Portfolio
Selected Works (2019 - 2025)
Siddharth Mohite (Sid)
Siddharth Mohite (Sid)
Graduate of Architecture 0479153803 07/09/1998 sidmohite0000@gmail.com
29/107 Kings Road, Visa - Temporary Graduate Salisbury Downs, (subclass 485) SA 5108
LinkedIn Profile - https://www.linkedin.com/in/siddharth-mohite-a1b0ab154/
EDUCATION
ABOUT
Hello I’m Siddharth Mohite (Sid). I’m a graduate of Architecture and have completed Master of Architecture degree from University of Adelaide.
I have work experience within architectural and construction industry for two years internationally and one year locally within Australia as a student and a graduate.
I have been part of great teams and have contributed to projects ranging from residential, commercial, interior, urban and heritage design. I’m proficient with BIM, drafting, 3d modelling and rendering software. Seeking for a company enabling me to gain experience and strengthen my skill set.
Master of Architecture University of Adelaide (SABE), Adelaide, SA
Bachelor of Architecture
Institute of Technology and Management (SAAD), Gujarat, India
Primary and Higher Secondary Navrachana Vidyani Vidyalaya | BHS Bagikhana, Gujarat, India
Feb 2023 - Nov 2024
Jul 2016 - May 2021
Jul 2002 - Jun 2016
REGISTRATION
White Card
Licensed Architect, India Council of Architecture India
SKILLS
CA/2021/139348
Proficient Revit (Architecture and Structure), Autocad, Rhino, Lumion, Enscape, Microsoft Office, Photoshop, Indesign.
Intermediate Revit (MEP), Sketchup, Grasshopper, Twin Motion, V-Ray, D5 Render, Navisworks, Premier Pro, Illustrator.
Beginner ArchiCAD, Dynamo, Microsoft Project, 3ds Max, Maya, Blender, After Effects.
Other 3D Printing, Model-Making, Laser Cutting, Sketching.
Mistry Designs, Sydney, NSW (Nov 2024 - June 2025)
Graduate of Architecture
• Being a Graduate of Architecture, I was involved in various residential design projects.
• My responsibilities included creating conceptual design based on client’s requirements, design development, producing technical drawing sets and documentation, ensuring everything meets building codes and standards.
White House (Interior Design + Build), Adelaide, SA (Feb 2024 - July 2024)
Student of Architecture
• As a Student of Architecture, I worked on multiple small scale residential interior design projects.
• My responsibilities included conceptual design, creating mood boards, drafting interior and joinery details, demolition and working drawings, documentation and creating parametric furniture families using Revit axnd Dynamo.
City of Adelaide, Adelaide, SA (Aug 2023 - Nov 2023)
Heritage Intern
• As a Heritage team intern, I worked on framing a conservation management plan for 368 Halifax street (Local heritage building) and undertook research and framing a report on gender representation of Adelaide’s public statues.
• My responsibilities included site visits to Heritage Incentive Scheme (HIS) buildings in Adelaide city, interaction with contractors and home owners, research on town acres, framing CMP for local heritage building, preparing dilapidation report, drafting existing layout, 3D model, conservation policy, conservation solution, demolition drawings and proposed drawings.
Ninety Degree North, Gujarat, India (Nov 2022 - Jan 2023)
BIM Architect
• As a BIM Architect, I handled a small two storied residential project.
• Among the tasks I performed included drafting construction drawings, primarily consisting of interior details and built elevations, 3D modeling with Revit Architecture and Structure, scheduling windows and doors, and estimating material quantities.
Lomos Archilabs, Karnataka, India (Apr 2022 - Nov 2022)
Project Architect, Revit and BIM Tutor
• As a project architect, I worked with a vast team of architects, civil and mechanical engineers on hospitality projects, cafes and restaurants. Brainstormed in creating conceptual design, working drawings and documentation.
• Collaborated different Revit models for material takeoff, schedules and clash detection.
• Took online zoom workshop and taught more than 500+ students various BIM software’s like Revit architecture, structure, MEP, Autodesk Navisworks, Recap Pro and Microsoft Project from architecture, civil and engineering backgrounds.
Fifth Column, Vadodara, India (September 2021 - February 2022)
Junior Architect
• As a junior architect, I was involved working on multi-storey residential apartment and commercial project.
• Created 3D model over Revit (architecture and structure), construction drawing sets and quantity takeoff. Performed clash detection test and created project timeline using Navisworks.
