MN471018, Work Planning and Control Manual
Sponsor: Michael W. Hazen, 4000
Issue Date: January 3, 2007
Revision Date: June 1, 2009

This document is no longer a CPR. This document implements the requirements of Corporate procedure ESH100.1.WPC.1, Plan and Control Work. 

IMPORTANT NOTICE: A printed copy of this document may not be the document currently in effect. The official version is the online version located on the Sandia Restricted Network (SRN)


MN471018 – WORK PLANNING AND CONTROL MANUAL


Subject Matter Expert: Brad Elkin; CA Counterpart: Aden Jackson
MN471018
Revision Date: June 1, 2009; Replaces Document: October 28, 2008

Implementation Notice:
The requirements outlined in this document must be incorporated into approved comprehensive organizational procedures on or before June 30, 2009. New work planned and conducted after June 30, 2009 shall be performed in accordance with this document. Ongoing work, conducted under an existing, current, and approved PHS and TWD (if required), is authorized until the expiration of the applicable PHS, TWD, or June 30, 2010.

Change History

Table of Contents

CHAPTER 1 – OVERVIEW OF THE WORK PLANNING AND CONTROL PROCESS

CHAPTER 2 – ACTIVITY-LEVEL WORK PLANNING AND CONTROL PROCESS

CHAPTER 3 – DEFINE SCOPE

CHAPTER 4 – ANALYZE HAZARDS

CHAPTER 5 – CONTROL HAZARDS

CHAPTER 6 – PERFORM WORK

CHAPTER 7 – FEEDBACK AND IMPROVE

REFERENCES

Requirements Source Documents
Implementing Documents

ATTACHMENT 1 — NNSA ATTRIBUTES


CHAPTER 1 - OVERVIEW OF THE WORK PLANNING AND CONTROL PROCESS


1.1 Purpose

The purpose of the Work Planning and Control (WP&C) Manual is to define, establish, and implement a scalable, comprehensive process for Sandia-wide work planning and control within the Integrated Safety Management System (ISMS) framework. This manual establishes the minimum institutional requirements of the Sandia WP&C process and instructs line organizations to develop comprehensive, organization-specific WP&C processes and procedures that implement identified requirements and directives. One corporate objective of this manual is to fully integrate all aspects of activity-level work (ALW) planning and execution in a consistent and predictable manner that will help achieve mission success.


1.2 Statement of Applicability

The WP&C Manual applies to all line management personnel and Members of the Workforce who have roles and responsibilities associated with proper implementation and execution of ALW

Exceptions to or deviations from this manual must be approved per the Corporate Policy System exception process. See Corporate Procedure CG100.1.7, Request an Exception to a Policy, Process, or Procedure for the process to obtain exception approvals. Consequences for violating Corporate Policy System rules will be determined in the same manner as other disciplinary actions.


1.3 Requirements

1.3.1 Establishing Organizational WP&C Processes

In accordance with the first guiding principle of Integrated Safety Management (ISM), line management is responsible for safety and for the protection of employees, the public, and the environment. Line management of organizations that perform ALW shall establish procedures and/or process documents (as appropriate to the type and complexity of work performed) that implement the requirements of this manual for work performed under their supervision.

The organizational WP&C process documents and/or procedures must be placed at the appropriate level(s) within the organization, depending on the various types and complexities of the work being performed. The organizational WP&C processes must incorporate the required WP&C elements described in Chapter 2 of this manual, “Activity-Level Work Planning and Control Process.”

Organizations shall complete the attributes applicability matrix (SF-2001-WAM) when preparing new or modified organizational WP&C procedures. This tool is used to determine gaps in an organization’s existing WP&C process, and to identify and document equivalencies and exceptions to the corporate WP&C process.

1.3.2 Identification and Delegation of Key Roles

Line management of organizations that perform ALW are responsible to designate personnel to perform the function of work planners, project leads if appropriate, and persons in charge (PIC) as appropriate, within their organization(s). Work planners are required to be trained and qualified in the activity-level WP&C process through participation in the Work Planner Qualification Course, WPC200, or its equivalent. Enrollment in WPC200 is through TEDS.

1.3.3 Elements of the WP&C Process

The Sandia WP&C process links directly to the five core functions of the Integrated Safety Management System (ISMS).

Chapter 1 and Chapter 2 of the WP&C Manual prescribe specific WP&C requirements. Chapter 3 (Define Scope) through Chapter 7 (Feedback and Improve) provide additional direction that helps ensure an organization’s WP&C process is adequately robust to fully protect Members of the Workforce, the public, and the environment from activity-level work-related hazards.


1.4 Roles and Responsibilities

All personnel have the responsibility to identify and appropriately communicate the presence of work hazards.

Responsible Individual

Required Action

Executive Vice Presidents

Establish the expectations for laboratory-wide integrated WP&C.

Vice Presidents

Ensure that WP&C requirements of this manual and its associated documents are effectively implemented in their organization.
Ensure the preparation of procedures and/or process documents that implement the requirements of this manual.
Ensure that the procedures and/or process documents implementing the requirements of this manual are written at the appropriate level(s) within the organization, and are tailored to the type and complexity of ALW performed.

Center Directors

If delegated by the Vice President, ensure the preparation of procedures and/or process documents that implement the requirements of this manual.
If delegated by the Vice President, ensure that the procedures and/or process documents implementing the requirements of this manual are written at the appropriate level(s) within the organization, and are tailored to the type and complexity of ALW performed.
Ensure that Senior Managers are meeting the requirements of the organizational procedures and/or processes that implement the integrated WP&C requirements of this manual and its associated documents.

