masterplan-design

Name: masterplan-design
Author: Abhinavbwj

118stars35forks

How to install masterplan-design?

abhinavbwj/urban-design-skills-claude/masterplan-design

$npx -y skills add Abhinavbwj/Urban-Design-Skills-Claude --skill masterplan-design

Installs into the current project.

Summary

Generate complete urban masterplans with spatial structure, land use distribution, street network, block layout, density strategy, phasing plan, and implementation framework. Use when the user asks to design a masterplan, create an urban layout, develop a neighborhood plan, desig

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SKILL.md

1	# Masterplan Design Skill
2
3	Generate complete urban masterplans from site understanding through spatial
4	structure, land use distribution, street network, block layout, density
5	strategy, phasing plan, and implementation framework. This skill orchestrates
6	multiple specialized sub-skills into a coherent design process that produces
7	a fully resolved masterplan at any scale from a single city block to an
8	entire new district or town extension.
9
10	---
11
12	## 1. Masterplan Design Process
13
14	The masterplan design process follows eight sequential phases. Each phase
15	builds upon the outputs of the previous phase. Do not skip phases; mark any
16	phase "Deferred" with justification if the user has not provided sufficient
17	input. Cross-skill invocations are indicated with the `-->` symbol.
18
19	### Phase Checklist
20
21	```
22	Phase 1: Site Understanding
23	[ ] Site analysis complete or provided by user
24	[ ] Constraints and opportunities mapped
25	[ ] Key connections to surrounding context identified
26	--> invoke site-analysis if not already done
27
28	Phase 2: Vision and Program Definition
29	[ ] Design vision statement drafted (1 paragraph)
30	[ ] Target population and household count established
31	[ ] Total GFA by use type calculated
32	[ ] Character precedents identified (3-5 reference projects)
33	[ ] Sustainability and resilience targets set
34	--> invoke precedent-study if user requests comparable projects
35
36	Phase 3: Structuring Framework
37	[ ] Movement framework established (primary routes, transit spine)
38	[ ] Green-blue framework established (parks, corridors, water)
39	[ ] Built form framework established (centers, edges, density gradient)
40	[ ] Transect zones defined and mapped (T1-T6 as applicable)
41	[ ] Framework tested against site constraints
42
43	Phase 4: Street Network Design
44	[ ] Street hierarchy defined (arterial, collector, local, shared)
45	[ ] Cross-sections assigned to each street type
46	[ ] Key intersections and public transport stops located
47	[ ] Block structure generated from street network
48	--> invoke street-design for hierarchy and cross-sections
49
50	Phase 5: Block and Parcel Layout
51	[ ] Block typologies selected for each Transect zone
52	[ ] Block dimensions and perimeters verified against standards
53	[ ] Parcel subdivision logic applied
54	[ ] Building footprint envelopes tested for feasibility
55	--> invoke block-and-density for typology selection and optimization
56
57	Phase 6: Land Use and Program Distribution
58	[ ] Land use zones assigned to each block or parcel
59	[ ] Use mix percentages verified against vision targets
60	[ ] Anchor uses located (schools, community centers, retail cores)
61	[ ] Ground-floor activation strategy defined for key streets
62	--> invoke mixed-use-programming for use mix and allocation
63
64	Phase 7: Public Space Network
65	[ ] Neighborhood park(s) sized and located (within 500 m of all residents)
66	[ ] Central plaza or civic space defined
67	[ ] Pocket parks and play spaces distributed
68	[ ] Greenways and pedestrian corridors connected
69	[ ] Public space typology and character described
70	--> invoke public-space-design for parks, plazas, civic spaces
71
72	Phase 8: Phasing and Implementation Strategy
73	[ ] Development phased into 3-5 stages
74	[ ] Infrastructure sequencing plan completed
75	[ ] Catalyst projects identified for Phase 1
76	[ ] Interim use strategy for undeveloped parcels defined
77	[ ] Governance and delivery mechanism outlined
78	```
79
80	---
81
82	## 2. Structuring Framework Methodology
83
84	The structuring framework is the spatial DNA of the masterplan. It establishes
85	the primary organizing systems before any building is placed. Three overlapping
86	frameworks -- movement, green-blue, and built form -- are developed in parallel
87	and then overlaid to create the composite spatial structure.
88
89	### Movement Framework
90
91	Establish the hierarchy of movement from regional connections down to the
92	individual street.
93
94	1. Regional connections: identify all points where the site connects to the
95	surrounding road network, transit system, and cycling/pedestrian paths. These
96	are the fixed anchors of the movement framework.
97	2. Primary routes: draw the main streets that connect the anchor points
98	across the site. These carry the highest traffic volumes, public transit
99	lines, and utility trunk infrastructure. Typical right-of-way: 24-36 m.
100	Align with topog

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Type

masterplan-design

118stars35forks

View on GitHub

How to install masterplan-design?

abhinavbwj/urban-design-skills-claude/masterplan-design

$npx -y skills add Abhinavbwj/Urban-Design-Skills-Claude --skill masterplan-design

Installs into the current project.

