Multi-Disciplinary Design Consultancy for India's First High-Speed Rail (MAHSR)

SAPC Infrastructure LLP is proud to serve as the Contractor-Appointed Design Consultant for six Maintenance cum Technology Centres (MTCs) being developed as part of the Mumbai-Ahmedabad High Speed Rail (MAHSR)—India’s first bullet-train corridor. Delivered under an EPC (Design & Build) model, this prestigious infrastructure project demonstrates SAPC’s expertise in delivering complex, multi-disciplinary engineering solutions for large-scale government infrastructure.

Project Overview

The Maintenance cum Technology Centres (MTCs) are strategically located across Gujarat to support the operation and maintenance of India’s first high-speed rail network. These facilities will accommodate civil, track, signalling & telecommunication (S&T), electrical maintenance operations, technology centres, and staff amenities while meeting the highest standards of sustainability and engineering excellence.

SAPC is responsible for delivering the complete multidisciplinary design package across all six locations, including Architecture, Structural Engineering, MEPF, Fire Protection, BIM coordination, statutory approvals, and codal compliance.

Project Information

National High Speed Rail Corporation Limited (NHSRCL)
SCC–Capacit'e JV (SCC)
Contractor-Appointed Design Consultant
EPC (Design & Build)
Government / Rail Infrastructure
Maintenance cum Technology Centres (MTC)
6
Sabarmati, Anand, Vadodara, Bharuch, Surat & Vapi (Gujarat)
G+4, G+6 & G+7 Buildings
Approximately 58,080 m² (~6.25 Lakh sq. ft.)
IGBC Platinum (GNB v3) & Super ECBC 2017
Ongoing

Project Highlights

SAPC Scope of Work

SAPC Infrastructure LLP is delivering comprehensive multidisciplinary consultancy services across all six Maintenance cum Technology Centres.

01. Architectural Design

Concept design, design development, construction drawings, detailed working drawings, finishing schedules, and architectural coordination.

02. Structural Design & Analysis

RCC structural design, foundation engineering, structural analysis, and detailed structural drawings for G+4, G+6, and G+7 buildings.

03. MEPF Engineering

Complete HVAC, Electrical (LV & HV), Plumbing, Public Health Engineering, Fire Fighting, and Fire Detection system design.

04. Integrated Building Management System (IBMS)

Building automation and integrated management system planning and design.

05. Sustainability Design

Implementation of IGBC Platinum methodology, Super ECBC 2017 compliance, rainwater harvesting systems, solar integration, and sustainable building practices.

06. Ancillary Infrastructure

Design of Electrical Substations (ESS), Sewage Treatment Plants (STP), external infrastructure, landscape development, internal roads, utilities, and parking facilities.

07. Compliance Audits

Comprehensive codal compliance reviews across architecture, structure, MEPF, and fire engineering disciplines.

Statutory Approvals

SAPC manages the complete statutory approval process from planning through final approvals, ensuring full regulatory compliance for all six project locations.

Our approval services include:

Design Coordination

Efficient coordination is essential for a project of this scale. SAPC ensures seamless collaboration among all stakeholders through structured multidisciplinary design management.

Our coordination includes:

BIM-First Project Delivery

The entire project is developed using a BIM-first approach with Autodesk Revit, enabling efficient multidisciplinary coordination and improved project accuracy.

BIM Capabilities

Codes & Standards

The project is designed in accordance with nationally and internationally recognized engineering standards.

Structural Standards
Building & Fire Standards
MEP Standards
Sustainability Standards

Project Gallery

Delivering India's Next Generation Rail Infrastructure

The Maintenance cum Technology Centres (MTC) project reflects SAPC Infrastructure LLP’s capability to deliver complex multidisciplinary engineering solutions for nationally significant infrastructure developments. Through integrated design, BIM-driven coordination, statutory compliance, and sustainable engineering practices, SAPC continues to contribute to the successful development of India’s first high-speed rail corridor.