Welcome to BSME2E
Objectives Design: Create a comprehensive design for a 250-capacity fish dryer that incorporates electric, gas, and charcoal heating systems.
Fabrication: Build a prototype of the design using locally available materials. Testing: Evaluate the efficiency and improvement of the dryer under different operating conditions.
Optimization: Refine the design to improve performance, reduce cost, and enhance user-friendliness.
Implementation: Prepare the fish dryer for mass production and market introduction in Nigeria.
Methodology Research and Design ( Weeks 1 – 2): Conduct a review of existing fish drying technologies and market needs in Nigeria.
Develop a conceptual design and technical specifications tailored to Nigerian conditions. Use CAD software to create detailed engineering drawings.
Materials Selection and Procurement (Week 3)
-Identify suitable materials for construction based on durability, cost, and availability in Nigeria.
– Source and procure necessary materials and components locally.
Fabrication (weeks 4 -7)
– Construct the frame and structural components. – Assemble mechanical, electrical, and gas/charcoal heating components.
-Ensure all parts are properly aligned and functioning.
Testing and optimization (weeks 8-9)
– Conduct initial test to assess performance under various conditions. – Gather data on efficiency, speed, and reliability.
– Make necessary adjustments to improve performance. Final
Testing and Documentation (weeks 10 -11)
– Perform rigorous testing to ensure the fish dryer meets all specifications. – Document the design, construction process, and performance results. Implementation and
Training (Week 12)
-Develop user manuals and maintenance guides in English and local languages. – Train potential users on the operation and maintenance of the fish dryer.
