Frank Jugler

*** *. **** *. **********, UT *****

Cell: 801-***-**** add7kc@r.postjobfree.com

PROFESSIONAL EXPERIENCE

General Contractor (Aug. 2019 to pres. Self-employed)

Responsible for the quality of work and the safety of all involved in projects. Apply for building permits, keep properties secure, provide temporary facilities, manage onsite personnel, monitor schedule, accountable to the customers for construction technical quality, content, and results of projects and tasks within the scope of the outlined plans. I coordinate, plan, organize, integrate, and execute projects. I’m responsible for ensuring financial, schedule, technical, and new business objectives. I work with prospective customers in the support of new business and in the development of future financial plans. I show by example strong ethics in business and my personal life. I survey sites and take care of general waste and scrap. Perform technical reviews of work performed by workers and/or subcontractors and assisted in the resolution of difficult and complex problems while providing guidance on other routine matters. I oversee the construction or renovation of both new and old buildings and structures. Bring older structures up to current code. Primarily responsible for completing projects on time and within budget and adhering to building codes both national and local. Detail oriented; goal driven.

K.D. Herbert Construction Brigham City, Utah (Nov. 2011 to Aug. 2019. Supervisor Kurt Herbert

Superintendent on Commercial and Residential Projects. Review project and work order requirements reflecting any need for installation of or the maintenance and/or repair of real property industrial equipment (RPIE) for new construction or renovated facilities. Confirm that day to day projects are safely completed on time and meet quality standards. Visit various worksites to analyze, evaluate and determine damage for estimating and/or planning repairs or modifying and/or upgrading projects and make changes to work orders based on on-site inspection. Maintain liaison with other organizations, and contractor personnel to monitor/evaluate the status of assigned systems and to identify initial maintenance and/or engineering problems. Use AutoCAD to draw plans for renovations, additions, sheds and basements. Framing, concrete, roofing, drywall and extensive painting. Provide oversight/guidance in the development of accurate data for budgets, forecasting requirements, services, tooling, test equipment, technical data, and field service representative to accomplish functions relating to systems and/or building modifications. Under the direction of the Cognizant Engineer, oversaw a variety of duties involved in the operational phase of the mechanical system equipment. Been in charge of many renovation projects involving a wide variety of different trades and coordinated them through to completion. I was in charge of a large number of renovation projects sometimes involving an entire building, but mostly one wing at a time. We would plan and move the current employees to a different location, renovating the wing and move in a different department into the newly renovated wing. I have been involved in every aspect of this process many times.

Civil Engineering Squadron Structures. Hill AFB, Utah (Nov. 2007 to Nov-2011) Maintenance Mechanic: Performed Building inspections in all phases of construction, alterations and worked with Engineering Department to assure adherence to building codes. Adapt easily working with all other trades and contractors to coordinate the timing for each phase making sure projects get accomplished in the most efficient way possible. Performed as liaison for Hazardous Materials and as Shop Safety liaison continuously checked with coworkers to ensure their Personal Protective Equipment (PPE) insured replacement parts were up to date via bench stock procedures. Acting Supervisor of Civil Engineering Structures Shop...Estimate Jobs and personnel needed and scheduled man hours and equipment for projects base wide. Able to make on the fly decisions in renovation projects around the base.

Structural Detailer, Nucor Building Systems, Brigham City, Utah (Aug. 2007 to Nov. 2007) Supervisor Scott Russell

Detailing - Nucor Building Systems. Understood contract and design packages and interpret necessary information required on erection drawings. Hand drew erection drawings using knowledge of trigonometry and visualizing assemblies in 3D. Calculated building components including moment, dead and snow loads, bolt patterns, web depth, and flange width. Interpreted blueprints, sketches, work orders, and specifications to determine the projects requirements. Understanding of typical building layouts, fabrication practices and the relation of building components to each order. Applied good organizational and efficiency skills in project management teaching contractors to schedule phases of projects and to produce high quality AutoCAD drawings and documents supporting the order and flow process of the Building Systems Department.

