Selected Works 2020- 2024

current location email phone

Barcelona, Spain ar.jain.abhishek@gmail.com +34 617584916

d.o.b nationality

Specialism:

07.02.1997 Indian

Digital Fabrication

Parametric Workflows

Building Information Modeling

ABHISHEK JAIN

SELECTED WORKS | 2024

This portfolio contains selected projects and personal works from 2018-2024, each project is just for preview.

Hello, I’m a design professional with 4 years of work experience. Over this time, I’ve been consistently exploring modular design through the application of computation and BIM, both of which I have not only utilized but also taught. I’ve been involved in various international projects spanning across India, Bangladesh, Australia, and Portugal. My background encompasses work in institutional, commercial, transport, and residential sectors. My previous experience has allowed me to work in Institutional, commercial, transport and residential sectors. I constantly focus on the intricacies of design and imply the latest processes and technology in my work. Apart from my professional work, I try to implement new ways for form finding and fabrication as a digital artist using comteparary tools and approaches.

2015-20 2023-24

2023-Present

2021-Present

education

Bachelors Of Architecture from Faculty of Architecture and Ekistics, Jamia Milia Islamia, New Delhi

Masters in Advanced Architecture from Institute for Advanced Architecture of Catalonia

April 2022-April 2023

Novatr (Previously Onistox)

Industry Guide (Teaching Assistant) - BIM- Computational Design experience

Founder, Autonomous Polymorphic Explorations

Working to explore expermental design scenarios and test out theoretical framemwork for Data-driven design and computational methodologies

Building Designer at BDP (Building Design Partnership), New Delhi

Successfully delivered packages with detail design and coordination of large scale projects with a team of experienced designers from studios internationally. Key Projects:

- Project Lead, Uppercrest IT Park, Valsad

- Design Team, Interior Design, Nippon Koei Office, New Delhi

- Design Team, Detailing Design, Dhaka Metro Stations Line-5

Jul 2020-Apriil 2022

Architect & BIM Designer at Studio Next Architects, New Delhi

Was responsible for leading various projects from concept to execution, coordinating with client, contractors and consultants while managing a design team. Key Projects:

- Project Lead, Defence Colony Residence, New Delhi

- BIM Lead, 6 Single Family Homes in ACT, Australia (collaborated with Hyperspace Architects, Canberra)

- Project Lead, Private Residence, Portugal

- Project Lead, Commercial Complex for Deva Group, Begusarai

- Project Lead, 200 bedded hospital for SRHU Trust, Dehradun

- Project Lead, Athenia School Phase 3, Saharanpur

- BIM Design Lead, GST building, Ghaziabad

Jan 2020-Jun 2020

Intern Architect at Creators Architects, New Delhi

Key responsibilities included concept design and generation through use of BIM and parametric modelling in grasshopper. Key Projects:

- Design Team, School & Student Housing BMEF University, Surat

- Design Team, Multi-Purpose Hall Delhi Technical University, Delhi

- Design Team, GMDA Botanical Park, Guwahati

skills / activities

Native Languages

Other Languages

Digital Skills

Analog

Hindi - Punjabi

English - Proficient User Espanol - Beginner

Python -C++

Revit - Rhinoceros with Grasshopper - Autocad - Sketchup

Robotic Fabrication - Digital Fabrication - Machine Learning

Indesign - Photoshop - Twinmotion - Illustrator - Vray

Sketching - Model Making - Hand Drafting

EXPLORATIONS AND PERSONAL WORK

Deeper Exploration of Digital Tools, Fabrication Techniques and Experimental Design

AFTER GAUDI : COMPUTATION TO COMPOSITION

Performance Centre in Norway 2024

Academic Project

Softwares Used : Python

Grasshopper

Thinking beyond the environmental crassness of commercial buildings and their typical floor to ceiling glazing, external walls can be optimised to protect the interior from the weather outside minimising energy use. Thinking beyond the environmental crassness of commercial buildings and their typical floor to ceiling glazing, external walls can be optimised to protect the interior from the weather outside minimising energy use.

