Our Services
India Event & Tourism Company delivers a comprehensive suite of engineering and IT solutions, enabling mission-critical infrastructure in railways, telecommunications, and enterprises.
Telecom Design Consultancy
India ETC provides end-to-end consultancy for telecom system design, drawing on deep industry experience to offer network architecture planning, equipment specification, integration design, and regulatory compliance. The team supports clients through feasibility studies, technical documentation, and optimization strategies tailored for robust, scalable networks.
Acoustic Simulations & Testing
Leveraging advanced simulation tools, India ETC conducts acoustic modeling for environments where clear communications are essential. The service spans predictive sound analysis, field testing, and performance validation to ensure systems minimize interference and maintain signal clarity under diverse conditions. India ETC's expertise includes on-site measurement and post-construction compliance assessments.
Catenary Health Checks
India ETC specializes in the inspection and assessment of overhead electrification systems. Health checks include structural and electrical integrity evaluations, preventive maintenance recommendations, and fault diagnostics. These services help railway and transport operators enhance safety, reduce downtime, and extend the lifespan of catenary networks.
Signalling & Telecom Installation and Commissioning
The company undertakes turnkey installation and commissioning projects for both signaling and telecom systems. This includes hardware deployment, cable laying, system configuration, and rigorous commissioning protocols to ensure functionality meets project requirements. India ETC ensures seamless transition from construction to operational service, adhering to industry and safety standards throughout.
Signalling & Telecom Maintenance Works
Regular and preventive maintenance by India ETC helps clients maintain high system reliability and safety. Services include periodic inspections, troubleshooting, remote monitoring, and rapid on-site repairs. The maintenance team applies best practices for minimizing service interruptions and optimizing long-term asset performance.
IT Enabled Services
India ETC extends its capabilities to the digital domain, providing custom software development for automation, analytics, and enterprise resource planning (ERP). The firm also offers Data Center Setup and Design services—from capacity planning and hardware selection to security architecture and environmental controls. Solutions are engineered for reliability, scalability, and compliance with best practices, supporting growth and innovation for modern businesses.
India ETC's multidisciplinary expertise and customer-centric approach ensure tailored solutions, seamless project execution, and continuous operational support for clients across the infrastructure and technology sectors.
Acoustic Simulations & Testing
Acoustic Design Consultancy for Metro Stations and Airports Acoustic comfort and speech intelligibility are vital for public spaces such as metro stations and airports, where clear communication and noise control directly impact passenger experience and operational safety. Whether designing for elevated or underground stations, as well as large airport terminals, acoustic consultancy services should address a complex blend of architectural, technological, and regulatory factors.Design Principles:In underground metro stations, low reverberation and high background noise from ventilation, crowd movement, and train operation must be managed through materials selection and spatial arrangement. Elevated stations require control of flutter echoes, external noise ingress, and optimized sound distribution owing to their open architecture.For airports, vast open spaces with hard reflective surfaces present unique challenges. Acoustic ceiling panels, baffles, and absorptive wall treatments can significantly reduce reverberation, while targeted PA system designs using directional speakers and multi-zone amplification optimize speech clarity in noisy environments.Pre-Commissioning (Design Stage):Conduct architectural and material assessment, including computer simulations of room acoustics to predict key indices like RT (Reverberation Time), STI, and SPL distributions for platforms, concourses, and waiting areas.Perform ambient noise surveys during operational and low-traffic conditions to establish baseline levels for effective design.Use predictive acoustic modeling to recommend speaker placement, amplification zones, and sound-absorbing treatments. Set design targets for speech intelligibility (typically STI greater then 0.60 for public areas, as per international standards) and SPL control (below regulatory limits, e.g., SPL less then 65 dBA).Post-Commissioning (Acceptance Stage):Execute site measurements for STI and SPL to validate the installed system's performance. STI tests are performed at representative listener locations using standard test signals; SPL is measured during peak operational periods and compared against regulatory thresholds.Adjust speaker tap settings and orientations as needed, employing rapid STI and SPL test feedback to optimize intelligibility and minimize background noise effects.Commissioning reports must document compliance with contractual and regulatory standards, ensuring speech clarity is maintained under real-world operating conditions (targeting STI ≥ 0.7 and SNR ≥ 10 dB)
Summary:
A specialist acoustic consultancy will combine simulation, rigorous on-site testing (STI/SPL), and tailored system designs to transform both underground and elevated metro stations, as well as airports, into acoustically optimized environments. This process drives clear communication, safety, and comfort for millions of daily travelers
Signalling &Telecom Installation and Comissioning
Installation and Commissioning of Metro Telecom and Signaling Equipment The installation and commissioning of metro telecom and signaling systems are critical processes that ensure the operational readiness and reliability of both greenfield (new construction) and brownfield (existing infrastructure) projects.Greenfield Project Approach In greenfield environments, the process begins with comprehensive site surveys and detailed planning. Civil and architectural interfaces are coordinated to provide compliant spaces for telecom and signaling equipment. Structured cabling—including fibre optics, copper, and power—is installed following precise routing charts and standards.
