Standard Criteria Power tower Boat Aquarium table Lectern Complex procedures The integration of an Shaped and Machine materials for the Rebating front panels into require the student to inner revolving shelf manufactured cleats to legs and rails and drawer uprights select and use a variety unit, an electrical internal carcass to construction Marking out joints for the of techniques for the and an outer provide shaped exterior Accurately mark out and column precise integration of cabinet machine joints Prepare plan for tank (glass cutting outsourced) The preparation of an Jigs and shaping blocks Prepare a cradle to hold Preparing the carcass (as this Templates made for base integration environment to accurately shape and the boat carcass will be used as a jig for the so that accuracy and fashion components together so that the glass tank, the shelf cut out symmetry achieved other components could determines the size of the Jig for drilling for the be attached to this. rebate to support the corner tops of the columns, which of the tank) have to align with the Preparing the lower plinth (as holes in the lectern top this will be used as the framework for the drawer construction) On-going testing against Testing parts against Testing for symmetry of Testing to ensure the jointing Testing to ensure the reference points to central axis points construction along method is accurate and holes line up with the top reduce error in the when pattern shaping central axis points allows the tank and the of the lectern integration of parts Testing during through the length of drawer to fit accurately The width of the internal assembly to ensure the the boat to ensure Measuring the cavity for the columns have to be inner cabinet revolves balance drawer and the tank to check accurate to coincide with smoothly they will fit the holes in the base and the top (use a fixed jig for the top and reference back to this) Preparation of parts for Preparing the slats, the Machining interior and Preparation of framework, Preparation of the lectern integration outer cabinet boards, exterior components to drawer, drawer runners, and base, lectern top , upright and the shelves and fit carcass and testing glass panels and glass columns, and their fixing testing against against specifications surface and testing against components to other specifications for size for size specifications for size components testing against specifications for size and stability
Standard Criteria Power tower Boat Aquarium table Lectern Complex procedures require the student to select and use a variety of techniques for the precise integration of The integration of an inner revolving shelf unit, an electrical and an outer cabinet Shaped and manufactured cleats to internal carcass to provide shaped exterior Machine materials for the legs and rails and drawer construction Accurately mark out and machine joints Prepare plan for tank (glass cutting outsourced) Rebating front panels into uprights Marking out joints for the column The preparation of an integration environment Jigs and shaping blocks to accurately shape and fashion components Prepare a cradle to hold the boat carcass together so that the other components could be attached to this. Preparing the carcass (as this will be used as a jig for the glass tank, the shelf cut out determines the size of the rebate to support the corner of the tank) Preparing the lower plinth (as this will be used as the framework for the drawer construction) Templates made for base so that accuracy and symmetry achieved Jig for drilling for the tops of the columns, which have to align with the holes in the lectern top On-going testing against reference points to reduce error in the integration of parts Testing parts against central axis points when pattern shaping Testing during assembly to ensure the inner cabinet revolves smoothly Testing for symmetry of construction along central axis points through the length of the boat to ensure balance Testing to ensure the jointing method is accurate and allows the tank and the drawer to fit accurately Measuring the cavity for the drawer and the tank to check they will fit Testing to ensure the holes line up with the top of the lectern The width of the internal columns have to be accurate to coincide with the holes in the base and the top (use a fixed jig for the top and reference back to this) Preparation of parts for integration Preparing the slats, the outer cabinet boards, and the shelves and testing against specifications for size Machining interior and exterior components to fit carcass and testing against specifications for size Preparation of framework, drawer, drawer runners, and glass panels and glass surface and testing against specifications for size Preparation of the lectern base, lectern top , upright columns, and their fixing components to other components testing against specifications for size and stability
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