INTERNSHIP REPORT
KATHMANDU UNIVERSITY
PROGRAMME: B.ARCH
SUBMITTED BY: SANSU SHRESTHA
B.ARCH | 5TH YEAR/ 1ST SEM
DATE: 15TH SEPTEMBER 2022
ARC ACHITECTS
SANSU SHRESTHA |1
ACKNOWLEDGEMENT
The time I spent at ARC architects and engineers (ARC) were one of the best days of my life. My days at ARC not only made my architecture journey better but also my personal journey of life as I got to interact with like minded individuals and share my thoughts regarding architecture and life. It was a great opportunity for me to learn architecture from a new perspective. I consider myself very lucky to have been a part of the ARC team. Meeting professionals in and out of the office has been a wonderful experience for me to socially interact as an architect as well as a person.
I would like to use this opportunity to express my deepest gratitude towards the chief architect Sumit Thapa who in spite of his busy schedule, gave me time to put my queries, discuss them and guide me to the right path of leaming architecture. My deepest sense of gratitude to Ar. Apsa Shrestha, Ar. Smriti Rajkarnikar, Ar. Sujita Maharjan, Ar. Luja Maharjan and Mr. Anikit Rana for constantly encouraging me to give my best during the internship. l express my deepest thanks to Ar. Rashmi Manadhar (Internship Supervisor) for taking part in useful decision, feedbacks, & giving necessary advices and guidance during my entire work period. I would also like to thank Er. Sandesh Gurung , Ms. Neeva Shrestha, Er. Sagar Gautam, Er. Nischal Khatri, Er. Rabin Madhikarmi, Er. Kishor Thapa, Bindiya Basukala, Ar. Nistha Manandhar, my fellow trainee architects - Sofiya Shrestha, Swastika Lamichhane, Sumnima Bhurtel and Krishna Kalikote for their careful guidance and honest review throughout the internship. The period of internship has been one of the best learning experiences in my life, and hence, I would like to thank everyone, directly/indirectly involved in this learing process, including friends, juniors and all the staff at ARC. I perceive this opportunity as a big milestone in my architecture career development. I will strive to use gained skills and knowledge in the best possible way to communicate design solution in every corner of my design project.
ABSTRACT
This is a report that is prepared as the final assignment of the internship that I practiced as a course of study for the 5th Year/ 1st part, in context of my Bachelor in Architecture.
Internship intends to provide the students of Architecture an overview of professional practice, this enables them to perceive the challenges and seek the ways of enhancing their knowledge. The aim of internship is to make us students ready for the reality of architecture which can be contradicting to the student life and to re energize the students for final year thesis. All these prerequisite were surely fulfilled duiring my internship period. A sense of confidence is developed within me which will be helpful for me throughout my life. This report covers the insight on how work is done at ‘ARC architects and engineers’. I joined ARC on 1st June 2022, working for 84 days until 9th september 2022 where I learned about professional practice and skills. The projects I got to be involved in during my working period there which includes Concept Development Technique, Designing, Architecture Drawings, Detail Drawings, Municipal Drawings, Working drawings, Observation at Site, Measurement of Works and other necessary details which makes easy to understand the designs. I hope that this report conveys all the targeted messages and information and provides informative to the readers.
Contact address: Kupondole, lalitpur
Contact number: 01-5180370
Email: info@arc.com.np
Head Architect: Sumit Thapa
Head Civil Engineer: Sandesh Gurung
Office Manager:
Ms. Neeva Shrestha
Architects:
Ar. Apsa Shrestha
Ar. Smriti Rajkarnikar
Ar. Sujita Maharjan
Ar. Luja Maharjan
Ar. Nistha Manadhar
Civil Engineers:
Er. Sagar Gautam
Er. Nischal Khatri
Er. Kishor Thapa
Er. Rabin Madhikarmi
Interior designer:
Mr. Ankit Rana
Drafter: Ms. Bindiya Basukala
Accountant:
Ms. Muna Gurung
PROFILE
OFFICE
ARC
CONTENTS 01.
SHOYAL KARKI RESIDENCE
SUSHIL SINGHAL RESIDENCE
02.
PRAKASH DAHAL RESIDENCE
ASHRAYA HOMES BALAJU
03. 04. 05.
SCHOOL
SHOYAL KARKI RESIDENCE
CONCEPUTAL DEVELOPMENT|PLANNING|PRESENTATION
PROJECT
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01. SHOYAL KARKI RESIDENCE
PROJECT DETAILS:
Location: Budhanilkantha, Kathmandu
Site area: 6038.55 sq. ft.
Client: Mr. Shoyal Karki
The project is to make a residence having grandeur spaces both inside and out. The client wants to built his residence along with a swimming pool and an out house at his backyard. The exterior of the house is designed in a modern style. The concept for this project is providing pocket garden at different levels of the house where the residents can enjoy the green spaces and also connects them. As the building lies in the contour, the different levels are managed like wise.
