This document summarizes a kaizen event aimed at reducing wiring rework hours in a metal clad production line. The event agenda included creating a process flow diagram and failure mode and effects analysis to identify causes of rework. An action plan was developed to reduce rework costs and defects in the short and long term. Metrics such as rework cost, hours and defects were identified to measure progress. The timeline laid out the define, measure, analyze, improve and control phases. Engineering and production teams participated in the event to improve wiring processes.
Understanding the Retro-Commissioning Process and its Benefitsjasmine1020
Retro-Commissioning (RCx) is a systematic process for identifying and improving less than-optimal energy perforemance in an existing building's equipment and control systems. You will leave this presentation with the knowledge of what Retro-Commissioning is and its benefits.
Jasmine Engineering has been in business for 29 years. The firm specializes in project management and commissioning services. Jasmine Engineering has executed commissioning, total building commissioning, retro-commissioning and building envelope commissioning services to facilities within higher education, municipalities, K-12, healtcare and the private sector. For more information visit www.jasmineengineering.com.
Understanding the Retro-Commissioning Process and its Benefitsjasmine1020
Retro-Commissioning (RCx) is a systematic process for identifying and improving less than-optimal energy perforemance in an existing building's equipment and control systems. You will leave this presentation with the knowledge of what Retro-Commissioning is and its benefits.
Jasmine Engineering has been in business for 29 years. The firm specializes in project management and commissioning services. Jasmine Engineering has executed commissioning, total building commissioning, retro-commissioning and building envelope commissioning services to facilities within higher education, municipalities, K-12, healtcare and the private sector. For more information visit www.jasmineengineering.com.
A project inventory is a list of active projects with information that can include planned start and finish dates, the name of the project leader, project priorities, budget totals, project ID numbers and other key project characteristics. Follow these steps to build a project inventory.
Oversizing the HVAC system is detrimental to energy use, comfort, indoor air quality, building and equipment durability. All of these impacts derive from the fact that the system will be “short cycling” in both heating and cooling modes. To reach peak operational efficiency and effectiveness, a heating and cooling system should run for as long as possible to address the loads. Short cycling limits the total amount of air circulating through each room, and can lead to rooms that do not receive adequate duration of airflow. In the cooling season in humid climates, cold clammy conditions can occur due to reduced dehumidification caused by the short cycling of the equipment. The system must run long enough for the coil to reach the temperature for condensation to occur and an oversized system that short cycles may not run long enough to sufficiently condense moisture from the air. Excess humidity in the conditioned air delivered to a space may lead to mold growth within the house.
Building Commissioning, Ongoing Commissioning and quality management using BACSLeonardo ENERGY
Building regulations on energy efficiency and the new technologies result in increasingly complex technical building systems (TBS). This causes quality risks and requires new approaches ensuring operational building performances. The risks are related to all stages of the building: pre-design, design, construction and operations. Quality management (QM), standardised technical monitoring (TM) and the Commissioning Process (Cx) are key in this context.
Building Automation and Controls Systems (BACS) have a special role in delivering building performance. They enable efficient operation and can provide data for quality management services. Due to the technical and organisational complexity of building projects it is important to define a standardised process to effectively carry out assessment services relying on BACS.
The webinar introduces the concept of Technical Monitoring and Commissioning Process as means of quality management, and presents digital tools and regulatory good practices developed with help of the EU-funded QUANTUM project.
Managing Massive Updates - Using GIS to Fuel Gas ComplianceSSP Innovations
NIPSCO was required to undergo massive data updates to their GIS to meet new gas regulation. A series of projects allowed for the rectification of all gas transmission assets and the manual update of system-wide records to accommodate the requirements. SSP technology was implemented to allow for outsourced updates to be replayed into the versioned production GIS while maintaining fulltime day-to-day editing. This provided maximum flexibility while minimizing downtime and any performance impact.
A project inventory is a list of active projects with information that can include planned start and finish dates, the name of the project leader, project priorities, budget totals, project ID numbers and other key project characteristics. Follow these steps to build a project inventory.
