Semester 1 · 40189 · Bachelor in Agrar-, Lebensmittel- und Bergumweltwissenschaften · 6KP · IT
Principles of Energy and Applied Physics to farm machinery
Introduction to ITC solution for a digitally driven management of farm machinery
Tractors and related implement coupling approaches (with focus on soil tillage, spraying and harvesting), with estimation of fuel consumption
Farm operational monitoring: scheduling plans and ex-post automated control of farm processes
Environmental and economic performances of farm machinery
Vorlesungsstunden: 36 Laboratoriumsstunden: 24 Anwesenheitpflicht: no
Propädeutische Lehrveranstaltungen no
Bildungsziele Disciplinary Skills
Knowledge and Understanding: Having awareness of the main design and management aspects of a mechanised system.
Ability to Apply Knowledge and Understanding: Understanding and solving problems related to general and specific aspects of a mechanised system, including essential design activities (machine sizing in terms of power requirements and dimensions of working parts; work times; estimation of investment and operating costs; evaluation of possible environmental impacts; assessments on ergonomics and safety).
Transversal Skills / Soft Skills
Judgement Autonomy: Being able to evaluate real case studies and possible alternative scenarios.
Communication Skills: Being able to present analytical proposals and case studies in professional contexts.
Learning Ability: Being able to deepen and update the knowledge acquired during the course, independently searching for relevant information in scientific and technical literature