ARCHITECTURAL PORTFOLIO
AKSHITA JAIN

Selected Works 2020-2025




Selected Works 2020-2025
2020 - Now
Bachelor of Architecture
School of Planning and Architecture, New Delhi
2020
CBSE Class XII (94.6%)
Lotus Valley International School, Noida
2018
CBSE Class X (92.6%)
Lotus Valley International School, Noida
2024
Studio Archohm
6 Month Internship
2023
Square Design
Summer Internship
Skills and Interests
Reading Teamwork Guitar Leadership Painting Time Management Kathak
Competitions/Courses Softwares
2022 - 2023
Solar Decathlon India
Educational Category
2022
The Architect’s Arena
Design your own Architecture/Interior Design Studio
2022
The Habitat 2.0 Re-thinking Student Housing in India
2021
Revit Certification Course
AutoDesk Course
Drafting
AutoCAD
Modelling
Sketchup, Rhino, Revit
2D Illustration
Adobe Illustrator, Adobe Photoshop
3D Rendering
Twinmotion, Lumion, Enscape, V-Ray
Video Arrangement
Adobe Premiere Pro
Presentation
Adobe InDesign, Microsoft Office, Figma, Canva
Yelahanka Metro
Mixed-Use Transit Hub
Thesis 10th Semester Project
Individual Project
Celebration Mixed Use Design
6th Semester Project
Individual Project
Vruksharogya
Hospital Design
7th Semester Project
Group of 3
Arena
Design 5th Semester Project Group of 2
Yelahanka Metro
Mixed-Use Transit Hub
Thesis 10th Semester Design Studio Bangalore, Karnataka
ECONOMIC SUSTAINABILITY
SOCIAL SUSTAINABILITY
Metro stations as mixed-use spaces
Bangalore’s historic system of connected lakes and stormwater drains
Economically and socially sustainable models of development, Preservation and addition to city level infrastructure Creation of local urban active hubs, Changing the image of public transport
Axis based on site penetration
Axis based on stormwater drain
Extrusion of derived shape based on axes to form the public floors
Addition of bridging blocks above to form office and housing zones
Connecting to city roadscape and infrastructure
Maximizing usability of ground floor CONTEXT
Creating three-way connect between blocks and allowing exchange of people among the multiple functions
Developing seating and kiosk areas to enliven the main public floor with planters along the main movement paths framing views and directionality
Individual/team co-working; corporate co-working; cafe co-working; co-working labs
Diversity of spaces ensure all kinds of needs are catered to
Reducing direct radiation, Diverting/absorbing noise, Creating effect of pixelation to show Bangalore’s IT character
7th Semester Design Studio
(Group of 3)
Manesar, Haryana
Resilience-based hospital design, functionality and efficiency along with a strong connect to nature to promote healing environments
Site Area: 32,700 sqm
Ground Coverage: 10,200 sqm
Built-up Area: 46,300 sqm
Surface Parking: 200
MLCP: 96
Basement Parking: 689
Soft Paved Area: 45%
Hard Paved Area: 24%
List of Departments: Morgue CSSD
Laundry
Waste Disposal
List of Services:
STP, ETP
Chiller
Water tanks
Pump room
Each IPD has its own nurse station, clean and dirty utilities and washrooms. Treatment rooms are shared by IPDs sharing a floor.
Each OPD has its own consult rooms, waiting area and procedure rooms. Nurse duty rooms and admin offices remain common among OPDs which share a floor.
PURPOSE OF LAUNDRY DEPARTMENT-
PROVISION OF CLEAN LINEN
REGULAR CHANGE OF LINEN
ENSURING EXTRA AVAILABLE STOCK
MENDING OF DAMAGED LINEN
OPTIMIZING USE OF RESOURCES IN CLEANING/ ARRANGING CLEAN LINEN
PROCUREMENT OF FRESH LINEN
MAINTAINING DAILY RECORD AND TALLY OF INCOMING AND OUTGOING LAUNDRY
TYPES OF LINEN-
IN CLEANING/ ARRANGING CLEAN LINEN
PROCUREMENT OF FRESH LINEN
MAINTAINING DAILY RECORD AND TALLY OF INCOMING AND OUTGOING LAUNDRY
LEVEL OF PROCESSING REQUIRED-
DIRTY LINEN: USED LINEN
REQUIRES WASHING, DRYING AND IRONING
SOILED LINEN: HAS BODY FLUIDS OR BLOOD ON IT
REQUIRES SLUICING, WASHING, DRYING AND IRONING
INFECTED LINEN: USED BY INFECTED PATIENTS
REQUIRES DISINFECTION, SLUICING, WASHING, DRYING AND IRONING
WARD LINEN: BEDSHEETS DRAW SHEETS PILLOW COVERS PILLOWS BLANKETS TOWELS
Quanties of linen in different kinds of hospitals
OT LINEN: GOWNS SCRUB CAPS MASKS OT BEDSHEETS OT DRAW SHEETS
Calculation of linen to be processed Specifications and number of machines needed
PURPOSE OF VARIOUS EQUIPMENTS-
SLUICING MACHINE: USED TO REMOVE FLUIDS LIKE ADDING DISINFECTANTS
WASHER EXTRACTORS: USED TO WASH THE LINEN AND ONCE WASHED
Staff requirements
HYDROEXTRACTORS AND DRYER/TUMBLER: USED TO AFTER WASHING
Lighting, water and storage needs
CALENDERING/FLAT BED PRESS/HAND IRONS: USED
FLATBED/ HAND IRON
all items from load
HYDRO 3 NO.
