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Left to Right: Kalon, Jennifer, Detlef, Julia, Isbrand, Harald BCIT Industry Project: Assembly Throughput Optimization Date: Fall 2015 Students: Julia Malischewski, Jennifer Woodfine Sponsor: Isbrand Funk, CEO Company: Euroline Windows Inc. Euroline Windows Inc. embraces advanced European window technology as an innovative designer and manufacturer of distinctive windows and doors. They are the largest manufacturer of uPVC tilt & turn windows and doors in North America. The purpose of the project was to achieve maximum throughput in the assembly area that would result in improved productivity and production flow. The project team conducted staff interviews, motion time studies, and employee task sampling to uncover and verify the root causes that were preventing maximum throughput. The study determined six unproductive tasks that if removed, could improve worker productivity to 96%. The following recommendations were then made to help significantly reduce or eliminate the tasks. "The students were very thorough and diligent in their investigation and very soon identified problems and issues that existed. It was amazing to see the depth of understanding the students displayed with regards to the existing issues and problems in the area.” Isbrand Funk, CEO Recommendations Benefits 1. Rearrange workstations to promote proposed task distribution changes. Reduce frame cycle time by 53.73%. 2. Update standard operating procedures and implement standardized cross training. Improve productivity by up to 13% and will reduce employee training time in the future. 3. Implement proposed break schedules. Eliminate work stoppage and increase throughput by 10% per station covered. 4. Implement workstation preparation. Eliminate work stoppages during middle of day, therefore increasing productivity. 5. Implement barcode system in assembly. Improve productivity by up to 15% and create a user friendly environment. Reduce paper and ink costs. 6. Implement 5S workplace organization techniques. Improve productivity by up to 63%.

BCITIndustry%Project:%Assembly%Throughput%Optimization% · scan0033 Author: Peter M. Woodfine Created Date: 20151210191720Z

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Page 1: BCITIndustry%Project:%Assembly%Throughput%Optimization% · scan0033 Author: Peter M. Woodfine Created Date: 20151210191720Z

Left  to  Right:  Kalon,  Jennifer,  Detlef,  Julia,  Isbrand,  Harald  

BCIT   Industry  Project:  Assembly  Throughput  Optimization    Date:  Fall  2015    Students:  Julia  Malischewski,  Jennifer  Woodfine    Sponsor:  Isbrand  Funk,  CEO    Company:  Euroline  Windows  Inc.    

   Euroline  Windows  Inc.  embraces  advanced  European  window  technology  as  an  innovative  designer  and  manufacturer  of  distinctive  windows  and  doors.  They  are  the  largest  manufacturer  of  uPVC  tilt  &  turn  windows  and  doors  in  North  America.  

The  purpose  of  the  project  was  to  achieve  maximum  throughput  in  the  assembly  area  that  would  result  in  improved  productivity  and  production  flow.  

The  project  team  conducted  staff  interviews,  motion  time  studies,  and  employee  task  sampling  to  uncover  and  verify  the  root  causes  that  were  preventing  maximum  throughput.  The  study  determined  six  unproductive  tasks  that  if  removed,  could  improve  worker  productivity  to  96%.  The  following  recommendations  were  then  made  to  help  significantly  reduce  or  eliminate  the  tasks.    

 

"The  students  were  very  thorough  and  diligent  in  their  investigation  and  very  soon  identified  problems  and  issues  that  existed.  It  was  amazing  to  see  the  depth  of  understanding  the  students  displayed  with  regards  to  the  existing  issues  and  problems  in  the  area.”    -­‐  Isbrand  Funk,  CEO  

Recommendations   Benefits  1.   Rearrange  workstations  to  promote  

proposed  task  distribution  changes.  Reduce  frame  cycle  time  by  53.73%.  

2.   Update  standard  operating  procedures  and  implement  standardized  cross-­‐training.  

Improve  productivity  by  up  to  13%  and  will  reduce  employee  training  time  in  the  future.    

3.   Implement  proposed  break  schedules.   Eliminate  work  stoppage  and  increase  throughput  by  10%  per  station  covered.  

4.   Implement  workstation  preparation.   Eliminate  work  stoppages  during  middle  of  day,  therefore  increasing  productivity.  

5.   Implement  barcode  system  in  assembly.   Improve  productivity  by  up  to  15%  and  create  a  user  friendly  environment.  Reduce  paper  and  ink  costs.  

6.   Implement  5S  workplace  organization  techniques.  

Improve  productivity  by  up  to  63%.