Oversizing the HVAC system is detrimental to energy use, comfort, indoor air quality, building and equipment durability. All of these impacts derive from the fact that the system will be “short cycling” in both heating and cooling modes. To reach peak operational efficiency and effectiveness, a heating and cooling system should run for as long as possible to address the loads. Short cycling limits the total amount of air circulating through each room, and can lead to rooms that do not receive adequate duration of airflow. In the cooling season in humid climates, cold clammy conditions can occur due to reduced dehumidification caused by the short cycling of the equipment. The system must run long enough for the coil to reach the temperature for condensation to occur and an oversized system that short cycles may not run long enough to sufficiently condense moisture from the air. Excess humidity in the conditioned air delivered to a space may lead to mold growth within the house.
Building Commissioning, Ongoing Commissioning and quality management using BACSLeonardo ENERGY
Building regulations on energy efficiency and the new technologies result in increasingly complex technical building systems (TBS). This causes quality risks and requires new approaches ensuring operational building performances. The risks are related to all stages of the building: pre-design, design, construction and operations. Quality management (QM), standardised technical monitoring (TM) and the Commissioning Process (Cx) are key in this context.
Building Automation and Controls Systems (BACS) have a special role in delivering building performance. They enable efficient operation and can provide data for quality management services. Due to the technical and organisational complexity of building projects it is important to define a standardised process to effectively carry out assessment services relying on BACS.
The webinar introduces the concept of Technical Monitoring and Commissioning Process as means of quality management, and presents digital tools and regulatory good practices developed with help of the EU-funded QUANTUM project.
Managing Massive Updates - Using GIS to Fuel Gas ComplianceSSP Innovations
NIPSCO was required to undergo massive data updates to their GIS to meet new gas regulation. A series of projects allowed for the rectification of all gas transmission assets and the manual update of system-wide records to accommodate the requirements. SSP technology was implemented to allow for outsourced updates to be replayed into the versioned production GIS while maintaining fulltime day-to-day editing. This provided maximum flexibility while minimizing downtime and any performance impact.
Segundo Seminario Internacional de Construcciones Arquitectónicas.
Tema: Construcciones de uno y dos pisos
Conferencia del Ingeniero: Daniel Rojas
Ponencia: 1 Normativa Colombiana en Construcciones de 1 y 2 pisos
Construcciones Arquitectónicas.
Universidad La Gran Colombia
Facultad de Arquitectura
Programa de Tecnología en Construcciones Arquitectónicas
Decano: Arquitecto Francisco Beltrán Rapalino
Director del Programa: Arquitecto Nelson Cifuentes Villalobos
Bogotá - Colombia – 2014
summary of 16 Lean Six Sigma improvement projects in manufacturing, bio-manufacturing, supply chain
including 2 machine safeguarding . Total savings over $8Mil
2. 2
SPS-0159EN V01 Kaizen Report Template
AGENDA
>
>
1. Project charter
2. RACI chart
3. Process Flow Diagram : Engineering / Manufacturing
4. Process Failure Mode Effect Analysis (PFMEA)
• Failure Mode Cause
• Severity / Occurrence / Detection (S-O-D)
5. Action Plan (short term and long term)
6. Effect Benefit Diagram
7. Kaizen Follow-up Calls : Sustainability
3. 3
SPS-0159EN V01 Kaizen Report Template
Confidential Property of Schneider Electric
60% of the rework cost in Metal
Clad Line is due to OCNs for last 3
Months in Smyrna Plant
Rework cost is calculated with
the hours spent on rework that is
collected on Auto time by the
operators through out the
manufacturing Line.
Goals/objectivesGoals/objectives
Reduce defect in wiring process from 4400
To 3500 (YTD 2015 data from quality).
Reduce Rework Cost wiring by15%.
Corrective actions identification and quick
actions implementation from PFMEA
Improve Defect Collection process to
include defects through out manufacturing
process
Sustain the new process with proper
documentation, PCP record, NQC calculation
correction (to include Rework Cost)
ScopeScope
Wiring: From OCN changes to
Metal Clad wiring process and
excludes mechanical assembly of
Metal Clad and all other Production
Lines.
