Sentences with phrase «designing mechanical equipment»

Summary of Experience Over 25 years of experience designing mechanical equipment for the Oil, Gas, Mining, And Nuclear Industries.

SUMMARY * Solid command of technologies, tools and best practices in designing mechanical equipment using AutoCAD, Pro / ENGINEER, CATIA, Solid Works, Siemens UNIX NX 11 and engineering drawings.

Applied best techniques, procedures and theories to researching, analyzing and designing mechanical equipment and components.

Summary of Experience Over 20 years of experience designing mechanical equipment for the Medical, Aerospace, Oil & Gas, Mining, and Nuclear Industries.

Not exact matches

In a drive towards making one size fit all, new school buildings often ended up with over complicated services being fitted with complex and expensive mechanical and electrical equipment that would not be needed if the right design solutions had been adopted.

While retaining the mechanicals from the existing model, the new Cayenne sports upgrades to the design with subtle tweaks for a fresh new look, while the cabin gets updated with new equipment on offer.

As seen by the design features, mechanicals and the equipment levels of the car, it is safe to say that Honda is currently on the path of least resistance and treading cautiously with its every step.

With an intermittent soundtrack provided by the futile jittering of wrecked office equipment displayed like broken bodies skewered on pikes, and colossal flat - screen displays that had been mortally injured and then strung up in the fashion of cold - room carcasses, the opening rooms of Walead Beshty's recent exhibition at Petzel suggest a Dr. Moreau — style project updated for the digital age — a ruthless program of mechanical vivisection designed to forcibly bestow an organic bearing on a set of captive entities.

Limitation of Liability: By entering, You agree to release and hold harmless Tiny House Design & Living LLC and its subsidiaries, affiliates, advertising and promotion agencies, partners, representatives, agents, successors, assigns, employees, officers, and directors from any liability, illness, injury, death, loss, litigation, claim, or damage that may occur, directly or indirectly, whether caused by negligence or not, from: (i) such entrant's participation in the Campaign and / or his / her acceptance, possession, use, or misuse of any prize or any portion thereof; (ii) technical failures of any kind, including but not limited to the malfunction of any computer, cable, network, hardware, or software, or other mechanical equipment; (iii) the unavailability or inaccessibility of any transmissions, telephone, or Internet service; (iv) unauthorized human intervention in any part of the entry process or the Promotion; (v) electronic or human error in the administration of the Promotion or the processing of entries.

Motorcycle racing on - road / off - road Motorcycle riding on - road / off - road Motorcycle safety on - road / off - road Motorcycle riding with passenger Motorcycle accident reconstruction Motorcycle design Motorcycle testing on - road / off - road Motorcycle mechanics and repair Motorcycle valuation Motorcycle training (instruction) Motorcycle failure analysis ATV training (instruction) ATV repair ATV failure analysis ATV transmission design ATV design ATV accident reconstruction ATV racing ATV riding ATV testing OEM vs. after - market parts, systems OEM vs. counterfeit auto parts Motocross racing, riding, teaching, testing Racetrack design, construction, safety Off highway vehicle park design and construction Warning signs and placement of same Automobile accident reconstruction Automobile restraint systems Automobile failure analysis Automobile racing on - road / off - road Safety engineering Bicycle accidents Mechanism of injuries reconstruction Recreation vehicle accident Scooters — electric, engine, self - powered Heavy truck accident reconstruction Automobile clutches and transmissions Tire testing Tire research & development Tire skid analysis Tire failure analysis Mechanical Engineer Engineering management Materials handling science Brain injury mechanism, thresholds in impacts Brain injury — inertial Trailer accident reconstruction Trailer testing & design Machinist Fires cause & origin Motorcycle & ATV fire investigation A.S.E. Master Technician Safety helmets Marine accident reconstruction Photography Photographic forensic analysis Videographic forensic analysis Electrical systems troubleshooting Heavy equipment Construction tools Hand tools — use & safety Bus accident reconstruction Product warnings Equipment guards Barriers and catch fences Patent cases, infringement, obviousness, technical cequipment Construction tools Hand tools — use & safety Bus accident reconstruction Product warnings Equipment guards Barriers and catch fences Patent cases, infringement, obviousness, technical cEquipment guards Barriers and catch fences Patent cases, infringement, obviousness, technical comparison