Senior Managers

Ensure that ALW organizational procedures/processes are tailored to the work being performed under their direction and are being consistently and effectively implemented.
Note: If using subcontractors (service, construction, and onsite contractors) to perform ALW, use ESH100.1.GP.1, Manage Safety for Contracted Activities, to flow down ES&H requirements–including the requirements of this manual–to the subcontractors.

Line Managers/
Supervisors

Manage and direct the work of the department to ensure that all ALW is planned and performed in accordance with organizational activity level WP&C requirements.

Designate the personnel who will perform key roles in their organization with regard to WP&C, e.g., work planners, PICs.

Researchers/ Principal Investigators

Propose, plan, and execute scientific investigations in accordance with organizational activity level WP&C requirements.

Engineers/
Technologists

Plan, design, develop, and use new or improved engineering techniques or equipment to solve and complete technical and/or research projects in accordance with Organizational activity level WP&C requirements.

Work Planners

Obtain and maintain work planner training and qualification as directed by line management. Execute responsibilities as assigned by the manager to effectively and efficiently meet organizational activity level WP&C requirements.

All levels of Management

In accordance with the first guiding principle of ISM, assure that ALW performed by Members of the Workforce meets the requirements in this document. Periodically or routinely observe work activities and interact with Members of the Workforce, focusing on WP&C in accordance with this manual and its associated documents, in the field or on the floor. Document these observations and interactions.

Members of the Workforce

Use experience, education, and training to execute assigned work.

Plan and perform all work in accordance with organizational activity level WP&C requirements.


1.5 Regulatory Drivers

Applicable regulations, Department of Energy Acquisition Requirements (DEAR) Integrated Safety Management (ISM) clause, and quality assurance (QA) criteria require a formal, deliberate process for identifying, scheduling, prioritizing, planning, analyzing, coordinating, performing, documenting, assessing, and improving work activities. The section below lists and describes regulatory drivers associated with the Sandia WP&C processes.

REGULATORY DRIVERS

Requirement Description

48 CFR 970.5223-1
(DEAR 970.5223-1)

48 CFR 970.5223-1, “Integration of Environment, Safety, and Health into Work Planning and Execution,” mandate that work be performed safely in a manner that protects workers, the public, and the environment. It states, in part, “The contractor shall manage and perform work in accordance with a documented Safety Management System that fulfills all conditions in paragraph (b) of this clause at a minimum. Documentation of the System shall describe how the contractor will:

  1. Define the scope of work;
  2. Identify and analyze hazards associated with the work;
  3. Develop and implement hazard controls;
  4. Perform work within controls; and
  5. Provide feedback on adequacy of controls and continue to improve safety management.”

10 CFR 851

10 CFR 851, “Worker Safety and Health Program,” defines the worker safety and health requirements that govern contractor activities at all Department of Energy (DOE) sites and establishes the requirements for a worker safety and health program to reduce or prevent occupational injuries, illnesses, and accidental losses by providing DOE contractors and their workers with safe and healthful workplaces at DOE sites.

10 CFR 830 Subpart A

10 CFR 830 Subpart A, “Quality Assurance Requirements, and Subpart B, Safety Basis Requirements,” provide upper tier regulations that flow down into site-level WP&C documents. 10 CFR 830.120 requires that contractors conducting work that affects, or may affect, the nuclear safety of DOE nuclear facilities conduct work in accordance with the QA criteria in 10 CFR 830.122, and that the contractor responsible for a DOE nuclear facility conduct work in accordance with a Quality Assurance Program (QAP) that integrates the QA criteria with the safety management system, or describe how the criteria apply to the safety management system. The QA criteria require that work be conducted consistent with hazard controls using approved instructions and procedures. DOE O 414.1C, Quality Assurance, requires the same QA criteria be applied beyond nuclear facilities to cover all work performed at all DOE / National Nuclear Safety Administration (NNSA) facilities.

The section below summarizes the relevant DOE work management references.

DOE WORK MANAGEMENT REFERENCES

Department of Energy Directives

  • DOE Policy 450.4 – Safety Management System
  • DOE Order 226.1 – Implementation of Department of Energy Oversight Policy
  • DOE Order 414.1C – Quality Assurance
  • DOE/NNSA Weapon Quality Policy, QC-1

Other Guidance

  • Defense Nuclear Facilities Safety Board (DNFSB) Technical Report 36 – Integrated Safety Management: The Foundation of an Effective Safety Culture
  • DOE G 450.4 – Integrated Safety Management System Guide
  • NNSA Activity Level and Work Planning and Control Processes: Attributes, Best Practices and Guidance for Effective Incorporation of Integrated Safety Management and Quality Assurance, January 2006
  • Letter from NNSA Assistant Deputy Administrator for Program Integration, Thomas P. D’Agostino, “Action: Revitalizing Integrated Safety Management; Site Office Action Plans for Improving Activity Level Work Planning and Control Processes,” January 23, 2006

This Manual also incorporates DOE/NNSA attributes and best practices, guidance for effectively incorporating ISM core functions and guiding principles, and QA criteria into ALW planning and control processes for contractor personnel involved in construction and modification work, operations activities, research and development, and maintenance activities. The NNSA attributes are included as additional information in Attachment 1 to this manual.


Work Planning and Control Manual

CHAPTER 2 – ACTIVITY-LEVEL WORK PLANNING AND CONTROL PROCESS



2.1 Introduction

2.1.1 Purpose

This chapter of the Work Planning and Control (WP&C) Manual outlines required steps of the WP&C process and identifies the recommended responsible parties for each task. In all cases, in accordance with the first guiding principle of Integrated Safety Management (ISM), line management is responsible for safety and for the protection of employees, the public, and the environment. Although elements of the WP&C process can be delegated, line management remains responsible and accountable for effective WP&C performance and fulfillment of ISM principles.

