Portfolio · Senior Architect · CA/2018/92595
Neehar
Jallu
M.Arch · Sustainable Architecture
9+ Years · Masterplanning · BIM · High-Rise Design
9+ Years · Masterplanning · BIM · High-Rise Design
Professional Work
Leading a 950-acre Health City masterplan in coordination with national and international consultants. Responsibilities span RFP preparation, stakeholder facilitation, feasibility reviews, and concurrent management of villa, apartment, and resort projects.
Led BIM coordination for The Landing — a 252-key Hotel & Co-Living project near Hyderabad International Airport. Managed design development for a 34-acre Residential High-Rise Mixed-Use project and prepared feasibility studies for a 230-acre Township Masterplan encompassing senior living, villas, schools, and community amenities.
Reviewed contractor submittals, developed project specifications and construction procedures, maintained code compliance, and coordinated design quality with consultants and on-site teams.
Foundational roles in design development, documentation, and construction observation across residential and commercial projects. Built core competencies in drafting, site coordination, and design process.
A comprehensive Health City masterplan of 943 acres in North Belagavi, Karnataka. The vision: a liveable, inclusive, and economically vibrant township where health, wellness, and lifestyle tourism act as catalytic drivers of long-term urban value — integrating tertiary healthcare, alternative medicine, senior living, hospitality, commercial, and residential zones across 10+ years of phased delivery.
“To create a liveable, inclusive, and economically vibrant health city where wellness and lifestyle tourism act as catalytic drivers of long-term urban value.”
A 32 acre mixed use development with lake facing high rise residences — a total built up area of 4 million sft for three towers in the current phase of development. The key design focus is on retaining site green spaces by ensuring 70% open space and 800m lake frontage. Consists of premium 2 and 3BHK apartments with long expansive balconies for scenic and panoramic views of the lake.
One of the first co-living and hotel developments near Hyderabad International Airport. The design boasts staggered projections and massing with concrete finish exteriors and minimalistic but premium interiors — each floor carries a distinct plan to achieve the staggered architectural massing.
| Room Type | Nos | Area (sft) |
|---|---|---|
| Type 1 | 42 | 380 |
| Type 2 | 8 | 750 |
| Unit Type | Nos | Area (sft) |
|---|---|---|
| Type A (2BR) | 43 | 517 |
| Type B (2BR) | 60 | 499 |
| Type C (2BR) | 13 | 521 |
| Type D (2BR) | 6 | 490 |
| Type E (2BR) | 4 | 522 |
| CXO | 22 | 651 |
| Single Room | 54 | 415 |
Phase-1 of a 350 acre integrated township — 70-acre villa and plotted development built on contoured land with a hilltop. Master planning retains the existing site contour and creates stepped villa planning so that each villa commands a seamless and expansive view. This approach also reduces cutting & filling, preserving site topography. Nestled among the hills, the architecture of the villas resembles the surrounding boulder rocks. The clubhouse at the hilltop is planned in a staggered way echoing the rocks. Villas ranging from premium to row houses are distributed across the site levels — each row staggered in plan and section to ensure unobstructed views for every typology.
A contemporary mid-rise apartment development characterised by rhythmic façade articulation — timber-finish fins, staggered balconies with planted edges, and rooftop pergola volumes that break the skyline. The composition balances privacy and openness while maintaining a strong street presence.
A mid-rise residential apartment building characterised by a classical European-inspired façade — crisp white plasterwork, fluted pilasters, ornamental cornices, and warm stone-finish cladding panels. The ground floor opens into a landscaped forecourt with a timber-screen entry gate, creating a strong sense of arrival and identity at street level.
A parametric ceiling installation for SOMA — a restro-bar in Visakhapatnam — conceived as a continuous undulating timber grid that redefines the sensory experience of the space overhead. Modelled entirely in Rhinoceros 3D, the geometry draws from organic surface logic: a quad-grid lattice that warps and inflates across the ceiling plane, generating cell-like voids that shift in depth and rhythm depending on the viewer's position. The result is a canopy that feels simultaneously structural and sculptural — warm under amber light, and complex in its simplicity. Fabricated from WPC panels with CNC precision cutting.
The brief called for a ceiling that could serve as the defining character of a high-energy restro-bar — something that would hold the room together visually while drawing the eye upward. Rather than a conventional false ceiling, the design proposes a parametric surface: a field of intersecting curved fins derived from a structural quad mesh, inflated and warped using Rhinoceros 3D to create an organic undulation across the full ceiling plane.
The lattice is composed of WPC (Wood Plastic Composite) panels, CNC-cut with precision and slotted together at intersections — a system that allows complex curvature to emerge from planar components while offering durability and moisture resistance suited to a bar environment. The warm tonal finish of WPC against the dark acoustic ceiling creates a layered visual field that shifts dramatically under the venue's amber lighting.
A gated villa development anchored by a bold club house whose façade is the defining architectural gesture of the project. The club house presents a parametric screen of diagonal timber-finish louvers arranged in a continuous diamond lattice — set within sharp white cubic volumes that frame views into the double-height interior. The villas themselves follow a contemporary language: clean horizontal massing, wood-finish soffits, circular skylight accents, and deep green balconies that soften the street edge.
The club house façade operates as a parametric screen — a field of diagonal louver panels arranged in a repeating diamond lattice that wraps across the white cubic volumes. The geometry creates depth through layering: a backlit warm-finish screen set within sharp white reveals, producing a façade that reads differently at different times of day — shadow-textured in daylight, warmly luminous after dark.
The villas draw from a contemporary palette — horizontal cantilevered volumes, wood-finish ceiling soffits, circular skylight cutouts, and glass-railed balconies planted with cascading greenery. The interplay between the bold graphic club house and the quieter residential units creates a coherent streetscape where amenity and living are in clear visual dialogue.
A contemporary individual residence that layers contrasting materials into a cohesive façade narrative. Exposed concrete-finish cladding forms the primary volume, punctuated by a decorative brick jaali screen at mid-level that filters light into the interior while adding visual texture and warmth. Wood-finish cladding panels at the upper level, glass balustrades, and a lush rooftop garden complete the composition — a home that balances openness with privacy through material contrast rather than formal complexity.
B.Arch at Varaha College of Architecture and Planning and M.Arch in Sustainable Architecture at GITAM University, Visakhapatnam. Click any project to explore the full set of drawings and sheets.
A mixed-use accommodation and training facility for the homeless that uses passive design — circular massing, wind-induced roof form, green roof, skylights, and organic waste treatment — to achieve thermal comfort and sustainability. Site area: 3.8 Acres, Visakhapatnam.
A comprehensive urban analysis of the MVP (Muvvala Vani Palem) locality in Visakhapatnam using Kevin Lynch's urban image theory — paths, nodes, landmarks, edges, and districts — culminating in a Water Sensitive Design proposal for the Hanumantha Vagu waterway. Site study area: 194 Acres.
A mixed-income group housing scheme with MIG/HIG residential blocks, self-shading balconies, and an organically-formed community centre with swimming pool, gym, restaurant, and banquet facilities. Sustainable strategies include bioswale landscaping, organic waste treatment, and root-zone treatment. Proposed layout: 50,326 sqm.
A live-work building in two overlapping circular volumes creating a Venturi effect for natural ventilation — turned 30° from north to maximise wind capture. South-facing PV panels, clerestory windows, a wind tower, and a glazed atrium with stack-effect ventilation demonstrate integrated passive strategies across all levels.
BIM Coordination Certified · L&T EduTech / Coursera · CA/2018/92595