Architectural Designer, Thair Blackburn Architect, Ogden, Utah (Mar. 2006 to Aug. 2007) Supervisor Thair Blackburn

Performed design work for new construction, renovations and improvement projects for real property and facilities. Produced blueprint drawings of existing structural conditions and design features. Monitored all projects including new construction, renovations and improvements to real property and facilities from start to finish including the performance of preconstruction site surveys to completion of as built drawings. Used standard architectural design practices on complex features and examined and analyzed architectural drawings, plans, designs and specifications, for projects. Used AutoCAD along with project tracking programs to solve engineering problems and facilitate construction and to develop complete working drawings including floor plans, interior and exterior elevations, sections, scale and full details of structures. Maintained current architectural data for assigned projects and acted as a project liaison with Builders, Engineers and other Design Agencies. Provided a full range of expert technical services and support which covered a broad phase of development, testing, usage, and activation of planned work.

Electro Mechanical Technician, Lear Siegler Services, Hill AFB, Utah (Jan. 2005 to Mar. 2006) Supervisor Dave Myer

Performed integration testing of Air Force Mission Support System Generators used for mission electrical power. Wrote and scheduled test procedures, executed tests, reported problems found and wrote final report. Demonstrated strong communication skills and provided technical support to shop Supervisors and Managers. Perform clean-up duties including cleaning equipment, sweeping, straightening, and lining up tools and other property in their designated areas Incorporated the use of TCTO’s, ECN’s and Technical Manuals to inspect repair and/or replace and modify aircraft ground electrical systems. Performed building and refurbishing generators for Air Force and Army.

Anode Designer, ES3 Int’l. Engineering & Manufacturing, Hill AFB, Utah (Nov. 2003 to Jan. 2005)

Brett West

Designed anodes for use on various aircraft using sophisticated state-of-the-art CAD solid modeling program (Pro Engineer Wildfire, AutoCAD & SolidWorks) tools showing all views in both 2D and 3D. Used skills in interfacing solid models with interface articles to demonstrate clearances and verify acceptability of all selected geometries applicable to the final product. Recommended changes to design, practices, and processes. Provided technical assistance in resolution of difficult and unusual designs. Managed tool files and file structure in order to cross coordinate and communicate images and geometry from concept to working solid models. Prepared and presented written and oral reports, briefings, and recommendations. Researched equipment requirements and corrected design deficiencies through evaluation of operational capability of systems/equipment and review of performance against standards.

Manufacturing/Process Engineer, L-3 Communications, Salt Lake City, Utah (July 1996 to May 2003) Supervisor Randy Hegsted

Determined schedules, estimated facilities, manpower, parts and equipment needed for cable and harness team. Coax connector specialist, performed takeoffs for cables and harnesses, machine programming and maintenance, wrote process sheets and implemented continuous improvement requests, updated drawings and wire tables. Prepared and presented written and oral reports, briefings, and recommendations. I received and examined incoming parts inspecting them for defects. Potting and Bonding process engineer, Researched and Identified a conformal coating machine that would coat a CCA in 5 seconds instead of the 30 min. of usual time saving hundreds of thousands of dollars over just a short period of time. Wrote processes for conformal coating of CCA’s and potting and bonding area. Coil Process Engineer, updated coil-winding processes for outbound contracts and use on printed circuit boards, Programmed and maintained coil winding equipment, and supported the redesign of new transformers for use in high voltage power supplies. Promoted to Systems Process Engineer on Company’s most technical and complicated Ground and Air Based systems involving testing refinement, continuous drawing & process updates.

Manufacturing Engineering Document Controller. I wrote all new and updated all old Standard Operating Details, Manufacturing Operating Procedures and Standard Repair Procedures for all technicians and assemblers, all within an ISO certified facility.

Mechanical Designer, Iomega Roy, Utah (July 1995 to July 1996) Supervisor Ken Noorlander

Design Drafter for Manufacturing Engineering and Electrical Engineering Departments. Performed CAD Design/Drafting work using AutoCAD for required new tooling, holding fixtures and electrical components on Jaz and Zip drives. Conducted the updating of prototype and first time build drawings for Zip & Jaz drive programs. Updated and standardized Iomega Company owned drawings.