MY INVOLVEMENT:
I was involved in this project from the intial phase which included research, conceptual development, conceptual planning, conceptual 3D modelling, conceptual presentation and illustrations. I learned about the conceptual phase, which begins with understanding the client’s requirements, site settings, and project theme. Then, during the research phase, I looked up information about the site and themes that would be appropriate for it and considered the challenges that came up in the project. And brainstorming was done to locate the residence’s spaces with the idea of providing pocket gardens inside the house. Once the form and functions were determined, we moved on to the illustration and render phase, where I illustrated the project’s concept. Finally, a conceptual presentation was created to illustrate how the building would look and the spaces that would be included.
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The requirement of the project was to create a house for the client’s family that could be as open and with the feel of nature as possbile. The family wants privacy among themselves so they wanted to have big bedrooms.
PROGRAMS
• Grand entrance
• Swimming pool at backside
• Out house at back of the house
• 2 Living rooms
• 2 Kitchens
• Grand dining hall
• 2 suites bedrooms
• 4 bedrooms with attached bath rooms
• Outdoor garden as sunspace for winter
• Servents quarter
• Open terrace
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WHAT I LEARNT?
• The conceptual phase; how to start the process, what to look for, addressing the site constraints, clients requirements and challenges of the project and designing a meaningful space.
• Studying Byelaws beforehand.
• Designing on contours.
• Different planning strategies.
• To deliver the client what they want.
• Design is not a linear process, it is a back and forth process.
• Site constraints are inevitable so they should be cleared beforehand designing.
• To make an effective presentation.
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PROJECT SUSHIL SINGHAL RESIDENCE
INTERIOR DESIGN|RENDER
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BATHROOM KITCHEN 5'-0" 8'-4" 10'-0" 8'-0" 8'-3" 10'-0" UP UP MASTER PLAN DINING 15'-4" X 18'-9" LIVING ROOM 22'-7" X 16'-10" HIGH CEILING PUJA ROOM 6'-0" X 10'-0" UP 13'-0" X 16'-0" WALK IN CLOSET 7'-3" X 8'-4" COURTYARD KITCHEN 182 SQ.FT. UP UP FOYER ROOM 10'-0" X 10'-6" FAMILY ROOM 16'-0" X 19'-0" BED ROOM 12'-5" X 15'-8" POWDER COURTYARD MASTER BED ROOM 12'-0" X 16'-0" VOID BELOW BED ROOM 14'-0" X 16'-0" WALK IN CLOSET 14'-0" X 7'-2" BALCONY BALCONY UP FIRST FLOOR PLAN | INTERNSHIP REPORT 22
02. SUSHIL SINGHAL RESIDENCE
PROJECT DETAILS:
Location:Chovar, Kathmandu
Site area: 21354.38 sq. ft.
Client: Mr. Sushil Singhal
The residence project is currently ongoing. The exterior is almost finished, and the interior is about to begin. I was involved in the interior design of the Puja room, meditation room, ground floor master bedroom with walk in closet and bathroom, first floor master bedroom’s walk in closet and bathroom, and guest room’s walk in closet and bathroom. The theme is traditional, similar to Kerela style homes, and the clients are more inclined to Vaastu, so everything was designed with according to Vaastu, while keeping the clients’ preferences and requirements in mind. As a result, the interiors follow the same theme as the exterior.
MY INVOLVEMENT:
I was involved in interior design of this project. I designed the interior spaces of Puja room, meditation room, ground floor master bedroom with walk in closet and bathroom, first floor master bedroom’s walk in closet and bathroom, and guest room’s walk in closet and bathroom. Throughout this process, I researched traditional Kerela architecture, Vaastu, the tones, materials, textures, furnitures and elements to be used in the project. The mood board was created before designing to better understand how the idea will work. The spaces were then designed to meet the requirements using design principles. Finally, the interiors were rendered in order to provide a view of the rooms.
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MOOD BOARD
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MASTER BEDROOM OF GROUND FLOOR
According to Vaastu, the room of head of the house should be located in South West of the house touching the ground. Hence, this room lies at the South West corner in ground floor of the house. As the theme is traditional at the same time its keeping with the today’s time. Keeping up that in mind and changing according to clients changes and their perception of their room the design was finalized. The walk in closet and washroom is made similar to bedroom following the same theme.
GUEST BEDROOM
According to Vaastu, the room for the guest should be located in North West of the house. Blending with the traditional and modern design, the colour used are earthy tones and brass as a metal. The walk in closet wardrobe is off white to blend withearthy tones to make it look spacious and brighter.
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PRAKASH DAHAL RESIDENCE
FACADE DESIGN|MUNICIPAL DRAWING
PROJECT
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03. PRAKASH DAHAL RESIDENCE
PROJECT DETAILS:
Location: Sanobharang, Kathmandu
Site area: 1432.89 sq. ft.
