Proposed Gurudwara Sahib Architectural Design | Fatehpur, Nakodar – Jalandhar
Project Overview
This project presents the proposed architectural design of Gurudwara Sahib at Village Fatehpur, Tehsil Nakodar, Jalandhar. The design reflects traditional Sikh architectural principles through balanced proportions, prominent central and corner domes, and detailed parapet motifs, while integrating modern construction techniques for durability and functionality. The layout emphasizes symmetry, openness, and spiritual prominence, with landscaped foreground spaces enhancing the visual approach. Careful attention has been given to natural light, circulation, and respectful spatial hierarchy to support congregational use.
Concept Development & Design Planning
The initial stage focused on understanding religious requirements, spatial hierarchy, and traditional Sikh architectural elements. Conceptual massing was developed around symmetry, central dome prominence, and ceremonial entry sequences. Challenges included balancing spiritual symbolism with functional planning, ensuring adequate congregation space, and aligning the design with local bylaws and site constraints without compromising architectural intent.
Detailed Design & Technical Coordination
This phase involved detailed architectural drawings, façade articulation, dome proportions, and material selection to maintain authenticity and durability. Coordination with structural and services consultants was essential to integrate modern construction systems seamlessly. Major challenges included achieving precise ornamental detailing, managing structural complexity of domes, and maintaining design consistency across elevations.
Execution Strategy & On-Site Implementation
The final stage addressed construction sequencing, detailing execution methods, and quality control strategies. Attention was given to workmanship, material finishes, and alignment of decorative elements on site. Challenges included skilled labor availability for traditional detailing, maintaining dimensional accuracy during construction, and adapting design details to on-ground conditions without affecting the overall architectural character.