The formality and discipline used to apply the process will vary depending on the rigor level of the work. The activity-level work (ALW) management process described in this chapter is implemented by organizational WP&C processes in accordance with Section 1.3.1.

Sections 2.2 through 2.6 contain requirements for each step of the WP&C process, including specific actions and responsibilities, while Chapters 3 through 7 of the manual provide additional direction that helps ensure an organization’s WP&C process is adequately robust to fully protect Members of the Workforce, the public, and the environment from activity-level work-related hazards.

2.1.2 Correlation to Integrated Laboratory Management System

The Integrated Laboratory Management System (ILMS) is the framework for managing SNL operations and provides the context for implementing the Integrated Safety Management System (ISMS). The activity-level WP&C process aligns with the ILMS corporate work process (CWP) as shown below. The WP&C process is described in terms of the five ISMS core management functions.

WP&C Process


2.2 Define Scope

Required steps associated with the “Define Scope” element of WP&C are shown in the chart below.  Recommended methods for meeting these requirements are described in steps 2.2.1 through 2.2.4.

Required Steps

2.2.1 Define Scope

2.2.2 Compare to Operating Envelope

2.2.3 Accept Work

2.2.4 Schedule Work


2.3 Analyze Hazards

Required steps associated with the “Analyze Hazards” element of WP&C are shown in the chart below.  Recommended methods for meeting these requirements are described in steps 2.3.1 through 2.3.3.

Analyze Steps

2.3.1 Determine Level of Rigor

2.3.2 Complete Hazard Identification/Analysis

2.3.3 Identify Controls


2.4 Control Hazards

Required steps associated with the “Control Hazards” element of WP&C are shown in the chart below. Recommended methods for meeting these requirements are described in steps 2.4.1 through 2.4.6.

Control Steps

2.4.1 Apply Graded Approach

2.4.2 Develop TWDs or Job Aids as Appropriate

2.4.3 Approve Work Documents

2.4.4 Implement Controls

1 For additional information on managing roving personnel, see General Guidelines for Roving Personnel.

2.4.5 Conduct Final Preparedness Verification

2.4.6 Authorize Work to Proceed


2.5 Perform Work

Required steps associated with the “Perform Work” element of WP&C are shown in the chart below.  Recommended methods for meeting these requirements are described in steps 2.5.1 through 2.5.2.

Perform Steps

2.5.1 Execute Work

2.5.2 Finalize Work


2.6 Feedback and Improve

Required steps associated with the “Feedback and Improve” element of WP&C are shown in the chart below. Recommended methods for meeting these requirements are described in steps 2.6.1 through 2.6.2.

Feedback Steps

2.6.1 Conduct Post-Job Reviews

2.6.2 Analyze and Process Feedback


Work Planning and Control Manual

CHAPTER 3 – DEFINE SCOPE


3.1 Introduction

This chapter provides supplemental information to support effective implementation of the first of five elements of planning and controlling work as defined in Chapter 2 of the Work Planning and Control (WP&C) Manual. Planning the work is key to ensuring safe and efficient work completion.


3.2 Elements of Define Scope

3.2.1 Define Scope

The define scope step is tied directly to the first ISMS core function, “Define Scope of Work.” If the work scope is not completely and accurately defined, it is impossible to accurately plan the work or to even know when work objectives have been met. The scope of work statement is the foundation for the successful completion of the planned work. 

Line management is responsible for defining the scope and objectives of work to be performed. The line manager is responsible for:

The work planner plans the activity as directed by the line manager, identifying critical steps and necessary resources and coordinating any interfaces necessary to ensure safe and efficient accomplishment of work. When coordinating interfaces, the work planner considers the resources needed for the work, as well as any organization or group that will impact or be impacted by the proposed work. When different organizations are involved, interfaces are coordinated so that combined requirements, potential effects, and interdependencies of work activities are effectively understood. Additionally, the work planner coordinates with other organizations as necessary to complete any permit applications, National Environment Policy Act (NEPA) checklist(s) and other NEPA documentation, and meet any other federal, state, or local requirements.

3.2.2 Compare to Operating Envelope

The term operating envelope is used to describe the operational and administrative boundaries within which Sandia facilities, groups, individual laboratories, or capabilities may safely conduct work activities. Organizations may use various processes for defining the operating envelope. For example, an organization may develop and use a “laboratory notebook” to define its operating envelope, or it may maintain a “virtual” assembly of relevant electronic documents.

The PIC or work planner, designated by line management, is responsible for ensuring that the new work fits within the organization’s existing operating envelope. If the work cannot be performed within the bounds of the existing operating envelope, the applicable documents may be revised (using existing corporate processes) to reflect a change to the operating envelope. The operating envelope must be formally changed prior to the commencement of work. The PIC should also:

3.2.3 Accept Work

The line manager and/or work planner should develop and implement a documented process for accepting or rejecting proposed work, based on alignment with the organization’s operating envelope, including existing approved activities, or the demonstrated ability to safely and efficiently perform the work after confirming appropriate resources and/or modifying/improving the existing operating envelope.
The line manager should document the decision to accept or reject the proposed work.

3.2.4 Schedule Work

Line management or an established delegate must evaluate and prioritize available resources against the backdrop of existing and known work load. In this role, the line manager must:


Work Planning and Control Manual

CHAPTER 4 – ANALYZE HAZARDS



4.1 Introduction

This chapter addresses the second of five elements of planning and controlling work as defined in Chapter 2 of the WP&C Manual. At the activity level, the “Analyze Hazards” element of WP&C is accomplished by determining the rigor level of the work to be performed, and then identifying and analyzing the hazards associated with each step of the work. For each analyzed hazard, an appropriate control is identified that can be implemented to protect the worker(s). Hazards are not always apparent. Thorough hazard analysis is fundamental to ensuring that work controls are sufficient to protect workers while they efficiently execute the work.