TeamTeam
Leader : Muhammad Ali
Sponsor : Lonnie T/David
M
Coach : Carrie House
Process Owner :
Muhammad Ali/Production
Supervisor
Leadership Core Team Extended Team
QE : Chelsea Scialabba (100%)
ME : Ryan Teter (50%)
Application Eng : Richa Gokhale(100%)
Harshada Pendse (100%)
Operator : Ueursu Hall (50%)
Production Supervisor : Amable Osborne
(100%)
Electrical Designer: Haris Shaukat (100%)
Eng Supervisor : Muhammad Ali (100%)
Quality Expert : Serge
Lardinois
ETO Expert : Herve Raoult
SPS Specialist : Leticia Rivera
CI Lead : Rohini B Prabhakar
Testing Sup: Shana Summers
(100%)
Business ImpactBusiness Impact
Reduce Rework cost due to wiring
by15%
Reduce NQC (after correction)
Measures / KPI’sMeasures / KPI’s
Rework Cost
Rework Hours
MQD
Risk AssessmentRisk Assessment
Lead-time Impacted by
Engineering Process & Tools
TimelineTimeline
Define : 02/2516 – 03/02/16
Measure : 02/25/16 – 03/02/16
Analyze : 03/03/16 – 03 /14/16
Improve : 03/15/16-03/17/16
Control : 03/18/16- 04/25/16
CausesCauses
With Brainstorming exercise , we came up
with rework happening due Customer
Change, Engineering Errors, Delayed
customer feedback, not following correct
revision of prints, Engineering documents not
released in time to shop floor.
Project Name : Reduce Rework
Hours in Metal Clad Production
Line
Project Name : Reduce Rework
Hours in Metal Clad Production
Line
Project Leader : Muhammad
Ali
Project Leader : Muhammad
Ali Project Sponsor : Lonnie Tolbert/David MabiusProject Sponsor : Lonnie Tolbert/David Mabius
4. 4
SPS-0159EN V01 Kaizen Report Template
>
Preparation:
Define objective
Measure current
state
Event:
Change the
process
Sustain:
Improve and
control the
changes
>
Preparation Phase – RACI chart
RESPONSIBLE ACCOUNTABLE CONSULTED INFORMED
ENGINEERING
(OCN/PFMEA/PCP)
Muhammad Ali Richa G
Harshada P
Muhammad Ali
Haris S
Lean Master Team David M
Engineering Team
PRODUCTION
(Wiring PFMEA)
Amable O Chelsea S
Ryan T
Shana S
Lean Master Team
Production
Operators
Chris Lee
QUALITY
(NQC/ PCP)
Shana Summers
Chelsea
Chelsea S
Brandon
Quality Team
Lean Master Team
Sheri Lau &
Management Staff
5. 5
SPS-0159EN V01 Kaizen Report Template
Event - Team Members (March 15-17,2016)
Preparation:
Define objective
Measure current
state
Event:
Change the
process
Sustain:
Improve and
control the
changes
>
>
6. 6
SPS-0159EN V01 Kaizen Report Template
Event – ENGG PFMEA creation
Preparation:
Define objective
Measure current
state
Event:
Change the
process
Sustain:
Improve and
control the
changes
>
>
1. Team was instructed to take 1.5 hrs E-Learning on Basic FMEA
2. 2 Hr FMEA was provided with examples in the beginning of the Event
3. Step by Step Analysis for Failure Modes, Prevention Controls, Detection
Points and Root Causes driven by Smyrna Team
Click here for detailed PFMEA spreadsheet
7. 6
SPS-0159EN V01 Kaizen Report Template
Event – ENGG PFMEA creation
Preparation:
Define objective
Measure current
state
Event:
Change the
process
Sustain:
Improve and
control the
changes
>
>
1. Team was instructed to take 1.5 hrs E-Learning on Basic FMEA
2. 2 Hr FMEA was provided with examples in the beginning of the Event
3. Step by Step Analysis for Failure Modes, Prevention Controls, Detection
Points and Root Causes driven by Smyrna Team
Click here for detailed PFMEA spreadsheet