The project is a amalgamation of design principles of Antoni Gaudi and modern computational tools, to design a cultural perforamance centre in Norway. Furthermore, an additional layer of optimization will be introduced and adapted to craft the facade parametrically with maximum environmental performance criteria. Compuational optimisation was utilised ton fabricate the geometries using robotic milling and 3d printing.

Clockwise from top : Samy Tribe Tent , Sacristy Roof, Sagrada Passion Facade , Colonia Guell Entry

Crown

Hyperbolic Perforations for Central Dome

Sacristy Inspired Roof

Colonia Guell Like Entrance

Hyperbolic Parabolic Railings

Gaudi Like False Ceiling

The entire form was designed compuationally using a series of design principles and mathematical logics similar to Gaudi Architecture. The primary elements are a 4 point hyperbolic paraboloid and a hyperbole in revolution. These elements are run through a set of operations and analysis and optimised using generative solving.

Perforated Hyperbolic Parabolic Walls

Chicken Feet Columns

Scissor Beams

Museo

Each hyperboloid geometry has 9 parametric variables that can be configured infinitely of itself, and as a unique instance with regard to its spatial relationship with its neighbours forming the characteristic perturbations and perforations. A complex grid and variation of sizes based on analysis and optimisation strategies are used to create the central dome.

Perforation Grid

Acoustic Simulation

Dome Before Optimisation

3D Printed Section Prototype

Robotic Simulation and Process

Milled Column Prototype

Milled Perforation Prototype

For Prototyping the geometry is bifurated and optimised to reduce material wastage and print time. This is done by splitting the geometry in pieces and testing for various orientations for the geometry and End effector.

AUTONOMOUS POLYMORPHIC EXPLORATIONS

Experimental Design Initiative

2021-Present

APE is a space to ask all the relevant and irrelevant questions, for the answers to be found.

Can structures grow and not build?

It aims to explore experimental design theories and its relevance in real world, fuelled by a deep understanding of Data driven design. The main aim is to explore on a theoretical level, how architecture can accommodate various roles and functions and acquire various forms i.e., be Polymorphic to respond to multitude of spatial and functional needs seamlessly, adapt with broader performance criteria, respond to climatic stimuli.

The work of APE is strictly driven by data. I try to use existing data and values and compute them through a layers of operations to find a desired result. The works is many a times inspired by works of biologists, mathematicians and other field professionals.

There are seldom some degrees of randomness in the design. But as Maya Lin said: “I do not think you can find a reason for everything you make.“

Is that a golden spiral curve?

Now we are getting closer to buildings.

What are those?

Thumb prints?

Actually they are magnetic fields.

A building with a facade cloak with varying size of openings. How ingenious. And those huge sky bridges.

Growing Towers. They seem to inspired by trees. Like the Lindenmayer systems.

Did you know the old computer game Mine sweeper was also based on growth systems.

Can we make buildings with facades like this. Where opening varies by time of day and direction of sun throughout the year. This can control facade surface area and also heat loss parameters. So many Posssibiltes!!

It used an algorithm that automated plots based on neighboring number of plots. Cellular Automation. Imagine its possibilities with buildings and urban systems.

Pavllions of Pipes??

Aggregations !!

Genetic optimisations !!

CODIN PARAMETRIC

2023-present

Associated with Codin Parametric

As part of Codin Parametric, a place where architects, designers, and enthusiasts come together to learn, share, and create, we tend to creae simple scripts dn design for showcasing and eductaing. It’s our way of manifesting Codin’s aspiration to make design innovation accessible by offering a platform that fuels creativity, facilitates skill growth, and bridges the gap between design enthusiasts and experts.

ARCHITECT AND BIM DESIGNER

2020 | 23

Design + Build Projects

After my Bachelors, I worked on various types of projects; big and small -residences, offices, parks and what not; and in different roles, as project lead, team lead sometimes as a team member and sometimes as the BIM manager. Working initially in a boutique studio and then in an International office like BDP, I had a chance to learn a lot...

