• Indicate vises for alignment each week
• Calibrate probes each week
• Indicate and calibrate tool measurement arms as needed
• Load/unload tools in tool magazine and Tool Data page
• Program and set up advance level parts
• Read blue print then verify and check parts to print dimensions as machined
• Performs in process checks of parts so that adjustments can be made before a nonconformance occurs or a large number of parts are machined out of specifications.
• Monitors quality, makes tool changes and adjustments as required.
• Check the accuracy of your measurement tools to the company standards
• Cleans and inspects equipment to avoid breakdowns
• Keeps work area clean and neat and complies with all safety standards
• Observe the machines during the machining process to verify correct speeds and feeds and for machine potential malfunctions
• Lay out, measure and mark materials
• Fit and assemble parts as per instructions or to print using hand tools and machinery
• Fabricate and modify/repair machine parts.
• Must also be able to fabricate, modify or repair machine parts.
• Study blueprints, sketches or drawings, and engineering information to determine the best methods and sequences to produce parts
• Select proper materials, machines and tools to manufacture parts as required.

Minimum Physical Requirements:

• The employee frequently is required to stand; walk; reach with hands and arms; climb or balance; and stoop, kneel, crouch, or crawl.
• The employee is required frequently to work from ladders and scaffolds.
• The employee is occasionally required to sit.
• The employee must regularly lift and/or move up to 10 pounds, frequently lift and/or move up to 25 pounds, and occasionally lift and/or move up to 50 pounds.
• Specific vision abilities required by this job include close vision.

· Write and debug effective and safe control programs that meet the requirements of the end user and the expectations of Tennessee Rand.

· Maintain the quality of equipment shipped.

· Follow Tennessee Rand Build Standards and Tennessee Rand Technical Guidelines, including deviation lists that may be provided to allow for customer specifications or requirements.

· Ensure control programming of equipment and tooling is complete, safe, and functional.

· Provide training and guidance to less experienced PLC technicians and programmers.

· Meet requirements for internal runoffs, safety inspections, and other quality control procedures.

· Clear communications with Project Management staff and supervisors on issues that may come up.

· Design effective and detailed HMI screens that are neatly arranged for ease in understanding by end user operators and technical staff.

· Lead projects and make sure everything is done on time and to the customer’s specifications.

· Debugging of electrical systems as needed for operation of all machines.

· Communicating with robot programmers on what is needed from them to make a project run smoothly.

· Travel 40%+ including overnight

• Indicate vises for alignment each week
• Calibrate probes each week
• Indicate and calibrate tool measurement arms as needed
• Load/unload tools in the tool magazine and Tool Data page
• Program and set up advanced-level parts
• Read blueprint then verify and check parts to print dimensions as machined
• Performs in-process checks of parts so that adjustments can be made before a nonconformance occurs or a large number of parts are machined out of specifications.
• Monitors quality, and makes tool changes and adjustments as required.
• Check the accuracy of your measurement tools to the company standards
• Cleans and inspects equipment to avoid breakdowns
• Keeps work area clean and neat and complies with all safety standards
• Observe the machines during the machining process to verify correct speeds and feeds and for machine potential malfunctions
• Lay out, measure and mark materials
• Fit and assemble parts as per instructions or to print using hand tools and machinery
• Fabricate and modify/repair machine parts.
• Must also be able to fabricate, modify or repair machine parts.
• Study blueprints, sketches or drawings, and engineering information to determine the best methods consequences to produce parts• Select proper materials, machines and tools to manufacture parts as required