Summary

Files · 1

View on GitHub

SKILL.md

1	# Masterplan Design Skill
2
3	Generate complete urban masterplans from site understanding through spatial
4	structure, land use distribution, street network, block layout, density
5	strategy, phasing plan, and implementation framework. This skill orchestrates
6	multiple specialized sub-skills into a coherent design process that produces
7	a fully resolved masterplan at any scale from a single city block to an
8	entire new district or town extension.
9
10	---
11
12	## 1. Masterplan Design Process
13
14	The masterplan design process follows eight sequential phases. Each phase
15	builds upon the outputs of the previous phase. Do not skip phases; mark any
16	phase "Deferred" with justification if the user has not provided sufficient
17	input. Cross-skill invocations are indicated with the `-->` symbol.
18
19	### Phase Checklist
20
21	```
22	Phase 1: Site Understanding
23	[ ] Site analysis complete or provided by user
24	[ ] Constraints and opportunities mapped
25	[ ] Key connections to surrounding context identified
26	--> invoke site-analysis if not already done
27
28	Phase 2: Vision and Program Definition
29	[ ] Design vision statement drafted (1 paragraph)
30	[ ] Target population and household count established
31	[ ] Total GFA by use type calculated
32	[ ] Character precedents identified (3-5 reference projects)
33	[ ] Sustainability and resilience targets set
34	--> invoke precedent-study if user requests comparable projects
35
36	Phase 3: Structuring Framework
37	[ ] Movement framework established (primary routes, transit spine)
38	[ ] Green-blue framework established (parks, corridors, water)
39	[ ] Built form framework established (centers, edges, density gradient)
40	[ ] Transect zones defined and mapped (T1-T6 as applicable)
41	[ ] Framework tested against site constraints
42
43	Phase 4: Street Network Design
44	[ ] Street hierarchy defined (arterial, collector, local, shared)
45	[ ] Cross-sections assigned to each street type
46	[ ] Key intersections and public transport stops located
47	[ ] Block structure generated from street network
48	--> invoke street-design for hierarchy and cross-sections
49
50	Phase 5: Block and Parcel Layout
51	[ ] Block typologies selected for each Transect zone
52	[ ] Block dimensions and perimeters verified against standards
53	[ ] Parcel subdivision logic applied
54	[ ] Building footprint envelopes tested for feasibility
55	--> invoke block-and-density for typology selection and optimization
56
57	Phase 6: Land Use and Program Distribution
58	[ ] Land use zones assigned to each block or parcel
59	[ ] Use mix percentages verified against vision targets
60	[ ] Anchor uses located (schools, community centers, retail cores)
61	[ ] Ground-floor activation strategy defined for key streets
62	--> invoke mixed-use-programming for use mix and allocation
63
64	Phase 7: Public Space Network
65	[ ] Neighborhood park(s) sized and located (within 500 m of all residents)
66	[ ] Central plaza or civic space defined
67	[ ] Pocket parks and play spaces distributed
68	[ ] Greenways and pedestrian corridors connected
69	[ ] Public space typology and character described
70	--> invoke public-space-design for parks, plazas, civic spaces
71
72	Phase 8: Phasing and Implementation Strategy
73	[ ] Development phased into 3-5 stages
74	[ ] Infrastructure sequencing plan completed
75	[ ] Catalyst projects identified for Phase 1
76	[ ] Interim use strategy for undeveloped parcels defined
77	[ ] Governance and delivery mechanism outlined
78	```
79
80	---
81
82	## 2. Structuring Framework Methodology
83
84	The structuring framework is the spatial DNA of the masterplan. It establishes
85	the primary organizing systems before any building is placed. Three overlapping
86	frameworks -- movement, green-blue, and built form -- are developed in parallel
87	and then overlaid to create the composite spatial structure.
88
89	### Movement Framework
90
91	Establish the hierarchy of movement from regional connections down to the
92	individual street.
93
94	1. Regional connections: identify all points where the site connects to the
95	surrounding road network, transit system, and cycling/pedestrian paths. These
96	are the fixed anchors of the movement framework.
97	2. Primary routes: draw the main streets that connect the anchor points
98	across the site. These carry the highest traffic volumes, public transit
99	lines, and utility trunk infrastructure. Typical right-of-way: 24-36 m.
100	Align with topog

People who liked this also viewed

6 picks

Type