For over 35 years, Dixcons has delivered performance-based structural engineering where standard analysis ends. From blast protection of facilities against internal and external explosion events to nano-precision semiconductor platforms — we engineer certainty.
Founded in 1990, Dixcons Consulting Engineers is a specialist structural engineering practice delivering advanced analytical and performance-based design solutions across the full spectrum of structural engineering disciplines.
Over more than three decades, Dixcons has evolved beyond conventional structural consultancy into a domain-focused firm recognised for solving complex engineering problems where standard analysis proves insufficient. Operating globally from Bengaluru, we serve clients across India, the Middle East, and international markets.
Dixcons delivers specialised solutions across ten principal domains — spanning buildings & infrastructure, blast protection, industrial, pharmaceutical, machine foundations, and precision engineering.
Comprehensive structural engineering across all building typologies — residential, commercial, industrial, institutional, and special purpose facilities.
Design of hardened structures and protective systems to shield against blast threats — explosives storage, fragment barriers, blast walls, and containment enclosures.
We design for both internal blast (explosions within confined spaces) and external blast (TNT charge at standoff). Empirical and CFD-based methods characterise overpressure, impulse, and dynamic structural response.
Robust structural engineering for heavy industrial, petrochemical, power generation, and process facility environments under complex static and dynamic loading regimes.
Specialist structural design for GMP pharmaceutical manufacturing, cleanroom facilities, sterile production plants, API buildings, and ultra-low vibration precision laboratory environments.
Comprehensive design for rotating, reciprocating, and impact machinery foundations — ensuring resonance avoidance, vibration control, and structural stability under all dynamic loading regimes.
High-performance floor systems engineered for nano-level vibration control in semiconductor fabs, metrology labs, and research environments — designed to VC curve criteria.
Structural design for elevated pipe rack framing systems supporting process, utility, and instrument lines across industrial facilities — petrochemical, pharmaceutical, and power generation.
Complex structural assignments requiring specialised analytical competence and advanced simulation — tall buildings, seismic retrofit, performance-based design, and post-tensioned structures.
Robust foundation solutions for demanding industrial environments — boiler plants, tank farms, deep piling systems, and post-tensioned slab applications.
Our portfolio spans blast protection, industrial, pharmaceutical, infrastructure, and building projects — each requiring a distinct engineering response, delivered with precision.
Dixcons serves a global clientele across sectors where structural precision is non-negotiable — blast protection, pharmaceuticals, boiler and energy, technology, agro-industrial, and commercial development.
Dixcons is committed to pushing the boundaries of structural engineering — ensuring that every facility it designs can withstand the forces of the modern industrial world, whether surviving a blast event, maintaining precision under vibration, or lasting over a full service life.
With a foundation built over 35 years and a team dedicated to continuous innovation, Dixcons stands as a partner of choice for clients who demand engineering solutions that perform under the most demanding conditions.
"Advancing structural engineering for infrastructure that is inherently resilient, dynamically stable, and reliable for precision-driven industries."
Have a complex structural challenge? Reach out to discuss how Dixcons can deliver the engineering precision your project demands.
We welcome enquiries from clients, developers, EPC contractors, and international consultants seeking specialist structural engineering expertise.