Maintenance Mechanic, Carpenter, Plant Operator, Property and Inventory Control Orbital ATK, Promontory, Utah (Oct. 1984 to Mar. 1993) Supervisor Chuck Schwartz

Coordinated all duties in planning, layout, remodeling, drywall, painting and relocating office areas as well as new building construction. Coordinated and scheduled all phases of construction with the different trades Scheduled all moves and multi trade work on projects plant wide. I have the experience and ability to repair, restore, and remove composite or plastic parts and structures with surface damage such as chips, scratches, minor cuts, pits, abrasion, dents, surface ply rips, delamination, disbond, and bubbles. I set up and safely operated various industrial machines, tools, and equipment, including but not limited to sanders, routers, drills, heat blankets, heat lamps, pre-constructed jigs, molds, and form blocks. I’m able to follow very specific instructions and use established methods, processes, blueprints, and technical directives to accomplish all assigned work Knowledge of high/low fluid/gas pressure systems. I’ve had extensive safety training and I can recognize hazards in workplace situations. Worked in modeling shop making mock ups of missiles, space shuttle/boosters etc. Set up and operated lathes, drill presses and band saws, to fabricate prototypes or models. Determined fixtures, machines, tooling, and sequence of operations to fabricate parts, dies, and tooling, according to drawings and sketches. Drilled, countersinks, and reamed holes in parts and assemblies for bolts, screw, and other fasteners, using power tools. Layout and mark reference points and dimension on materials, using measuring instruments and drawing or scribing tools.

Cut shaped, and formed metal parts, using lathe, power saw, snips, power brakes and shear files, and mallets. Grinded, filed, and sanded parts to finished dimensions. Studied blueprints, drawings, or sketches, to compute dimensions for laying out materials and planning model production. Fabricated metal and plastic parts, using hand tools. Aligned, fit, and joined parts, using bolts or screws or by welding or gluing. Assembled mechanical, electrical, and electronic components into models and prototypes, using hand tools, power tools, and fabricating machines. Wired and soldered electrical and electronic connections and components. Reworked and altered component model and other parts as required to ensure performance of equipment or that parts meet standards. Inspected and tested model or other products to verify conformance to specifications, using precision measuring instruments or circuit tester. Devised and constructed my own tools, dies, molds, jigs, and fixtures, or modified existing tools and equipment. Made bridges, plates, wheels, cutting teeth on wheels and pinions. Consulted and conferred with engineering personnel to discuss developmental problems and recommend modifications to correct or improve performance of product. Recorded specifications, production operations, and final dimensions of model for use in establishing operating standards and machinery procedures for future reproduction. I have knowledge of a variety of materials and design techniques, principles, tools and instruments involved in the production and use of precision technical plans, blueprints, drawings, and models.