ASSEMBLIES

Dhaka Metro Line 5, Bangladesh 2022-2023

Worked with Building Design Partnership Project Type : Transport Softwares Used : Revit

This included the design detailing of 9 Metro stations in Dhaka in close collaboration with BDP Manchester Studio.

Designing nine underground stations for Dhaka Metro Line 5, which will cross the heart of the city from west to east poses various challenges. Firstly, due to the dense urban fabric and limited powers of MFCA, the metro stations are designed as subterranean structures. This poses further issues in Dhaka which is a highly flood-prone region. There is an intense focus on the design of these details, and they will have to incorporate these challenges. Each station has a variety of material palettes, with entry structures being designed with materials like Brick, GRC, Glass and such like; to present a modern image of the city. yet also connect to the traditions.

Mirpur 14

Banani

Kochuket

Mirpur

Gulshan

Station Site Plan, Gulshan 2 Station

Station Concourse Plan, Gulshan

Gulshan is a special case even among the 9 stations as it is the only station in this line which has platforms stacked on op of each other. This is due to space constraint in the main square. The concourse descends to a 40 m tall box below the ground to the lowest platform and plant rooms. This concourse is lit by a series of lightwells and ventilation shafts that come out on the ground as glass 4 central glass cores are connected by a circular Halo Screen display system around the public square on ground floor.

12-B1-P-10

12-B1-M-08 VL(EV) SHAFT-6

12-B1-M-32

12-B1-P-21

12-B1-M-04

Each station had similar design palette for the substructure, (except for Gulshan and Banani), while all stations had a difference language for their superstructure . Details were crafted for each of these stations very carefully as visual appeal, material and resource availability in Bangladesh, Flood Water drainage and ventilation and circulatory elements played a major role in the design.

This is an overview of the design vocabulary of some of the station cores.

Three major material finishes are evident in all stations, namely, Lacquered Glass reinforced Concrete and Brick Cladding; in addition to exposed concrete and Curtain walls.

Mirpur -14 Exit 3

Mirpur -14 Exit 2

Gulshan 2 Vent Core

Gulshan 2 Exit Core 1

Notun Bazar Exit Core

Banani Exit Core

Gulshan 2 Exit Core 2

Elevation 3D Section Core and Halo

As there was particular emphasis on facade systems and cladding, there were 2 separate set of drawings; a STANDARD set and a SPECIFIC set for each station.

Gulshan, for instance has Glass Cores to let maximum light in, with a Screen Around the Cores. Intricate Joining Details were designed at intersection of various elements like the catwalk, th junction of louvers, glazing ,the glass roof and the screen.

The use of Collaboration on BIM played a key role in coordinating with different design teams and managing information like keynotes, tags , quantities ,etc. among various disciplines.

PATTERN

Goods and Service Tax HQ Building, Ghaziabad 2020-2022

Professional Project (Under Construction) Softwares Used : Revit Grasshopper

Worked with Studio Next Project Type : Commercial

The proposed design is a contemporary building reflecting the modern ideology of GST. The overall planning focuses on creating “people centric spaces”. The lower floors comprise of public spaces including a Cafeteria, Gymnasium and a Multipurpose Hall around a central courtyard. The courtyard provides ample natural light into the office spaces at all levels. Terraces as “sky gardens” on upper levels provided the much need relief and connection to the outdoors contributing to the healthy work environment for the staff. Modular office layout is planned for seamless working between various divisions and groups of GST.

A sculptural facade system based on the “Bar Code” language of “Goods and Services Tax” wraps the building in stone cladding interspersed with fenestrations in such a manner that heat gain is minimized and good daylight is maximized.

The Coordination of this project was particularly challenging,given the number of complex services we had to manage. The optimization of data was carried out through a consistent use of schedules,coordinated models, and computational design methods. Particular emphasis was given to information handling systems, to create clean and clash free models. By the Implementation of BIM Model, it became an uncomplicated process to calculate the energy loads of the building to optimise the entire system.