Client: Mr. Prakash Dahal
The concept of the residence is modern and contemporary. Because the roadsides are narrow and the house is attached to the adjacent houses, the exterior features edgy elements and large windows. To provide ample light inside the house, large windows and skylights are fitted. The colour palette is neutral, consisting of white, grey, and wood tones. Paints, plaster grooving, shera board, toughened glass balcony, and glass windows were used. The use of different materials and elements enhances the facade.
MY INVOLVEMENT:
I was involved in the design of the facade as well as the municipal drawing. I did some research on facade design and treatments. As per the client’s requirement, I conceptualised the design to give it an edgy look. Under the supervision of my supervisor, I drew municipal drawings of both architecture and structure. The municipal drawing is completed to submit for approval to build and contains basic drawings that are required to understand how the building will be built and how it will look. The architecture drawing portrays the spaces contained by the building as well as the exterior of the building. The structure drawing conveys the requirements and process of constructing the building.
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LOCATION MAP
SITE AREA: 1432.85 SQ.FT.(0-4-0-2.99) GROUND FLOOR AREA: 868.08 SQ.FT TOTAL BUILT UP AREA: 4060.34 SQ.FT ROAD CENTER LINE 4'-0" 6'-7" 5'-0" MAIN ROAD ROAD CENTER LINE SEPTIC TANK TO PUBLIC SEWER A B C D E F G H Rain Water Recharge Pit WC 4" Ø Black Water Supply Pipe 4" Ø Gray Water Supply Pipe 52'-9" 53'-8" 29'-8" 21'-8" 20'-10" 16'-8" 24'-3" 43'-10" 10'-1" 4'-11" 11'-4" 39'-1" 5'-3" 5' SETBACK 13'-0" 6'-6" 11'-7" 5'-1" 5'-0" 19'-2" 6'-1" 15'-3" 9'-4" 5'-0" 7'-10" 50'-10" 24'-10" 4'-7" 28'-5" 6'-6" PROPOSED BUILDING 14'-5" 9'-9" 5'-6" 5' SETBACK R.O.W 2M Soak Pit 9'-8" 22'-11" 6'-6" 16'-3" 10'-0" 8'-6" Rain Water Recharge Pit 2'-0" 4'-2" 12'-0" 10'-0" 1'-2" 1'-2" 1'-2" 13'-2" 11'-2" 25'-6" 3 2 1 NORTH ELEVATION Triangulation Area(sq.ft) S.No 1. 2. A B 485.63 159.89 C 297.75 3. TOTAL 1432.85 4. 5. D E F 6. 7. 8. G H 264.05 48.79 81.12 25.42 70.20 Descriptions No. of Openings Total Size Basement First S.No 1. 2. 4. 5. 6. 7. Window W1 8. Window W2 9. 11. 12. 10. 3. Sliding Door SD1 Top 1 - 7'-8" x 8'-10" - 10'-2" x 8'-10" 1 2'-0" x 4'-0" 1 1-OPENING SCHEDULE - 1 3 1 Main Door MD 8 1 2'-6" x 7'-0" Door D1 Door D2 - - 1 4'-0" x 8'-0" 3'-0" x 7'-0" 3 3 7 1 2 21- 1 3'-0" x 7'-0" 1 - 1 7'-0" x 8'-10" 1 - 1 7'-0" x 6'-4" Door Window DW1 1 - - 1 8'-0" x 7'-0" Door Window DW2- 1 1 10'-5" x 7'-0" Total 35 10'-3" x 8'-8"1 13. Ventilation V1 1- 1 5'-6" x 2'-0" 16. 17. Window W6 18. Window W7 19. - 7'-0" x 8'-8" 10'-2" x 12'-0"-1 1 - 1 1 13'-3" x 12'-8" - 1 1 7'-0" x 8'-6" - 1 1 3'-0" x 4'-6"14. 15. - 1 - 13'-0" x 8'-8"Window W3 Window W4 Window W8 Window W9 Window W5 Window W10 Sliding Door SD2 Sliding Door SD3 Ground21 1---------Second-1 1---1 1-1 - 1 - 6'-10" x 8'-10" - Sliding Door SD4 - 1 20.