I’ve fabricated patterns used in making parts for spacecraft, missile’s and associated equipment. Designed, laid out and performed all manufacturing and machining processes required in the development of various wooden patterns, combination wood-metal match and split patterns using various plastics, Teflon etc. for patterns used by, foundry and sheet metal manufacturing units in the manufacturing, forming or molding of various castings of non-ferrous or ferrous metals and plastic compounds. From various points, section drawings, or hand drawn sketches, I develop my layout and design of space shuttle and missile parts or assemblies using reverse/mirror layout, complete coring or partial coring, wherein irregular of cylindrical split section core design (dovetailing) and various tangent projections, planes, bosses, webbing, etc. are inherent, and where various shop practices must be considered in making proper design, cope, drag, spruce, riser, gate, draft, etc. to enable the molding process to be accomplished. Always taking into consideration that shrinking will occur enabling the molding process to be properly accomplished. I consider the metal thickness and anticipate shrinking and the effect of chill while laying out more complex core molds for larger castings and contours. I’ve laid out section views in patterns and core developments. And because of my knowledge of (GDT) geometric dimensioning and tolerancing I allow for proper fit during assembly. I understand that all pattern making is a process and I use this step by step approach to select proper materials. I Mark off my full scale size layout of pattern parts and utilize various wood working and machining tools, molding devices and/or jigs in the machine and hand forming processes. Utilize GDT (geometric dimensioning and tolerancing) for specific parts some being in thousandths others within 1/64th or 1/32nd of an inch. (.03211 - .01511). I gradually shape patterns to the desired dimension frequently checking dimensions with calipers, proportional dividers, scales, T squares etc. and contour to specifications. Or use contour programming in turned and milled workpieces with the aid of integrated contour editor in CNC control systems. I’ve laid out section views in patterns and designed cores. And because of my knowledge of (GDT) I allow for proper fit during assembly. Assemble pattern and/or mold parts using proper joinery and apply appropriate protective sealers and finishes for protection. In the event of a failed mold or pattern I reconnect with machinists, sheet metal mechanics and other specialists to determine remedy. I always follow established safety rules/directions and never endanger myself or any co-workers. I usually perform work independently. I worked on off plant (Swat) Team performing tasks that include electrical, mechanical, sheet metal, millwright work, painting and pipefitting. Electrician: I’ve installed, and repaired electrical wiring, equipment, and fixtures. Prepared sketches and followed blueprints and schematics to determine the location of wiring and equipment and to ensure conformance to building and safety codes. Used a variety of tools and equipment such as power construction equipment, measuring devices, power tools, and testing equipment including oscilloscopes, ammeters, and test lamps. Installed ground leads and connect power cables to equipment, such as motors Repaired and/or replace wiring, equipment, and fixtures, using hand tools and power tools. Worked from ladders, scaffolds, and roofs to install, maintain or repair electrical wiring, equipment, and fixtures. Placed conduit (pipes or tubing) inside designated partitions, walls, or other concealed areas, and pulled insulated wires or cables through the conduit to complete circuits between boxes. Constructed and fabricate parts, using hand tools and specifications. Fastened small metal or plastic boxes to walls to house electrical switches or outlets. Performed physically demanding tasks, such as digging trenches to lay conduit and moving and lifting heavy objects. Provided assistance during emergencies by operating floodlights and generators, placing flares, and driving needed vehicles.

