This letter book contains handwritten letters and sketch maps and dates from 1926 to 1929. It came from the office of John William Crawley Junior, an engineer, surveyor and architect in private practice in Warrnambool and also the engineer for the Shire of Warrnambool from 1895 to 1935. His father, brother and son were also engineers and worked in that capacity or as the Shire Secretary for the Shire of Warrnambool, with the Crawley family recording a total of 132 years of service to the Shire. The Shire of Warrnambool existed from 1863 to 1994. The letter book was passed on to John Crawley’s son, Rolf, the engineer for the Shire of Warrnambool from 1935 to 1968. It then came into the possession of Michael Hand who took over the private surveying practice of Rolf Crawley. The Warrnambool and District Historical Society acquired the letter book, along with several other Crawley ledgers, from the estate of Michael Hand. This letter book is of considerable significance as it contains letters and maps drawn up by John William Crawley, Junior who had a private engineering and surveying practice in Warrnambool and was the engineer for the Shire of Warrnambool for 40 years. It will be very useful for researchers. This is a green hard cover letter book of 1000 pages. It has handwritten letters and sketch maps and an alphabetical index at the front. The cover has brown binding on the edges of the cover and the spine. There is gold lettering on the spine. The cover has an inside mottled red lining. There is a mauve stamp on the first page. ‘Letter Book 1926 to 1929’ ‘P’ ‘Rolf. L. Crawley, Civil Engineer, Drainage and Water Supply Engineer, Licensed Surveyor, Registered Architect, Warrnambool’ john william crawley junior, warrnambool, rolf crawley, warrnambool, shire of 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

Warrnambool City Council CollectionHistorical RecordInformation contained in three ledgersNewspaper cuttings from The Warrnambool Standard concerning the Warrnambool Town/ City Councilwarrnambool town/ city council meetings.warrnambool town/ city council meetings.

Series consists of a large collection (over 1150) of negatives of scenes, activities and staff of the Shire of Eltham. Many of the films were taken for publicity purposes and necessarily cover a broad range of topics. The films or individual strips have been organised into Scenes, Activities and Staff groupings, however there are many overlaps. 1) Scenes includes: Parks and Roads including Alistair Knox Park, Tree Planting, Trees and Flowers, general Shire Scenes. One of the Alistair Knox Park films also contains shots of the Shire President (John Graves?) in the Chambers wearing the Presidential Chain. 375 negatives. 2) Activities documented include: Fire Safety workshop and massage, Leisure Centre activities including pool construction, Living and Learning Centre, Pottery, Netball, Shire Offices, Elderly Citizens, Buildings, Youth Services, Sporting Facilities, Parklands, Community Arts, Childca re, Childrens Week Book Launch 23/ 10/1991 , Environment Week Launch 19/9/1991 , Childrens Services and Activities, Buy A Book Campaign Launch November 1990, Thelma Barkways' Birthday 1990, Engineering activities including Waste Collection, Building and Health Services activities including water testing, examples of new housing, blocks of land, letter box numbers. Also in this section are Shire Office and Handbook shots, nature shots including butterflies (Eltham Copper Butterfly?), wheelchairbound CEO Rodney Roscholler, Community Services Xmas Lunch 1991. 607 negatives. 3) Staff including many groups and individuals to be identified, Rodney Roscholler, Thelma Barkway, Councillors, Shire President Pamela Sladden, Roma O'Callaghan, Irene in the Kitchen/Entertainment Area, also Farm Scenes. 169 negatives.shire of eltham archives, series listing

The Royal Australian Engineers (RAE) is a corps of the Australian Army (although the word corps does not appear in their name or on their badge). The RAE is ranked fourth in seniority of the corps of the Australian Army, behind the Staff Cadets, Armoured and Artillery Corps. The Corps was formed by the amalgamation of the various colonial engineer corps of the States and territories of Australia in 1902[2] and since then has served in various conflicts including World War I, World War II and the Vietnam War. The Corps has also served on numerous peacekeeping operations and is currently involved in the Australian contribution to the war in Afghanistan. The RAE provides combat engineering, construction and other technical support to the Australian Defence Force. One of the main roles of the Corps is to provide mobility and counter mobility capabilities to the Australian Army and its allies. This means enhancing the ability of friendly forces to move while denying movement to enemy forces. In order to provide these capabilities, engineers are required to conduct many tasks including penetrating minefields, locating and disarming booby traps, purifying water and building roads and bridges. The Corps also performs the majority of the Australian Army's demolition tasks and is trained to fight as infantry if needed. http://en.wikipedia.org/wiki/Royal_Australian_EngineersWooden Plaque 15cm x 13cmRoyal Australian Engineers