Meraki Design Studios, Vadodara, India (July 2019 - October 2019)
Architectural Intern
• Assessed concept design and 3d modelling stage for urban design projects like street design which included designing of food kiosks, outdoor furniture, and abstract sculptures.
Simon Carter, Senior Heritage Architect, City of Adelaide
Thomas Humphrys-Glynn, Interior Designer, White House (Interior Design + Build)
Namrata Mohite, Senior Architect, Mistry Designs
David Kroll, Program Director, University of Adelaide
THE FLOW
M.ARCH, SEM 2, FEB 2023
368 HALIFAX STREET CITY OF ADELAIDE AUG 2023
QUEER-IOSITY
M.ARCH, SEM 1, FEB 2023
ACADEMIC WORK
PROFESSIONAL WORK
POLARIS APARTMENTS
FIFTH COLUMN
DEC 2021
7 TANCRED STREET, ROUSE HILL, NSW MISTRY DESIGNS FEB 2025
INFIPRO CRICKET PAVILION
FIFTH COLUMN JAN 2022
01 THE FLOW
Course - Advanced Construction, Feb 2023
University of Adelaide
Site - 135 - 139 West Terrace, Adelaide | Site area - 2195 sqm
The Flow is a cultural expression rather than a building designed to substitute a currently used car park on West Terrace in Adelaide CBD.
With a view of the parklands, the new curvilinear form blends in seamlessly with the surroundings and blurs the boundaries between architecture and landscape. The built structure is intended to have adaptable spaces for events, workshops, exhibitions, and offices.
The four-story building’s organic shape and flow were influenced by the parklands surrounding the City of Adelaide. The structural concept for the building form deviates from conventional geometry and uses sculptural envelope of glass and steel to support the flowing facade.
The building’s facade is structurally supported by diagrid steel structure. A grid framework of rectangular steel columns with a steel girder and beam system holds the cast-in-situ concrete slab with composite metal floor deck together. Two central concrete cores with sheer walls for stability and circulation provide extra support.
The seamless design between glass and steel allows natural light to flood in the interiors and reinforces building’s dialogue with the surrounding context.
Form generation
Site area - 2195 sqm
Site - 135-139 West Terrace.
01
04
Elevate - To create a 3d form and include programmatic functions.
02
Sketch - Working with circular shapes.
05
Twist and Scale - To maximize parkland views on opposite plot.
03
Merge - To create an organic shape.
Conceptual Form
06
Exploded View
Double Glazed roofing
The glazed roof sits on the steel trusses and transfers load horizontally and vertically downwards.
Pratt steel Truss
The steel trusses support the glazed roof and transfers its load horizontally to the vertical steel members.
Diagrid steel structure
Organic shaped steel frame supports glazed panels and transfers the load to the substructure.
Rectangular hollow steel sections
Rectangular hollow steel sections are placed vertically on the periphery of the building.
Two way slab
150mm Cast-in-situ concrete slab with composite metal floor deck.
Pile foundation
Circular reinforced concrete piles transfers building load to the ground.
Double shaped double glazed panels
Double glazed panels provides users to visually connect with the adjacent conext. The panels fits between steel grid structure.
Steel column (W12x12)
Steel column of size (356 x 356 mm) is provided at 7m c/c distance.
Steel girder and beam
Steel girder (d=470, w=235) is bolted to steel columns. Intermediate beams (d=350, w=175) are placed between girders at 2.5m c/c distance.
Glass Railing
950mm high glass railing provided on periphery of two way slab.
Vertical Core
450mm thick reinforced concrete shear walls contains stairwell and lifts.
Ground floor plan (Lvl +0.0m)
Second floor plan (Lvl +9.0m)
Load transfer analysis
Isometric section
02
QUEER-IOSITY
Course - Studio Cultures, Feb 2023 University of Adelaide
Site - 293 St. Vincent Street, Port Adelaide | Site area - 2195 sqm
The following project was selected for a public exhibition named ‘85 ways to remake the M&H building’ organized in Black Diamond Gallery, Port Adelaide.
Please click on the link to view the exhibited poster https://issuu.com/sidmohite/docs/queer-iosity
The existing Marine and Harbors building in Port Adelaide is reimagined into a new facility that allows LGBTQIA+ community to celebrate, engage and raise awareness for their uniqueness and diversity.
