Below are our major projects in Detailed Design, Feasibility Studies, and Execution Schemes.
This project involved a comprehensive traffic and feasibility study to enhance urban mobility in Bareilly City.
Innovative design solution for a 17m deck bridge using a 6 girder system, ensuring structural efficiency.
Strategic planning and design for a flyover and loop system to improve traffic flow in Prayagraj.
Expert design for selecting and preparing the ROB location, ensuring optimal alignment and performance.
Detailed design and planning for a 60m Bailey Bridge, addressing complex terrain conditions near Cherapunji.
Innovative design of dual-span Bailey bridges to accommodate unique site constraints in Dawki.
Advanced launching techniques implemented for steel composite and PSC girders in Chattisgarh.
Complete engineering design of an H.L Bridge spanning the Mansita River, ensuring durability and aesthetics.
This project entails the complete design of the foundation, substructure, and superstructure for a 620m ROB at Level Crossing 138, executed under EPC mode.
Comprehensive design work for an H.L. Bridge spanning 106.8m over the Mansita River, ensuring robust performance in EPC mode.
Innovative engineering design for a 120.64m H.L. Bridge over the Rind River, executed under EPC mode.
This project covers the design and alignment of a 770m ROB for UP State Bridge Corporation Ltd., ensuring optimal integration.
Comprehensive design of a flyover and its loop spanning 780.45m at Alopibagh, executed with precision.
Upgrading and strengthening of an existing steel bridge in Prayagraj to meet modern load and safety standards.
A detailed study examining traffic management strategies to improve urban mobility in Bareilly City.
Engineered design for the substructure and superstructure of a bridge over River Sengur, catering to regional transportation needs.
Independent verification of the design for ROB at LC-1A in Moradabad, including critical railway components.
Comprehensive preparation of the General Arrangement Drawing (GAD) for ROB projects in Prayagraj and Kaushambi.
Detailed design and erection scheme for a 60m Bailey Bridge in the challenging terrains near Cherapunji, Meghalaya.
Comprehensive design and detailed drawings for a 90m long Bailey Type Bridge supported on two abutments and two intermediate piers near Dawki.
Innovative pavement and TCS design solutions implemented for the Wainganga Projects in Maharashtra.
Engineering design including sketch profiles and GAD preparation for a 2-lane ROB near Cheetal Restaurant, Khatauli.
Precise alignment design including widening and super-elevation details for a 4-lane ROB at Subedarganj Railway Station.
Advanced design and launching scheme for girders at the Kangra Bypass in Himachal Pradesh.
Innovative design and safe launching practices for ROB girders at Km. 0+965 within the Delhi Corridor.
Comprehensive design and execution plan for multi-span girders as part of the Delhi Corridor project.
Efficient design and launching methodology for ROB girders with spans of 36m and 30m in Chhattisgarh.
Advanced design addressing complex geometries for a 50m curved steel composite plate girder in Zojilla.
Detailed fabrication drawings accompanied by TEKLA-3D verification for a 50m steel composite span.
Independent design review and proof checking of hollow circular piers reaching up to 55m in height.
Comprehensive design of the foundation and substructure for ROB LC 415, ensuring a robust support system.
Innovative counterfort and wall abutment design to ensure effective load distribution in challenging conditions.
Comprehensive design and drafting of RE wall and panel systems for projects in Greater Noida.
Detailed design and drafting services for RE wall and panel systems at Ayodhya, Uttar Pradesh.
High-quality design and drafting for RE wall and panel systems at the LC-12A site in Varanasi.
Temporary works design for girders supporting 3 VUPs in the Rudrapur Bypass project, ensuring smooth construction transitions.
At Consulting Infra Engineers (CIE), we specialize in delivering innovative, cost-effective solutions for highways, bridges, metro, and transport structures.