HVAC Services

Plumbing Services

The conceptual planning of the building was already undertaken bey the government agency. But it was quite clear while designing that the building must have some unique feature. Given the orientation of the building it was necessary to think of a system to hold back high solar radiation while maintaining natural ventilation of the spaces. A strategy of fins was derived based on bar code system of “Goods and Service Tax”. The conceptual scheme derived in the bar code design was optimized though various analysis.

Fin System Optimization was enabled by use of computational design systems through form finding based on heat gains.

FORM EVOLUTION

Unrolled Facade System

Facade Screen

FIN TRANSLATION

ABC, XYZ refer to various ratios for solid and glass opimised base on daylight analysis. These Letter are used for ease of construction.

Glazed Panels

The bar code translation of GST is repeated in a pattern derived from below analysis. Various size of bands, are referenced as solid A,B,C Panels, while voids are considered as glazed X,Y,Z panels. The result is a facade that responds to sun in a very dynamic way but has a strong sensibility behind it.

Solid Panels

Fins

“Goods” panels

“Service” panels

“Tax” panels

The building is striving towards achieving a Five-star GRIHA rated building by incorporating various greens strategies including a Double walled system, fenestrations and louvers, conscious design to meet Energy Performance index of materials etc. It is the pilot project to be registered under GRIHA V19.

CLAY/MORTAR

Site Area : 4000 sqm.

Professional Project

Softwares Used : Revit Grasshopper

Worked with Studio Next Project Type : Institutional

The G+1 junior school building is primarily designed to trigger the senses. The built environment sensitises the students to color, light, texture, smell, sound. The students are always connected and have a vision of the outdoor spaces as they move all through their building enabling them to experience various sounds, smell, light. Varied textures and colors is experienced by using natural materials such as exposed brick & concrete on the façade and mosaic & Kota stone flooring. There is play of light through openings and brick jaalis at various locations, which change through the day as the sun moves.

I didn’t know bricks could be used like that. Can you design my home?

Sustainable School Design for Athenia Society, Saharanpur 2021 The site was previously a brick-baking kiln, which now has been abandoned. The project was a experiment of various patterns in brick.

Mason’s Home, Noida 2021

Site Area : 40 sqm.

Professional Project Softwares Used : Revit Grasshopper

Project Type : Residential

A mason was so impressed by the pattern of extruded bricks derived from Grasshopper that he asked me to do the same for his home !! Ironically, in a nation that focuses on brickwork construction, buildings are still made with use on english bond only.

Funnily, I also designed a bamboo shed for him.

DEFENCE COLONY RESIDENCE, DELHI

2020-2022

Professional Project

Private Residence ; Site Area : 300 sqm

Consisting of 4 apartments elevated above a parking level, the property is hemmed in by neighbors on both sides. The 16m width of the building is its only source of light at both ends. The floor plans of the apartments are reductive, with primary services concentrated in a core on one side of the building, including the staircase, elevator, and the kitchen. To allow maximum light and ventilation cutouts are provided in he stilt floor for basement ventilation. A central cutout provides light to all floors. Series of lines and patterned finishes tie the other monotonous building to a form an entity of its own.

WOODEN PATTERNS

PATTERNED GATE GRILLS

Pattern systems in flooring system on floors, walls and facades and handrails in different materials but keeping the same vocabulary.

Cutouts for Ventilation

The use of BIM modelling enabled this project to have precise material takeoffs and improved scheduling.

Typical Floor RCP

Typical Floor Plan

DENMAN RESIDENCE, CANBERRA

StudioNext,Collaboration with Hyperspace

MULTIPLE SINGLE FAMILY HOMES, AUSTRALIA

StudioNext,Collaboration with Hyperspace 2020-2022

These projects include documentation, Design and BIM Management for Multiple Small Scale Family Homes and Commercial Projects in Canberra Territory.