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SEMI-BASEMENT FLOOR PLAN AREA- 665.98 SQ.FT 1'-2" 13'-3" 8'-9" 10'-0" 4'-2" 12'-0" 1'-2" A C B A C 5" 12'-1" B 1'-2" 1'-2" 23'-2" 7'-7" 11'-4" 1'-2" 1'-2" 21'-5" 10'-2" 1'-2" 7'-8" 1'-2" 1'-2" 11'-2" 25'-6" 13'-2" 8'-10" X X UP LIVING ROOM 20'-6"X13'-4" POWDER 6'-10"X4'-0" VOID ABOVE STORE 8'-9"X3'-5" D2 D2 W1 SD1 3 2 1 -1'-6" Ground Level ±0'-0" Plinth Level +10'-0" First floor Level +20'-0" Second floor Level +30'-0" Third floor Level +40'-0" Top floor Level -11'-6" Lower Ground Level -10'-0" Basement Level +33'-6" Parapet Level +43'-6" Parapet Level +48'-0" Roof Level LOWER TERRACE UPPER TERRACE LIVING ROOM KITCHEN CHILDREN BEDROOM MASTERBEDROOM CAR PORCH BEDROOM WORKING SPACE BEDROOM PUJA ROOM 1'-6" 11'-6" 10'-0" 10'-0" 10'-0" 3'-6" 48'-0" SECTION AT X-X 8'-6" 5'-0" 7'-0" 5'-0" 7'-0" GROUND FLOOR PLAN AREA- 868.08 SQ.FT A B A C C B 6"1'-2" 2'-0" 2'-0" 1'-4" 3'-0" 9" 3'-11" 1'-4"1'-0" 5'-6" 1'-0"1'-2" 3'-4" 1'-2" 10'-2" 1'-2" 2'-1" 5'-6" 1'-2" 14'-3" 8'-10" 24'-3" 11'-4" 8'-10" 21'-5" 3'-2" 1'-2" 12'-3" 1'-2" 10'-0" 1'-2" 12'-0" 1'-2" 4'-11" 13'-2" 11'-2" 13'-5" 38'-11" 4'-8" 1'-2" 12'-3" 1'-2" 10'-0" 1'-2" 12'-0" 1'-2" 13'-5" 11'-2" 13'-3" 39'-0" X X 1" MD D2 UP DN VOID BELOW FAMILY SPACE 9'-5"X9'-9" DINING 12'-4"X9'-0" UP SHOE RACK POWDER 4'-1"X5'-0" KITCHEN 8'-10"X14'-11" UTILITY DW1 W2 V1 W3 W1 4 3 2 1 4 3 2 1 FOR OFFICE USE ONLY BUILDING TYPE: RESIDENTIAL DESIGNED BY: CHECKED BY: DETAILS: ARCHITECTURAL DRAWING AR. SUMIT THAPA
SCALE: 1 8 "=1'-0" DATE: SEPTEMBER, 2022 OWNER: PRAKASH DAHAL LOCATION: WARD NO: 16 AREA: 1432.89 SQ.FT(0-4-0-2.99) PLOT NO: 620 NEC NO: 781 CHOBHAR,BHUTKHEL KMC REGN. NO: 1711 SANSU SHRESTHA |35
DESIGNER/CONSULTANT:
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For municipal drawing; Architecture:
• First sheet must contain location map, site plan, triangulation area, door window schedule, one floor plan, one elevation and one section.
• If the site area is less than 1 ropani then the drawings is in scale of 1/8”=1’.
• If the site area is more than 1 ropani then the drawings except site are is in scale of 1/8=1” and site area in 1/16=1’.
• Architecture drawing requires location map, site plan, triangulation area, door window schedule, all floor plans, all elevations and all sections.
• It also requires electrical and sanitary drawings.
7'-0" 6" 7'-0" 6" 7'-0" 6" 6" 7'-0" 6" 6'-0" 6" 6" 6'-0" 6" 6'-0" 6" 6" 6'-0" 6" F2E F2E F1E F1E CF1 CF1 CF1 CF2 TRENCH PLAN SCALE - 1 8"=1'-0" A B A C C B 4 3 2 4 3 2 1 1'-2" 13'-0" 1'-4" 7'-7" 1'-2" 14'-3" 8'-10" 24'-3" 1'-2" 12'-3" 1'-2" 10'-0" 1'-2" 12'-0" 13'-5" 11'-2" 13'-2" 39'-0" 1'-2" 10'-2" 1'-2" 7'-8" 1'-2" 11'-4" 8'-10" 21'-5" 1'-2" 12'-0" 1'-2" 10'-0" 1'-2" 12'-3" 1'-2" 13'-5" 11'-2" 13'-2" 39'-0" 12'-1" 6" 6" 6'-6" 6" 12'-1" 6" 6'-6" 6" 12'-1" 6" 6" 6'-6" 6" 12'-1" 6" 6" 6'-0" 6" STRAP BEAM (1) STRAP BEAM (1) STRAP BEAM (1) STRAP BEAM (1) 2'-2" 1'-3" 1'-9" 1'-9" 1'-9" 1'-3" 1'-3" 1'-3" 2'-2" 2'-2" 2'-2" 1'-3" 1'-3" 1'-0" 1'-0" 1 A 4 3 2 1'-2" 1'-2" 12'-3" 1'-2" 10'-0" 1'-2" 12'-0" 13'-5" 11'-2" 13'-2" 39'-0"
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For municipal drawing;
Structure:
• Footing plan and it’s detail.
