SAHE University Ph.D Civil Engineering: Fees 2026, Course Duration, Dates, Eligibility

Ans. The Department of Civil Engineering at SAHE University has active research areas in Geotechnical Engineering, Transportation Engineering, Structural Engineering, Environmental Engineering, Construction Materials, Geospatial Technologies, and Sustainable Construction. The coursework syllabus reflects these areas with subjects such as Soil Stabilization Methods, Pavement Material Characterization, Advanced Construction Techniques, Development and Applications of Special Concretes, Geospatial Technologies, Sustainable Materials and Green Building, Environmental Remediation of Contaminated Sites, and Environmental Impact Assessment. Candidates are advised to contact the PhD Coordinator at [email protected] or call 8121638666 to confirm the availability of a research supervisor in their specific area of interest before applying.

Ans. Yes, the Part Time category is specifically designed for working professionals. Government engineers in PWD, NHAI, APSPDCL, or other public sector organisations, as well as faculty members in engineering colleges, can enrol in the Part Time PhD programme without leaving their current job. Sponsored candidates whose employers support their doctoral research are also eligible. Part Time scholars must fulfil the university's coursework and research norms while managing their professional commitments. However, they are not eligible for the university's internal fellowship of Rs. 35,000/month, which is reserved for Full Time scholars.

Ans. Admissions for the 2026-27 session are currently open. The registration process commenced on 12th March 2026, and the last date to apply is 10th May 2026. The written examination (SRCAT) is scheduled for 24th May 2026, followed by interviews on 7th June 2026. Shortlisted candidates will be notified on 15th June 2026, and the programme is set to commence on 22nd June 2026. Candidates can apply online at https://admissions.siddhartha.edu.in/.

Ans. The PhD coursework requires a minimum of 12 credits and a maximum of 16 credits. The coursework for Civil Engineering includes Research Methodology (4 credits, common for all disciplines), an Oral Presentation/Seminar (2 credits), and two subject-specific elective courses (3 credits each) from two pools. Pool I includes Soil Stabilization Methods, Applied Geomorphology, Pavement Material Characterization, Advanced Construction Techniques, Development and Applications of Special Concretes, and NPTEL courses on Modern Construction Materials, Environmental Remediation of Contaminated Sites, and Environmental Impact Assessment. Pool II includes Building with Stabilized Mud, Geospatial Technologies, Construction Demolition and Waste Management, Sustainable Materials and Green Building, Characterization of Construction Materials, and NPTEL courses on Multimodal Urban Transportation System, Environmental Geomechanics, and Applied Environmental Microbiology. The coursework syllabus can be downloaded from www.vrsiddhartha.ac.in/ph-d-programmes/.

Ans. Yes, a valid GATE score (in Civil Engineering or relevant paper) exempts candidates from appearing in SRCAT (Siddhartha Research Common Admission Test). Similarly, valid scores in APSET or APRCET also provide exemption from SRCAT. However, even with a valid GATE/APSET/APRCET score, candidates must appear for the personal interview conducted by the university's Doctoral Committee. The interview is a mandatory step in the selection process regardless of SRCAT exemption.

Ans. The inclusion of Geospatial Technologies (covering GIS, Remote Sensing, GPS, and spatial data modelling) and Environmental Engineering subjects (Environmental Remediation of Contaminated Sites, Environmental Impact Assessment, Environmental Geomechanics, and Applied Environmental Microbiology) in the PhD coursework reflects the interdisciplinary nature of modern civil engineering research. These subjects are particularly relevant for candidates interested in research areas such as watershed management, urban planning, environmental impact studies, contaminated site remediation, and sustainable infrastructure. The NPTEL-based courses in these areas are taught by faculty from IITs, ensuring high academic quality and relevance to current research trends.