SEDIMENT CONTROL NOTES:

THE DEVELOPMENT WILL COMPLY WITH THE ENVIRONMENT PROTECTION AUTHORITY,ENVIRONMENT PROTECTION GUIDELINES FOR CONSTRUCTION AND LAND DEVELOPMENT INTHE ACT, AUGUST 2007.

ALL SEDIMENT CONTROLS MUST BE IN PLACE PRIOR TO COMMENCEMENT OF ANY BUILDING WORKS AND CHECKED DAILY.

SEDIMENT CONTROLS MUST BE RETAINED UNTIL RE-VEGETATION IS FULLY ESTABLISHED AFTER BUILDING COMPLETION TO COMPLY WITH BEST PRACTICE GUIDELINES REFERENCED ABOVE.

THE DEVELOPER/BUILDER WILL COMPLY WITH THE ACT ENVIRONMENT PROTECTION AUTHORITY, ENVIRONMENTAL PROTECTION GUIDELINES FOR CONSTRUCTION AND LAND DEVELOPMENT IN THE ACT MARCH 2011.

STORMWATER SUMPS TO BE LOCATED ON SITE DURING SITE DELIVERIES, NEIGHBOURING PROPERTIES AND PUBLIC AREAS MUST BE KEPT CLEAR.

AS A MINIMUM 1.8m HIGH TEMPORARY SITE FENCE IS TO BE PROVIDED TO SECURE THE SITE UNTIL THE 'LOCK UP' STAGE. THIS ALSO INCLUDES INSTALLATION OF APPROPRIATE SEDIMENT AND EROSION CONTROLS.

ALL BUILDING MATERIALS STORED ON SITE MUST BE WITHIN THE PROPERTY BOUNDARY AT ALL TIMES. ANY DAMAGE TO STREET TREES, TREE GUARDS OR WELLS DURING CONSTRUCTION IS THE RESPONSIBILITY OF THE PROPERTY OWNER TO REPAIR OR REINSTATE TO ORIGINAL SPECIFICATIONS.

THE LOCATION OF ANY TEMPORARY OR RE-LOCATBLE BUILDINGS/STRUCTURES IN THE VERGE IS NOT PERMITTED UNDER ACT LAW. THE DUMPING OR STORAGE OF EXCESS EARTHWORKS ON NEIGHBOURING SITES AS WELL AS PUBLIC AREAS IS STRICTLY PROHIBITED AS PER THE ACT LITTER ACT 2004

VERGE MANAGEMENT NOTES:

INSTALL 1800mm HIGH CONTINUOUS TEMPORARY FENCING AROUND VERGES AND EXISTING VEGETATION TO BE RETAINED IF PRESENT FENCING TO BE ERECTED ON COMMENCEMENT OF SITE WORK AND REMOVED UPON COMPLETION OF CONSTRUCTION AND COMMENCEMENT OF VERGE RESTORATION.

ENSURE ADEQUATE WATER IS APPLIED TO THE ROOT ZONE OF RETAINED VEGETATION THROUGHOUT CONSTRUCTION PERIOD MAKE GOOD ANY DAMAGE TO EXISTING GRASS VERGES, TREES, PATHS, KERBS, ROADWAYS TO THE SATISFACTION OF RELEVANT AUTHORITIES IF GRASS COVER ON THE VERGE NEEDS IMPROVEMENT, THE FOLLOWING REQUIREMENTS APPLY:

-LIGHTLY CULTIVATE THE SOIL TO 25mm-50mm DEPTH. CULTIVATE ONLY IN ONE DIRECTION. AVOID MAJOR ROOTS AND KEEP 1.0m CLEAR FROM TREE TRUNKS. LAY TURF OR SOW SEED OF SUITABLE DROUGHT TOLERANT SPECIES.

