Shaping the future of heavy industry with advanced nano-composites.
A global collective of veteran engineers and scientists with decades of expertise advancing composite materials and renewable energy technologies — delivering Art-to-Part solutions from concept to component.
Nano-Composites
Building Materials
Defense
Renewable Energy
Railway & Transit
Automotive
Who We Are
A collective of veteran engineers — designing materials that move the world forward.
30✚
Years Avg. Expertise
$150B
Global Materials TAM
05
Industry Sectors
100%
Art-to-Part Delivery
Avantikanath Engineering & Innovations Pvt. Ltd. brings together decades of multidisciplinary expertise across composite materials, polymer engineering, and renewable energy technology. We deliver end-to-end Art to Part solutions — from material selection and design simulation through process engineering, prototyping, and serial production.
Our work spans high-pressure hydrogen vessels, lightweight solar mounting systems, mass-transit interiors, pultruded structural sections, and advanced polymer composites for aerospace, automotive, and architectural applications. Every solution is engineered around durability, sustainability, and measurable performance gains over legacy materials.
Our Vision
To become the world's best company for advanced composite & nano technology.
Driven by innovation, deep research and continuous development — building the materials that will define the next century of industrial progress.
Our Mission
To develop best-in-class technology at an affordable price for global & domestic markets.
Delivering scientifically advanced, commercially scalable composite solutions that bridge performance and accessibility — for every industry we serve.
"Disruptive technology at an affordable cost."
Leadership
Built by veterans of global automotive and materials R&D.
30 years of global leadership across India, Japan, Germany & the USA.
Senior engineering executive in EV systems, automotive R&D, safety and advanced materials. Career spans Isuzu Japan, Daimler-Chrysler USA & Germany, Ford Motors USA, Faurecia, and major Indian mobility companies — with deep expertise in crashworthiness, NVH, composites, lightweighting, ballistic vehicle engineering, and multiphysics FEA.
Career — Brands he has worked with
TACO
Tata Group
EV R&D
RSB
Transmission & E-Axle
Faurecia
Country Head · USA & India
Ford
Motors
Sr. Project Engineer · USA
Daimler
Chrysler
Sr. FEA · USA & Germany
ISUZU
Project Engineer · Japan
Bus & Coach
Mfg. (India)
Director · Technology
RSB
Manufacturing Engineer
Education & Research — Alma Maters
PhD · Pursuing
IIT Roorkee
Hydrogen Fuel Cell Membrane research
M.Tech · Gold Medalist
University of Michigan
Robotics, Mechatronics & Bio-Volumetric Sensors
Sponsored Research
Michigan State University
Smart Materials & Nano-Composites
Key Expertise
Recent Research
Lightweight bus body made from composite for city bus application
CIRT, Govt. of India — Jan–Mar 2025 Publication
Biodegradable composite material made of biochar, to replace musical wood (Natural Maple, Red Sandalwood) used in guitars, drums & pianos
CIPET Bhubaneswar — Forthcoming Publication
The Core Edge
Shaping the future of heavy industry with advanced nano-composites.
01
Scientific Moat
Patent-pending nano-chemistry built on decades of materials research.
02
Massive TAM
$150B global advanced materials market with rapid sector growth.
03
Venture-Ready
Experienced scientific & commercial leadership team in place.
04
Scalable Model
Strategic B2B partnerships and global distribution architecture.
Industry Sectors
Five industries, one material revolution.
Disrupting Construction
60% Lighter · 4× Life · 100% Rust-Proof. Nano-composite structural systems, pergolas, façades and architectural elements that outperform steel and concrete on every metric — from lifecycle cost to carbon footprint.
Strategic Advantage
Ballistic resilience and increased payload capacity through nano-composite armor — engineered for blast resistance, modular protection levels, and weight savings critical to mobility.
Zero Corrosion
Maximized lifecycle and fatigue resistance for solar mounting structures, wind blades, and hydrogen storage — engineered for 30+ years in the harshest coastal and offshore environments.
Efficiency First
Drastic weight reduction for high-speed rail and metro systems — composite interiors, side walls, doors and front-end fairings that lower energy consumption and increase service life.
Range Extension
Structural deadweight removal in EV design — lightweight nano-composite body, BIW, and battery housing components that directly extend range and reduce charging cycles.
Real-world applications.
From metro rolling stock to industrial walkways and architectural domes — our composites in the field, across every sector we serve.