4.2 Elements of Analyzing Hazards

4.2.1 Determine Level of Rigor

The following list identifies activities that will always be performed at high rigor level:

  1. Accident recovery for damaged facilities
  2. Permit Required Confined Space (PRCS) entry
  3. Manipulation of energized circuit components > 50 V with a short circuit current > 5 milliamps and >10 joules (watt-second)
  4. Use of primary explosive material and/or use of low energy electro-explosive devices (EEDs). Any Type 2 explosives work.
  5. Work on equipment or processes involving multiple types of hazardous energy sources requiring lockout/tagout (LOTO)
  6. Work within <10 ft of an overhead power line > 50 kV, including equipment movement underneath, excluding work by high voltage linemen
  7. Work in a Very High Radiation Area
  8. Any excavation or wall, floor, or ceiling penetration where a site investigation has not or cannot identify all potential hidden hazards
  9. Excavation work that includes digging with power equipment to a depth of eight inches or more that might contact underground utilities or when an employee must enter an excavation five feet or more in depth
  10. Work performed on a surface four feet or more above the next lower surface where a fall hazard exists and normal protective measures or means of safe elevation are not employed
  11. Entry into potential imminent danger to life or health (IDLH) environments including work that may activate chemical deluge systems.

Graded approach is the methodology used to determine appropriate level of rigor required for performing activity-level work (ALW) and for incorporating the appropriate WP&C process requirements into work planning. The WP&C rigor level is used to determine the formality and discipline for planning, documenting, and managing ALW.

Work Planners screen proposed ALW to identify the consequence and complexity applicable to the proposed work scope.

Note 1: Use the criteria for complexity and consequence in Table 4-1 to determine the applicable rigor level.

Note 2: Use the examples in Table 4-2 to confirm the rigor level was appropriately selected.

Table 4.1. Activity-Level WP&C Rigor Levels Screening Criteria

Complexity (Includes consideration of number of distinct tasks, need for precision, number of different skilled personnel, number of organizations involved, and resource scheduling issues.)
Very Complex Requires high mental awareness while performing task. Requires extensive coordination with numerous individuals/organizations outside of the performing organization. Requires standby personnel to be immediately available to ameliorate any expected undesirable event (i.e., emergency rescue standby at location). Work area conditions are expected to vary considerably at times. There is the potential for unanalyzed hazards that must be evaluated as work progresses, i.e. uncharacterized changing exposure levels or unbounded fluctuations in the magnitude of the hazard.
Moderate Difficulty Requires support personnel to assist in performing the work.  Requires careful coordination with individuals or scheduling of resources, normally outside of the performing organization. First of a kind task for the performing organization. Job entry is required to quantify hazards, i.e., magnitude of hazard not fully known until after work commences. Some minor changes are expected with work area conditions. Includes situations where two known hazards controls could interact in such a way to produce an additional hazard.
Simple Easy to perform requiring a normal level of mental awareness. Minimal coordination required outside of the organization performing the work, i.e., radiation protection support. Work area conditions are stable. All potential hazards are readily recognizable and the magnitude (i.e., voltage, exposure level, chemical reaction, amount of energy) of each hazard is known during work planning.
Consequence Resulting from an undesirable event due to improper performance of ALW, considering that consequences are unmitigated unless permanent passive engineered control(s) are established.  
Catastrophic

Death of personnel, uncontrolled exposure to the public, off-site contamination of the environment, or a site-wide emergency may result.

Severe

Severe injuries, overexposure to personnel resulting in hospitalization, on-site environmental release, or damage to system or process affecting reliability resulting in significant work stoppage.  Consequence is limited to a single technical area.

Concern

Serious environmental, safety, and health impacts or serious damage to system or process.  Limited to injuries without need for hospitalization.  Consequence is limited to a single facility/building.

Negligible

Minor environmental, safety, and health impacts, impairment of the reliability for a system or process, or minor first aid cases. Consequence is limited to a room or small area outside.

 

