In my workplace we build very large machines made up of smaller assemblies , each of these 

 smaller assemblies is built in its own area and some are more complex than others . Often the   manufacturing process will be delayed waiting for the completion of a complex assembly . The   challenge that we have is how can we reduce the time needed to build the more complex   assemblies . All workstations are similar containing parts racks , tool boxes and work benches . 

 For this problem we will apply mind mapping to help us find and solve the largest and 

 most glaring problems first . What is happening now ? We assembled a team with diverse talents   from all   across the business to observe the build process . 

 Parts for the assembly are delivered in bins randomly , the assembler must search the bins 

 for parts needed in sequence . Sometimes there are variations in the assemblies requiring that the   assembler leave the area to get hardware . The assembler spends a lot of time bending over to work   on the assembly which is uncomfortable and causes fatigue . During brainstorming and observing   the assembler , we asked what if ? 

 What if we changed the way parts are presented ? What if we assembled all hardware in 

 one place ? What if we made assembler comfort a priority ? We asked assemblers what they would   like to make their job more efficient and they agreed that our findings were a great place to start . 

 All of these seem like good places to start and all seem feasible . So we will prototype our 

 new process . First we will present all the parts in their build sequence eliminating rummaging   through bins . Next we will gather and organize all hardware that may be needed into bins on a rack   in the workstation to eliminate the assembler having to walk all over to find it . Then we will raise   the work surface so that the assembler is n’t bending and can easily see and reach his work reducing   fatigue . 

 Indeed the prototype reduced the time taken to build an assembly considerably . We were 

 able to reduce unnecessary movement , We reduced ergonomic stress , The assembler was happy to   have a more organized work area and took pride in the improvement in his productivity . While   observing the new process it was decided to repeat the mind mapping process again to uncover   even more opportunities for improvement . 


EMAIL: 
ID_NUM: 
NAME_STUDENT: 
PHONE_NUM: 
STREET_ADDRESS: 
URL_PERSONAL: 
USERNAME: 

### Task: You are a PII (Personal Identity Information) Detection. Given a essays written by students, you have to identify ONLY the following:
NAME_STUDENT - The full or partial name of a student that is not necessarily the author of the essay. This excludes instructors, authors, and other person names.
EMAIL - A student’s email address.
USERNAME - A student's username on any platform.
ID_NUM - A number or sequence of characters that could be used to identify a student, such as a student ID or a social security number.
PHONE_NUM - A phone number associated with a student.
URL_PERSONAL - A URL that might be used to identify a student.
STREET_ADDRESS - A full or partial street address that is associated with the student, such as their home address.
### Input: In my workplace we build very large machines made up of smaller assemblies , each of these 

 smaller assemblies is built in its own area and some are more complex than others . Often the   manufacturing process will be delayed waiting for the completion of a complex assembly . The   challenge that we have is how can we reduce the time needed to build the more complex   assemblies . All workstations are similar containing parts racks , tool boxes and work benches . 

 For this problem we will apply mind mapping to help us find and solve the largest and 

 most glaring problems first . What is happening now ? We assembled a team with diverse talents   from all   across the business to observe the build process . 

 Parts for the assembly are delivered in bins randomly , the assembler must search the bins 

 for parts needed in sequence . Sometimes there are variations in the assemblies requiring that the   assembler leave the area to get hardware . The assembler spends a lot of time bending over to work   on the assembly which is uncomfortable and causes fatigue . During brainstorming and observing   the assembler , we asked what if ? 

 What if we changed the way parts are presented ? What if we assembled all hardware in 

 one place ? What if we made assembler comfort a priority ? We asked assemblers what they would   like to make their job more efficient and they agreed that our findings were a great place to start . 

 All of these seem like good places to start and all seem feasible . So we will prototype our 

 new process . First we will present all the parts in their build sequence eliminating rummaging   through bins . Next we will gather and organize all hardware that may be needed into bins on a rack   in the workstation to eliminate the assembler having to walk all over to find it . Then we will raise   the work surface so that the assembler is n’t bending and can easily see and reach his work reducing   fatigue . 

 Indeed the prototype reduced the time taken to build an assembly considerably . We were 

 able to reduce unnecessary movement , We reduced ergonomic stress , The assembler was happy to   have a more organized work area and took pride in the improvement in his productivity . While   observing the new process it was decided to repeat the mind mapping process again to uncover   even more opportunities for improvement .
### Output: 