Get Help with Capsim Simulation

For this Round-to-Round Strategy for Research and Development, we must first construct an excel file with your own data from the Industry Condition Report and then enter that data into the Excel file to get more exact statistics. Do you want to get help with Capsim Simulation? Worry no more! We got you covered!

From Round 1 through Round 8, a step-by-step guide is provided:

Step 1: Obtain the Industry Condition Report

Step 2: Install the Excel file that contains the automated calculating techniques and judgments.

Step 3 is critical. Open page 2 of the Industry Condition Report and the first line for Round 0 in the Excel file, then the file will automatically compute all choices for 8 rounds, using 4 distinct STRATEGIES, based on the data in Round 0 in the Excel file. If you are using an excel file, do not use the default numbers since they are somewhat different from the values in your game (creator and administrator change the numbers when new industry is created for new class).

R&D is an abbreviation for “Research and Development. “For new product launches in June or July, it is necessary to modify the amount of PFMN and SIZE.

The first round in research and development.

1.Construct a new Low-End sensor. 2. 4.1 PFMN, SIZE 16.3, MTBF 12.000 – this is the ideal spot for the Low End. During the fourth year,

2. MTBF of the original Low-End sensor is increased to 12.000 (original Low End is not repositioned).

3.Replace the traditional sensor with a new one that has PFMN 6.1 SIZE 14.3 MTBF 14.000. (min)

4.Reposition the original high-end sensor to PFMN 9.2 SIZE 11.2 MTBF 20.000. 5. (min)

5.Reposition the original Performance sensor to the PFMN 9.8 SIZE 16.0 MTBF 27.000. 6. (max)

6.Remove the original Size sensor and replace it with a PFMN 4.4 SIZE 10.6 MTBF 16.000. (min)

7.For new product launches in June or July, it is necessary to modify the amount of PFMN and SIZE.

A second round of research and development.

1.Make a new traditional sensor in step one. When it comes to traditional Year 4, the PFMN 8.2 to SIZE 12.2 to MTBF 14.000 range is ideal.

2.Replace the traditional sensor with PFMN 6.8 SIZE 13.6 and keep the old sensor in place (min)

3.Maintain the original High-End sensor at PFMN 10.1 SIZE 10.3 to maintain the 20.000 hour mean time between failures (min)

4.Move the original Performance sensor to PFMN 10.8 SIZE 15.3 in order to maintain the MTBF of 27.000 hours. 5. (max)

5.Reposition the original Size sensor to PFMN 5.1 SIZE 9.6 MTBF – Maintain the MTBF of 16.000 hours. 6. (min)

6.For new product launches in June or July, it is necessary to modify the amount of PFMN and SIZE.

 

3^rd ROUND R &D

1.To begin, create a new High-End sensor, such as PFMN 11.9 – SIZE 8.5 – which is the sweet spot for High End cameras.

2.Alternatively, instead of High End, create a new Size or Performance (with round 4 sweet spot specifications)

3.If you want to continue with them (as specified in the round 3 sweet spots standard – see above table), you may reposition your original Performance and Size sensors.

4.Return the original High-End sensor to PFMN 11.0 SIZE 9.4 – Maintain the 20.000 hour mean time between failure (MTBF) (min)

5.Replace the original Low-End sensor with the PFMN. Maintain MTFB 12.0000 in SIZE 16.3 (this takes more than a year to complete)

Position the traditional sensor in the PFMN in its original location. Keep the MTBF at 16.000 for SIZE 12.9 (7.5). (min) For new product launches in June or July, it is necessary to modify the amount of PFMN and SIZE. For the first three rounds, we will manufacture new Low End, Traditional, and High-End products in each round of the competition. As well as Performance and Size, we have the ability to halt (we will do that by lower Promo and Sales budget to 0 in Marketing and Production).