Heather Pitman studied at the School of Mines and Ballarat College of Advanced Education and was awarded the Civil Engineering Scholarship in 1977. Heather broke down barriers in engineering with an integrity that earned her tremendous respect in the sector and led to her becoming the first female Head of Engineering for the City of Ballarat. She was the first of a new breed of engineers to consider the urban water cycle in its entirety and not in isolated parts, a radical approach at the time. In her honour, the Pitman Benjamin Engineering Prize was founded, to recognise students like Heather, who have chosen not to accept the status quo, but instead to change the world to make it better for all. Heather died in 2005.heather pitman, engineer, alumni, ballarat school of mines, ballarat college of advanced education, civil engineering scholarship, first female head of engineering, city of ballarat, urban water cycle, pitman benjamin engineering scholarship

Heather studied at the School of Mines and Ballarat College of Advanced Education and was awarded the Civil Engineering Scholarship in 1977. She graduated in 1978. Heather broke down barriers in engineering with an integrity that earned her tremendous respect and led to her becoming the first female Head of Engineering for the City of Ballarat. Heather pioneered sustainable design and was the first of a new breed of engineers to consider the urban water cycle in its entirety and not in isolated parts, a radical approach at the time. In her honour, the Pitman Benjamin Engineering Prize was founded, to recognise students like Heather, who have chosen not to accept the status quo, but instead to change the world to make it better for all.women of note, ballarat school of mines, ballarat college of advanced education, first female, head of engineering, city of ballarat, civil engineering scholarship, pioneered sustainable design, urban water cycle, pitman benjamin engineering scholarship

Ballarat College of Advanced Education is a predecessor institution of Federation University Australia. .1) Engineering students carry a canoe at Lake Wendouree. .2) Five canoes in the water .3) Race .4) TrophyFour photographs of concrete canoe boat race events ballarat college of advanced education, student activities, canoes, lake wendouree

This type of large, brass tap is typical of the plumbing fittings manufactured in the late 19th and early 20th centuries. The tap has encrustations and concretion inside, showing that it had been in the sea for quite some time. The pipe leading to the spout is squashed, nicked and appears to have been sawn or broken off. It could have once been part of the plumbing from a ship, perhaps from one of the boilers used in the kitchen, for bathing or for laundry or cleaning. The name “BEST” on the tap signifies that it could have been made by Robert Best who began his Birmingham brass foundry c. 1840, and even though The information from the donor is that tap was given to her father (1906-1982) who lived in the Warrnambool district. It was likely given by a cray fisherman or diver, who said that the tap came from the Loch Ard shipwreck, wrecked on Mutton Bird Island, east of Port Campbell, Victoria, on 1st June 1878. This could easily be the case but there is no provenance for it. ROBERT BEST, BRASS FOUNDRY Circa 1840 Robert Best founded his brass foundry business and was referred to as a Brass Chandelier of Birmingham”. In 1864 an advertisement in the Journal of Gas Lighting, Water Supply, & Sanitary Improvement announces Best and Hobson, late Robert Best, 100 Charlotte Street Birmingham, manufacturers of Chandeliers, Brass and iron fittings, Steam and Water-cocks etc. gas apparatus of every description, Plumber's brass foundry, with works at Birmingham and Great Bridge, Staffordshire. In 1867 Best & Lloyd was formed, after Best and Hobson went into liquidation, manufacturing at the Cambray Works of Wattville Road, Handsworth. It was a light industrial engineering works and one of the owners was Robert Dudley Best’s father. Robert Dudley Best (1892-1984) later took over the business of Best & Lloyd. The company is still in business at Downing Street, Smethwick, Birmingham. In 1878, brass ship furniture and bell fittings stamped “BEST” was made by William Udal & Co., who advertised as manufacturers of BEST cast and stamped brass foundry goods. This large brass tap is typical of industrial tapware of the mid-late 19th ancenturies 20th century. The location of the tap when found is associated with the Warrnambool district and could have easily been from a shipwreck due to the encrustation found inside the tap. Due to its design and manufacturer, the tap is associated with the mid-late 19th and early 20th-century manufacture of plumbing fittings. Tap, brass, heavy-duty, with butterfly handle. The design and style are typical of the plumbing of the late 1800s. Inscription pressed into the handle, within rectangular border "BEST". Encrustation and concretion are inside the tap spout. “BEST” on one side of the tap handle (Also, a label from the donor attached to the tap “from the wreckage of the LOCH ARD")flagstaff hill, warrnambool, shipwrecked coast, flagstaff hill maritime museum, maritime museum, shipwreck coast, flagstaff hill maritime village, great ocean road, robert best brass foundry, best and hobson, best & llyod, birmingham brass foundry, brass tap, best brand tap, heavy duty brass tap, industrial brass tap, boiler tap, 19th century plumbing, 19th century tapware, 19th century plumbing fitting, tap with butterfly handle, tap salvaged from shipwreck, brass fittings, steam engine fittings, water-cock fitting

