John COLLIER (1937- 2012) John Collier was born at Ballarat in 1937. He received a Diploma of Mining and a Diploma of Civil Engineering at the Ballarat School of Mines (SMB), later graduating from the University of Melbourne with a Bachelor of Engineering (Mining). Early in his career he received a Diploma of Accountancy from the Australian Society of Accountants. Collier believes his experience at SMB had a profound influence on his life, especially what he learnt in Geology, Engineering, Chemistry, etc., all of which he found beneficial to his later working life and he is proud of that association. Through his experience in the world-wide mining industry John Collier has made a major impact on the mining industry. He has been exploration leader for a large number of worldwide discoveries and farm-ins both major and minor. He has experience in every facet of the mining industry, and his record in identifying diamond opportunities include Australian (Argyle), Canada (Diabik), Zimbabwe, and the Brazil Pipe (Collier Falls). His success in diamond exploration may be unparalleled. John Collier also has significant success with lead-zinc, iron ore, coal, copper, gold-silver, petroleum, heavy minerals, nickel, uranium, industrial minerals, rare earths, and tin. In 2006 John Collier was made a Legend in Mining by the Australian Mining Industry. Over his last 10 years, he had become a passionate painter, holding several successful solo exhibitions. His naive style featured beautiful and unexpected colour combinations. Many of his most lauded paintings depicted mining scenes, harking back to his Ballarat days. This item is part of the Federation University Art Collection. The Art Collection features over 2000 works and was listed as a 'Ballarat Treasure' in 2007.Two artworks by John Collier inspired by his alma mater, the Ballarat School of Mines. art, artwork, john collier, ballarat school of mines, alumni

John COLLIER (1937- 2012) John Collier was born at Ballarat in 1937. He received a Diploma of Mining and a Diploma of Civil Engineering at the Ballarat School of Mines (SMB), later graduating from the University of Melbourne with a Bachelor of Engineering (Mining). Early in his career he received a Diploma of Accountancy from the Australian Society of Accountants. Collier believes his experience at SMB had a profound influence on his life, especially what he learnt in Geology, Engineering, Chemistry, etc., all of which he found beneficial to his later working life and he is proud of that association. Through his experience in the world-wide mining industry John Collier has made a major impact on the mining industry. He has been exploration leader for a large number of worldwide discoveries and farm-ins both major and minor. He has experience in every facet of the mining industry, and his record in identifying diamond opportunities include Australian (Argyle), Canada (Diabik), Zimbabwe, and the Brazil Pipe (Collier Falls). His success in diamond exploration may be unparalleled. John Collier also has significant success with lead-zinc, iron ore, coal, copper, gold-silver, petroleum, heavy minerals, nickel, uranium, industrial minerals, rare earths, and tin. In 2006 John Collier was made a Legend in Mining by the Australian Mining Industry. Over his last 10 years, he had become a passionate painter, holding several successful solo exhibitions. His naive style featured beautiful and unexpected colour combinations. Many of his most lauded paintings depicted mining scenes, harking back to his Ballarat days. This work and subject matter was painted for the artist's alma mater, the Ballarat School of Mines (now Federation University Australia). This item is part of the Federation University Art Collection. The Art Collection features over 2000 works and was listed as a 'Ballarat Treasure' in 2007.Colourful acrylic on canvas painting depicting the Port Phillip Gold Mining Company, Clunes.art, artwork, john collier, port phillip cold mine, clunes, clunes, available, alumni, mining

