MS Landscape study plan

Map the design-process sequence from client interview through schematic, design development, and construction documents, and state the purpose and typical output of each stage

Interpret a site plan's graphic conventions-north arrow, scale bar, contour lines, spot elevations, setback lines, and utility easements-without a legend

Compute slope between two spot elevations and flag gradients that fail accessible-route or drainage thresholds

Draft a written program of requirements from a hypothetical residential client brief, separating must-haves from preferences

Apply circulation and spatial-hierarchy principles to organize a residential plan into public, private, and service zones

Select hardscape layout patterns (linear, courtyard, mews) and justify each against site geometry and use intensity

Compare planting-design frameworks-layering, massing versus specimen, repetition and rhythm-and apply one to a planting-bed sketch

Explain how grading, drainage, and stormwater-management concepts (swales, rain gardens, detention) shape the layout before planting begins

Translate a schematic plan into dimensioned layout lines, and identify which dimensions govern construction versus which are reference-only

Write construction notes and a legend that specify materials, finishes, and installation sequence for a patio and low retaining wall

Identify the plan, section, elevation, and detail drawings needed to communicate a design package, and explain what each resolves

Review a set of drawings for coordination gaps-missing dimensions, conflicting elevations, unclear callouts-and log the errors

Compare segmental retaining-wall, poured-in-place concrete, and timber wall systems by structural behavior, drainage requirements, and typical height limits

Specify base, subbase, and bedding requirements for unit pavers and flagstone, and explain why compaction and edge restraint determine long-term performance

Evaluate concrete mix, reinforcement, and jointing practices, and describe how freeze-thaw exposure and soil conditions affect durability

Explain the role of geotextiles, drainage aggregate, and weep points in below-grade and retaining applications

Classify plants by light, moisture, and soil-pH tolerance, and match ten species to defined site microclimates

Read a USDA hardiness zone map and a plant label to judge whether a species is appropriate for a given site, including heat-zone and exposure caveats

Apply right-plant-right-place criteria-mature size, root behavior, maintenance demand, and invasive potential-to screen out unsuitable selections

Distinguish native, adapted, and invasive species, and justify native or pollinator-supporting selections in a planting plan

Build a seasonal maintenance calendar that sequences pruning, fertilizing, mulching, mowing, and irrigation adjustments across the year

Apply correct pruning technique-timing by flowering habit, cut placement, and removal limits-and identify common pruning errors

Diagnose five common plant problems (chlorosis, drought stress, root rot, pest damage, sunscald) from symptom descriptions and prescribe corrective action

Write a soil-management approach covering aeration, organic matter, pH adjustment, and mulch depth

Explain how soil type, plant water need, and climate determine irrigation scheduling, and calculate a weekly run time from a given precipitation rate and target application depth

Compare drip, spray, and rotor systems by efficiency, application uniformity, and appropriate use, and identify common design faults such as head-to-head spacing errors and mixed-zone planting

Describe water-conservation strategies-hydrozoning, mulching, rain harvesting, smart controllers-and their measurable effect on use

Outline a seasonal start-up and winterization procedure, including backflow protection and freeze-damage precautions

Draft a project budget covering labor, materials, equipment, subcontractors, overhead, and contingency, and set a defensible markup

Build a proposal and scope-of-work document that defines deliverables, exclusions, payment schedule, and change-order procedure

Sequence a project schedule using task dependencies and identify the critical path for a small residential install

Apply contract, liability, and risk-management fundamentals-insurance, lien waivers, warranty terms-to a sample project scenario

Integrate all prior deliverables into a portfolio and self-test against the domain weightings to target remaining weak areas