c++ language using include

1.FIND any engineering related problem

2.DETAIL EXPLAIN the problem based on the selected figure and relate it to computer programming.

3.DETAIL PROPOSES a solution to solve the problem (flowchart, algorithm, diagram, etc)

.4.C CODES CRITERIA (minimum 30 lines with codes/symbols,minimum 4 inputs).

Range of problems:

1.Problem MUST be related to mechanical or manufacturing engineering (find a real problem from any report, article, newspaper, etc).

2.Example mechanical area problems: machinery related, system control and measurement,automotive, aviation, automation etc.

Example: ability to star as to colision with des Braking Example: According to MIROS statistical data in 2018, road accidents due to poor braking system is one of the common problems faced by the driver especially when the anti-lock-braking system (ABS) is not able to response effectively at high wheel rotation speed (must be a real problem). Solutions: Redesign programming code to enhance the car wheel control system (dynamic force control in ABS system) Operation of steering wheel Your tasks (submission date: Week 14): 1. FIND any engineering related problem (e.g. please provide a clear figure to show the problem, all students must submit a DIFFERENT problem). 2. DETAIL EXPLAIN the problem based on the selected figure and relate it to computer programming 3. DETAIL PROPOSES a solution to solve the problem (flowchart, algorithm, diagram, etc). 4. C CODES CRITERIA (minimum 30 lines with codes/symbols, minimum 4 inputs). Range of problems: Problem MUST be related to mechanical or manufacturing engineering (find a real problem from any report, article, newspaper, etc). 2. Example mechanical area problems: machinery related, system control and measurement, automotive, aviation, automation etc. 1. Marking Rubrics: Criteria Weightage Scale 2% Define problem 4% Proposed solution and flowchart 1 3 5 The selected problem: The selected problem: The selected problem: 1. Not related to 1. Related to 1. Related to mechanical mechanical and & mechanical and & and & manufacturing manufacturing manufacturing engineering engineering engineering 2. Very challenging 2. Very simple problem 2. Acceptable problem problem 3. Problem is poorly 3. Problem is well 3. Problem is well written written written and analysed Solution is poorly Solution is aligned with Solution is completely aligned with the raised the raised problem with aligned with the raised problem with poor good explanation and problem with well flowchart and acceptable flowchart explanation and explanation comprehensive flowchart. The design of program The design of program The design of program is is very poor and not is acceptable and very good and the program follow the stated partially follow the is completely follow the program requirements stated program stated program requirements. requirements. 8% C Codes and structure Example: ability to star as to colision with des Braking Example: According to MIROS statistical data in 2018, road accidents due to poor braking system is one of the common problems faced by the driver especially when the anti-lock-braking system (ABS) is not able to response effectively at high wheel rotation speed (must be a real problem). Solutions: Redesign programming code to enhance the car wheel control system (dynamic force control in ABS system) Operation of steering wheel Your tasks (submission date: Week 14): 1. FIND any engineering related problem (e.g. please provide a clear figure to show the problem, all students must submit a DIFFERENT problem). 2. DETAIL EXPLAIN the problem based on the selected figure and relate it to computer programming 3. DETAIL PROPOSES a solution to solve the problem (flowchart, algorithm, diagram, etc). 4. C CODES CRITERIA (minimum 30 lines with codes/symbols, minimum 4 inputs). Range of problems: Problem MUST be related to mechanical or manufacturing engineering (find a real problem from any report, article, newspaper, etc). 2. Example mechanical area problems: machinery related, system control and measurement, automotive, aviation, automation etc. 1. Marking Rubrics: Criteria Weightage Scale 2% Define problem 4% Proposed solution and flowchart 1 3 5 The selected problem: The selected problem: The selected problem: 1. Not related to 1. Related to 1. Related to mechanical mechanical and & mechanical and & and & manufacturing manufacturing manufacturing engineering engineering engineering 2. Very challenging 2. Very simple problem 2. Acceptable problem problem 3. Problem is poorly 3. Problem is well 3. Problem is well written written written and analysed Solution is poorly Solution is aligned with Solution is completely aligned with the raised the raised problem with aligned with the raised problem with poor good explanation and problem with well flowchart and acceptable flowchart explanation and explanation comprehensive flowchart. The design of program The design of program The design of program is is very poor and not is acceptable and very good and the program follow the stated partially follow the is completely follow the program requirements stated program stated program requirements. requirements. 8% C Codes and structure