(a) malfunction of mechanical equipment and recreational apparatus under the control of or maintained by the operator, including vehicles, other than that resulting from misuse by a user; (b) unsafe operation of mechanical equipment or recreational apparatus, including vehicles, by the operator or its employees; (c) unsafe aspects of the structure and condition of an indoor recreational facility that directly affect the safety of users when actually engaged in a recreational activity for which the recreational facility is designed or intended; (d) failure by the operator of an outdoor recreational facility to maintain commonly accepted conditions or standards of demarcation, signage, lighting, and monitoring of user activity, for outdoor recreational facilities of comparable size and type; (e) unfitness for normal use, at the time of supply or rental, of equipment or apparatus supplied or rented for use in connection with a recreational activity; (f) conduct of the operator's employees, acting in the course of their employment, that results in personal injury to or death of a user from the sources of risk referred to in paragraphs (a) to (e); (g) breach by the operator, or by an employee of the operator, of a specific statutory duty or regulatory requirement relating to safety in a particular recreational activity.

Objective statement — Develop, design, create and modify mechanical equipment utilizing cutting edge of technology in finest professional, efficient and creative ways.

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Mechanical engineers at an oil service company are responsible for designing the equipment and machines that the offshore engineers and technicians depend on, such as pipelines, valves and turbines, making sure that it is reliable, efficient and safe to use.

An automotive mechanical engineer performs designing, testing, building, and maintaining automotive vehicle tools and equipment.

Responsible for designing, developing, testing, maintaining and operating mechanical equipment

Served as Active Liaison between [company name] Corporate support, Fortune 500 client's equipment engineering technicians and their engineering group with installation, design modifications, preventative and operative maintenance which required an aggressive training agenda, Electrical and Mechanical troubleshooting skills, field documentation of tool operation and strong customer relations skills.

Popular work areas for electro - mechanical maintenance technicians are oil rigs, deep ocean explorations and the robotics industry where they are required to assist engineers in designing robotic equipment.

Designed mechanical systems for industrial, commercial, and residential buildings, including equipment selection, building modifications and material specifications.

Senior Mechanical Design Engineers are in charge of creating and building a variety of components and equipment.

The role also demands designing and building electro / mechanical equipment by gathering the requirements of customers.

A technical designer designs diagram of machinery, mechanical equipments and products under the supervision of senior manufacturing technicians.

Skilled Mechanical and Manufacturing Engineering professional with 14 years of broad based experience in design, building and installation of all automated manufacturing and capital equipment, able to upgrade and repair older manufacturing equipment with more modern designs.

SUMMARY Control Systems Engineer, Project Engineer, Engineering Manager and Plant Electrical Engineer with over 30 years management experience in control system maintenance, mechanical and electrical design, and equipment installations with United States Steel Corporation, AK Steel Corporation, Appleton Papers Corporation and St. Bernard Soap Company.

Lead Mechanical Engineer — Holwall Products Assemblage — Fayetteville, TN — 2012 — 2015 • Supervise design, development, and assessment of tools, components, and mechanical equipment • Meet with supervisors and team leaders to review product specifications • Collaborate on installation, operations, and maintenance of equipment throughout plant • Improve workforce optimization, including space requirements and equipment layouts • Reinforce compliance with maintenance procedures to protect safety of personnel and equipment • Implement process procedures, including maintenance schedules and testing protocols Mechanical Designer — UGW Elements — Elkmont, AL — 2013 — Present • Assess project requirements and ensure compliance with specifications • Measure and improve performance of mechanical devices and components • Maintain equipment to ensure safety, efficiency, and reliability • Produce designs and testing protocols • Provide technical advice to personnel from utilities companies, representatives from government agencies, and research orgMechanical Engineer — Holwall Products Assemblage — Fayetteville, TN — 2012 — 2015 • Supervise design, development, and assessment of tools, components, and mechanical equipment • Meet with supervisors and team leaders to review product specifications • Collaborate on installation, operations, and maintenance of equipment throughout plant • Improve workforce optimization, including space requirements and equipment layouts • Reinforce compliance with maintenance procedures to protect safety of personnel and equipment • Implement process procedures, including maintenance schedules and testing protocols Mechanical Designer — UGW Elements — Elkmont, AL — 2013 — Present • Assess project requirements and ensure compliance with specifications • Measure and improve performance of mechanical devices and components • Maintain equipment to ensure safety, efficiency, and reliability • Produce designs and testing protocols • Provide technical advice to personnel from utilities companies, representatives from government agencies, and research orgmechanical equipment • Meet with supervisors and team leaders to review product specifications • Collaborate on installation, operations, and maintenance of equipment throughout plant • Improve workforce optimization, including space requirements and equipment layouts • Reinforce compliance with maintenance procedures to protect safety of personnel and equipment • Implement process procedures, including maintenance schedules and testing protocols Mechanical Designer — UGW Elements — Elkmont, AL — 2013 — Present • Assess project requirements and ensure compliance with specifications • Measure and improve performance of mechanical devices and components • Maintain equipment to ensure safety, efficiency, and reliability • Produce designs and testing protocols • Provide technical advice to personnel from utilities companies, representatives from government agencies, and research orgMechanical Designer — UGW Elements — Elkmont, AL — 2013 — Present • Assess project requirements and ensure compliance with specifications • Measure and improve performance of mechanical devices and components • Maintain equipment to ensure safety, efficiency, and reliability • Produce designs and testing protocols • Provide technical advice to personnel from utilities companies, representatives from government agencies, and research orgmechanical devices and components • Maintain equipment to ensure safety, efficiency, and reliability • Produce designs and testing protocols • Provide technical advice to personnel from utilities companies, representatives from government agencies, and research organizations

