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This analysis is directed at the farm equipment mechanic who is capable of setting up, performing pre-delivery work, servicing, and repairing modern farm tractors, machinery, and attachments used in farm enterprises. The analysis identifies tasks and sub-tasks performed by such a mechanic, arranged in blocks of distinct operations relevant to that occupation. These blocks include workplace safety, basic job skills, engines & engine systems, drive train & drive train systems, hydraulics & hydraulic systems, electrical & electronic systems, steering & braking systems, structural components & accessories, and crop equipment. For each task, the document outlines the element of skill and knowledge needed to perform the task adequately, identifies any shifts or changes in technology that affect the task, lists tools and equipment required for the task, and provides an indication of whether the task has been validated by each province and territory. The appendix includes a list of tools and equipment used in the occupation, and a tabulation of the percentage of time a worker spends performing each block and task in a given year (by province/territory and for Canada as a whole).
This bulletin provides principles, practices and procedures for testing machines and also determines aspects of a machine's performance that can be evaluated. It is directed towards those involved in the evaluation of machinery, and primarily towards users on small farms. Evaluation of farm equipment may be appropriate at any stage in its development, from first prototype to batch and series production.
Discussion of types of machinery and tools needed on a modern farm.
Fundamentals of Mobile Heavy Equipment provides students with a thorough introduction to the diagnosis, repair, and maintenance of off-road mobile heavy equipment. With comprehensive, up-to-date coverage of the latest technology in the field, it addresses the equipment used in construction, agricultural, forestry, and mining industries.
This framework presents ten interrelated principles/elements to guide Sustainable Agricultural Mechanization in Africa (SAMA). Further, it presents the technical issues to be considered under SAMA and the options to be analysed at the country and sub regional levels. The ten key elements required in a framework for SAMA are as follows: The analysis in the framework calls for a specific approach, involving learning from other parts of the world where significant transformation of the agricultural mechanization sector has already occurred within a three-to-four decade time frame, and developing policies and programmes to realize Africa’s aspirations of Zero Hunger by 2025. This approach entails the identification and prioritization of relevant and interrelated elements to help countries develop strategies and practical development plans that create synergies in line with their agricultural transformation plans. Given the unique characteristics of each country and the diverse needs of Africa due to the ecological heterogeneity and the wide range of farm sizes, the framework avoids being prescriptive.
Agricultural Mechanics and Technology Systems presents focused, technically accurate coverage of all major skilled trade disciplines in agricultural contexts, including construction, electricity, welding, and power systems. In addition, the text provides a wealth of information and resources on careers in agricultural mechanics and promotes a deep understanding of supervised agricultural experiences (SAEs) and career development events (CDEs). The second edition has been updated with over 500 new images and 35 new Career Connection features to portray up-to-date tools, technologies, and career opportunities. A chapter on Precision Agriculture and Emerging Technologies introduces students to the many high-tech applications, including geographic information systems (GIS), telematics, sustainable energy sources, precision agriculture, wireless sensor networks, and the use of drones.
"Mr. Dahlstrom...has written a superb history of the tractor and this long-forgotten period of capitalism in U.S. agriculture. We now know the whole story of when farming, business and the free-market economy diverged, divided and conquered." —Wall Street Journal Discover the untold story of the “tractor wars,” the twenty-year period that introduced power farming—the most fundamental change in world agriculture in hundreds of years. Before John Deere, Ford, and International Harvester became icons of American business, they were competitors in a forgotten battle for the farm. From 1908-1928, against the backdrop of a world war and economic depression, these brands were engaged in a race to introduce the tractor and revolutionize farming. By the turn of the twentieth century, four million people had left rural America and moved to cities, leaving the nation’s farms shorthanded for the work of plowing, planting, cultivating, harvesting, and threshing. That’s why the introduction of the tractor is an innovation story as essential as man’s landing on the moon or the advent of the internet—after all, with the tractor, a shrinking farm population could still feed a growing world. But getting the tractor from the boardroom to the drafting table, then from factory and the farm, was a technological and competitive battle that until now, has never been fully told. A researcher, historian, and writer, Neil Dahlstrom has spent decades in the corporate archives at John Deere. In Tractor Wars, Dahlstrom offers an insider’s view of a story that entwines a myriad of brands and characters, stakes and plots: the Reverend Daniel Hartsough, a pastor turned tractor designer; Alexander Legge, the eventual president of International Harvester, a former cowboy who took on Henry Ford; William Butterworth and the oft-at-odds leadership team at John Deere that partnered with the enigmatic Ford but planned for his ultimate failure. With all the bitterness and drama of the race between Ford, Dodge, and General Motors, Tractor Wars is the untold story of industry stalwarts and disruptors, inventors, and administrators racing to invent modern agriculture—a power farming revolution that would usher in a whole new world.