Assay is a process of metallurgy and chemical analysis used to determine proportions of precious metals in ores and other metallurgy substances such as silver or gold. The process helps identify pollutants present within a sample and can indicate a high level of pollution in a mining site. Stoneware crucibles are used in the fire assay process due to their ability to withstand high temperatures. Fire assay is a three step process where by samples from the mine are ground in a find powder and then mixed with dry powder chemicals. This mixture is heated in a crucible to extreme temperatures (crucible fusion) until all of the powers fuse into a glass like slag. Once this reaction is complete, the contents are poured into a mold and cooled. In step three (known as cupellation) the mixture is separated in a fire assay cupel and once this is complete the cupel with reveal a small bead of precious metals. Established by George Guthrie in 1857 (about 5km north of its current site) and then again seven years later in 1864 after it initially closed, Bendigo Pottery remains one of the most influential and longest running potteries in Australia. Over the years the Pottery has contributed to the growth and development of the district through both its products including building products, table ware and decorative and commemorative war as well as artistically, being responsible for training and supporting many potters locally. It has partnered with the City on various tourism promotions and the Civic Collection holds a number of important items within its collection.Two stoneware vessels of differing dimensions (0287.1 & .2). Unglazed and porous, showing extensive signs of use. Stamped and marked on the outside. 0287.2 has a shaped pouring lip. Six smaller items, coins, buttons (0287.3,.4,.5,.6,.7,.8) were found with the crucibles but their relationship to the assay items is unknown.0287.1; Large crucible; Bendigo Pottery / E. 0287.2; Small crucible: Pottery / C Icity of greater bendigo commerce, city of greater bendigo mining, making a nation exhibition

The Bendigo School of Mines was opened in 1873 following the first report of the Technological Commission in 1869 which recommended the establishment of schools of design and science to meet the scientific and technical needs of the mining industry on the local gold fields. Initially mining, chemistry, geology, metallurgy and art were taught while a separate school of design was established in c. 1870 but incorporated into the School of Mines around 1883 when it was renamed as the School of Mines and Industry. In 1904 The Mechanics Institute was liquidated and its assets and buildings acquired by the School of Mines. Around 1907 a Junior Technical School commenced to operate at the School of Mines and Industry but ceased operating in 1961 with that function being transferred to the White Hills and Kangaroo Flat Technical Schools.Obverse; Ornate relief design made up of a coat of arms with mining icons in each quarter flanked by flags on either side. Per varios usus artem experientia fecit written in scroll underneath. Translation: Practice has brought skill through different exercises. (Manilius) Reverse; Outer wheel Bendigo School of Mines and Industries. Inner; 1873 /Jubilee /1923Obverse; Per varios usus artem experientia fecit Reverse; Outer wheel Bendigo School of Mines and Industries. Inner; 1873 /Jubilee /1923city of greater bendigo education, bendigo school of mines

Chalice crafted by students of School of Mines Ballarat (SMB) now Federation University as a gift for Fr Keane on his ordination as a priest.The chalice is used to hold sacramental wine during the Eucharist and this was hand crafted by metalwork students at Ballarat School of Mines as a gift for the priest.handcrafted gold plated chalice, inner cup silver lined.

This specimen was recovered from Broken Hill, NSW. It was given the name Mangan Hedenbergite in 1819 by Jöns Jakob Berzelius in honor of Mr. Anders Ludvig of Hedenberg who was the first to define hedenbergite as a mineral. Hedenbergite, belongs in the pyroxene group having a monoclinic crystal system. The mineral is extremely rarely found as a pure substance. Mangan Hedenbergite is a manganese bearing variety of Hedenbergite. Manganese is the world’s fourth most used mineral after iron, aluminium, and copper primarily because it has no satisfactory substitute in its major applications. Globally, the steel industry is the primary user of manganese metal, utilizing it as an alloy to enhance the strength and workability of steel and in the manufacture of tin cans. Manganese is a key component of certain widely used aluminium alloys and, in oxide form, dry cell batteries used in electric vehicles. These batteries are in high demand. Another potential use for manganese may as an additive to help coat and protect a car’s engine. Manganese is also used for non-metallurgical purposes such as plant fertilizers, animal feed, and colorants for bricks. This specimen is part of a larger collection of geological and mineral specimens collected from around Australia (and some parts of the world) and donated to the Burke Museum between 1868-1880. A large percentage of these specimens were collected in Victoria as part of the Geological Survey of Victoria that begun in 1852 (in response to the Gold Rush) to study and map the geology of Victoria. Collecting geological specimens was an important part of mapping and understanding the scientific makeup of the earth. Many of these specimens were sent to research and collecting organisations across Australia, including the Burke Museum, to educate and encourage further study.A hand-sized mineral specimen in shades of silver and blackmanganese, open cut mine, manganese ore processing, bell bay, tasmania, northern territory, steel industry, zinc-carbon batteries, alkaline batteries, tin cans