Mechanical Engineer — Regional Engineering Co. — Decator, Alabama — April 2000 — September 2009 • Developed new methods to accelerate production speed by at least 23 percent • Collaborated on all phases of design process for a variety of products, including components, assemblies, subassemblies, and parts • Completed designs, including drafting, dimensioning, and documenting results • Designed parts for existing machinery to improve functionality and extend life of equipment • Received commendation for assessing and improving complex product specifications and resolving manufacturability concerns • Identified and corrected flaws in existing injection molding designs

• CNC Programmer with extensive insight into monitoring output operations of mechanical equipment, anticipating a position at Sigma Design Services.

Eager to apply expertise in designing, specifying, procuring and facilitating installation of new mechanical equipment and infrastructure upgrades for specific projects, in addition to handling both preventative and regular maintenance on assigned mechanical equipment.

Lead Mechanical Engineer — Josyth Company — Huntsville, Alabama — September 2009 — Present • Supervise design team of 12 members, completing product, parts, and component design for manufacturing equipment • Evaluate and test designs produced by the team before approving them for use • Review technical documents before approving them for use in - house • Confer with supervisors and team members to resolve design, operational, and collaborative problems • Approve design models, ensuring that they are in compliance, saving $ 700,000 by reducing number of flaws in subassembly and models before production • Create and evaluate prototypes to ensure optimal performance

Skills • Mechanical knowledge for HVAC, electrical, and plumbing work • Customer service skills • Knowledge of equipment maintenance • Ability to troubleshoot • Manual dexterity • Able to lift over 70 pounds • Excel at using computer aided design software • Fluent in English and Spanish

Also, seven years in the design, repair inspection and installation of mechanical equipment, high capacity circuits and installation of POTS (plain old telephone services) lines.

Professional Summary Mechanical Designer with 3 + years experience in modular equipment design.

Oversaw design, procurement and construction from a mechanical equipment and reliability perspective and provided input for start - up and operation of the mechanical systems within Made2Manage ERP and CAD for metrology systems division.

Accounting Administrative Specialist Architectural Technology Automotive Technician Biomedical Equipment Technician Business Data Technician CNC Manufacturing Technology Community Social Services Convergence Technology Electronic Controls Technician Golf Course Grounds Management Health Information Technology Information Technology Management Judicial Reporting Landscaping Technology Legal Administrative Assistant Mechanical CAD Drafting and Design Medical Administrative Specialist Medical Assistant Game Programming Networking Analyst Occupational Therapy Assistant Software Development Special Electronics Technician Supervisory Management Surgical Technology Web Design and Development Welding

Project Engineer with comprehensive experience in managing new product design and development with emphasis on R&D of electro - mechanical packaging design, aerospace equipment / instruments and medical products.

SUMMARY * Mechanical Design including tooling, fixtures, & solid modeling * Project Engineer (CE / ME / Power / Industrial) * Machine Driveline Design * Material Handling Equipment Requirements & Installation * Concrete & Steel Structures Design / Analysis * Bridge Crane Requirements & Testing * Construction & Site Design Engineering * Major Equipment Purchasing & Installation * Mechanical Commissioning.

A PDMS (Plant Design Management System) Piping Designer uses 3D modeling software to construct equipment layout and piping and mechanical design, and works with engineers and other designers to design drawings, sketches, and proDesign Management System) Piping Designer uses 3D modeling software to construct equipment layout and piping and mechanical design, and works with engineers and other designers to design drawings, sketches, and prodesign, and works with engineers and other designers to design drawings, sketches, and prodesign drawings, sketches, and projects.