• All floor column plans and their’s details.
• All floor beam plans and theirs’s details.
• All floor slab plans and their’s details.
• Staircase details
TRENCH PLAN SCALE - 1 8"=1'-0" A C B 1'-2" 13'-3" 8'-9" 12'-0" 10'-0" 1'-2" 10'-0" 1'-2" 1'-2" 12'-0" 1'-2" A C B A C 5" 12'-1" B 1'-2" 1'-2" 23'-2" 7'-7" 11'-4" 13'-2" 1'-2" 1'-2" 21'-5" 10'-2" 1'-2" 7'-8" 1'-2" 1'-2" 11'-2" 11'-2" 25'-6" 25'-6" 13'-2" 8'-10" 3 2 1 3 2 1 SEMI BASEMENT COLUMN LAYOUT PLAN SCALE - 1 8"=1'-0" C4 C3 C3 C4 C3 C3 C5 C4 C5 A A 4'-2" 4'-2" FOUNDATION LEVEL TIE BEAM LAYOUT PLAN SCALE - 1 8"=1'-0" T2 T2 T2 T2 T2 T2 T2 GROUND FLOOR SLAB LAYOUT PLAN A B A C C B 4 3 2 1'-2" 13'-0" 1'-4" 7'-7" 1'-2" 14'-3" 8'-10" 24'-3" 1'-2" 12'-3" 1'-2" 10'-0" 1'-2" 12'-0" 13'-5" 11'-2" 13'-2" 39'-0" 1'-2" 10'-2" 1'-2" 7'-8" 1'-2" 11'-4" 8'-10" 21'-5" 1 2'-1" 2'-6" 3'-6" 4'-0" 2'-1" 2'-6" 3'-6" 4'-0" 2'-2" 2'-8" 1'-3" 1'-9" 3'-3" 3'-9" 1" 7" 1'-11" 2'-5" VOID STAIRCASE VOID 2'-9" 3'-3" 1'-8" 2'-2" 1'-11" 2'-5" 1'-7" 1'-1" X Y Y DROP SLAB A GROUND FLOOR LEVEL BEAM SECTION ALONG GRID B-B SCALE : 1 4"=1 3-16Ø(T) 2L-8Ø @ 4" C/C 2L-8Ø @ 6" C/C 4 2'-2" 3'-3" 2'-2" 12'-4" 8'-9" 4 B C 2L-8Ø @ 4" C/C 3-16Ø(T) 1 2L-8Ø @ 4" 2L-8Ø @ 6" C/C 2L-8Ø @ 4" C/C 4 4 GROUND FLOOR LEVEL BEAM SCALE : 1 4"=1 13'-2" 3'-3" 5'-6" 3'-3" 1'-2" 1'-2" 1'-2" 3-16Ø(T) 2L-8Ø @ 4" C/C 3'-1" 5' 1'-2" 3'-1" 2L-8Ø @ 6" C/C 2L-8Ø @ 4" C/C 4 4 3 3 3 3 3 3 3 3 3 3 3 3 3-16Ø(T)+ 2-12Ø(E) 3-16Ø(T) SECTION 3-3(B1) Scale: 1"=1' 3-16mmØ(T) SECTION 4-4(B1) Scale: 1"=1' 1'-2" 1'-2" 5' 3-16Ø(T)+ 2-12Ø(E) 3-16Ø(T)+ 2-12Ø(E) 3-16Ø(T)+ 2-12Ø(E) 3-16Ø(T)+ 2-12Ø(E) 3-16Ø(T)+ 2-12Ø(E) 3-16Ø(T)+ 2-12Ø(E) 3-16Ø(T) 3-16Ø(T) 3-16Ø(T) COLUMN TYPE COLUMN TYPE C1 (16" X 16") C2 (14" X 14") C2 (14" X 14") C2 (14" X 14") SEMI -BASEMENT SECOND FLOOR FLOOR GRID FIRST FLOOR B4 GROUND FLOOR A4,C4 8mmØ stirrups @4" c/c -C1 (16" X 16") C1 (16" X 16") C1 (16" X 16") 8mmØ stirrups @4" c/c -C2 (14" X 14") SECOND FLOOR C1 (16" X 16") 8mmØ stirrups @4" c/c 8mmØ stirrups @4" c/c COLUMN TYPE C3(14" X 14") C3(14" X 14") C3(14" X 14") C3(14" X 14") 8mmØ stirrups @4" c/c 12-20mmØ C2 (14" X 14") 8mmØ stirrups @4" c/c 12-20mmØ 8mmØ stirrups @4" c/c 8-20mmØ+4-16mmØ 8mmØ stirrups @4" c/c 4-20mmØ+8-16mmØ C3(14" X 14") -20mmØ 8mmØ stirrups @4" c/c 8-20mmØ 8mmØ stirrups @4" c/c 8mmØ stirrups @4" c/c 8mmØ stirrups @4" c/c 4-20mmØ -16mmØ 8mmØ stirrups @4" c/c -16mmØ 8-20mmØ C4(14" X 14") C4(14" X 14") C4(14" X 14") C4(14" X 14") C4(14" X 14") 8mmØ stirrups 8mmØ stirrups 8-16mmØ 8mmØ stirrups 8mmØ stirrups -20mmØ 4-16mmØ 8mmØ stirrups -20mmØ 4-16mmØ -16mmØ C5(14" X 14") C5(14" X 14") C5(14" X 14") C5(14" X 14") C5(14" X 14") 8mmØ stirrups - mØ 8mmØ stirrups 8mmØ stirrups 8mmØ stirrups - mØ - mØ - mØ B2,B3,C2,C3 A2,A3,B1 