Woodwork Manufacturing Specialist - Burke
Competency-based
ONET: 51-7042.00
3
Years
59
Skills
832h
Related instructions
Classroom instruction topics
- Engineering Graphics
- Advanced Drawing Views & Descriptive Geometry
- Detailing
- Intro to Engineering & Technology
- Basic Machining Processes
- Basic CNC
- Geometric Dimensioning & Tolerance w/ Inspection
- Intermediate Algebra
- Trigonometry
- Occupational Safety & Health for General Industry OR Occupational Safety & Health for Construction
- Applied Physics
- Quality Planning & Team Building
- Introduction to Welding Basics For Fabrication
- Basic Blueprint Reading
On-the-job training
- Communicates effectively and professionally with colleagues, both internally and externally
- Reliably follows others' instructions
- Willingly asks questions about things not fully understood
- Works with due regard for others' safety
- Demonstrates a working knowledge of the company policy manual
- Establishes a system of maintaining appropriate notes and reminders and completes any required logs, calibration records, etc.
- Ensures proper communications between previous and next shifts, with operations and supervision
- Identifies problems and changes that could lead to problems through the exchange of information with operators, supervisors, and others
- Establishes trust and rapport with operators, supervisors, and others
- Demonstrates both effective time and project management
- Develops a project plan and tracks progress against the plan, flagging issues and delays as they occur
- Develops project contingency plans to respond to unexpected delays and costs, and professionally communicates with customers about alternatives as needed
- Verifies in-field measurements against architectural drawings to produce accurate shop drawings
- Estimates project costs and timelines, identifying project assumptions and resource costs (supplies, labor)
- Computes material quantities, sizes, weights, and costs
- Develops a project budget based on an approved quote and tracks project progress against the budget, flagging issues and unexpected costs as they arise
- Develops a professional quote for a project and shares with a potential customer for review and approval
- Protects self and other workers from accidents and injuries
- Follows employer safety requirements, including the consistent and proper use of protective clothing and personal safety devices
- Maintains a clean and orderly workplace, storing chemicals and corrosive or combustible materials properly and disposing of waste products according to company policies and local/federal laws and regulations
- Safely uses, stores, and maintains all tools/equipment properly to eliminate injury, electrocution, trip hazards, or damage
- Lifts supplies and materials using proper body mechanics and assistive devices, such as hoists, lifts, forklifts, and straps
- Reports and responds promptly, safely, and appropriately to emergency or hazard situations and troubleshoots any issues that may arise
- Uses lock-out/tag-out procedures when working with appropriate tools and equipment
- Demonstrates basics of measurement, materials, and safety of products and parts
- Uses and applies contextual mathematics
- Demonstrates layout processes
- Uses proper material-processing techniques
- Understands material properties
- Uses print reading and CAD software to develop shop drawings
- Identifies symbols, notations, and lines to industry standards
- Determines dimensions, critical features, and tolerances on architectural/shop drawings
- Interprets architectural/shop drawings to industry standards
- Uses CAD software to produce and edit architectural/shop drawings
- Demonstrates competency in primary drafting procedures
- Creates architectural/shop drawings using a variety of CAD software tools and functions
- Creates annotative text and dimension styles for use on floor plans, elevations, and construction details
- Creates and modifies CAD blocks to use on floor plans, elevations, and construction details
- Shows competency for millwork techniques and fabrication
- Processes materials safely and effectively, taking into account material characteristics
- Demonstrates the proper selection, identification, and installation of tools
- Safely and properly sets up and operates machines/tools
- Performs bench operations safely, effectively, and accurately
- Installs finished products
- Performs operation and maintenance of CNC and mechatronics operations
- Explains the proper codes and functions
- Demonstrates how to write a G code program in order to machine a basic cylindrical part on the CNC lathe
- Calculates the tooling, coordinates, and toolpaths necessary to machine the part on a CNC lathe
- Identifies different aspects of the machine
- Applies the Cartesian coordinate system and polar coordinates for a milling process
- Locates and identifies all components of the robotic cell, including all equipment, operator interfaces, tooling, perimeter guarding, safety devices, etc.
- Understands and practices all safety considerations related to operating the robotic cell
- Demonstrates the proper power-up, shut-down, and lock-out sequence of the robotic cell or other equipment
- Performs coating/finishing operations
- Recognizes proper surface preparation
- Understands chemical properties of coating and surface materials and their interactions with each other
- Performs proper safety and workplace protocols in spray booth
- Reads and understands safety data sheets
- Demonstrates proper handling, storage, and disposal of finishing materials
- Performs wood-processing operations
- Performs machine operations
- Selects proper tooling/machinery to safely and accurately perform all required processing operations within the specified tolerances on a part print
- Calculates cutting speeds and feeds and applies these calculations while performing required operations
- Problem solves, diagnoses, and troubleshoots effectively
- Traces defects to the originating sections of their root causes, such as verifying in-field measurements against architectural drawings
- Uses critical and logical thinking on a per project basis to analyze, measure, and record to improve manufacturing/installation process
- Proposes a remedy, having been given the authorization to implement the process improvement
- Conducts a triage level of troubleshooting and communicates findings to appropriate individual
- Performs daily, weekly, and monthly preventative maintenance responsibilities
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