Driven, hard working, and knowledgeable individual with 5 + years experience in a consulting engineering environment seeks PDMS Piping Designer position with ABC company in order to utilize equipment layout experience and mechanical design.

Tags for this Online Resume: Mechanical Engineering Manager, Senior Mechanical Engineer, Laser and Optics Design, Semiconductor Manufacturing Equipment, Robots, Precisioon Mechanisms, Principal Mechanical Engineer

Responsibilities included structural / piping / outfitting / mechanical design, decks, platform, equipment layout, bulkhead development, foundation design, concrete foundation design and liaison between company and fabrication yards.

Senior Mechanical Engineering / Manager, Project Manager, Production Manager, Commercial Food Equipment Design

SUMMARY Professional Ph. D mechanical engineer with 40 years of experience in the design, troubleshooting, installation, operation, and control of rotating equipment including compressors, gas turbines, steam turbines and pumps.

SUMMARY SENIOR Mechanical Engineer AND Project Manager with substantial Global experience in design of wide variety of machinery and equipment for the power generation, automotive, manufacturing, and facility industries.

Over 135 projects released to production (12 years) as international cross-functional design / drafting mechanical engineer using Solid Works 2009 - 2015, (7,500 hours), Pro / Engineering WF - 2 / 3, (over 7,500 hours), and AutoCAD 12 / 2000/2009 (2,500 hours) for heavy industrial equipment and automotive, oil equipment, and custom body projects.

Summary of Qualifications: Motivated Technician offering experience in the Electrical, Mechanical and IT Networking solutions field to meet the emerging technological needs to Inspect and test electrical systems and equipment to locate and diagnose malfunctions, using visual inspections, and connectors installation of wireless networking systems and the implementation of various topography designs with extensive knowledge o...

Experience of designing cost - effective and practical mechanical equipment modifications to help improve safety and reliability.

Tiajin Shipyard (China) 1968 — 1979 Mechanical Engineer • Designed and manufactured non-standard machine equipment for ships and plant • Developed manufacturing and repair technology • Oversaw all aspects of process from conception to implementation • Researched equipment including cranes, conveyors, heavy duty lifting, and amphibious equipment

IGM Robotics (Menomonee Falls, WI) 02/2008 — 03/2009 Robot Technician • Serve as a robot technician responsible for the mechanical and electrical design of robot cells • Build electrical cabinets, hydraulics, pneumatics and oversee the setup and installation from propane weld equipment • Install safety equipment, controls and write PLC programs for Safety PLC to newest codes and OSHA Standards • Coordinate and install Device NET • Install machinery at customer locations customizing to meet varied and exacting customer specifications • Design curriculum and lead training classes for customers in robot and machine software • Service, troubleshoot, and repair equipment for clients throughout the United States • Assist customers with questions concerning programming and spare parts over the telephone helpline • Instruct interns on machine building, wiring, hydraulics, and pneumatics • Utilize linguistic skills to translate German wire schematics and manuals into Edesign of robot cells • Build electrical cabinets, hydraulics, pneumatics and oversee the setup and installation from propane weld equipment • Install safety equipment, controls and write PLC programs for Safety PLC to newest codes and OSHA Standards • Coordinate and install Device NET • Install machinery at customer locations customizing to meet varied and exacting customer specifications • Design curriculum and lead training classes for customers in robot and machine software • Service, troubleshoot, and repair equipment for clients throughout the United States • Assist customers with questions concerning programming and spare parts over the telephone helpline • Instruct interns on machine building, wiring, hydraulics, and pneumatics • Utilize linguistic skills to translate German wire schematics and manuals into EDesign curriculum and lead training classes for customers in robot and machine software • Service, troubleshoot, and repair equipment for clients throughout the United States • Assist customers with questions concerning programming and spare parts over the telephone helpline • Instruct interns on machine building, wiring, hydraulics, and pneumatics • Utilize linguistic skills to translate German wire schematics and manuals into English

Long Airdox (Pulaski, VA) 1987 — 1997 Supervisor / Superintendent of Quality & Production • Oversaw daily operations, quality assurance, and production personnel of heavy mining equipment company • Responsible for 4 burners, 2 saws, 1 drill operator, and Class 8 truck painting team • Inspected electrical, hydraulic, and mechanical mining components ensuring OSHA compliance • Proficient in use of Level II Ultrasonic NDT Testing — USK — 7S Scope • Performed Opti - Line laser alignment of shafts, reducers, and motors • Designed and programmed CAD / CAM for CNC Burner, Plasma Head, and Punch Press