Table 4.2. Rigor Level Examples

Rigor Level

The following are examples of each level of rigor. Actual work scope compared to the rigor level threshold criteria may determine that an example below could vary from the rigor level assigned below but none of the examples should drop more than one rigor level.
Low Rigor Level - Work involves:
  • routine activities in controlled areas and radioactive material areas
  • Indoor operation of Class 1, Class 2, or Class 3R lasers
  • Hand digging < 12 in.
  • Wall, floor, or ceiling penetration < 2 in. where the worker can identify all hidden hazards
  • Trouble-shooting circuits less than 50 Volts (V)
  • Hazardous energy controlled by plug and cord electrical connection disconnected, no capacitors
  • Using an approved/ permitted air emission source
  • No impact on structures, systems, or components addressed in DSA/SAR/TSR/JCO/BIO
  • < 25% threshold quantity of fissile material for criticality safety
  • Use of compressed air for operations such a painting, cleaning operations in the machine shop, maintaining tire pressure, etc.
  • Gas cylinder handling and change-outs or routine cryogen Dewar fill/use applications
  • Use of standard utilities such as compressed dry air, cooling water, “house” supplied gases (nitrogen), etc. connected to laboratory equipment
  • Use of laboratory equipment within the normal operational design intent as documented in the system data package and/or the OEM (Original Equipment Manufacturer) manual
  • Entering a Non-Permit Confined Space, when the task performed will not affect classification of the space
  • Manual lifting no greater than the lesser of 50 lbs. or 1/3 body weight
  • Non-office ergonomic concern (i.e., awkward position, static posture, repetitive motion) likely to create discomfort.
Medium Rigor Level - Work involves:
  • Work involving the use of hazardous chemicals, including particularly hazardous substances
  • Radiological activities that require an Radiological Work Permit (RWP)
  • Use of open flame or spark producing work outside of shop in open areas away from combustibles or flammables
  • Zero energy verification measurements (high likelihood of de-energized state)
  • Single source LOTO meeting criteria in ESH100.2.IS.2, Control Hazardous Energy (Lockout/Tagout), and capable of being easily isolated; no disassembly required
  • Using ladder > 4 feet above surface
  • Man-lift, bucket truck, or similar motorized lifts, with fall protection gear
  • > 25% threshold quantity of fissile material and < 100% threshold quantity of fissile material for criticality safety
  • Handling load configurations that adversely affect forklift/lift truck stability and maneuverability
  • Involves installation/ fabrication of a new or modification of an existing pressure/vacuum system
  • Involves installation of new equipment not previously used by the laboratory/ facility that will be connected to standard utilities
  • Working in heavy traffic area
  • Hazardous waste operations requiring Health and Safety Plan (HASP)
  • Heat/cold stress managed only by stay time and clothing
  • Hazardous waste cleanup operations
  • Hazardous waste operations at treatment, storage, and disposal (TSD) facilities
  • Controlling special processes that affect the quality of items and/or services
  • Work with unbound engineered nano particles
  • Operating, aligning, or servicing of openly accessible or exposed Class 3B or Class 4 laser beams
  • Outdoor operation of any class of visible laser (400 – 700nm) or any Class 3B or Class 4 laser
  • Activities conducted within Biosafety Level 1 and Biosafety Level 2 laboratories
  • Unanalyzed high noise level expected to exceed threshold limit value (TLV)
  • Customer quality requirements that impose stringent controls and precise documentation of completed activities
  • Moderate to strenuous activities in warmer temperature conditions using PPE that restricts body cooling
High Rigor Level - Work involves:
  • Isolating or breaking boundary for a hazardous heating, ventilating, and cooling (HVAC) system
  • Working at heights requiring a fall protection plan
  • Work with toxic gases such as metal hydrides (e.g., arsine, diborane) and corrosives (e.g., hydrofluoric chlorine)
  • Handling greater than threshold quantity of fissile material with double contingency principle NOT met
  • Handling of pyrophoric materials, including those suspended in liquids, with small enough particle size favorable to support spontaneous combustion.

 

4.2.2 Complete Hazard Identification/Analysis

The work planner is responsible for performing and documenting a thorough hazard analysis that identifies task steps to be performed, identifies hazards associated with those steps, and proposes mitigating controls for the identified hazards. See ESH100.2.IS.8, Assess Workplace Hazards and Provide and Maintain Personal Protective Equipment, for requirements on identifying the need for PPE and its use.

Note:  Managers are responsible for ensuring that the scope of operations are identified and evaluated in the ISMS primary hazards screening (PHS) software as describedin MN471017, Safety Basis Manual, prior to the start of any work at Sandia (facilities, operations, projects, and activities, etc).

During the hazard analysis, an effort should be made to include as many perspectives as possible, particularly from Members of the Workforce, as they often are the most familiar with the tasks and their related hazards. The PIC or work planner should also strive to identify aggregate hazards and common errors (and error precursors and error-likely situations) that could or often do impact the activities. Select and involve ES&H subject matter experts (SMEs), based on ES&H requirements applicable to reviewing the hazard, to assist with identifying and characterizing hazards and selecting appropriate defenses and controls.

A JSA planning team should be considered when conducting a JSA. The team can be as simple as the designated work planner or procedure author and a worker, or as complex as a large group representing many technical disciplines and areas of expertise. Participants should include representatives of those who will actually be performing the work and possessing the skill levels and expertise necessary to complete an effective hazard analysis based on the defined task.


4.2.3 Identify Controls

After identifying all the hazards associated with the proposed work, the work planner identifies the defenses and controls necessary to mitigate or eliminate the hazards associated with the work. In identifying applicable controls, the following hierarchy is used:

  1. Passive engineered controls
  2. Active engineered controls
  3. Administrative controls, including substitution.
  4. Personal
  5. protective equipment (PPE) per ESH100.2.IS.8, Assess Workplace Hazards and Provide and Maintain Personal Protective Equipment.

In this effort, the work planner should again include as many perspectives as possible, particularly Members of the Workforce and ES&H SMEs, as they often are the most familiar with the tasks and their related hazards. In addition to identifying specific controls, the work planner identifies mitigating actions for credible failure modes, as appropriate.

If the organization maintains and uses skill standards for performing certain work, then the appropriate skill-of-the-worker (SOW) or skill-of-the-researcher (SOR) classification forms or equivalent should be completed and referenced.  Forms that can be used for this purpose are SF-2001-SOW, Skill of the Worker Classification Form, and SF-2001-SOR, Skill of the Researcher Classification Form.

If the Management Operational Review (MOR)  process is used by the organization, the work planner performs a risk assessment to determine the level of MOR needed, and line Management conducts the MOR.

In evaluating the hazards associated with the accepted work, the work planner performs a planning walk down based on rigor level. By performing the planning walk-down, the work planner, with input from SNL ES&H SMEs and Members of the Workforce, can gain a clearer understanding of hazards associated with the accepted work.