A1,C1 - - -8-16mmØ 7'-0" 6" 7'-0" 6" 7'-0" 6" 6" 7'-0" 6" 6'-0" 6" 6" 6'-0" 6" 6'-0" 6" 6" 6'-0" 6" F2E F2E F1E F1E CF1 CF1 CF1 CF2 TRENCH PLAN SCALE - 1 8"=1'-0" A B A C C B 4 3 2 1 1'-2" 13'-0" 1'-4" 7'-7" 1'-2" 14'-3" 8'-10" 24'-3" 1'-2" 12'-3" 1'-2" 10'-0" 1'-2" 12'-0" 13'-5" 11'-2" 13'-2" 39'-0" 1'-2" 10'-2" 1'-2" 7'-8" 1'-2" 11'-4" 8'-10" 21'-5" 1'-2" 12'-0" 1'-2" 10'-0" 1'-2" 12'-3" 1'-2" 13'-5" 11'-2" 13'-2" 39'-0" 12'-1" 6" 6" 6'-6" 6" 12'-1" 6" 6'-6" 6" 12'-1" 6" 6" 6'-6" 6" 12'-1" 6" 6" 6'-0" 6" STRAP BEAM (1) STRAP BEAM (1) STRAP BEAM (1) STRAP BEAM (1) 2'-2" 1'-3" 1'-9" 1'-9" 1'-9" 1'-3" 1'-3" 1'-3" 2'-2" 2'-2" 2'-2" 1'-3" 1'-3" 1'-0" 1'-0" 1'-2" 13'-3" 8'-9" 12'-0" 10'-0" 1'-2" 10'-0" 1'-2" 1'-2" 12'-0" 1'-2" A C B A C 5" 12'-1" B 1'-2" 1'-2" 23'-2" 7'-7" 11'-4" 13'-2" 1'-2" 1'-2" 21'-5" 10'-2" 1'-2" 7'-8" 1'-2" 1'-2" 11'-2" 11'-2" 25'-6" 25'-6" 13'-2" 8'-10" 3 2 1 3 2 1 SEMI BASEMENT COLUMN LAYOUT PLAN SCALE - 1 8"=1'-0" C4 C3 C3 C4 C3 C3 C5 C4 C5 A A 4'-2" 4'-2" 1 FOUNDATION LEVEL TIE BEAM LAYOUT PLAN SCALE - 1 8"=1'-0" STRAP BEAM (1) STRAP BEAM (1) STRAP BEAM (1) STRAP BEAM (1) SB1 SB1 SB1 SB1 T1 T1 T1 T1 T1 T1 T1 T1 T1 A B A C C B 4 3 2 4 3 2 1 1'-2" 13'-0" 1'-4" 7'-7" 1'-2" 14'-3" 8'-10" 24'-3" 1'-2" 12'-3" 1'-2" 10'-0" 1'-2" 12'-0" 13'-5" 11'-2" 13'-2" 39'-0" 1'-2" 10'-2" 1'-2" 7'-8" 1'-2" 11'-4" 8'-10" 21'-5" 1'-2" 12'-0" 1'-2" 10'-0" 1'-2" 12'-3" 1'-2" 13'-5" 11'-2" 13'-2" 39'-0" T2 T2 T2 T2 T2 T2 T2 A B C 4 3 2 4 3 2 1 1'-2" 13'-0" 1'-4" 7'-7" 1'-2" 14'-3" 8'-10" 24'-3" 1'-2" 12'-3" 1'-2" 10'-0" 1'-2" 12'-0" 13'-5" 11'-2" 13'-2" 39'-0" 1'-2" 12'-0" 1'-2" 10'-0" 1'-2" 12'-3" 1'-2" 13'-5" 11'-2" 13'-2" 39'-0" 1 2'-1" 2'-6" 3'-6" 4'-0" 2'-1" 2'-6" 3'-6" 4'-0" 2'-2" 2'-8" 1'-3" 1'-9" 3'-3" 3'-9" 1" 7" 1'-11" 2'-5" VOID STAIRCASE VOID 2'-9" 3'-3" 1'-8" 2'-2" 1'-11" 2'-5" 1'-7" 1'-1" X X Y DROP SLAB A GROUND FLOOR LEVEL BEAM SECTION ALONG GRID B-B SCALE 1"=1 3-16Ø(T) 2L-8Ø @ 4" C/C 2L-8Ø @ 6" C/C 4 2'-2" 3'-3" 2'-2" 12'-4" 8'-9" 4 B C 2L-8Ø @ 4" C/C 3-16Ø(T) 1 2L-8Ø @ 4" C/C 2L-8Ø @ 6" C/C 2L-8Ø @ 4" C/C 4 4 GROUND FLOOR LEVEL BEAM SECTION ALONG GRID B-B SCALE 1 4"=1 3-16Ø(T) 2L-8Ø @ 4" C/C 2L-8Ø @ 6" C/C 2L-8Ø @ 4" C/C 4 4 13'-2" 11'-2" 3'-3" 5'-6" 3'-3" 2'-9" 4'-6" 2'-9" 2 3 1'-2" 1'-2" 1'-2" 1'-2" 3-16Ø(T) 2L-8Ø @ 4" C/C 3'-1" 5' 1'-2" 3'-1" 2L-8Ø @ 6" C/C 2L-8Ø @ 4" C/C 4 4 1'-2" 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 (2L-8mm Stirrups @6"c/c) 5' 3-16Ø(T)+ 2-12Ø(E) 3-16Ø(T)+ 2-12Ø(E) 3-16Ø(T)+ 2-12Ø(E) 3-16Ø(T)+ 2-12Ø(E) 3-16Ø(T)+ 2-12Ø(E) 3-16Ø(T)+ 2-12Ø(E) 3-16Ø(T)+ 2-12Ø(E) 3-16Ø(T)+ 2-12Ø(E) 3-16Ø(T) 3-16Ø(T) 3-16Ø(T) 3-16Ø(T)
| INTERNSHIP REPORT 38
WHAT I LEARNT?
• To make a lively facade, a lot of experimentation on forms, colours and materials is needed to create balance and a sense of hierarchy.
