PRPP BUILDINGS_2

Geography inquiry project

por KOWCH KOWCH

THE PROJECT APPROACH

por Javier Espinosa Gallardo

Aviation Safety

por Fatima Embalo

CHAPTER 7 - SAFETY AND HEALTH AT WORK

por syazwina azmi

LOS SITEMAS CONTRUCTIVOS A EMPLEAR DEBEN SATIFACER LA RESITENCIA AL SITMO, ES POR ELLO QUE LAS ESTRUCTURAS PRINCIPLAMENTE SERÁN DE HORMIGÓN ARMADO O METÁLICAS, LAS DIVISIONES INTERNAS DEEBN GARANTIZAR LA ESTABILIDAD, LAS GRANDES CARGAS DEL EDIFICIO COMO EQUIPOS DE PRODUCIÍN DDE CLIMA O GRANDES ELMENTOS DE MOBIOIARIO O EQUIPAMIENTO DEBE ESTAR LIGADOS DIRECTAMENTE A LA ESTRUCTURA DEL EDIFICIO..........

BUILDINGS HYPOTHESIS REPORT

BUILDINGS DATA SHEETS

1 FOR EACH BUILDING OR BLDG TYP.

Sketches/Diagrams/Benchmark images

Safety

Safe haven

Access

Spaces

Operational hours

Users

SUSTAINABILITY APPROACH

SAFETY GENERAL APPROACH

GENERAL CONSIDERATIONS

ADJACENCIES BASIS OF DESIGN

SPACES TYPOLOGY

BUILDING SHEDULES

CLIMATE REPORT

DESIGN OBJECTIVES AND GUIDING PRINCIPLES

Un tema de exposición de las bases generales que regirá el enfoque y las diferentes hipóteis, escenarios y soluciones.

GUIDING PRINCIPLES

GOALS

EXECUTIVE SUMMARY

Subtopic

PRPP BUILDINGS

The campus shall be designed, developed and constructed later should be covered at least but not limited to;

The spirit of local values, wisdom and culture
The spirit of respect to the earth, environment and society
The spirit of maximize renewable energy
The spirit of 4R (Reduce, Remove, Recycle and Reuse); waste water, garbage (organic, inorganic and toxic), etc.
The spirit of green building and green PROPER
The spirit of respect to the pedestrian
The spirit of collaboration and tolerance
The spirit of openness and inclusive

Kadek Ambara Jaya

CODES/STANDARDS

REFERENCES

MANDATORY

PRPP

COST-EFFECTIVE CONSIDERATIONS

Pertains to selecting building elements on the basis of life-cycle costs (weighing options during concepts, design development, and value engineering) as well as basic cost estimating and budget control.

OPEX

CAPEX

CONSTRUCTABILITY

FUNCTIONALITY

LOCAL RESOURCES AND TECHNICS

CLIMATIC

ATENDIENTO AL RIESGO: ESTE ES UN RIEGO CIERTO, INDONESIA ES UNO DELO PAISES CON MAYOR ACTIVIDAD SISMICA DEL MUNDO. eL RIEGO SE DEBE MITIGAR CON LA CONSTRUCCIÓN DE EDIFICIOS PREPARADOS PARA ESTE TIPO DE FENÓMENOS, QUE GARANTICEN LA SEGURIDAD DE LAS PERSONAS, SU EVACAUCIÓN Y QUE MANTENGAN SU FUNCIONALIDAD TRAS EL SISMO SI ELLO FUERE NECESARIO O EXIGIDO POR LA SEGURIDAD DEL CONJUNTO DE LA PLANTA.

ATENDIENDO AL USO: ESTE FACTOR AFECTA A AL DISEÑO Y CONSTRUCCION DE TODOS LOS EDIFICIOS PERO SE DEBE SE DEBE DISTINGUIR ENTRE EDIFIOCS QUE DEBEN MANTENER LA FUNCIONALIDAD TRAS EL SIMSO Y EDIFICIOS QUE NO.

