Science IPT
 
 The list from the JAO:
 
 28.    Science Activities
 a.    Project Documentation (Sci Requirements, Cal Req’ts, Cal Plan)
 b.    Models
 c.    Support in many other activities – especially antenna test, PSI, 
 AIV.
 d.    Development of commissioning plan and costing,
 e.    Commissioning effort, carried out under direction of Proj 
 Scientist.
 
Interpretation of this list:
a: testing, documentation, setting down requirements
b:  simulations of antenna pad locations,  simulations of imaging as a 
       function of no. of antennas, etc.
c:  AEG, now dissolved, and a JTET, working in the darkness.
d: is correct, but costing is not in R. Laings write ups in any  direct 
 way. If you add D. Silva, then those 2 together fulfill this SOW
e: Coming! 

The deliverables as I understood them, with references to the ALMA Product Tree, are
(and these are the divisions I would propose for the SoW):
General 90.00
	The Science IPT is tasked with setting specifications and interacting with the project to
	devise engineering and operating solutions in ways to maximize ALMA science.
   90.00.00 General
   90.00.01 Operations planning, including Commissioning and Science 
 	Verification and transition into ops
   90.00.02 Science Software Requirements advice and consent
   90.00.03 General engineering requirements advice and consent.
	 serving on the CCB (in coordination with the PS anyway), 
         expert opionion at reviews and e.g. 
         topics de jour: continuum sampling rate, RFI, ripple amplitudes 
ASAC 90.01
90.01.00 Documents
	Scientist Outreach
Configuration 90.02
90.02.00 General
	Array Configuration -- mostly delivered and rotting in the DAR process.
Calibration 90.03
90.03.00 General
	 Calibration
	     Many aspects.  We have SoWs on several external contracts.  We 
	 presume management is aware of these and no further SoW is needed.
	General 90.03.00.00
	90.03.01 Amplitude
	General 90.03.01.00
	    Amplitude Calibration -- which device can reach required accuracy, 
		 testing to ensure that
	90.03.02 Phase
	General 90.03.02.00
	    WVR implementation, interplay with fast switching
	90.03.03 Total Power
	General 90.03.03.00
	90.03.04 Other
Imaging 90.04
	90.04.00 General
		 Imaging--esp Algorithms
	General 90.04.00.00
	90.04.01 Simulation
		General 90.04.01.00
	90.04.02 Techniques
		General 90.04.02.00
		Total Power Imaging 90.04.02.01
			Stavility Requirements 90.04.02.01.01
			Nutator Requirements 90.04.02.01.02
		On-The-Fly Interferometry 90.04.02.02
		Mosaicking 90.04.02.03
Site Characterization 90.05
	90.05.00 General
	  There are many subcategories to this listed in the Product Tree.
	  90.05.01 NRAO container
	  	General 90.05.01.00
	  	Photovoltaic system 90.05.01.01
	  90.05.02 ESO container 1
	  	General 90.05.02.00
	  	Photovoltaic system 90.05.02.01
	  90.05.03 ESO container 2
	  	General 90.05.03.00
	  	Photovoltaic system 90.05.03.01
	  90.05.04 Radiosonde container
	  	General 90.05.04.00
	  	Photovoltaic system 90.05.04.01
	  90.05.05 Container Network Systems
	  	General 90.05.05.00
	  	Computer Network 90.05.05.01
	  	Communications Network 90.05.05.02
	  90.05.06 225 GHz tipping radiometer
	  	General 90.05.06.00
	  90.05.07 11.2 GHz interferometer
	  	General 90.05.07.00
	  90.05.08 183 GHz radiometers
	  	General 90.05.08.00
	  90.05.09 Submm tipping radiometer
	  	General 90.05.09.00
	  90.05.10 Frost point hygrometer
	  	General 90.05.10.00
	  90.05.11 Weather stations
	  	General 90.05.11.00
	  	Davis 90.05.11.01
	  	Monitor Sensors 90.05.11.02
	  	Other weather instruments 90.05.11.03
	  90.05.12 Radiosonde equipment
	  	General 90.05.12.00
	  90.05.13 Other instruments
	  	General 90.05.13.00
	  	Lightning detector 90.05.13.01
	  	Surveillance camera 90.05.13.02
	  	GPS receivers 90.05.13.03