This menu appears to have been produced for the 1947 Maiden Voyage of the S.S. Athenic travelling between London and New Zealand via Curacao and Panama. This was possibly the first voyage on this vessel early in his career for engineer G. W. Duncan and therefore a souvenir. The commander of the vessel was D. Aitchinson. Also of interest given that the UK was still very much governed by post WW2 rationing, is the range of food available for the farewell dinner listed.Mariner Duncan had a particular regard for the Mission to Seafarers. This plate for display on a commissioned new table at the MTSV chapel acknowledges his bequest and the material donated. Collectively the G W Duncan material includes: photographs, professional data memorabilia and written and commercially printed resources. The memorabilia relates to his career at sea and in particular the role of an engineer, including a handwritten manual of notes and references relating to the mechanical and engineering aspects and areas of responsibility for maintenance. Single fold card menu cover with typed paper menu listing adhered to inside cover. The cover features an imaginary asian design featuring water lilies , willow leaves and a misty sun, colours are gold green pink.see images 1 and 2 attachedmenu, ss athenic, shaw savill line, george winfield duncan (1922-2017), sailors, seafarers, passenger ships, ship engineer

This Field Survey was commissioned by the Melbourne Board of Works and was used to position the Maroondah Aqueduct bridge north of Greensborough at its crossing point on the Plenty River. It incorporated the use of wrought iron water pipes and therefore is of lighter construction than other similar bridges in the district. It features a traverse of the Plenty RiverThe Maroondah Aqueduct bridge is a significant example of late 19th century engineering. A 4 page reproduction of an Office of Titles document. Copy of handwritten report includes maps.maroondah aqueduct, watts river aqueduct, bridge, greensborough, office of titles, 1897, wrought iron water pipes, plenty river, melbourne board of works

Ron White was born in 1920. He received a Diploma of Mechanical Engineering at Footscray Technical School in 1946. He started work as a laboratory assistant and after several promotions was appointed Senior Operator in 1948. In 1949, he was Engineer, Grade 1 (Hydro Areas). After further promotions he became Assistant Area Engineer, Rubicon at new Eildon Power Station and Area Engineer, Kiewa in commissioning Mt Beauty Terminal Station and West Kiewa Power Station.. By 1956, he was the Area Operations Engineer at Kiewa and four years later the Kiewa Electrical Superintendent (Operations and Maintenance) . In 1961, he was officially recognised as deputy for the General Superintendent, Kiewa. In 1966 he was appointed General Superintendent Kiewa and Kiewa became 'a branch of the Transmission Department'. In 1974, the Rubicon / Eildon Area was also under Ron's control. His title was "Principal Hydro Engineer, Hydro Division, Transmission Operations Department. He held this position until his retirement in 1985.Ron White was an important identity in his role as Principal Hydro Engineer from 1966 to 1985 after the completion of the Kiewa Hydro Electric Scheme. His long period of service involved him in the construction, operation and maintenance of the SECV's Hydro Electric Schemes and administration of related catchment areas. He had a close association with the local communities and care for the welfare of employees. He lived in Mt Beauty and was well respected in the community and beyond. He passed away on 30 September 2019, aged 99 years.A) History of Ron White's Working Life: including papers relating to "Promotion & Staff Appointment" B) Ron White's Retirement - 11th Jan. 1985: papers, cards, letters, photos, disc/plaque C) Ron White's Certificates: Diploma of Mechanical Engineering; First Aid; D) Ron White's Correspondence - miscellaneous E) Ron White's History of the 'Kiewa Scheme' from 1936- 1966. Written 1986 F) Ron White's Photo album Includes photos of him and the 2003 bushfires G) Miscellaneous Photos (not labelled) from Ron's photo album. Possibly relatives including nieces and nephews. H) Pewter Mug presented to Ron - Water Board I) Wall hanging presented to Ron - Scouts J) Ron White's Slide Ruler & Mathematical Instruments K) Collection of 7 books owned by Ron L) Starting Pistol Caps box M) Ice-cream serverF) One photo of Ron with 'Ken Connors'. One photo with 'l to r: Norm Middleton, Graham Napier, Ron White, Les Peart.' G) 2003 fires has a note re time, date and whereabouts of fires H) "Presented To / Ron White / In Appreciation For Service / To The / Kiewa Valley / Water Authority / And / Its predecessor Bodies / December 1994 I) Wall hanging: On emblem - "Lord Baden-Powell Society / The Scout Association of Australia". On Name Plate below - Ronald K. White 1989" J) mathematical Instruments have 'R. W' embossed in red on the corner of the cover M) 100 Straitline, Starting Pistol Caps N) National Ice-cream Server with stainless steel spring Size 20 ron white, hydro engineer, kiewa hydro electric scheme