300kg
DRYER TUMBLER 3 NO.
300kg dried
CALENDERING all items from load
SLUICING MACHINES NO. four loads sluiced SLUICING MACHINES 2 NO. two loads 60kg sluiced
WASHER EXTRACTOR 1, 2 AND 3 eighteen loads 540kg washed
FLAT BED/HAND IRONING all items from load
CALENDERING/FLAT BED/HAND IRONING all items from load
CALENDERING/FLAT BED IRONING all items from load
MENDING, PACKING, STORAGE, INSPECTION ACTIVITIES
Types of Work done during course of Internship:
Concept drawings
Design development work
Consultant co-ordination
3D modelling work
Rendering work
DPRs
Mini Secretariat cafe sections
Contour mapping
Costing calculations
Finishing schedules
Concept notes
3D printing
Research work
Mini Secretariat cafe plan
Mini Secretariat cafe roof plan
Studio Archohm, Meghalaya Tourism Development Projects
Nongnah experiential center plan
Nongnah experiential center sections
3D Work:
Rhino modelling
Sketchup modelling
Revit modelling
Twinmotion rendering
Lumion rendering
Creation of stl files for 3D printing
Assembly of 3D printed models
Work:
Revamp of Shillong
Wards Lake area
connecting to new riverfront project
6th Semester Design Studio
Ahmedabad, Gujarat
Mixed use development consisting of retail, offices and apartments with a character fitting AUDA headquarters
Designing with new CBD district in mind, keeping pedestrian access a priority, Amdavadi architecture for Ahmedabad Urban Development Authority’s headquarters
Brutalist approach inspired from structures like IIMA, CEPT, etc
inspired from structures like ATMA, Tagore Hall,
Tribute to the Sabarmati river flowing east of structure
Responding to river on east and Ashram Road on west
Site
Allowed envelope
Placement of cores
Creation of entries
Placement of facade
Combination of radiation based brick jaali design and integration of water between skins
Duplexes
Outdoor spaces on each level
Views to the river from each apartment
Minimum corridors needed for accessing homes
Square Design, Amrit Bharat Station Scheme: GFCs
Sangrur Railway Station: Facade drawings
Types of Drawings
made during course of
Internship:
Setting out plans
GADs
Masterplans
Drainage plans
Facade drawings
Signage plans
Flooring layouts
Interior elevations
Landscape plans
Cross sections
Parking layouts
Toilet details
5th Semester Design Studio
(Group of 2)
Meerut, U.P
National sports university, Creation of third places, Courtyard centric community interaction
Rhythm through colonnades
Flow from courtyard to courtyard creating seamlessness
Spill outs to shared courtyards
Vertical circulation through the floors
2.3Foundation,
2.4RCC(M35
2.5
3.1Shuttering
The land is government owned and thus, we recieve it at a lesser rate than market rate.
Maximum cost occurs in the Civil and MEP works (21 and 20%).
The per Sqm cost works out to be INR 35,857.61.
(Refer to Annexure for exact breakdown)
CapEx (including installation and procurement): 3.97 Cr
OpEx (maintainence): 3.97 Lakh
Base case cost (saving in utility costs): 1.3 Cr
Revenue (extra electricity generated): 2.79 Lakh
Savings (Revenue + Base case costs - OpEx): 1.2 Cr
Payback: 3.08 years
C. Comparision with Baseline Estimates C.1 Low- flow fixtures
The CapEx costs are lesser with less efficient fixtures and increase by 26% for low-flow fixtures. However, there is significant reduction in OpEx costs by 70% due to lesser consumption of water. Thus, this reduces our overall costs of water fixtures by 54%.
HVAC costs (CapEx and one year of OpEx) have been reduced due to use of passive strategies by 36%.
Lighting costs (CapEx and one year of OpEx) have increased by 15% due to use of more expensive fixtures. Thus, the reduction in HVAC costs compensates the increase in lighting costs (net decrease is 32%).
(Refer to Annexure for life cycle cost analysis for HVAC sys-
D. Construction Timeline- Cash Flows
Revit Autodesk Certification Course
Training course on Revit in managing views, basic modelling, making and composing drawings, developing schedules, Revit rendering, etc