S C R A B

Scrap Reutilization for Aesthetic Beautification
Material Intelligence Through Upcycling
Turning scrap into architectural intelligence.
  • Material systems from waste streams (not décor)
  • Craft integration to revive local skills
  • Impact documented per project (where feasible)

Skillyak converts discarded materials into functional, high-quality architectural interventions—combining design, craft, and technology to reduce waste and create meaningful spaces.

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Typical collaborations start with a 15–20 minute alignment call.
Why we exist
“Every material has a past. Architecture decides whether it ends there—or continues.”

We work at the intersection of architectural intent, material responsibility, and craft-led execution— turning overlooked resources into systems that belong in the built environment.

  • Diverting waste from landfills through design-led upcycling
  • Creating usable architectural components and systems
  • Reviving local crafts and enabling artisan livelihoods
At a glance
Upcycled architectural installation by Skillyak
Environment × Empowerment × Employment — material reuse with craft revival and livelihood creation.
How we work with architects

A material collaborator, not a vendor.

We integrate early—so sustainability reads as design intelligence, not a late-stage add-on.

Step 1
Early design discussions & intent alignment
Step 2
Waste-stream mapping & feasibility checks
Step 3
Custom development based on site, brief, and context
Step 4
Prototyping, mock-ups, and detailing support
Step 5
Fabrication coordination and execution support
What you receive
  • Material direction aligned with concept & context
  • Prototype-ready detailing & feasibility notes
  • Execution support with craft-sensitive outcomes
  • Impact documentation (where feasible)
Materials & craft

Material intelligence, rooted in place.

Post-industrial textile waste
  • Acoustic & wall panels
  • Surface skins & partitions
  • Installations & spatial elements
  • Felt / fiber composites (project-specific)
Plastic & polymer waste (clean, non-hazardous)
  • HDPE / PP / PET offcuts & rejects
  • Reformed sheets, tiles & cladding modules
  • Terrazzo-like panels & surface applications
  • Prototype-driven detailing for durability
Wood & paper-based industrial scrap
  • Plywood / MDF cut-offs (non-treated)
  • Packaging waste to usable boards (project-specific)
  • Joinery elements & interior components
  • Surface textures & crafted assemblies
Metal scrap & fabrication remnants
  • Sheet offcuts, sections, perforated scrap
  • Screens, partitions & feature elements
  • Frames, brackets & hybrid assemblies
  • Finish exploration (patina / coating as needed)
Mineral waste & ash-based by-products
  • Fly ash / stone dust (project-specific)
  • Cast or pressed modules (tiles, blocks)
  • Surface textures & composite infill panels
  • Performance checks: strength, sealing, dusting
E-waste (selected, no batteries)
  • Circuit boards / components for art + surfaces
  • Casings / housings for assemblies (project-specific)
  • Detail accents, inlays & installations
  • Handled only via safe dismantling + sorting
What we track (when feasible)
  • Waste-stream category + source (factory / site / vendor)
  • Approx. weight/quantity diverted and components fabricated
  • Substitution logic (what new material was avoided)
  • Fabrication + finishing steps (for repeatability)
What you receive
  • Material story for client/brand communication
  • Care & maintenance guidance for longevity
  • Option to document artisan involvement (teams/hours)
  • Project-ready photos + process documentation (as approved)
We work with non-biodegradable, non-biohazard industrial waste streams—including textiles, plastics (clean), wood, metals, mineral/ash-based by-products, and selected e-waste. Each project begins with waste-stream identification and prototyping to translate scrap into buildable systems, finished through local craft for contextual identity and artisan employment.
We do not accept: contaminated plastics, medical waste, batteries, bio-medical / biohazard waste.
Selected work

A few representative interventions.

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Tata Power, Maithan
Tata Power, Maithan
Urban installation • Boiler tubes + fly ash
A central-roundabout fountain made from repurposed boiler tubes, paired with statues sculpted from fly ash—an industrial-to-public-art statement of sustainability.
Cafe at Nekta by TajSats, Gurugram
Cafe at Nekta by TajSats, Gurugram
Wall art • Discarded utensils
A feature wall crafted from discarded utensils sourced from TajSats, repurposed into a storytelling installation that celebrates culinary heritage and staff pride.
Lobby Design, Taruchaya Residency, Jaipur
Lobby Design, Taruchaya Residency, Jaipur
Interior + furniture • Cable trays + shutters
Repurposed cable trays and leftover paint create a mirrored feature wall, complemented by benches and tables made from recycled rolling shutters and wrought-iron mini sculptures.
Sit Out Space, MPL, Maithan
Sit Out Space, MPL, Maithan
Outdoor seating • Wire drums + turbine base
A staff resting zone using a wire-drum bench with locally sourced grass upholstery, plus a center table built around a turbine base with a recycled boiler-tube tabletop.
Jamshetji Tata Statue, MPL, Maithan
Jamshetji Tata Statue, MPL, Maithan
Public sculpture • Recycled PET bottles
A portrait sculpture fabricated from recycled PET bottles—honoring legacy while demonstrating how everyday waste can become meaningful public art.
Floor-breaking Chandelier, Bhool Bhulaiya 2
Floor-breaking Chandelier, Bhool Bhulaiya 2
Film prop • Upcycled lamp post
A grand ‘royal’ chandelier designed to touch and break the floor on cue—built without glass, engineered to be flexible and unbreakable, handcrafted with upcycled Jaipur materials.
Echoes of Energy, Tata Power, Mundra (Gujarat)
Echoes of Energy, Tata Power, Mundra (Gujarat)
Installation • Metal + conveyor belt
An upcycling-led installation avoiding ~18.4 tCO₂e by reusing ~6 t metal and ~4 t rubber conveyor belt (plus glass wool). Impact is documented alongside the build.
Impact

Measurable where possible. Documented per project.

If you don’t have numbers yet, we can still set up an impact plan at concept stage: define the waste stream, estimate material substitution, document sourcing and processing, and then confirm weights/quantities during fabrication.

Material diverted
Project-specific
Captured by waste-stream type, weight, and reuse route
Carbon avoided
Project-specific / estimated
Example: ~18.4 tCO₂e (Echoes of Energy) from reusing ~6 t metal + ~4 t conveyor belt
Virgin material offset
Project-specific
Estimated substitution of new materials with reclaimed inputs
Reuse route
Reuse • Repurpose • Recycle
Defined during concept + confirmed at fabrication stage
Artisan engagement
Ongoing
Craft integration supporting local livelihoods (hours/teams recorded where possible)
Documentation pack
Included
Material source, process notes, installation/maintenance guidance
We treat sustainability as a system: environment (material reuse), empowerment (craft revival), employment (artisan livelihoods).
Collaborate

If one day you’re designing a space that needs more than fresh materials…

If you want sustainability to be part of the narrative—not an afterthought—let’s talk.

Nishtha Pandey
Architect | Founder, Skillyak
Email
info@skillyak.com
Phone
+91-7414813000
Website
https://skillyak.com
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Scan to view Skillyak’s work
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Projects | Process | Craft | Impact
Best viewed with sound and process videos.
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