The new building would be an inclusive space, inviting LGBTQIA+ community people to celebrate diversity, promote acceptance, and advocate for equal rights. The aim of building this new facility is to provide safe space to these individuals where they can freely express their gender identity and sexual orientation. In order to accomplish this, the newest facility combines LGBTQIA+ focused entertainment and activity areas, health counseling and support areas, and culturally promoting areas that encourage the Port community to interact with and support these individuals.
The Pride centre would be a space for entertainment where double height flexible event space would allow to commemorate, pride community’s auspicious days.
The community has a great feeling for fashion and dressing up, therefore a space is dedicated for them to design their clothes and ramp walk. Other entertainment spaces would include a tattoo studio, rooftop garden and cafeteria which would allow them to socialize. The building invites general public, LGBTQIA+ organizations and activists to support queers, take part in pride events and stand together for gender equality.
Conceptual process
Mapping
Observational and imaginative mapping
Map 1
During the walking trail around Port Adelaide, I observed a Pride rally held by LGBTQIA+ community members and Pride March, organization. The following map shows my walking trail, rally route and spots where I observed the marchers / volunteer of the Pride rally.
Map 2
The heat map which represents, the areas where I felt most and least safe. The central areas near Vincent street, Dale street and Commercial road were recorded to be most safest due to high density of people, whereas the areas near the docks, and wharfs were isolated, making it a bit unsafe.
Coupling
Map 3
This map represents the high density spots where most teenager couples were observed around the Port.Notable areas included cafes, bars, restaurants and supermarkets where there was a high density of teenage couples.
Generated form is coupled with existing Marine and Harbor building
Extraction
Extracting 2d lines
2d to 3d translation
Tracing lines on a solid object
Form Generation Process
Superimpose, Subtract, Multiply, Rotate, Scale
1) Reception / Waiting area
2) Counselling rooms
3) Pride cultural display
4) Pride event space
5) Library
6) Pride Fashion show
7) Designer’s workspace
8) Tattoo studio
9) Performance Theater
10) Garden
11) Outdoor pavillion
Concrete Glass
Concrete structure
Landscaping / Topography
Pathway Green Cover
1) Building entrance
2) Outdoor Pavilion
3) Pathway
4) Open sit out spaces
5) Open Amphitheater
Site Layout
03
368 HALIFAX STREET (HERITAGE BUILDING CONSERVATION PROJECT)
Architecture Internship Project, Nov 2023
Heritage Intern, City of Adelaide
Site - 368 Halifax street, Adeladie CBD | Site area - 250.71 sqm
Reference - Simon Carter (Senior Heritage Architect, COA)
The final report was submitted to School of Architecture and Built Environment (SABE)
Please click on the link to view the final report - https://issuu.com/sidmohite/docs/heritage_team_report_-_city_of_adelaide
368 Halifax street is a single storey located at the south - east end of Adelaide CBD. The current private property owners for 368 Halifax Street, require to prepare a Conservation Management Plan (CPM) for the conservation and repair of the current dwelling.
To comprehend the site’s cultural significance, the CPM provides an overview of the social and development history of the area since its construction in 1875. The comprehensive Dilapidation Survey Report provided by the CPM provides an overview of the property’s current state and highlights areas that need maintenance to preserve and repair. The CPM offers long-term management guidelines for identified heritage values, guiding the site’s present and future priorities.
The conservation solution for the local heritage building include retaining the original room composition, removal of non original elements like north-south compound fencing, which is presently constructed in parts with thatch and corrugated metal sheeting. Alongwith this, maintainance of original elements like interior walls of the villa having wall cracks and peeling paint due to salt damping is rqeuired and a reconstruction of front verandah and its components is also required which are in a poor shape.
Existing Ground Floor layout
3.58 x 3.68 m
x 3.68 m
x 4.0 m
x 4.0 m
368 Halifax street (9.14 x 27.43 m) Allotment 31 (D262)
Existing Roof layout
Halifax street (9.14 x 27.43 m) Allotment 31 (D262)
Verandah
Existing Front elevation
Existing east elevation
Existing west elevation
Existing Back elevation
Conservation solution to 368 Halifax street dwelling
Given the site has legally enforceable Heritage Listing controls in place (refer Section 1.3: Current Development Controls & Heritage Status), any proposed works at the site (internal, external and grounds) and works at adjoining sites, are required to ensure the heritage values associated with the site are appropriately managed.
RETAINING ORIGINAL ROOM COMPOSIITON
A) The single storey symmetrical villa has unique high floor to ceiling volume, and all other spaces should be retained to its original configurations and volumes
REMOVAL OF NON-ORIGINAL ELEMENTS
B) Intrusive site elements: All intrusive site elements that affect the existing building’s heritage value should be removed as soon as possible. This includes the northsouth compound fencing, which is presently constructed in parts with thatch and corrugated metal sheeting.
