Lesson 1Manure handling and drainage: alleys, gutters, scraping, collection points and safe storage locationThis section details manure alleys, gutters, and scraping methods for small sheds. It explains collection points, gravity flow options, and siting storage to safeguard water sources, cut odours, and allow future expansion.
Alley slopes and gutter cross-section designManual versus mechanical scraping routinesTransfer channels, pits, and pump locationsLocating storage away from wells and homesRunoff control and access for emptyingLesson 2Sizing and spatial planning: cow numbers, stocking density, stall or loose housing space calculationsThis section explains how to size a 20-cow shed, calculate stall or loose housing space, and set stocking density. It links cow comfort, manure alleys, and feed space to daily routines and future herd growth.
Determining herd size and growth assumptionsCalculating stall dimensions and alley widthsLoose housing space per cow and group pensStocking density targets for small herdsLayout examples for 20-cow barn footprintsLesson 3Worker safety and ergonomic design: safe circulation, non-slip surfaces, lighting, handling gates and animal restraint basicsThis section addresses worker safety and ergonomic design in small sheds. It covers safe pathways, non-slip floors, lighting, and simple handling gates and restraint points that reduce strain and injury risk.
Safe worker paths and cow–human separationNon-slip walkways, steps, and thresholdsLighting levels for milking and night checksErgonomic placement of tools and outletsHandling gates and basic restraint pointsLesson 4Barn orientation and placement: sun path, prevailing wind, distance from house and manure area, access routesThis section explains how to position a small dairy shed on the farm. It considers sun path, prevailing winds, distance from house and manure storage, and access tracks for feed, milk collection, and emergency vehicles.
Using sun path to warm or shade barn areasOrienting to prevailing winds for ventilationDistances to house, wells, and property linesAccess routes for feed, milk, and service trucksFuture expansion space and biosecurity zonesLesson 5Milking area options for small herds: parlour-less hand or bucket milking, mobile or fixed parlours, milking alley planningThis section compares milking options for small herds, from shed-based hand or bucket milking to simple parlours. It covers cow flow, hygiene, equipment placement, and planning milking alleys for safe, calm routines.
Hand and bucket milking in stall barnsDesigning simple parlor-less milking alleysMobile versus fixed parlor considerationsPlacing vacuum lines, buckets, and wash areasCow flow and holding space near milking areaLesson 6Foundation and floor systems for livestock buildings: strip, pad, slab-on-grade, frost protection, and non-slip finishesThis section reviews foundation and floor choices for small dairy sheds, including strip, pad, and slab-on-grade systems. It addresses frost protection, drainage slopes, and durable, non-slip finishes for cow safety.
Soil bearing checks and simple site prepStrip and pad foundations for light barnsSlab-on-grade thickness and reinforcementFrost protection and perimeter insulationNon-slip floor textures and drainage slopesLesson 7Animal welfare layout: feeding alleys, resting areas, bunk/ trough design, bedding choices and drainageThis section focuses on layouts supporting cow comfort and welfare. It covers feeding alleys, resting areas, bunk and trough design, bedding options, and drainage keeping lying areas dry and reducing hoof issues.
Sizing feed bunks and head spaces per cowDesigning resting areas and stall placementBedding materials, depth, and maintenanceDrainage around beds and crossoversMinimizing competition and stress at feedingLesson 8Roof systems and rain/snow management: pitch, overhangs, gutters, and simple ridge ventilationThis section covers roof shapes, pitches, and materials suited to rain and snow in small dairy sheds. It explains overhangs, gutters, downspouts, and simple ridge vents protecting walls, yards, and interiors.
Choosing roof pitch for rain and snow loadsEave overhangs to protect walls and alleysGutter sizing, downspouts, and outletsSnow shedding and ice management detailsRidge vent openings and weather protectionLesson 9Ventilation and daylighting strategies: cross-ventilation, ridge vents, sidewall openings, translucent roof panelsThis section explains natural ventilation and daylighting strategies for small sheds. It covers cross-ventilation, ridge vents, sidewall openings, and translucent panels to manage heat, humidity, and interior light.
Cross-ventilation using openings and orientationDesigning ridge vents for warm, moist airAdjustable sidewall curtains and panelsTranslucent roof and wall panels for lightBalancing airflow with winter heat retentionLesson 10Structural systems and materials: timber frame, steel portal frame, masonry infill, and economical combinationsThis section compares timber, steel, and masonry structural systems for small sheds. It explains spans, post spacing, bracing, and combining materials to cut costs while ensuring durability and ease of construction.
Timber post-and-beam frames for small barnsLight steel portal frames and trussesMasonry stem walls and infill optionsHybrid timber–steel cost-saving strategiesBracing, anchoring, and lateral stability