ANY & ALL DAMAGE CAUSED TO THE SURROUNDING PUBLIC INFRASTRUCTURE

INCLUDING STREET KERBS, STREET TREES, FOOTPATHS, KERB CROSSOVERS, VERGE (NATURE STRIP) SERVICES & ADJOINING LAND, CAUSED BY THE CONSTRUCTION OF THE RESIDENCE IS TO BE REPAIRED & REINSTATED TO ITS ORIGINAL STATE BY THE CONTRACTOR/BUILDER

CARRY OUT ALL WORK IN COMPLIANCE WITH THE RELEVANT SAA CODES OF PRACTICE IN THE BEST TRADESMAN-LIKE MANNER TO THE APPROVAL OF THE BUILDING CERTIFIER AND AUTHORITIES HAVING JURISDICTION OVER THE WORKS INCLUDING BUT NOT RESTRICTED TO:

A) ACT GOVERNMENT

B) BUILDING CODE OF AUSTRALIA AND THE ACT APPENDIX

C) ACT ELECTRICITY AND WATER

D) AS1684 TIMBER FRAMING CODE AND AS FURTHER SPECIFIED.

-REGISTERED SURVEYOR TO SETOUT THE BUILDING PRIOR TO ANY CONSTRUCTION

WORKS

-ALL LEVELS, SITE CUTS, GROUND LEVELS, FFL'S TO BE CONFIRMED ON SITE PRIOR TO THE COMMENCEMENT OF ANY WORKS (INCLUDING DRIVEWAY LEVELS

-DIMENSIONS ARE TO BE READ AND NOT SCALED OR MEASURED.FOR ANY DISCREPANCY CONFIRM FROM THE ARCHITECT PRIOR TO EXECUTION

-ALL WINDOWS TO BE AS PER ENERGY RATING REPORT

-WATER HEATER IN HOT WATER SUPPLY SYSTEM TO COMPLY WITH CLAUSE 3.12.5.6 OF THE BCA

-LIGHTING TO COMPLY WITH CLAUSE 3.12.5.5 OF THE BCA

-WET AREAS TO COMPLY WITH ALL RELEVANT CLAUSES OF THE BCA

-BRICK PIERS TO COMPLY WITH BCA AND AS4773

-DRIVEWAY TO COMPLY WITH GW/SD/DC.02 & FINISH TO COMPLY WITH ANY LEASE & DEVELOPMENT CONDITIONS AND RELEVANT LOCAL CODES

-STAIR NOSING STRIP SLIP RESISTANCE CLASSIFICATION -INDOORS P3 AND OUTDOORS P4

-LICENSED PLUMBER TO SUBMIT WORKS EXECUTED PLAN

-LICENSED ELECTRICIAN TO SUBMIT CES FORM

-SMOKE ALARMS TO BE INSTALLED IN ACCORDANCE WITH THE BCA Part 3.7.2 AND AS 3786

-TILES & FLASHINGS TO BE INSTALLED IN ACCORDANCE WITH MANUFACTURERS

SPECIFICATIONS

-PROVIDE SMOKE ALARMS IN ACCORDANCE WITH PART 3.7.2 OF THE BCA (REFER ELECTRICAL LAYOUT)

-ALUMINIUM IMPROVED FRAMES (UNLESS NOTED OTHERWISE)

-ALL TIMBER FRAMING AND CONSTRUCTION TO BE IN ACCORDANCE WITH THE LATEST TIMBER FRAMING CODE AS1684 AND BCA

-EXTERNAL WALLS TO BE BRICK VENEER UNLESS STATED ON PLANS, WHEN LIGHTWEIGHT CLADDING IS USED IT IS TO BE INSTALLED TO MANUFACTURERS

SPECIFICATIONS AND SARKED AND INSULATED AS PER THE BCA AND ATTACHED EER.

ALL INSULATION R VALUES AND WINDOW SHGC AND U-VALUES AS PER THE EER.