Equipment such as PA systems, Passenger Information Displays (PIDS), Closed-Circuit Television (CCTV), telephones, TETRA radio, master clocks, access control devices, and all signaling apparatus are mounted, wired, and grounded according to manufacturer and safety specifications.
Stand-alone and end-to-end subsystem tests verify correct operation—from voice clarity and data integrity to interlocking and train detection logic. Integrated site acceptance tests (SAT) finalize the process, confirming system interoperability, communication integrity, and safety compliance prior to formal handover for operations.Brownfield Project Approach Brownfield installations present additional complexity due to ongoing operations and legacy systems. Work is sequenced during limited windows, often at night, to minimize service disruption.
.A detailed migration plan governs equipment removal, interface management, and stepwise installation to maintain continuous service. Temporary interfaces or protocol converters may be deployed to bridge new and existing equipment during transition phases.
Commissioning is performed in staged steps: initial operational coexistence, followed by rehearsed cutovers and controlled activations. Full performance and safety validation—including both backward and forward compatibility checks—are required before decommissioning obsolete systems. Detailed documentation, change logs, and backup configurations support traceability and future maintenance.
Catenary Health Checks
Rail Catenary Spark-Detection System
1. System Purpose:
To detect and locate sparks/arcing on the catenary in real time, providing early warning of contact degradation so maintenance teams can inspect before major failures occur
Signalling & Telecom Installation and Comissioning
Installation and Commissioning of Metro Telecom and Signaling Equipment The installation and commissioning of metro telecom and signaling systems are critical processes that ensure the operational readiness and reliability of both greenfield (new construction) and brownfield (existing infrastructure) projects.Greenfield Project Approach In greenfield environments, the process begins with comprehensive site surveys and detailed planning. Civil and architectural interfaces are coordinated to provide compliant spaces for telecom and signaling equipment. Structured cabling—including fibre optics, copper, and power—is installed following precise routing charts and standards.
Equipment such as PA systems, Passenger Information Displays (PIDS), Closed-Circuit Television (CCTV), telephones, TETRA radio, master clocks, access control devices, and all signaling apparatus are mounted, wired, and grounded according to manufacturer and safety specifications.
Each device is powered up sequentially. Functional and safety checks are conducted, including insulation resistance, cable continuity, and polarity tests. System software is installed and configured based on approved logic and signaling diagrams.
Stand-alone and end-to-end subsystem tests verify correct operation—from voice clarity and data integrity to interlocking and train detection logic. Integrated site acceptance tests (SAT) finalize the process, confirming system interoperability, communication integrity, and safety compliance prior to formal handover for operations.Brownfield Project Approach Brownfield installations present additional complexity due to ongoing operations and legacy systems. Work is sequenced during limited windows, often at night, to minimize service disruption.
A detailed migration plan governs equipment removal, interface management, and stepwise installation to maintain continuous service. Temporary interfaces or protocol converters may be deployed to bridge new and existing equipment during transition phases.
Commissioning is performed in staged steps: initial operational coexistence, followed by rehearsed cutovers and controlled activations. Full performance and safety validation—including both backward and forward compatibility checks—are required before decommissioning obsolete systems. Detailed documentation, change logs, and backup configurations support traceability and future maintenance.
S&T Maintenance Works
Signaling and Telecom Maintenance for Metro Rail Effective maintenance of signaling and telecom systems is crucial for metro rail safety, reliability, and uninterrupted service. Maintenance activities focus on preventive, predictive, and corrective actions to ensure optimal system performance.Signaling Maintenance:
Routine inspections and functional tests are conducted on interlocking systems, track circuits, axle counters, signals, and CBTC equipment. Track circuits and axle counters are regularly tested for detectability, fault conditions, and reliability to ensure accurate train position monitoring. Diagnostic tools and train simulators assist in fault detection and validation. Firmware and software updates are systematically applied to maintain safety integrity. All repairs follow fail-safe principles to avoid service disruptions or safety incidents.Telecom Maintenance:
Maintenance covers PA systems, PIDS, CCTV, radios (TETRA), telephones, master clocks, and network infrastructure. Routine signal quality tests, calibration, and hardware health checks prevent communication failures. Fiber optic cables and connectors undergo visual inspections and optical time-domain reflectometry (OTDR) tests to identify degradation or damage. Network switches and controllers are monitored for data throughput and latency Work Practices:
Maintenance is scheduled during non-peak hours to minimize passenger inconvenience. Detailed logging of anomalies, repairs, and component replacements ensures traceability. Emergency standby teams and spare parts are maintained for rapid fault rectification. Close coordination between signaling and telecom teams enables integrated troubleshooting and swift restoration.This proactive maintenance approach supports metro rail’s operational safety, high availability, and passenger confidence dail.
IT Enabled Services
Unlock your business potential with our comprehensive IT Enabled Services. We specialize in custom engineering, tailored software development, and robust network and data security solutions. Our expertise spans LAN and WAN networks, ensuring seamless connectivity and protection. Plus, benefit from reliable maintenance and support to keep your operations running smoothly. Partner with us for innovative, secure, and scalable IT solutions designed to drive your success.