Position: Electrical Technician (Product Repairs) - Fishing Responsibilities • Lays out, builds, tests, troubleshoots, repairs and modifies developmental and production electronic components, parts, equipment and test systems. Applies principles and theories of electronics, electrical circuitry, engineering mathematics, electronic and electrical testing. • Discusses layout and assembly procedures and problems with engineers and draws sketches to clarify design details and functional criteria of electronic units. May be required to assemble experimental circuitry (breadboard) or complete prototype model according to engineering instructions, technical manuals, and knowledge of electronic systems and components. • Recommends changes in circuitry or installation specifications to simplify assembly and maintenance. Sets up standard test apparatus or devises test equipment and circuitry to conduct functional, operational, environmental, and life tests to evaluate performance and reliability of prototype or production model. Analyzes and interprets test data. Adjusts, calibrates, aligns and modifies circuitry and components and records effects on unit performance. • Supports the creation of technical reports and develops charts, graphs, and schematics to describe and illustrate system's operating characteristics, malfunctions, deviations from design specifications and functional limitations for consideration by engineers in broader determinations affecting system design and laboratory procedures. Ensures the documentation of technical service and repair analysis into the system databases and logs. • May operate bench drills or other machine tools to fabricate parts such as test boxes, brackets, cables, terminal boards, SMD part feeders, machine chassis. Checks functioning of newly installed equipment in the printed circuit board (PCB) manufacturing assembly and/or testing areas and structures to evaluate system performance under actual operating conditions. • Communicates with customers professionally to discuss and provide options and estimates. Provides excellent technical customer service to dealers, end users, outside technicians and internal customers including customer service, sales, quality, product development and R&D departments. Resolves complaints or dissatisfaction using sound judgment and refers more complex issues to supervisor (varies by business unit supported). What you will need to succeed • Education: Associate degree in electronics engineering technology or equivalent. • Experience: Typically requires a minimum of 2 years of experience in electronics engineering within a consumer goods or printed circuit board environment. • Demonstrated knowledge and experience in effectively troubleshooting and repairing equipment and systems. • Demonstrates a broad understanding of production processes. Demonstrated skills and abilities in mechanical dexterity, assembly, manufacturing, soldering and inspection. • Knowledge of electronics processes and procedures. • Skills in reading, understanding and adhering to engineering drawings, documents and procedures. • Ability to function effectively as part of a team while completing multiple tasks effectively with minimal supervision. • Takes initiative to aid fellow employees to smooth overall process flow. • Ability to manage time effectively. • Ability to recognize equipment/tooling malfunctions to detect irregular or deficient product. • Excellent problem solving and communication skills (written and verbal) and ability to drive to corrective actions with minimal supervision. • Above average computer literacy and math abilities. #J-18808-Ljbffr
See More Details >>Job Description A Senior Electrical Controls Engineer is a technical leader responsible for designing, implementing, and overseeing electrical control systems, often within a specific industry like manufacturing or infrastructure. They lead projects, provide technical guidance, and ensure projects meet standards and regulations. This role involves a blend of engineering expertise, project management, and leadership. Senior Electrical Controls Engineer JOB SUMMARY Designs, develops, constructs, and tests electrical control systems for manufacturing equipment and machinery. Responsible for the electrical design, programmable logic controller (PLC) and Motion Control programming and testing. Responsible for daily technical oversight and guidance to the manufacturing engineering team. Requires working on the production floor troubleshooting process issues, adjusting process parameters, and documenting procedures. Partners with R&D, Quality, and Production to develop assembly, testing and design reviews on electronic control heads. KEY RESPONSIBILITIES Provides direction for electrical controls engineering standards throughout the manufacturing process. Produces project documentation that includes prints and engineering files, supplier communications and Engineering Change Orders (ECOs). Maintains electrical control systems on production