is of a typical hand operated design used in workshops. This item was probably used in an engineering shop locally.A cast iron workshop drill. It has two spanner holes.On wheel at top - BUFFALO FORGE Co. and on frame BUFFALO N.Y.drill press workshop hand-operated

Breakwater navigation lights are placed at the end of the breakwaters to warn incoming vessels of the end of the structure, as a marine safety measure. The subject item was such a light believed to have been placed at the end of Warrnambool's breakwater around 1915 when it was extended. The light had remained in place for many years until it was probably removed when the structure was undergoing rock armouring repairs to the end of the breakwater in 1975. The light had been placed in a council storage shed probably from the time when the structure was undergoing these repairs in 1975. In 2014 the light was removed from the storage shed and donated to Flagstaff Hill museum. History: Warrnambool breakwater plans were drawn up by 1874 and approval was given for preliminary construction work to start but when the money ran out, the works stopped. With a number of quick changes of government the “Warrnambool” breakwater project was kicked from one Victorian state government to another. Then finally in 1879, the eminent British harbour engineer Sir John Coode was asked to design a breakwater. His first design was for a 1800 feet long structure but that was scaled back to 900 feet and construction finally began in 1884. This structure was attributed in causing major siltation of Lady bay, as a consequence the breakwater was again extended in 1915. In 1975, the rock armouring at the end of the breakwater was added but by 1979 another impact study was calling for the breakwater to be removed altogether. The Heritage Council Victoria, regard the Warrnambool breakwater is of historical significance to the state as one of the most important maritime engineering projects that was undertaken in Victoria during the late nineteenth century. The light is also as part of this structure regarded as a significant item of historical interest.Marker light or navigation light. Round light stand with conical top piece (2 separate pieces). Metal base painted red, clear glass middle section enclosed by metal frame, metal cone shaped top section painted silver. Electrical wiring can be seen inside centre section. Pole that light would have been on to elevate it is missing.Has metal plate screwed onto side of base engraved "23". flagstaff hill, warrnambool, shipreck coast, flagstaff hill maritime museum, maritime museum, great ocean road, warrnambool breakwater, marker light, naviagtion light, breakwater navigation light

This is a souvenir of the British Empire Exhibition of 1925. This exhibition, designed to showcase the industrial and natural resources of the countries in the British Empire was on a 216 acre site at Wembley, England. In 1923 the Wembley Stadium was completed and the F.A. Cup Final was held there. In 1924 the Exhibition was opened by King George V in a first ever radio broadcast by a British monarch. There were Palaces of Industry, Engineering, Horticulture and Art and Pavilions housing exhibits from most countries in the British Empire. 17 million people visited in 1923 and there were 11 million visitors in 1925 when the exhibiton was re-developed. Wembley Stadium was reconstructed in 2002. This item has no local provenance but is of some interest because of its connection to the British Empire Exhibition of 1925. It is a good example of the type of souvenir that was bought by visitors to the Exhibition. This is an enamelled metal container, circular (octagonal on the outside edges) in shape with a short handle. The central area is slightly recessed to take a small amount of rouge (a red powder compound for the face, usually the cheeks). A pad to apply the rouge to the face is missing. There is a metal hinged lid with a clip and a small ring at the end of the handle, possibly to contain a chain for it to hang around the neck. The wording on the front is black on a blue and green enamelled backgroundRaised image of a lion with the words underneath ‘British Empire Exhibition, 1925’rouge holder, british empire exhibition 1925

This is a book of 428 pages. The cover has brown composite material with a leather spine and corners. The spine has gold lettering and gold ridged lines. The corners are somewhat tattered. The title page and some other pages are torn. The pages contain printed text, black and white diagrams and sketches and colour illustrations.non-fictionEncyclopedia of Technical Education.Two volumes with technical information on a wide range of subjects. technical education, technical school text book, warrnambool

The water tower on the corner of Pakenham St and High Street Echuca, was designed by Sir John Monash, who was an innovator in the use of reinforced concrete. The tower cost £2,973 and was completed in 1915. It is 108 feet high and holds 150,000 gallons. it was originally connected to the steam powered pumping plant at Echuca East. John Monash was a war hero at Gallipoli in 1915 and also went on to be the Manager of the Victorian State Electricity Commission. Monash University was named after him.The water tower was a revolutionary design in 1915. It also brought tapped water to people's homes. Sir John Monash made a huge contribution to engineering and social concepts, which was why he was knighted. As well as these contributions to social development, he was also a war hero.Black and white postcard featuring the water tower in Packenham Street. The photograph was taken from Alton Reserve. The background shows a conglomeration of buildings and the foreground shows shaped lawns and park benches. The postcard has a thick border in a cream colour all around it.On the reverse is printed ; POST CARD. Write here for Inland Postage only. Tha Address to be written here. In pen is hand written the words View of Water Tower Pakenham St. Taken from Alton Reserve?echuca east pumping station, echuca water tower, monash, sir john, alton reserve, engineering, reinforced concrete

The water tower on the corner of Pakenham St and High Street Echuca, was designed by Sir John Monash, who was an innovator in the use of reinforced concrete. The tower cost £2,973 and was completed in 1915. It is 108 feet high and holds 150,000 gallons. it was originally connected to the steam powered pumping plant at Echuca East. John Monash was a war hero at Gallipoli in 1915 and also went on to be the Manager of the Victorian State Electricity Commission. Monash University was named after him.The water tower was a revolutionary design in 1915., being constructed of reinforced concrete. It also brought tapped water to people's homes. Sir John Monash made a huge contribution to engineering and social concepts, which was why he was knighted. As well as these contributions to social development, he was also a war hero. Colour photograph of water tower on the south east corner of High and Pakenham street, Echuca. The St Andrews church tower can be seen in the background.On the front of the photograph on the bottom facade of the water tower is painted "E.W.T." (Echuca Water Trust). Printed on the reverse:" this paper manufactured by Kodak"echuca, water tower, echuca-historical buildings, monash, sir john, reinforced concrete building construction