It has been more than 60 years since SYSTRA has garnered expertise that spans the entire spectrum of Mass Rapid Transit System. SYSTRA India’s valuable presence in India roots back to 1957, where SYSTRA worked on the electrification of Indian Railways. Our technical excellence, holistic approach and the tremendous talent provides a career that puts people who join us at the heart of improving transportation and urban infrastructure efficiency.
Understand better who we are by visiting www.systra.in
In India, SYSTRA is an international consulting and engineering company operating in the fields of Metros, High Speed Rail, Railways, Roads, Buildings, Urban planning, and Water Infrastructure for public and private organizations.
CTR – Regional Technical Centre of Systra India takes care of the international production of major projects at Systra Group level. CTR team has expertise in design of High-Speed Rail, Metro, Conventional Rail, Bridges, Highways, Depots, Stations and Transport Planning. Starting from Feasibility/Concept stage to Detailed Design to IFC/Shop drawings, the disciplines involved have experience of designing in accordance with various international codes and delivered projects across the world.
CTR team has successfully delivered some major projects in UK, UAE, Tanzania, KSA, Australia, Canada and Denmark. One of the major achievements of India CTR team has been the design of HS2 project in UK. We played an instrumental role in delivering 3 major Sublots on HS2 with our teams proactively engaging with Front Office in UK and delivering beyond client expectations. This resulted in India team receiving many accolades from the contractor BBV and client HS2.
CTR team in India is proficient in working on multi-disciplinary projects integrating Design, BIM and Drawing production in a seamless workflow incorporating different software. The technical and management teams within CTR get an opportunity to work and interact with other CTR teams within Systra Group from Paris, Poland, Dubai, Philippines and Brazil.
The Senior Engineer – MEP Design leads the planning, design, and integration of mechanical, electrical, plumbing, fire-fighting (PHE), HVAC, and BMS systems within large-scale civil infrastructure projects. This role ensures that MEP systems are robust, resilient, and compliant with infrastructure-specific standards. The engineer collaborates with civil, structural, systems, and geotechnical teams to deliver safe and efficient design solutions for public works and transportation facilities.
Key Responsibilities:
Lead MEP design for infrastructure projects such as metro stations, viaducts, tunnels, airports, highways, and water treatment facilities.
Develop and review detailed engineering designs, specifications, and system layouts tailored to civil infrastructure environments.
Ensure compliance with infrastructure-specific codes (e.g., NFPA, IEC, IS, NBC, ASHRAE, BS, ECBC) and government regulations.
Coordinate with civil, structural, systems, and geotechnical teams to integrate MEP systems into complex built environments.
Conduct feasibility studies, risk assessments, and value engineering to optimize system performance and lifecycle costs.
Provide technical leadership and mentorship to MEP design teams.
Oversee design documentation, tender packages, and technical reports as per delivery program.
Support site teams during construction, installation, testing, and commissioning phases.
Incorporate resilience, redundancy, risk assessment, and sustainability into MEP designs as per specifications.
End-to-end coordination with clients and other stakeholders.
Minimum Qualification:
B.E. / B. Tech in Electrical/Mechanical Engineering or equivalent in relevant field
Any equivalent qualification in Management
Key Qualities and Experience:
Bachelor’s or Master’s degree in Electrical or Mechanical Engineering.
Minimum 6-10 years of experience in MEP design for civil infrastructure projects.
Experience with underground works, transportation systems, depots, or utility networks.
Proficiency in AutoCAD, Revit, BIM, and infrastructure-specific tools (e.g., MicroStation, Navisworks).
Strong knowledge of infrastructure codes and standards.
Excellent stakeholder coordination, leadership, and project management skills.
Ability to review shop drawings during construction with Level of Detail (LOD) 400 or higher to maintain the design intent developed in the design stage.
Technical Skills:
Electrical Design Skills:
Expertise in designing electrical systems such as lighting, power distribution, cable containment, lightning protection, earthing systems, and BMS for transport and infrastructure projects.
Perform electrical load calculation (load demand, fault level, voltage drop).
Plant room and riser sizing through layout arrangement based on selected equipment size.
Preparation of design reports, calculations, technical specifications, BIM models, and drawings.
Conduct technical discussions and resolve design issues.
Mechanical & PHE/Firefighting Design Skills:
Conduct plumbing, firefighting, and site utilities design as per national and international standards.
Prepare PHE and firefighting calculations, design riser schematics, and coordinate project deliverables.
Experience from consulting/design environment for large national/international projects.
HVAC Design Skills:
Design HVAC systems for metro stations and infrastructure buildings using ASHRAE, ISHRAE, ECBC, NBC, and related codes.
Prepare heat load, ventilation, and pressurization calculations.
Develop HVAC drawings, BOQ, technical specifications, and design basis reports (DBR).
Co-ordinate with other MEPF disciplines to ensure integrated design solutions.
We commit to put people who join us at the heart of improving transportation and urban infrastructure efficiency. As we are growing, this is time to be a part of this challenging adventure.
It’s not a job - it’s a career!