-ALL OPENABLE WINDOWS AND SLIDING DOORS TO HAVE -FLYSCREENS TO BE POWDERCOATED ALUMINIUM FRAMES TO MATCH WINDOWS. NOTE: METALLIC FLYSCREENS ARE REQUIRED IN BUSHFIRE PRONE AREAS

-REFER TO STRUCTURAL ENGINEER'S ATTACHED DOCUMENTATION FOR ALL STRUCTURAL DETAILS

ALL EXTERNAL WINDOWS TO HAVE BRICK ON EDGE WINDOW SILLS WITH DAMP PROOF MEMBRANE UNDER TO BCA

PROVIDE TERMITE PROTECTION TO CODE AND AS3660-2000 PARTS 1, AND 3 DESIGN

THAT 17%, DOWNHILL GRADE OF LESS THAN 12%. AT RIGHT ANGLE TO THE KERB LINE WITH MAXIMUM 10% DEVIATION A MAXIMUM OF 5.5m WIDTH, & MINIMUM OF 5m WIDTH AT THE KERB, MINIMUM 3m WIDTH AT THE FRONT BOUNDARY, & A MAXIMUM WIDTH NO GREATER THAN THE WIDTH AT KERB. OUTSIDE OF THE DRIP LINE OF MATURE TREES, & A MINIMUM OF 3m CLEAR OF S MALL & NEW STREET TREES. COMPLIANT WITH AS2890.1. COMPLIANT WITH T.A.M.S REQUIREMENTS/ADVICE.

NOTE5 RETAINING WALLS NOT SPECIFICALLY DETAILED FOUNDATION WALING REQUIRED TO RETAIN EARTH UP TO BE A MIN 230mm(th.) UP TO HEIGHT OF 750mm OF RETAINED EARTH. CAVITY WALLS USED TO RETAIN EARTH ARE TO HAVE THE LEAF ADJACENT TO THE RETAINED EARTH A MINIMUM OF 230mm THICK, TO A MAXIMUM OF 900mm OF RETAINED EARTH HEIGHT. ALL RETAINING WALL BE TO PROPERLY BONDED & PROVIDED AGRICULTURAL DRAIN TO THE EARTH SIDE OR THE WALL. FOR RETAINING WALLS ABOVE HEIGHTS OF RETAINED EARTH LISTED ABOVE SHALL REQUIRE ENGINEERING DETAILS. ALL RETAINING WALLS ARE TO COMPLY WITH PLANNING POLICY ON RETAINING WALLS & EMBANKMENTS ON RESIDENTIAL BUILDING SITES.

NOTE6: -NO INTERNAL DRAINAGE FOR PROPOSED STRUCTURE TO BE LOCATED IN SEWER EASEMENT/PIPE PROTECTION ENVELOPE. ALL WORKS DONE TO ACTEW GUIDELINES/ADVICE. ALL BUILDING WASTE TO BE COLLECTED IN HOPPER LOCATED ON SITE, RESIDENTIAL WASTE TO BE COLLECTED BY ROADSIDE PICKUP & BINS TO BE LOCATED ON SITE. METER BOX TO BE INSTALLED TO ACTEW AGL SERVICE INSTALLATION RULES. LIGHTING TO COMPLY WITH 3.12.5.5 OF THE BCA ARTIFICIAL LIGHTING MUST NOT EXCEED 514/M2. ELECTRICIAN TO CONFIRM PROIR TOCOMMENCEMENT. WATER HEATER IN HOT WATER SUPPLY SYSTEM TO COMPLY WITH 3.12.5.6 OF THE BCA. STORMWATER, SEWER WATER TIES TO BE LOCATED ON HYDRAULIC/DRAINAGE PLANS. TELSTRA GAS TIES TO BE PROVIDED BY GAS FITTER & ELECTRICIAN. 100x75 RECTANGULAR (TBC) DOWNPIPES SIZE & LOCATION

COMPLIANCE: ALL DEVELOPMENT TO COMPLY WITH ENVIROMENT PROTECTION AUTHORITY, ENVIRONMENT PROTECTION GUIDELINES FOR CONSTRUCTION AND LEND DEVELOPMENT IN THE ACT, AUG 2007

ALL FINISHED GROUND LEVELS TO THE STORM WATER PIT OR SUMP AND CONNECT TO THE STORM WATER LINE. TL