Triple constraints of a project
See Answer →Project life cycle
See Answer →Project environment
See Answer →Project feasibility study
See Answer →What is project quality management? Describe the quality control procedure in project management existing in an organization that you know.
See Answer →What do you mean by an integrated project information system? Draw an MIS for 4- storeyed brick and residential building assuming that there is a magnificent component of marbling, tiling and sanitary work.
See Answer →Draw a project network for the following jobbing production.
| Activity | Description | Preceded by | Time (Weeks) |
| A | Market research | 15 | |
| B | Make drawings | 15 | |
| C | Decide production policy | A | 3 |
| D | Prepare sales programme | A | 5 |
| E | Prepare operation sheets | B, A | 8 |
| F | Buy materials | B, C | 12 |
| G | Plan labor force | E | 1 |
| H | Make tools | E | 14 |
| I | schedule production | D,G | 3 |
| J | Produce product | F,H,I | 14 |
a. Construct the project network diagram.
b. Calculate the time estimates (EST, EFT, LST and LFT) in the above project.
c. Find the critical path and critical activities and project duration in the above project?
See Answer →What is a project? What are the characteristics of a project? Discuss the tools and techniques in project management.
See Answer →Random experiment and probability.
See Answer →Steps in the simulation process.
See Answer →Zero – sum two person games.
See Answer →Characteristics of a queuing model
See Answer →A manufacturing company uses Rs. 10,000 worth of an item during the year. He has estimated the ordering costs as Rs. 25 per order and carrying costs as 12.5$ of average inventory value. Find the optimal order size, number of orders per year, time period per order and the total cost.
See Answer →A manufacturing company uses Rs. 10,000 worth of an item during the year. He has estimated the ordering costs as Rs. 25 per order and carrying costs as 12.5$ of average inventory value. Find the optimal order size, number of orders per year, time period per order and the total cost.
See Answer →What is Goal programming? What are the steps involved in Goal programming model formulation? Discuss the applications of Goal programming with suitable examples.
See Answer →A construction company has undertaken three projects, one each in City A, City B and City C. Each project requires a specific supply of raw material which the firm sources from the Cities D, E, F, and G. Shipping costs (in rupees) differ from location to location. The following table summarizes the problem the manager of the construction firm faces:
| From | To | Availale supply (tons) | ||
| A | B | C | 1350 | |
| D | 400 | 500 | 250 | 750 |
| E | 600 | 450 | 200 | 1200 |
| F | 350 | 150 | 250 | 900 |
| G | 450 | 250 | 350 | |
| Demand(tos) | 1800 | 1500 | 1650 |
The contractor learns that due to some difficulties, currently no shipments are possible between the cities D and A, and between F and C.
a) Obtain the optimal transportation plan for the contractor. Calculate the total cost. At what location is some supply going to be short? By how much?
b) Is the solution in (a) is unique. If not, identify another optimal solution.
c) Write the dual of this problem and use the values of the dual variables to check the optimal solution.
See Answer →What is operations research? What are the characteristics of operations research? Discuss the significance and scope of operations research in modern management.
See Answer →Degree of freedom
See Answer →Level of significance
See Answer →Normal Distribution
See Answer →