• Different facade strategies
• Site constraints are inevitable so they should be cleared beforehand designing.
• Importance of client’s approval.
• Preparation of municipal drawings and their requirements.
• Drafting skills improvement.
• Proper use of materials, textures and design elements.
T2 T2 T2 T2 T2 T2 T2 GROUND FLOOR SLAB LAYOUT PLAN A B A C C B 4 3 2 4 3 2 1 1'-2" 13'-0" 1'-4" 7'-7" 1'-2" 14'-3" 8'-10" 24'-3" 1'-2" 12'-3" 1'-2" 10'-0" 1'-2" 12'-0" 13'-5" 11'-2" 13'-2" 39'-0" 1'-2" 10'-2" 1'-2" 7'-8" 1'-2" 11'-4" 8'-10" 21'-5" 1'-2" 12'-0" 1'-2" 10'-0" 1'-2" 12'-3" 1'-2" 13'-5" 11'-2" 13'-2" 39'-0" 1 2'-1" 2'-6" 3'-6" 4'-0" 2'-1" 2'-6" 3'-6" 4'-0" 2'-2" 2'-8" 1'-3" 1'-9" 3'-3" 3'-9" 1" 7" 1'-11" 2'-5" VOID STAIRCASE VOID 2'-9" 3'-3" 1'-8" 2'-2" 1'-11" 2'-5" 1'-7" 1'-1" 2'-6" 4'-0" 12'-4" 8'-9" 8Ø+8Ø @ 6"c/c 8Ø @ 6"c/c 8Ø @ 6"c/c 8Ø @ 6"c/c 8Ø+8Ø @ 6"c/c GROUND FLOOR LEVEL SLAB SECTION AT X-X SCALE 3"=1 1'-9" 1'-3" 8Ø @ 6"c/c A X X B C 22'-3" 2'-8" Y Y 11'-2" GROUND FLOOR LEVEL SLAB SECTION AT Y-Y SCALE 8"=1 1 2 3 13'-2" 5'-0" STAIRCASE VOID 3'-3" 1'-11" 8Ø @ 6"c/c 8Ø+8Ø @ 6"c/c 8Ø @ 6"c/c 25'-6" DROP SLAB T2 T2 T2 T2 T2 GROUND FLOOR SLAB LAYOUT PLAN B A C C B 4 3 2 1 13'-0" 1'-4" 7'-7" 1'-2" 14'-3" 8'-10" 24'-3" 1'-2" 10'-2" 1'-2" 7'-8" 1'-2" 11'-4" 8'-10" 21'-5" 1'-2" 12'-0" 1'-2" 10'-0" 1'-2" 12'-3" 1'-2" 13'-5" 11'-2" 13'-2" 39'-0" 2'-1" 2'-6" 3'-6" 4'-0" 2'-1" 2'-6" 3'-6" 4'-0" 2'-2" 2'-8" 1'-3" 1'-9" 3'-3" 3'-9" 1" 7" 1'-11" 2'-5" VOID STAIRCASE VOID 2'-9" 3'-3" 1'-8" 2'-2" 1'-11" 2'-5" 1'-7" 1'-1" 2'-6" 2'-1" 4'-0" 3'-6" 12'-4" 8'-9" 8Ø+8Ø @ 6"c/c 8Ø @ 6"c/c 8Ø @ 6"c/c 8Ø @ 6"c/c 8Ø+8Ø @ 6"c/c GROUND FLOOR LEVEL SLAB SECTION AT X-X SCALE "=1 1'-9" 1'-3" 8Ø @ 6"c/c A X B C 22'-3" 2'-8" 2'-2" Y Y 11'-2" GROUND FLOOR LEVEL SLAB SECTION AT Y-Y SCALE 3"=1 1 2 3 13'-2" 5'-0" STAIRCASE VOID 3'-9" 3'-3" 2'-5" 1'-11" 8Ø @ 6"c/c 8Ø+8Ø @ 6"c/c 8Ø @ 6"c/c 25'-6" DROP SLAB
SANSU SHRESTHA |39
ASHRAYA HOMES
WORKING DRAWING
PROJECT
| INTERNSHIP REPORT 40
SANSU SHRESTHA |41
04. ASHRAYA HOMES
PROJECT DETAILS:
Location: Tokha,Kathmandu
Project type: Housing
Client: Empire developers and investment Pvt. Ltd
Ashraya homes are the ideal fusion of natural and contemporary lifestyle. 61 different-sized lands, each with a 2-meter road access, are held by Ashraya Homes (20 ft.). Every plot has access to drinking water, drainage, and power via electric poles. The beautiful, spacious environment provided by the open space in and around the housing will make your hectic day more bearable in a cosy setting. Ashraya Homes provides more than simply a place to stay; it also adds warmth, safety, and comfort. The fusion of beautiful design, natural luxury, and accessible facilities creates the ultimate living environment. There are three main structural types for Ashraya Homes: A, B, and C.