This program belonged to Dr James Kerr. Conceived by Engineer-in-Chief C.Y. O’Connor and completed in 1903, the Coolgardie Goldfields Water Supply Scheme comprised a reservoir on the Helena River, eight steam-driven pumping stations and 566 kilometres of steel pipeline supplying 23,000 kilolitres of water daily to the arid goldfields of Western Australia. The project was officially opened by Sir John and Lady Forrest in January 1903. "Great pomp and ceremony heralded the arrival of water and the opening of the Scheme. Clean, fresh water could now be easily obtained in some of Australia's harshest country. However, this victory came at a great cost. The stress of the bold project was too much for O’Connor, who, after enduring endless criticism, took his life on 10 March 1902, before the Scheme was completed." - Western Australian Museum : The Coolgardie Goldfields Water Supply Scheme was an ambitious engineering feat because at the time water had never been lifted so high nor pumped so far (about 560 km). The Scheme, which pumps water from the better-watered coastal area, operates to this day. This item is associated with an historic event in the history of opening up arid areas of Australia to settlement. The item is associated with Dr James Kerr, the first doctor to settle in Orbost.A souvenir program from the opening of the works of the Coolgardie Water Supply. It has a maroon cover with gold print. Details include the date and place.coolgardie-water-supply western-australia-goldfields

An early colour tinted photograph of the intersection of the Buxton Marysville Road and the Marysville-Wood's Point Road.An early photograph of the Buxton Marysville Road and the Marysville-Wood's Point Road intersection. The Marysville-Buxton Road joins the Maroondah Highway which leads to Alexandra. The Marysville-Woods Point Road was originally part of the Yarra Track, constructed in the early 1860s to provide access between Healesville and the Woods Point Goldfields. Despite the steep terrain and engineering difficulties, the Yarra Track soon became a busy route used by pack horses, horse-drawn drays, and wagons. Today this sealed mountain road is a popular scenic drive between Marysville and Warburton. On the right of the photograph can be seen 'The Crossways Hotel' which is circa 1920 and one of the oldest buildings still standing in Marysville. 'The Crossways Hotel' survived the 2009 Black Saturday bushfires, through the efforts of the owner using buckets of water from the nearby Steavenson River. In the background can be seen the Poontawan Guest House which later became the Marysville Chalet Guest House which was on the site of the original Steavenson's Hotel. That guest house no longer exists and the Christ Church stands on the land where the guest house once stood. This photograph was published by the Valentine Publishing Co Pty. Ltd as a souvenir of Marysville.marysville, victoria, marysville chalet guest house, crossways hotel, christ church marysville, poontawan guest house, steavenson's hotel, valentine publishing co, souvenir, yarra track, wood's point road, mining, buxton-marysville road, marysville-wood's point road, maroondah highway, alexandra

The book was used by Charles Bacon who studied at the University of Nevada in the late 1930s/early 1940s. Bacon worked at Bunker Hill Mines and Kellogg Idaho, before arriving in Australian in 1951. He worked for CN Myers, a company involved with paper converting. CN Myers was a family business (on Charles Bacon's maternal line).Blue hard-covered book of 460 pages. Chapters include Properties of Fluids, intensity of Pressure, Hydrostatic Pressure of Areas, Dams, Kinematics of fluid Flow, Dynamics of Fluid Flow, Applications of Hydrokinetics, Friction Losses in Pipes, Flow Through Pipes, Uniform Flow in Open Channels. Nonuniform Flow in Open Channels, Unsteady Flow, Dynamic Forces, Description of the Impulse Wheel, Theory of the Impulse Wheel, water Power Plants, centrifugal Pump and more.Inside Front Cover "Charles Bacon, Mackay school of Mines Reno, Nevada."charles bacon, mining engineering, metallurgy, university of nevada, mackay school of mines