Work Planning and Control Manual

CHAPTER 5 – CONTROL HAZARDS


5.1 Introduction

This chapter addresses the third of five elements of planning and controlling work as defined in Chapter 2 of the WP&C Manual. The application of hazard mitigation is imperative to ensure worker protection. 


5.2 Control Hazards

5.2.1 Apply Graded Approach

The key to managing the differential risk level associated with activity-level work (ALW) is the application of a graded approach. After determining the level of rigor associated with the work, the work planner applies the appropriate WP&C process requirements from Table 5-1 below, based on the rigor level of the ALW to be performed.

Table 5-1. WP&C Aspects and Rigor Levels Actions

Low Rigor Level
  • Work scope is defined informally (i.e., not documented).
  • Activity-level PHS, JSA, or equivalent process identify task steps and associated hazards for each step.
  • Hazards are analyzed and eliminated, mitigated, or controlled by Members of the Workforce with approved skill standards.
  • If a technical work document (TWD) is required by the ES&H requirements, PHS, or other driving documents, then incorporate hazards and controls coinciding with applicable work steps into a TWD (i.e., formal procedures). Clearly identify critical steps and associated error-prevention tools.
  • Periodic supervisor or PIC direction to confirm that work has been adequately planned.
  • When the work involves a radiological work permit (RWP), a pre-job briefing (PJB) must be performed and documented.
  • Verbal work authorization from the supervisor/PIC is required for first time tasks. Work authorization is given periodically (i.e., work assignment meetings, ‘job tickets’) thereafter for a general set of tasks.
  • Work may be performed as skill-of-the-worker/skill-of-the-researcher (SOW/SOR).
  • Collect and process pertinent feedback volunteered by workers, usually via supervisor/PIC.
Medium Rigor Level
  • Provide written statement of work scope with sufficient detail so workers understand desired outcome, critical steps, hazards, error-likely situations, limitations, and boundaries.
  • Use a planning team consisting of at least the work planner, worker (from the same organization if not the actual work performer), and appropriate SMEs.
  • Identify and analyze hazards using a JSA or equivalent tailored specific to the work scope.
  • The JSA or equivalent is reviewed by the planning team and appropriate SMEs.  Concurrence is provided by initial or signature on the JSA or equivalent.
  • Incorporate hazards and controls coinciding with applicable work steps into a TWD (i.e., formal procedures). Clearly identify critical steps and associated error-prevention tools.
  • Formal approval signature by supervisor/PIC of the work documents (TWD, etc.).
  • Perform a workability walk-down for work involving radiological, confined space, excavations/penetrations, group LO/TO, and electrical tasks.
  • If imposed by other ES&H requirements, a pre-job briefing (PJB) must be performed and documented. 
  • Work authorization requires a formal signature by the supervisor or PIC.

NOTE: Work authorization can be concurrent with planning approval and the pre-job briefing. The same person may provide the planning approval and work authorization. 

  • Acceptance at completion of work is as required by facility management and program quality requirements for maintenance, installation, and modifications.
High Rigor Level
  • Provide written statement of work scope with sufficient detail so workers understand desired outcome, critical steps and associated error-prevention tools, hazards, error-likely situations, limitations, and boundaries.  Provide sufficient information to allow the planning and hazards analysis activities to determine and analyze constraints that may impact safe and efficient performance of work and implement appropriate defenses against such constraints.
  • Use a planning team consisting of at least work planner, worker (from same organization if not the actual work performer), work area management or designee (i.e., space owner), and applicable SMEs. 
  • Perform an on-site planning walk-down by the planning team using form SF-2001-ALC or equivalent. Note: If ALARA considerations or life-threatening hazards exist, the planning team should no physically enter the area to conduct a planning walk-down and should use other means to evaluate workplace hazards. This may include, but is not limited to researching logbooks, operations and maintenance history, photographs, video, and process knowledge.
  • Identify and analyze hazards using JSA or equivalent process as defined by the organization, tailored specific to the work scope.  Incorporate results from other hazard evaluations (i.e., fire, nuclear, accelerator) into the JSA or equivalent process.
  • Incorporate hazards and controls coinciding with applicable work steps into a TWD (i.e., formal procedure). Clearly identify critical steps and associated error-prevention tools.
  • The JSA or equivalent is reviewed by the planning team and appropriate SMEs.  Concurrence is provided on the JSA or equivalent.
  • The resultant TWD is approved by a department manager or higher level management.
  • If the work is in a nuclear or a radiological facility, schedule the work on the department’s or higher organizational ‘currently approved task list,’ also commonly known as a plan-of-the day (POD) or plan-of-the-week (POW).
  • Perform a workability walk-down daily for work involving non-routine tasks and when work resulted in a change in conditions that required a formal revision to a JSA and/or TWD. Note: If life-threatening worksite hazards exist that require a minimum number of personnel to enter the worksite and preclude the supervisor/person-in-charge from completing the workability walk-down, then line management direct oversight is required at the worksite boundaries.
  • A pre-job briefing (PJB) is required prior to executing work. The PJB is documented. The PJB will be conducted again when any individual is first assigned to perform the work scope or when work resulted in a change in conditions that required a formal revision to a JSA and/or TWD.
  • Work authorization requires formal signature from the next level of line management, at a minimum, above that providing TWD approval.
  • Manager or delegate performs periodic oversight of work.
  • Acceptance at completion of work is required by facility management and program quality requirements for maintenance, installation, and modifications.
  • Collect and process pertinent feedback volunteered by workers, usually via supervisor. Document feedback if work was stopped to change work documentation (excluding minor changes) or for unanticipated/unanalyzed hazards.

