Institutional
Central Institute Of Petrochemicals Engineering, Ayodhya
The Central Institute of Petrochemicals Engineering in Ayodhya is a premier institution dedicated to advancing education and research in petrochemical engineering. It aims to provide cutting-edge training and resources, fostering innovation and expertise in the petrochemical sector. The institute will play a crucial role in developing skilled professionals and supporting industry growth, contributing to regional and national economic development.
Client:
Location:
Area:
Client
Ayodhya, Uttar Pradesh
Area
Layout of the site, CIPET, Ayodhya, Uttar Pradesh. The bird’s-eye view of the entire layout, showcasing the positioning of buildings, landscaped areas, and pathways.
The design integrates open spaces with structures to create a cohesive and accessible environment. A lushly landscaped foreground, filled with vibrant flowering plants, softens the institutional character and provides a pleasant approach experience. The pathways are lined with flowering plants, contributing to a serene and inviting atmosphere. The walkways enhance accessibility while maintaining a seamless transition between different sections of the site. Sustainable strategies include natural ventilation, passive cooling, and green landscaping to reduce the carbon footprint.
Isometric view from the entrance, Central Institute Of Petrochemicals Engineering, Ayodhya, Uttar Pradesh. The architectural design blends modern and traditional elements using red brick and white concrete, creating a visually appealing contrast.
Architectural Description
The architectural design blends modern and traditional elements using red brick and white concrete, creating a visually appealing contrast. Key features include recessed windows for passive cooling, geometric cutouts, and sloped roof elements for aesthetic and functional benefits. Open walkways, landscaped areas, and shaded spaces enhance community interaction and sustainability. The design prioritizes natural lighting, ventilation, and climate responsiveness, making it both efficient and environmentally friendly.
1. Site Planning & Landscaping
- The site is masterfully planned to ensure seamless circulation and connectivity between different buildings.
- A linear arrangement of blocks interconnected through pathways and bridges, maintaining a cohesive campus identity.
- The built structures are complemented by landscaped gardens, pedestrian-friendly pathways, and green spaces, which enhance the campus environment.
2. Building Design & Architecture
- The design features a combination of exposed brick and light-colored facades, maintaining a balance between traditional and modern aesthetics.
- The prominent entrance canopy supported by sculptural columns provides a grand and inviting approach to the academic blocks.
- The windows are recessed with shading elements to improve energy efficiency and minimize heat gain.
- A connecting bridge between buildings enhances accessibility while maintaining visual continuity.
3. Symmetry & Form
- The building follows a symmetrical layout, reinforcing a sense of order and stability, essential for an educational institution.
- The central void or gateway-like feature, marked by a floating bridge element, creates a grand entryway, dividing the mass into two distinct wings.
- The extended roof canopy, supported by slender, organic-shaped columns, adds a futuristic touch while providing shade and protection from the elements.
4. Façade Design & Materiality
- The lower portion features exposed red brick, giving the building a timeless, grounded appearance while connecting it to India's rich architectural heritage.
- The upper portion is finished in a crisp white tone, providing a contemporary contrast and reinforcing the institution’s forward-thinking vision.
- The rectangular windows with shading devices ensure optimal natural lighting and thermal comfort, reducing glare while maintaining energy efficiency.
- The brick piers on the lower level create a rhythmic vertical pattern, enhancing the visual depth and breaking the monotony of the façade.
5. Entry & Circulation
- The wide central gateway creates a seamless connection between outdoor and indoor spaces, symbolizing openness and accessibility.
- The pathway leads through a shaded, well-ventilated entry plaza, fostering an inviting and comfortable approach to the institute.
- The floating bridge overhead could serve as a connecting corridor for different academic departments, improving campus circulation.
View from inner blocks, Central Institute Of Petrochemicals Engineering, Ayodhya, Uttar Pradesh. The design integrates open spaces with structures to create a cohesive and accessible environment.
Sunken Windows with Shading Elements: The deep-set windows with extended shading elements suggest a focus on passive cooling techniques, reducing direct sunlight while allowing ventilation.
Geometric Cutouts and Sloped Roof Elements: The triangular and circular cutouts in the walls, along with the unique sloping roof elements, introduce modern design aesthetics while potentially improving airflow.
Recessed Brick Columns: The ground floor features a series of vertical recessed brick columns, adding texture and depth to the façade.
Open Walkways and Courtyards: The presence of open pathways and courtyards enhances circulation and creates a community-centric atmosphere.
Human Interaction Spaces: Benches and open spaces suggest the design promotes social interaction, relaxation, and engagement with nature.
View from inner blocks, Central Institute Of Petrochemicals Engineering, Ayodhya, Uttar Pradesh. The incorporation of recessed brick sections adds depth to the design, creating an engaging visual aesthetic.
Shading and Climate Responsiveness: The window placements and sunshades indicate a design that takes into account solar orientation, reducing heat gain and promoting natural lighting.
View from inner blocks, Central Institute Of Petrochemicals Engineering, Ayodhya, Uttar Pradesh. The pathways are lined with flowering plants, contributing to a serene and inviting atmosphere.
Greenery and Pathways: The extensive landscaping improves air quality, reduces heat islands, and provides a comfortable outdoor experience.
Side view of the block, Central Institute Of Petrochemicals Engineering, Ayodhya, Uttar Pradesh. The architectural facade, featuring a combination of brick and white plastered surfaces.
The architectural facade, featuring a combination of brick and white plastered surfaces. The large windows with extended shades enhance natural lighting while minimizing direct heat gain. The incorporation of recessed brick sections adds depth to the design, creating an engaging visual aesthetic.
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