Maint. Mechanic: I worked closely with other maintenance mechanics to ensure that all repair and maintenance activities are properly completed. Conducted routine and scheduled maintenance on complex machinery. Ensured that the machinery works as expected, is properly lubricated and calibrated, and operating within safe limits for heat and speed. Followed manufacturers suggested maintenance schedule to keep equipment running efficiently. Worked on huge fixtures designed to remove space shuttle segments from trucks, turn to horizontal position for maintenance and then stand it back to vertical position for degreasing in Triethylcholine pit. I’ve replaced defective parts or, in some cases, replacing entire machines. Troubleshoot and identified mechanical issues or areas of potential failure with the use of several diagnostic tools along with visual inspections and tests to eliminate possible causes of mechanical or electrical issues. Sheet Metal: Installed assemblies such as flashing, pipes, tubes, heating and air conditioning ducts, furnace casings, rain gutters, and down spouts in supportive frameworks. Drilled and punched holes in metal, for screws, bolts, and rivets. Fasten seams and joints together with welds, bolts, cement, rivets, solder, caulking, metal drive clips, and bonds in order to assemble components into products or to repair sheet metal items. Fabricated and altered parts at construction sites using shears, hammers, punches, and drills. Trimmed, filed, grinded, deburred, buffed, and smoothed surfaces, seams, and joints of assembled parts using hand tools and portable power tools. Finished parts using hacksaws, hand, rotary, or squaring shears. Maintained equipment making repairs and modifications when necessary. Shaped metal material over anvils, blocks, or other forms, using hand tools. Transported prefabricated parts to construction sites for assembly and installation. Inspected individual parts, assemblies and installations for conformance to specifications and building codes using measuring instruments such as calipers, scales, and micrometers. Secured metal roof panels in place then interlocked and fastened grooved panel edges. Determined project requirements including scope, assembly sequences and required methods and materials according to blueprints, drawings, and written or verbal instructions. Used measuring tools to lay out, measure, and mark dimensions and reference lines on material such as roofing panels according to drawings or templates using calculators, scribes, dividers, squares, and rulers. Maneuvered completed units into position for installation, and anchored the units. Converted CAD drawings into blueprints and shop drawings to be followed in the construction and assembly of sheet metal products. Fastened roof panel edges and machine-made molding to structures, nailing or welding pieces into place Millwright: I’ve replaced defective parts of machines, adjusted clearances and alignment of moving parts. Aligned machines and equipment using hoists, jacks, hand tools, squares, rules, micrometers, and plumb bobs. Connected power unit to machines or steam piping to equipment and tested unit to evaluate its mechanical operation. Repaired and lubricated machines and equipment. Assembled and installed equipment using hand tools and power tools. Positioned steel beams to support bedplates of machines and equipment using blueprints and schematic drawings to determine work procedures. Signaled crane operator to lower basic assembly units to bedplate and aligned unit to centerline. Inserted shims adjusted tension on nuts and bolts and positioned parts using hand tools and measuring instruments to set specified clearances between moving and stationary parts. Moved machinery and equipment, using hoists, dollies, rollers and trucks. Attached moving parts and subassemblies to basic assembly unit using hand tools and power tools. Assembled machines and used bolts, welds, rivets and/or other fasteners to secure them to foundation or other structures. Used measuring instruments to lay out mounting holes and drilled holes with power drill. Bolted parts such as side and deck plates and jaw plates to basic assembly unit. Level bedplate and establish centerline using straightedge, levels, and transit. Dismantled machines using hammers, wrenches, crowbars, and other hand tools. Shrink-fit bushings, sleeves, rings, liners, gears, and wheels to specified items, using portable gas heating equipment. Dismantle machinery and equipment for shipment to installation site, usually performing installation and maintenance work as part of team. Constructed foundation for machines using hand tools and building materials such as wood, cement, and steel. Installed robots and modify its program, using teach pendant. Operated lathe and/or milling machine to grind, file, and turn machine parts to dimensional specifications. Painter/composite fabricator: I assisted higher graded workers in performing inspection of spacecraft/missile surfaces and completed repair operations before painting on damaged areas of low observable integrity. I have prepared surfaces using a variety of processes and materials. I have mixed and match coating materials such as various epoxy and paint coatings and applied them to various surfaces such as fin assemblies and booster segments. I have a degree in Design Graphics Engineering Technology and I’m able to follow very specific instructions and use established methods, processes, blueprints, and technical directives to accomplish all assigned work. Translated CAD drawings and blueprint illustrations to design plastic templates at scale for use on surface of space shuttle vehicle and subassemblies. I have worked as a Process Engineer and I’m able to read and interpret sketches, Engineering Information Releases, technical specifications and engineering process and change orders: and safely use equipment to apply coating materials using sprayers, rollers and brushes in accordance with such. I’ve used thickness testers and I have checked viscosities of coating materials using viscometers and checked thickness using coating thickness gages. I have the experience and ability to repair, restore, and remove composite or plastic parts and structures with surface damage such as chips, scratches, minor cuts, pits, abrasion, dents, surface ply rips, delamination, disbond, and bubbles. I set up and safely operated and maintained various industrial machines, hand tools, and equipment, including but not limited to sanders, routers, drills, heat blankets, heat lamps, pre-constructed jigs, molds, and form blocks. I’ve had extensive safety training and I can recognize hazards in workplace situations. I keep work the work areas clean and I always follow established safety rules/directions and never endanger myself or any co-workers. Use properly fitting protective clothing and use all required safety equipment. I usually perform work independently. I’ve used tooling to perform pre-fit, wet lay-up, vacuum bagging, wicking, and heat curing, trimming, and drilling operations. Performed various repair methods to advance composite skins, fiber-mat space shuttle segments and missile structures. Applied materials to space shuttle segments with multiple and changing requirements in procedure, dwell times, mixing standards and environmental conditions. Applied various resins, fillers, and thermoplastic moldings and sprayed specialty material to precise tolerance and thickness. Combined multiple agents with coating material to be applied to space shuttle segments, missiles and and/or sub-assemblies. Applied secure classified drawings, process orders, technical data and other applicable data. In fabrication process I’ve used measuring devices to lay out and configure advanced coatings in varying stages of stack-up process and performed inspection of space shuttle segment and/or missile surfaces for damage, integrity, deviations and other out of tolerance conditions affecting Low Observable coatings. I have understanding of Low Observable theory's, principles, techniques, and concepts. I’ve performed a variety of duties in composite plastics fabricating including painting, spraying, and applying various types of radar absorbing materials and metal impregnated paints. I troubleshoot, evaluate, inspect, refinish, repair, test, modify and maintain advanced composite components. I possess knowledge of space shuttle and missile related safety and environmental standards, regulations, and requirements.