MAINTAINANCE OF ORIGINAL ELEMENTS
C) The interior walls of the villa are currently in a state of disrepair, with many wall cracks and peeling paint. Plastering can be applied to some walls with fewer cracks, but structural intervention is required for walls with many cracks.
RECONSTRUCTION
D) The front verandah and its components are in poor shape; there are broken gutters, rotted timber beams and posts, cracked flooring, and peeling paint on the roof’s components. The reconstruction of the verandah at 368 Halifax Street is necessary to preserve the property’s historical significance.
368 Halifax street (9.14 x 27.43 m)
Allotment 31 (D262)
Original 1872-73 villa to be conserved
Maintaining original elements
Reconstruct walls / verandah to original details
Introduction of new elements
Demolition Floor Plan
Bedroom 3
Living Room
Bedroom 2
Bedroom 1
Remove front gate
Remove broken front fencing and corrugated fence on side and rear of the residence
Remove verandah plinth and replace flooring tiles
Remove verandah timber posts, roofing and structure
Demolition Front elevation
Remove compound fencing and front plinth
Remove cast iron brackets
Remove verandah timber post
Remove concave verandah roofing
Remove gutter and fascia
Demolition Side elevation
Remove rain gutter, eaves and soffit
Strip back existing render and paint
Clean exisitng roofing tiles, replace if damaged
Remove plinth, ready for salt damp remediation
The single storey dwelling at 368 Halifax street is a prime example of late Victorian architecture. It is symmetrical, double fronted home with shallow garden at the front.
Verandah
Proposed verandah plan - Slab
New downpipe connected to external stormwater system
Full height halfpost each end of verandah
200mm square verandah Post with lacework bracket
115mm square hardwood post
80mm x 60mm hardwood midpost
Detail - Verandah post base
Hot dip galvanise post stirrup
16mm diameter threaded rod anchored into new slab
Fill with builders putty, including any bolt holes, sand and paint
Verandah
Fill with builders putty, including any bolt holes, sand and paint
drill through slate edging into concrete slab for concealed galv. steel post support
Gray and white 150mm x 150mm tile
Charcoal black strip border tile
Corrugated metal fencing
67mm x 19mm hardwood picket fence
Rear mounted letterbox painted
Charcoal black 150mm x 150mm tile
Detail - Picket fence and verandah post
x 19mm hardwood timber picket
70mm x 35mm hardwood rail housed in post. Weather chamfered
Cut slate around fence posts
Core
Mintaro slate coping
Mintaro slate coping
LOSP
post with stirrup base
Proposed verandah plan - Roof
New re-folded galv. OG gutter returns to facade, with new 75mm galv. downpipe connecting into existing S/W system
LOSP formed concave capping with acrylead over at each end
Detail - Verandah post
New half post half post with mouldings shown beyond
Curved rail stops underneath half post
Shape screen rail from 45mm thick beams
Shape screen rail from 45mm thick beams
Proposed Verandah section
LOSP formed concave capping with acrylead over to each end
New galv. re-folded OG gutters with scotia moulding below
LOSP fascia 230mm x 35mm
Capital & molectiomouldings, lace details. Refer to details.
New 112mm square LOSP posts cut down to 100mm
67mm x 19mm hardwood timber picket fencing
New 70mm x 35mm timber wall plate, indicated through dashed line
New fascia beams and verandah posts shown dashed below
New galvanised concave roof sheeting
New galvanised re-folded gutters
Detail - Verandah half post
Cast metal brackets
Half post moulding, lace details. Refer to details.
Machined from Cedar or LOSP capital moulding
Exploded View showing proposed elements
200 x 100 mm LOSP half-post at each end of
200mm square LOSP verandah
Post with lacework bracket
galv.
Verandah slab with black ,gray and white 150mm x 150mm tile
Re-folded
OG gutter
Gabled roof
Black coloured Colourbond metal fencing
verandah
67mm x 19mm hardwood picket fence
LOSP fascia beams 230mm x 35mm
External terracotta birck air vent
Bluestone rubble stone masonry wall
Terracotta roofing tiles
Single sided sloping roof covered with corrugated iron sheet
Galvanised concave roof sheeting
04 POLARIS APARTMENT
Architecture firm project, Feb 2021 Fifth Column
Site - FP628/2, Sevasi TP 24, Vadodara, India | Site area - 1585 sqm
Polaris Apartment by Swaran Raga is a 4b2hk luxury apartments & 5b2hk penthouses scheme in Vadodara, India. The spacious apartments rises 13 floors with 24 apartments offering tranquility and luxurious amenities.
