PROPOSED CORRECTIONAL CENTER (PRISON)

Student: Faruq Olarewaju Ajadi
Supervisor: Arc Yoonus Bolaji.f Abdulazeez
HOD: Arc Jumoke Mulikat Tomori
Department of Architectural Technology
Environmental Studies
Kwara State Polytechnic, Ilorin, Kwara State

Abstract

This project document presents a comprehensive architectural design proposal for a modern, functional, and sustainable commercial bank tailored to the operational and branding needs of First Bank of Nigeria. The work is grounded in a rich historical and contextual background, beginning with a brief history of banking in Nigeria and the evolution of First Bank since 1894. It highlights the pressing need for integrating functionality, security, spatial efficiency, and technological innovation in commercial bank design, which existing bank structures often lack. The aim of the project is to create a standard, energy-efficient, and inclusive banking facility that not only enhances customer experience but also projects professionalism and national identity. Through in-depth research methodologies including literature review, oral interviews, site analysis, and case studies of three First Bank branches (Osogbo, Ibadan, and Lagos) the study identifies design shortcomings such as limited space utilization, lack of modern security features, poor adaptability, and inadequate customer engagement zones. The chosen site for the proposed development is within Kwara State Polytechnic, Ilorin, selected based on accessibility, security, available landmass, and favorable climatic and topographic conditions. Detailed environmental, climatic, and site analyses were carried out to inform a responsive architectural solution. Design considerations focus on maximizing security, aesthetics, functionality, and environmental integration. The spatial organization follows a zoned system that aligns related functions, facilitates user navigation, and ensures operational efficiency. The proposed facilities include a main banking hall, ATM stands, parking lots, security post, green area, and utility structures. Construction materials and methods are locally sourced and selected based on sustainability, durability, and climate responsiveness. The design also emphasizes energy efficiency, effective lighting and ventilation, acoustic control, and fire safety systems such as alarms, extinguishers, and sprinkler installations. In conclusion, the project advocates for a design-led approach to bank architecture that not only enhances operational workflow but also improves customer satisfaction, staff safety, and corporate image. It underscores the importance of architectural innovation in transforming commercial banking spaces into user-centered, secure, and future-proof environments.

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