Pipefitter/plumber: Inspect, adjust, clean and repair plumbing fixtures and systems, steam operated equipment, heating and water systems, waste lines, kitchen and laundry equipment, air compressors, medical compressed air systems, vacuum systems oxygen systems and natural gas distribution systems. Reading and interpreting blueprints and manufacturers specifications for installing and repairing equipment. Making safety and preventive maintenance inspections of utility systems and equipment in accordance with regulations and National Codes; and performing other related duties as assigned. Performing pipefitting duties on patient wards, tunnels, and administrative areas. Install thermostats, heating elements. traps, associated valves, and shop bench-work including piping, prefabrication of pressure-reducing valve stations, trap rebuilding, pneumatic valve rebuilding, steam operated equipment, heating and waters stems. Able to perform asbestos abatement work. Worked with high temperature and high pressure piping systems such as nitrogen, steam heating, and steam generating systems. Periodically inspect, repair, replace, fabricate, install and maintain piping systems such as high pressure steam, chillers. Install plumbing fixtures such as showers, toilets, and sinks. Installed fire sprinklers, medical gas lines, sewer and condensate. Maintained valves, fittings, fixtures, dietetic equipment, dish machines, autoclaves, distillers, pumps, pressure regulators, gauges, steam traps, convectors, reverse osmosis and deionized water systems. Periodically inspect, repair, replace, fabricate, install and maintain medical gas outlets and all auxiliary equipment of steam, water and medical gas distribution systems and all other fixtures in connection with the organizational maintenance schedule and manufacturer's specifications. Assemble pipe sections and fittings with the proper support at the correct levels, inclines and pitches. Estimate the necessary materials and man hours needed to complete a job. I’ve installed and assembled piping, fitting, accessories and components to high and low pressure liquid lines, vacuum lines, heat exchangers, hydraulic; lines, heating and cooling coils and numerous other high/low pressure systems. Monitor boiler water and fuel levels, making adjustments and activating valves as necessary to keep the boiler operational. Performed routine maintenance on hot water heating and boiler systems Used hand and power tools when replacing defective valves, filters, or steam gauges on a heating systems. Using buddy system I have crawled inside boiler for inspection. Maintained records of operation, fuel and water levels and logged maintenance and other data. I’ve checked and ensured appropriate fuel has been delivered. I have the ability to troubleshoot, test, repair, maintain and/or modify commercial heating plant systems and related equipment. I’ve cleaned corrosive deposits always keeping safety at the forefront. Watched system during operation and attend to any additional problems, recorded service data in logs. experienced in general HVAC work, working knowledge of related mechanical, plumbing have the ability to follow written and oral instructions, diagrams, blueprints, schematics (mechanical, electrical and electronic) and manufacture’s manuals, to estimate time and materials needed for jobs and to perform routine record keeping tasks and arithmetic computations. Manage the boiler and other related machinery, ensuring it is functional and safe at all times. Inspect safety devices on a daily basis, running tests and reporting any unusual situations.

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