4^th R&D (Research and Development):

1.To maintain MTBF of 14.000 hours, reposition the traditional sensor to PFMN 8.2 SIZE 12.2. (min)

2.Replace the existing High-End sensor with a new one that is PFMN 11.9 SIZE 8.5 MTBF 20.000 (min)

Only if we want to continue using them should we reposition the original Performance and Size sensors (use round 4 sweet sport from above table). For new product launches in June or July, it is necessary to modify the amount of PFMN and SIZE.

5^th R&D (Research and Development) Round

1.Reposition both traditional sensors to PFMN 8.9 SIZE 11.5 in order to maintain MTBF of 14.000 hours (min)

2.Move both High End sensors to PFMN 12.8 SIZE 7.6 – Maintain the MTBF of 20.000 hours (min)

3.Only if we want to continue using them should we reposition the original Performance and Size sensors.

4.For new product launches in June or July, it is necessary to modify the amount of PFMN and SIZE.

6th R&D round

1.Move both traditional sensors to PFMN 9.6 SIZE 10.8 – Maintain 14.000 hour mean time between failure (min)

2.MTBF 20.000 should be maintained by repositioning both High End sensors to PFMN 13.7 SIZE 6.7 (min)

Only if we want to continue using them should we reposition the original Performance and Size sensors (use round 6 sweet sport from above table). For new product launches in June or July, it is necessary to modify the amount of PFMN and SIZE.

7^th R&D round

1.Move both traditional sensors to PFMN 10.3 SIZE 10.1 to maintain the 14.000-hour mean time between failure (MTBF) (min)

2.Move both High End sensors to PFMN 14.6 SIZE 5.8 – Maintain an MTBF of 20.000 hours (min)

Only if we want to continue using them should we reposition the original Performance and Size sensors (use round 7 sweet sport from above table). For new product launches in June or July, it is necessary to modify the amount of PFMN and SIZE.

8^th R &D round

1.Reposition both traditional sensors to PFMN 11.0 SIZE 9.4 – Maintain MTBF of 14.000 hours. 2. (min)

2Move both High End sensors to PFMN 11.5 SIZE 4.9 in order to maintain the 20.000 hour mean time between failure (MTBF) (min). Only if we want to continue using them should we reposition the original Performance and Size sensors.

For new product launches in June or July, it is necessary to modify the amount of PFMN and SIZE. When doing R&D, we should decrease the mean time between failures (MTBF) to the lowest possible value in order to save money and boost contribution margins from Round 1 to Round 8, for all rounds. It is the most important Profit Driving tool since reliability only accounts for a tiny part of the customer’s purchasing criteria (see all the 5 segments to see details, in Capstone Courier Report every year, page 5-9).

Except for the Performance sector, where we maintain the maximum MTBF of 27.000, we chose the MTBF that is the shortest possible, for example, 14.000 for Traditional, 12.000 for Low End, 20.000 for High End, and 16.000 for Size. For Performance, we set the maximum MTBF at 27.000 since the purchase criterion for this market is 43%.

Another thing to keep in mind is that the figures for each Industry vary when the game is produced for a new class or group, so we need to double-check them from the Industry Report and the Capstone Courier after each round (year). The Low End and Tradition segments are the most promising and lucrative for us to participate in if we just want to compete in 3-4 segments (rather than all 5). It is very likely that they will be the most profitable.

For Rounds 1, 2, and 3, we must examine the reports; for Rounds 3 and 4, we must choose the least competitive and least profitable among the 1 or 2 that have the lowest profit margin. A new sector, for example, the low end is beneficial (often in Round 1) Profits from the creation of two new segments, such as Low End and Traditional, will be higher in subsequent rounds, such as Rounds 5-6-7, and 8.

It is not uncommon for us to develop New Traditional in Round 2. With a new High-End category, we can expand our market in Round 3. (More profitable). But if we see a lot of competition in the High End, we should consider creating a new sector in SIZE (which is better than Performance but more expensive).

 

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