The work planner determines defenses and controls to mitigate hazards, using appropriate input from the SME by the following methods:

In addition, the work planner reviews and confirms adequacy of existing procedures, tools, equipment, work environment, personnel training and qualifications, and coordinates improving these elements if necessary to meet minimum company and organizational requirements.

5.2.2 Develop TWDs or Job Aids as Appropriate

The development of documented instructions and guidance is critical to ensuring that Members of the Workforce have access to accurate information. The line manager ensures that needed TWDs or job aids are developed as appropriate to communicate the requirements of the job and information necessary to perform the work safely. A TWD is required when indicated by Table 5-1, WP&C Aspects and Rigor Levels Actions included in Section 5.2 of this WP&C Manual or Table 1 in ESH100.2.GEN.3, Develop and Use Technical Work Documents.

TWDs, guidance, processes, procedures, job aids, etc., should be developed such that they:

In addition, as a part of developing the TWDs, the work planner establishes appropriate quality assurance (QA) criteria.

These documents should be walked-down to confirm their appropriateness, correctness, feasibility, and workability before actual use.

For additional information regarding the development of TWDs, see ESH100.2.GEN.3, Develop and Use Technical Work Documents.

5.2.3 Approve Work Documents

The line manager or PIC reviews and approves hazard analyses and work documents (and emergency plans, if necessary) for completeness and for appropriate SME review and concurrence, and ensures that they are written so that they can be understood and effectively used by those performing the work.

5.2.4 Implement Controls

In order to implement previously identified defenses and controls to mitigate hazards, several issues are addressed:

NOTE: If a readiness review is required and is performed immediately prior to performing work, it may be used as a workability walkdown, and meets the requirements of MN471017, Safety Basis Manual.

5.2.5 Conduct Final Preparedness Verification

The commencement of work requires verification that hazards are properly controlled.  The line manager or PIC is responsible for:

5.2.6 Authorize Work to Proceed

After all hazards have been assessed and all defenses and controls have been identified, implemented, and verified to be adequate, the line manager may authorize work to proceed. This authorization consists of:

After the completion of the above items, the line manager or PIC then provides a written work authorization based on rigor level. 


Work Planning and Control Manual

CHAPTER 6 – PERFORM WORK


6.1 Introduction

This chapter addresses the fourth of five elements of planning and controlling work as defined in Chapter 2 of the WP&C Manual.


6.2 Perform Work

6.2.1 Execute Work

Depending on the level of rigor of the work, the line manager or PIC oversees the work. This oversight consists of:

The execution of work is performed by Members of the Workforce, who are responsible for:

Members of the Workforce also promptly report to the PIC or line management any changes in hazards or conditions, safety concerns, or errors (such as errors in equipment labeling or location, or in drawings, procedures, and other documents) discovered during the course of performing work. Should an unsafe condition arise, Members of the Workforce take appropriate actions prior to continuation of work in accordance with one or more of the following:

Note:  Resumption of work may require management to modify cost and schedule as necessary.  

6.2.2 Finalize Work

After closing out work documents as appropriate, the line manager should accept work as complete only when:

All activity-level work (ALW) documentation is complete and has been submitted to the customer or to line management or the work planner for final records management disposition.


Work Planning and Control Manual

CHAPTER 7 –FEEDBACK AND IMPROVE


7.1 Introduction

This chapter addresses the final element of planning and controlling work as defined in Chapter 2 of the WP&C Manual. A critical part of the Work Planning and Control Process, feedback and improvement is key to ensuring continual improvement of work development.


7.2 Feedback and Improve

7.2.1 Conduct Post-Job Reviews

Upon completion of work, as required for the applicable rigor level of the work, the person-in-charge (PIC) is responsible for conducting and documenting post-job reviews to collect feedback and lessons learned.
Commensurate with the WP&C rigor level, conduct activity level post-job reviews or equivalent to.

A post-job review is required whenever:

Form SF-2001-PJR, “Post-Job Review Form” should be used to document the post-job review.

Forward feedback from the post-job review to cognizant work planners and line management.

Members of the Workforce should provide activity-level feedback in accordance with the organization’s feedback process:

Members of the Workforce utilize ESH100.3.1, Prepare for and Manage Emergencies, if significant safety or programmatic issues are identified during activity-level feedback collection. Members of the Workforce may use the reporting guideline OOPS to aid in meeting these requirements.

The line manager or PIC should document the following minimum information when conducting a post-job review:

7.2.2 Analyze and Process Feedback

PICs are responsible for compiling, reviewing, and reporting feedback results as required. PICs are also responsible for the following:

Managers are expected to take corrective action on feedback results and do the following:

After receiving activity-level feedback, the PIC is responsible for processing and analyzing the feedback. Included in these tasks are:

Database entry of feedback may be performed by administrative support or other designated person.


REFERENCES

Requirements Source Documents

10 CFR 830.122, Nuclear Safety Management, Subpart A, Quality Assurance Requirements.

10 CFR 851, Worker Safety and Health Program.

29 CFR 1910, Occupational Safety and Health Standards.

48 CFR 970.5223-1, Integration of Environment, Safety, and Health into Work Planning and Execution.

DOE P 450.4, DOE Safety Management System Policy.

DOE M 450.4-1, DOE ISMS Manual.

SNL, DE-AC04-94AL85000, M&O Contract Between Sandia Corporation and DOE.

Implementing Documents

SNL, Integrated Safety Management System (ISMS) Description.

SNL, AOP 04-02, ES&H and Emergency Management Requirements Management Process.