The homes at Polaris features an innovative open plan concept, integrating the living room, family sitting, dining and kitchen along with a beautiful spacious balcony. Along with the spacious apartments the leisure amenties include multi purpose gyms, swimming pool, children’s area, cafe with indoor games, meeting rooms, sauna, steam and outdoor garden.
The apartments uses earthquake resistant RCC Framed Structure and light concrete block construction with two high speed elevators. Each apartment is allotted 2 car park spaces with battery charging points for electric vehicles in basement. The apartments have slab to slab height of 10’6” with internal walls finished with Primer and Lapi coat.
The service lift lobby has natural premium stone flooring, internal vehicular road has cobble paved / stone paving and all external surfaces have weatherproof textured paint . All apartments and general spaces include fire sprinkler system, smoke detectors as well as fire hydrant systems.
Ground Floor Plan (LVL +0.0m)
8 8 9 9 10 10 11 11
9
Polaris Apartment (Structural model)
05
7 TANCRED STREET, ROUSE HILL, NSW
Architecture firm project, Dec 2025
Graduate of Architecture, Mistry Designs
Site - 7 Tancred street, Rouse Hill, NSW | Site area - 534.1 sqm
Reference - Namrata Shah (Senior Architect)
The documentation and drawings for the following project were lodged at Blacktown city council for approval.
The residence at 7 Tancred street, Rouse Hill in New South Wales is for a family of five. Rouse hill is a fairly new suburb gaining a lot of attention from exisitng and first home buyers.
The design of the following residence is done according to the client requirement which includes public and semi public spaces at the ground floor and first floor majorly has more private spaces for the residing family. The ground floor includes a double garage at the entrance, followed by one bedroom, study space, home theater, living room, dining and kitchen. The rear side of the house has a small swimming pool along with an attached alfresco.
The dog legged staircase connects the ground and first level, which has one master bedroom with attached walk in robe, washroom and an attached balcony extending above the front porch of the house. The first floor also has 3 more bedrooms for the family of five along with an entertainment space.
The facade of the house has white coloured brick with exposed concrete finish on columns and facade design elements over the front side of the house along with various two side and single side sloping roof, covered with metal sheeting. The design was presented to the client with diffferent options in scheduled client meetings and once approved by the client, the floor plans, elevations and site sections were detailed and submitted to Blacktown city council, NSW for approval.
Balcony
West elevation
North elevation
South elevation
INFIPRO CRICKET PAVILION
Architecture firm project, Oct 2022
Junior Architect, Fifth Column
Site - Chhani, Vadodara, India | Built up area - 262.10 sqm
The design approach is to this cricket pavillion is to create a simple yet significant addition to the huge expanse of the cricket ground.
The building has a linear form oriented EastWest with the roof leaning towards the South and the West to minimise internal heat gain and ensure a pleasant quality of light.
Two large dressing room areas are separated by a double-height common area, a staircase leading up to the conference room, and a lavish cabin for the owners. A diagonal wall at the entrance on the South breaks the otherwise orthogonal plan while opening up the foyer for players and visitors.
Viewing decks on both floors face the north to avoid direct sunlight into the eyes during the viewing experience. The structural elemnts used for the construction is concrete column, beams and footings.
The roof slab is also made of concrete and holds an overhead water tank which shapes in the opposite direction of of the roof tilt. The overhead water tank would also hold a game clock facing the cricket ground.
(D) + 6340mm
(Z) + 10231mm
(W) + 9867mm
(Y) + 10422mm
(X) + 10058mm POINT (A) + 8295mm
POINT (C) + 5950mm POINT (B) + 7905mm
5120 [16'-10"]
1. Equipment room (1), 2. Male washroom, 3. Female washroom, 4. Dressing room (2) , 5. Washroom (2) , 6. Foyer / Common area, 7. Dressing room (1), 8. Washroom (1), 9. Equipment room (2), 10. Equipment room (3)
1. Indoor Viewing gallery, 2. Owners cabin, 3. Washroom, 4. Outdoor Viewing gallery, 5. Conference room, 6. Umpire room, 7. Refree room (2), 8. Open terrace
Building sections
Exploded View
Building sections
Section EE’
Section DD’
