ENG1100

Goal: Create a prototype of a Flood Resistance Community Centre

2.0 Structure Subsystem

3.0 Drive System

1.0 Control and Power Subsystem

1.1 Analyse pros, cons and characteristics of existing Solutions of Control and Power systems (Min 3)

1.2 Create initial design sketches of the power and control subsystems based on info from 1.1 (Min 3)

1.3 Finalise Initial design and begin procuring materials

1.5 Implement final power and control elements with the other subsystems

1.4 Assemble, Separately test and tweak Initial Power and Control Elements

1.6 Evaluate the control and power system in the scope of the entire prototype and provide any relevant criticism and recommendations

2.1 Analyse pros, cons and characteristics of Existing Solutions of the Structure systems (Min 3)

2.2 Create initial design sketches of the Structure systems based on info from 2.1 (Min 3)

2.3 Finalise Initial design and begin procuring materials

2.5 Implement final structural subsystem with the other subsystems

2.4 Assemble, Separately test and tweak Initial structural Elements

2.6 Evaluate the structural sub system in the scope of the entire prototype and provide any relevant criticism and recommendations

3.1Analyse pros, cons and characteristics of Existing Solutions of drive systems (Min 3)

3.2 Create initial design sketches of the drive subsystems based on info from 3.1 (Min 3)

3.3 Finalise Initial design and begin procuring materials

3.5 Implement final Drive system with the other subsystems

3.4 Assemble, Separately test and tweak Initial Drive system

3.6 Evaluate the drive system in the scope of the entire prototype and provide any relevant criticism and recommendations

0.0 Planning

0.1 Determining the Project Constraints (Budget, Desgin and etc.) for the entire system

0.2 Determining and creating a gantt chart of the project

0.3 Determining and splitting the tasks and roles amongst group members

0.1.1 Create a document containing Budgetary and Design Constraints and the project scope

0.1.2 Determine assumptions of the project based on project scope and project constraints

0.2.1 Determine the task needed for the Gantt Chart (Based on work breakdown list)

0.2.2 Agree upon and designate the timeframes for all the listed tasks

0.3.1 Assign Group members to the subsystems based on skills and interest

0.3.2 Assign group members to relevant roles based on skills and interest

1.3.1Create a detailed 2D sketch of the final designs with approximated Dimensions

1.3.2 Create a 3D model of the final design with dimensions, simulation of the subsystem and relevant details

1.3.3 Create a list of possible materials (based on allocated budget) and start procurement

1.4.1 Assemble Prototype based on the final design specifications utilising procured materials

1.4.2 Test the Prototype, ensure that the power system work properly is safe and ensure that the control subsystem is responsive and can work in tandem with the drive system

1.4.3 Modify the Prototype based on an observed faults or possible improvements based on testing from 1.4.2

2.3.1 Create a detailed 2D sketch of the final designs with approximated Dimensions

2.3.2 Create a 3D model of the final design with dimensions, wind tunnel simulations and relevant details (including functional doors and windows)

2.3.3 Create a list of possible materials (based on allocated budget) and start procurement

3.3.1Create a detailed 2D sketch of the final designs with approximated Dimensions

3.3.2 Create a 3D model of the final design with movement animation, dimensions and relevant details

3.3.3 Create a list of possible materials (based on allocated budget) and start procurement

1.4.1 Assemble Prototype based on the final design specifications utilising procured materials

1.4.2 Test the Prototype, ensure that the prototype is water-tight in the relevant areas, is secure/resilient enough to mount the other subsystems

1.4.3 Modify the Prototype based on an observed faults or possible improvements based on testing from 1.4.2

1.4.1 Assemble Prototype based on the final design specifications utilising procured materials

1.4.2 Test the Prototype, ensure that the drive system performs underwaters properly and is safe to use and ensure and can work in tandem with the control and power system

1.4.3 Modify the Prototype based on an observed faults or possible improvements based on testing from 1.4.2