 


 

Work Planning and Control Manual

ATTACHMENT 1 — NNSA ATRIBUTES

1. Activity Level Work Planning and Control Process

The attributes in this section are generally applicable to many or all of the sections that follow and have been listed here once to avoid repeat listings in multiple sections. A graded approach is required by each organization as it establishes their work control processes. The approach should reflect the risk, complexity and hazards involved in the work undertaken. It is the manager’s responsibility to determine the appropriate level of rigor to apply. For example, for very low risk activities, the application of the attributes provided in this document will be minimal. For high risk activities, the rigor must increase and the number of attributes that apply will correspondingly increase.

Organization

  1. Organizational structure, functional roles, responsibilities, levels of authority, accountability, and interfaces for those managing, planning, performing, and assessing work are clearly defined and documented.
  2. Where different organizations are involved, work management processes are coordinated such that the combined requirements (e.g., resources, integrated schedules, support, etc.), potential effects, and interdependencies of all work activities are effectively understood, analyzed, and coordinated by the affected organizations.
  3. Organizations use their assessment and issues management processes to drive work planning and control improvements.

Structure

  1. A graded approach methodology is incorporated into the work planning and control process that determines the rigor for implementing these work planning and control attributes based on the complexity and associated consequences of the activity.
  2. The process(es) and requirements for the incorporation of appropriate integrated safety management core functions, guiding principles and quality assurance criteria into activity level work planning, control and execution are clearly documented.
  3. The knowledge and experience of Members of the Workforce is sought early in the work planning process concerning how to safely and efficiently complete assigned tasks, and their input is factored into ensuring that adequate controls are in place.

Personnel

  1. The knowledge, skills, and abilities required for performing assigned work are established, documented, and maintained.
  2. Personnel possess the knowledge, skills, and abilities required for performing assigned work.
  3. Personnel are trained on the activity-level work planning and control process and understand how their function contributes to and integrates with the process.
  4. To maintain and improve proficiency, personnel are provided continuing training that reflects lessons learned and changes to work practices.

2. Identify, Prioritize, and Approve Work

  1. A defined process is used to identify and request work.
  2. A defined process is used to prioritize requested work; work priority is managed to achieve integration among all necessary interfaces.
  3. Requested work is reviewed (according to a graded approach) and a decision made to permit to proceed to the scheduling and planning phase.

3. Scheduling

(Note: For some work, e.g., research and development (R&D) work, scheduling may be addressed at either the project or activity level, and thus the attributes listed in this section would be applied at the appropriate level.)

  1. An integrated schedule(s) is developed that balances priorities and resources in a disciplined manner to ensure that work is accomplished safely and efficiently. The schedule is managed through a formal change control process. The scheduling process has provisions for work not requiring a formal schedule.
  2. Where appropriate, the schedule(s) is resource loaded; the sequence and timing of activities adjusted to ensure that adequate resources are available and consistent with the applicable requirements.

4. Planning Work

  1. Refine the work scope by identifying activities required to complete the work.
  2. Personnel with the appropriate functional area expertise (e.g., SMEs) are used to plan the work.
  3. Criteria are established for when team planning is required.
  4. Work is planned using previous work documents, documented work history, existing knowledge and operating experience, lessons learned, applicable standards and requirements, and manufacturer’s recommendations.
  5. Identify and analyze the hazards with the work and the work environment; analyze those including potential undesirable events (e.g., “what if” scenarios); and select controls necessary for the protection of workers, the public, and the environment.
  6. Focus on eliminating or reducing the hazards; for any remaining hazards use a hierarchy of controls (i.e., engineered controls first, administrative controls second, and PPE last).
  7. Identify the resources, including support organizations, needed to perform the work and incorporate that knowledge appropriately into work plans.
  8. Develop instructions necessary to complete work activities safely and efficiently, including integration of specific hazard controls. Identify and integrate into the instructions applicable technical, safety (ES&H, Radiation Protection, Safety Basis, etc.) and other programmatic requirements (QA, Security, Emergency Management, etc.).
  9. Establish acceptance or performance criteria necessary to verify completion of the work.
  10. Work documents are written so they can be understood and effectively used by those who perform the work.
  11. Work documents are reviewed for completeness.

5. Readiness

  1. Readiness is confirmed prior to performing scheduled work with regard to: systems (hardware and software), prerequisite controls, work environment, people, documents, tools and materials.
  2. Field, facility, or laboratory conditions are confirmed to match planning document(s).
  3. Work is formally authorized to proceed.

6. Performing Work

  1. Personnel with the appropriate functional area expertise are assigned to perform the work.
  2. Pre-job briefings are conducted to an extent appropriate for the complexity of and hazards associated with the work.
  3. Work is performed in accordance with the applicable work instruction(s) and documented appropriately. Documentation includes a provision to capture any problems encountered during execution of the work, and any feedback information considered useful for improving the work process.
  4. Line management oversight is sufficient to ensure work proceeds safely as planned.
  5. Appropriate actions are taken if unexpected hazards or conditions are encountered.
  6. Changes in work scope, conditions, or execution (e.g., field changes) are thoroughly reviewed, analyzed (including the continued adequacy of hazards analysis and controls), documented, and approved before being implemented.
  7. Work is complete when the outcome is achieved, the documentation is complete, and the work is accepted.

7. Post-Work Review and Closeout

  1. Post-job reviews are conducted to collect feedback, including lessons learned.
  2. Feedback and lessons learned information is analyzed to identify improvement opportunities. Improvement opportunities are effectively dispositioned.
  3. Work documents are evaluated and processed in accordance with approved records management procedures.
  4. Timely updates and improvements are incorporated into affected documents (such as engineering drawings, training documents, operating procedures, hazard analysis, etc.).


Bradley S. Elkin, bselkin@sandia.gov
Al Bendure, aobendu@sandia.gov


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