NO MANTIENEN FUNCIONALIDAD TRAS EL SISMO: EL RESTO DE EDIFICIOS

MANTIENEN FUNCIONALIDAD TRAS SISMO: CONTROL ROMM, MEDICAL CENTER, HELIPAD, PARQUE DEBOMBEROS

BUILDING EXPANSION/ FUTURE GROWTH

FORECAST

BY SPACE

BY BUILDING

HOW

ANNEX CONSTRUCTION

MODULARIZATION

CULTURAL

RELIGION

REGIONAL

CLIMATE CHANGE ADAPTATION

OVERFLOW/FLASH FLOOD CONTROL

ENERGY SELF-SUFFICIENT BUILDING

FUTURE CLIMATE FORECAST

HEAT ISLAND MITIGATION

ENVIRONMENTAL PROTECTION

INDOOR ENVIRONMENTAL QUALITY

THERMAL COMFORT

COOLING STRATEGIES

ACOUSTICS

VIBRATION

OUTDOOR NOISE

INDOOR NOISE

VISUAL COMFORT

DAYLIGHTING

AIR QUALITY

OUTDOOR POLLUTANT SOURCES CONTROL

INDOOR POLLUTANT SOURCES CONTROL

VENTILATION

MATERIALS

SUSTAINABLE MATERIAL SELECTION

TRADITION

ORIGIN

DISTANCE

RECYCLED

LCA

ENERGY

RENEWABLE ENERGY

SERVICES

ARTIFICIAL LIGHTING

BUILDING MANAGEMENT SYSTEM

MECHANICAL PERFORMANCE

BUILDING DESIGN

GEOMETRY AND ENVELOPE

PASSIVE COOLING / EVAPORATION

INFILTRATION

THERMAL LAG/

U COEF.

COMPACITY/ SHAPE

BUILDING ORIENTATION

FACADE INSOLATION

NATURAL BIO-CLIMATIC STRATEGIES

SOLAR GAINS

SOLAR PROTECTION

NATURAL VENTILATION

WATER

WATER USE

IRRIGATION

FIXTURES

GREY/BLACK WATER

SUSTAINABLE FRAMEWORK

PROPER

LEED

UNSDG Sustaibable development goals

SAFETY

HEALTH REQUIREMENTS

OTHER HAZARDS

PANDEMICS

NATURAL HAZARDS MITIGATION

https://www.gov.uk/foreign-travel-advice/indonesia/natural-disasters#:~:text=Indonesia%20sits%20along%20a%20volatile,large%20natural%20disasters%20is%20limited.

LAND SLIDES

VOLCANIC ACTIVITY

WILDFIRE

FLOODS

WINDSTORM

TSUNAMI

SEISMIC

EGRESS PATH - EXIT

FIRE

ACCESIBILITY

OVERPRESSURED?

SAFE HAVEN

RESILIENCE MANAGEMENT

RISK

Consequences

Vulnerability

Threat

RESILIENCE

Redundancy

is proposed as another key feature, which mean that there are back-up resources to support the originals in case of failure that should also be considered when planning for resilience.

Recovery

the ability to return to and/or reconstitute normal operations as quickly and efficiently as possible after a disruption. Components of rapid recovery include carefully drafted contingency plans, competent emergency operations, and the means to get the right people and resources to the right places.

Resourcefulness

the ability to skillfully prepare for, respond to and manage a crisis or disruption as it unfolds. This includes identifying courses of action and business continuity planning; training; supply chain management; prioritizing actions to control and mitigate damage; and effectively communicating decisions.

Robustness

the ability to maintain critical operations and functions in the face of crisis. This includes the building itself, the design of the infrastructure (office buildings, power generation, distribution structures, bridges, dams, levees), or in system redundancy and substitution (transportation, power grid, communications networks).

The report outlines the development and design considerations for buildings, emphasizing the importance of constructability, sustainability, and safety. Key aspects include creating spaces that are accessible and serve as safe havens, while also being adaptable to various scenarios and user needs.