— 01
Mass Transit
— 02
Industrial Platforms
— 03
Architectural
— 04
Bus Bodies
— 05
Industrial Enclosures
— 06
SPC Surfaces
Our Expertise
Deep capability across materials, processes and design.
M·01
Glass Fiber Composite
GFRP and fiber reinforced plastics for structural, electrical and corrosion-resistant applications.
M·02
Carbon Fiber Composite
CFRP and carbon reinforced plastics engineered for high strength-to-weight performance.
M·03
Wood Polymer Composite
Sustainable WPC for architectural, decking and furniture applications.
M·04
Stone Polymer Composite
SPC flooring and surfaces engineered for dimensional stability and durability.
M·05
Engineering Polymers
PVC, PU, PP, HDPE and LDPE formulations for industrial-grade components.
M·06
CNT & Graphene
Carbon nanotube and graphene-enhanced composites for next-generation performance.
M·07
Advanced Ceramics
Boron carbide and aluminum carbide for ballistic and high-temperature applications.
P·01
Filament Winding
Engineered fiber orientation for pressure vessels, pipes and cylindrical structures.
P·02
Pultrusion
Continuous production of constant-cross-section structural profiles in GFRP and CFRP.
P·03
Sheet Molding Compound
SMC for high-volume, complex-geometry composite parts.
P·04
Light RTM
Light resin transfer molding for medium-volume class-A surfaces.
P·05
Hand Lamination & Autoclave
Precision laminating for prototypes and high-performance aerospace-grade parts.
P·06
Vacuum Resin Infusion
Closed-mold infusion for large structures with optimized fiber-volume fraction.
P·07
Rotomolding
Rotational molding for hollow polymer parts and storage solutions.
D·01
CATIA
Advanced 3D CAD for surface modeling, assembly and product design.
D·02
SolidWorks
Parametric CAD modeling for mechanical design and manufacturing prep.
D·03
Abaqus & ANSYS
High-fidelity FEA for static, dynamic and non-linear structural analysis.
D·04
LS-DYNA
Explicit dynamics simulation for crash, impact and high-velocity events.
D·05
CFX & COMSOL
CFD and multiphysics simulation for fluid, thermal and coupled-field problems.
D·06
Mold Flow
Injection molding simulation for gate placement, fill and warpage optimization.
D·07
FEMFAT
Durability and fatigue life prediction for cyclically loaded components.
D·08
HyperMesh & NASTRAN
Pre-processing and structural solver suite for large-scale FE analyses.
T·01
ARAI & CIRT
Automotive Research Association of India & Central Institute of Road Transport — homologation & certification.
T·02
Qualitek Labs
Mechanical, thermal and chemical characterisation of polymers and composites.
T·03
CPET Bhubaneswar
Central Institute of Plastics Engineering & Technology testing collaboration.
T·04
ITD Bhubaneswar
Indo-German Tool Room (now ITD) — tooling, fixtures and process validation.
T·05
NCL Pune
National Chemical Laboratory — advanced materials research collaboration.
Products Developed
Engineered solutions, field-proven performance.
Product 01
PU Composite Solar Panel Frame
GFRP frame that outperforms aluminum on strength, corrosion, insulation and cost — built to IEC 61215.
≥1000MPa
4× Al strength
30yrs
Product life
−20%
vs Aluminum
Product 02
GRP Pultruded Sections & Electric Poles
Non-conductive, non-corrosive FRP profiles built to outlast steel and concrete in coastal and chemical environments.
80+ yrs
Design life
140km/h
Wind load
120°C
Range −40 to +80
Product 03
Type IV Carbon Fiber Hydrogen Cylinder
First-in-India Type IV composite pressure vessel for hydrogen transport — filament wound, FEA validated.
700bar
Working pressure
2.25FOS
Safety factor
200kg
H₂ capacity
Manufacturing Showcase
From formwork to pultruded profiles — our composite outputs in production.
Test Lab Partners
Validated through India's premier testing institutions.
- ARAI — Automotive Research Association
- Qualitek Labs
- ITD Bhubaneswar (formerly IGTR)
- CIRT — Central Institute of Road Transport
- CPET Bhubaneswar
- NCL Pune
Have a part that needs reimagining?.
From concept and material selection through FEA, prototyping and serial production — we deliver composites that change what’s possible.
Get in touch
Let's build something that lasts.
Tell us about your project. Whether it’s material selection, design review, prototyping or full Art-to-Part development, our team is ready to help you move from idea to industrial reality.
Corporate Office
#215 Metro House, Mangaldas Road, Bund Garden, Pune — 411 001, Maharashtra, India.
Phone
Website
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