أمثلة واقعية لتطبيقات الهندسة الصنا

أمثلة واقعية لتطبيقات الهندسة الصناعية:
أولاً: تصميم العمل/المنتج/الخدمة المهندس الصناعي لا يقوم بحسابات التصميم المعتادة ولكنه يتدخل لجعل التصميم أكثر مناسبة للمستخدم و أيسر في الفهم. فقد نصمم جهاز ما ويكون كافيا لأداء وظيفته بالدقة المطلوبة ولكن لا أحد يريد أن يستخدمه لأن التصميم الخارجي غير مريح للمستخدم.
ثانياً: تحديد الحل الأمثل لبعض المشاكل: يستخدم المهندس الصناعي علم بحوث العمليات للوصول إلى أفضل حل وذلك في المشاكل التي يكون لها عدد كبير من الحلول ولا يمكن للعقل البشري أن يفاضل بينها في زمن مقبول. على سبيل المثال: كيف يتم تحديد الجدول الأمثل للطائرات لتقليل التكلفة، ما هو الحد الأدنى من المخزون، ما هي خطة الإنتاج المثلى التي تحقق أعلى عائد، كيف يتم جدولة غرفة عمليات المستشفى لتقليل وقت الانتظار
ثالثاً: تحليل بعض العمليات عن طريق دراسة الحركة والوقت وعن طريق استخدام المحاكاة بالحاسوب. فمثلاً لتحديد احتياجنا لعمالة أو معدة جديدة يمكن استخدام دراسة الوقت والحركة والإحصاء. بعض الحالات تكون من التعقيد بحيث يصعب تحليلها رياضياً وفي هذه الحالات قد يكون استخدام المحاكاة بالحاسوب أمر مفيد للغاية. مثال: مصنع لديه عدد معين من الرافعات (الأوناش) تقوم بنقل المنتجات نصف المصنعة داخل المصنع وقررت إدارة المصنع زيادة الإنتاج بإضافة معدات جديدة. كيف يمكن معرفة الحاجة إلى أوناش جديدة من عدمها.

النتائج (الإنجليزية) 1:

Real life examples of industrial engineering applications: First: product/service design/industrial engineer does the usual design calculations but intervene to make the design more suitable for user and easier to understand. You might design a device and be enough to function precision required but no one wants to use it because the exterior uncomfortable for the user. Second: identify the optimal solution to some problems: industrial engineer uses the science of operations research to reach the best solution in problems that have a large number of solutions and no human mind that choice in an acceptable time. For example: how to select the optimal aircraft table to minimize cost, what is the minimum amount of stock, what is the optimal production plan that achieve the highest return, how the hospital operation room is scheduled to reduce waiting time III: analysis of some operations through time and motion study by using computer simulation. For example, to determine the need for new employment or prepared using time and motion study and statistics. Some cases are too complex to analyze mathematically, and in these cases it may be using computer simulation is very useful. Example: factory has a certain number of cranes (crane) you move semifabricates inside the factory and factory management decided to increase production by adding new equipment. How do you see the need for a new crane.

النتائج (الإنجليزية) 2:

Real life examples of the application of industrial engineering:
First: work / product / industrial engineer service is not the usual design calculations design but intervenes to make the design more suitable for users and easier to understand. Has been designing a device and be enough to function as the required accuracy, but no one wants to use because the exterior design is inconvenient for the user.
Second , determine the optimal solution to some problems: industrial engineer uses the science of operations research to arrive at the best solution and that the problems that have a large number of solutions can not be of the human mind that Afadil themselves in an acceptable time. For example: How is the optimal schedule for the aircraft to minimize the cost, what is the minimum inventory, what are the optimal production plan that achieve the highest return, how is room hospital operations scheduling to reduce the waiting time
Third: analysis of some of the processes by studying motion and the time and through the use of computer simulation. For example , to determine our need for labor or new stomach can be used for the study of time and movement and statistics. Some cases are so complex that difficult to analyze mathematically In these cases it may be the use of computer simulation is very useful. Example: it has a certain number of factory cranes (cranes) the transfer of semi - finished products within the factory and the factory management decided to increase production by adding new equipment. How do you know the need for new cranes or not.

النتائج (الإنجليزية) 3:

Real life examples for applications of Industrial Engineering:The design of business / product / service engineer industrial standard design calculations but do not intervene to make the design more suitable for the user and easier to understand. The design of device and be sufficiently rigorous for functionality, but no one wants to use as the external design is convenient for the user.Second, determine the optimal solution for some problems: using the industrial engineer operational research to reach the best solution in the problems that have a large number of solutions the human mind cannot choose between them in an acceptable time. For example: how to determine the optimal schedule for minimizing cost, what is the minimum amount of stock, and what is the optimal production plan that achieves the highest dividend, how to schedule the operations room hospital to reduce wait timeThe analysis of some processes by means of time and motion study and by using computer simulation. For example, we need to determine the employment or stomach can use the time study and motion statistics. Some situations are so complicated that they are difficult to analyse mathematically in such cases may be the use of computer simulation is very useful. Example: the factory has a certain number of crane (crane) and transfers the products a half are manufactured in the factory, the factory management to increase production by adding new equipment. How to identify the need for new cranes or not.