I am working on another big round of proposals so it was time to consider this formula once again so that I don't have to try to figure out the process in the middle of proposal review. Thus below i will walk you through my new formula with the goal of making the award of a contract as transparent and fair as possible. But you might have to grab a cup of coffee because it is somewhat tedious.
First, you have to make sure that you are in a BVA type of solicitation. Your solicitation must include the language of "...price and non-price factors..." If you have that language then you are working on a best value award. I would recommend language similar to this in the solicitation:
Award will be made by using price and non-price factors. Those factors will be 70% based on technical merits and 30% based on price.
When we come out of the Technical Evaluation we will have something like this:
- Company - Technical Score
- ABC - 90
- DEF - 85
- GHI - 80
- JKL - 75
- MNO - 72
Then the cost side of the proposal is revealed and we learn how much each of these will cost:
- Company - Tech - Cost
- ABC - 90 - $500,000
- DEF - 85 - $420,000
- GHI - 80 - $385,000
- JKL - 75 - $370,000
- MNO - 72 - $280,000
The next step in the process is to identify the Price Factor score. For our purposes let's say the IGCE is $380,000. As you can see, 2 offerors are below the IGCE, so I have evolved the formula to accommodate. The first part remains the same:
If the proposed cost is higher than the IGCE:
1 ÷ ( Cost ÷ IGCE) = Price Factor
If the proposed cost is lower than the IGCE:
IGCE – Cost = x
IGCE + x = y
1 ÷ ( y ÷ IGCE) = Price Factor
- Company - Tech - Cost - Price Factor
- ABC - 90 - $500,000 - 76
- DEF - 85 - $420,000 - 90
- GHI - 80 - $385,000 - 99
- JKL - 75 - $370,000 - 97
- MNO - 72 - $280,000 - 79
So now let's integrate those Tech Scores and Price Factors to figure out the Composite Score and identify the best value to the government.
- Company - Formula - Calculations - Composite Score
- ABC - (90 x .7) + (76 x .3) = (63) + (22.8) = 85.8
- DEF - (85 x .7) + (90 x .3) = (59.5) + (27) = 86.5
- GHI - (80 x .7) + (99 x .3) = (56) + (29.7) = 85.7
- JKL - (75 x .7) + (97 x .3) = (52.5) + (29.1) = 81.6
- MNO - (72 x .7) + (79 x .3) = (50.4) + (23.7) = 74.1
As you can see, DEF would win in this scenario presenting the Best Value to the government.
What do you think?
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