| INTERNSHIP REPORT 42
MY INVOLVEMENT:
I was involved in the working drawings for Plot 25 (Type A). I drew working drawings of architecture and structure under the guidance of my supervisor. The working drawing is done for construction, instructing the site supervisors and workers to construct the building according to the design. The architecture drawing depicts exterior of the building as well as the spaces contained within it. The structure drawing describes the building’s requirements and construction process.
SANSU SHRESTHA |43
| INTERNSHIP REPORT 44
WHAT I LEARNT?
• Preparation of working drawings and their requirements.
• Details required for construction.
• Each details are required for the exact construction on site.
• The process of construction in real practice.
• Different types of drawing requirements, all equally meaningful.
• Drafting skills improvement.
SANSU SHRESTHA |45
| INTERNSHIP REPORT 46
PROJECT
BALAJU SCHOOL RENOVATION
SANSU SHRESTHA |47
05. BALAJU SCHOOL
MECHANICAL WORKSHOP UP TOOL ROOM OFFICE AIR COMPRESSOR 23 FURNACE 23 PLACER SHELVES 25 2 21 15 WT 5 25 25 25 25 25 25 25 25 25 25 25 FURNITURE 25 25 25 25 25 25 WT WT 10 10 6 6 6 3 3 3 BLACK SMITH 11 11 25 14 14 WT WT 6 6 10 3 3 4 4 4 CUTTER 5 5 5 5 5 5 5 5 5 5 5 4 6 POWER SAW 14 COOLANT DRUM WT WT WT WT 11 11 11 11 11 11 11 11 LOCKER OFFICE | INTERNSHIP REPORT 48
PROJECT DETAILS:
Location: Balaju, Kathmandu
Project type: Renovation of School
Client: Balaju School
The project is to renovate the building and add storey above the existing building. In first phase the site was visited, then measured. The measured site plan was then drawn in cad and cutout plan was made. I was involved in site visit, site measurement, drawing plan and making cut out plan of mechanical workshop. At first, the site was thoroughly visited to know about the site and the works that are needed to be done. Then the site was measured. I was involved in measuring Mechanical block with my colleague, which was later drafted. The mechanical block was drafted and the furniture and machines are placed on exact place as they are located in existing condition. The model was made of the mechanical block. The furnitures and machines were placed to show cutout plans.
WHAT I LEARNT?
• To measure existing structure.
• To draft the measured building.
• Enhance observation skilled.
• To measure part to whole and whole to part.
• Importance of layout and furniture included in the building.
• To make cutout plan which gives clients the better idea of the building.
SANSU SHRESTHA |49
THANK YOU
| INTERNSHIP REPORT 50