equipment. Designs, develops, and tests all aspects of electrical components, equipment and machinery. Reads schematics and layouts and supports best design protocol and analysis. Contributes to the team with a proven knowledge applicable to one or more of the following fields: analog and digital sensors, PLC Controls, software design and development, and pneumatic controls. Provides production support to maintain quality and production output to budgets. Troubleshoots and designs solutions to improve equipment reliability. Collaborates with Operations, R&D, Quality, and outside suppliers through new product development stages of new products, process methods, assembly plans. Manages a range of smaller to complex projects from concept, design, and through completion. Develops timelines and ensure project success by maintaining timeline targets, budget responsibilities and quality requirements. Performs other duties as assigned. EDUCATION AND EXPERIENCE REQUIREMENTS Education: Bachelors degree in electrical engineering (BSEE), electrical engineering technologies (EET) or equivalent. Experience: Typically requires a minimum of 5 years of experience in developing, programming, and testing electrical controls systems. KNOWLEDGE, SKILLS, AND ABILITIES PLC and Motion Control programming, testing, and debugging experience. Primarily Allen-Bradley CompactLogix PLCs utilizing EtherNet/IP, IO-Link, ModBus TCP and discrete I/O. Preferred experience in developing HMI, PLC and Vision System programs from start to completion. Advanced skills in electrical engineering design tools to include Power Distribution, Testing, and Data Collection equipment. Advanced knowledge of and skills in designing, building, evaluating, and testing of industrial electronic and/or electrical circuits and components. Advanced electrical design and layout experience including power distribution, I/O devices, sensors, etc. Preferred experience with Keyence Vision and Turck HMIs, IAI Linear Actuators, and Fanuc 6-axis robots. Ability to troubleshoot complex design programming and testing of electrical controls systems. Advanced understanding of mechanics and basic mechanical skills. Technical writing, procedures and manuals and experience in reading and drawing schematics. Excellent communication skills and the ability to work with customers, vendors, other engineers, machinists, assemblers, wiremen, technicians and supervisors. High degree of flexibility and willingness to work on a wide variety of projects and tasks. Demonstrated creativity with strong analytical and technical expertise. Qualifications EDUCATION AND EXPERIENCE REQUIREMENTS Education: Bachelors degree in electrical engineering (BSEE), electrical engineering technologies (EET) or equivalent. Experience: Typically requires a minimum of 5 years of experience in developing, programming, and testing electrical controls systems. KNOWLEDGE, SKILLS, AND ABILITIES PLC and Motion Control programming, testing, and debugging experience. Primarily Allen-Bradley CompactLogix PLCs utilizing EtherNet/IP, IO-Link, ModBus TCP and discrete I/O. Preferred experience in developing HMI, PLC and Vision System programs from start to completion. Advanced skills in electrical engineering design tools to include Power Distribution, Testing, and Data Collection equipment. Advanced knowledge of and skills in designing, building, evaluating, and testing of industrial electronic and/or electrical circuits and components. Advanced electrical design and layout experience including power distribution, I/O devices, sensors, etc. Preferred experience with Keyence Vision and Turck HMIs, IAI Linear Actuators, and Fanuc 6-axis robots. Ability to troubleshoot complex design programming and testing of electrical controls systems. Advanced understanding of mechanics and basic mechanical skills. Technical writing, procedures and manuals and experience in reading and drawing schematics. Excellent communication skills and the ability to work with customers, vendors, other engineers, machinists, assemblers, wiremen, technicians and supervisors. High degree of flexibility and willingness to work on a wide variety of projects and tasks. Demonstrated creativity with strong analytical and technical expertise. Why is This a Great Opportunity Designs, develops, constructs, and tests electrical control systems for manufacturing equipment and machinery. Responsible for the electrical design, programmable logic controller (PLC) and Motion Control programming and testing. Responsible for daily technical oversight and guidance to the manufacturing engineering team. OOJ - 34831 About the Company: Hatch Global Search
See More Details >>ABOUT Aviation Electronics, Electrical, and Computer Systems Technicians (AV) work on some of the most advanced aircraft systems in the world. They maintain, diagnose, and repair complex electrical and electronic equipment, supporting critical functions such as radar, communications, navigation, and weapons. AV Sailors may also volunteer to serve as Naval Aircrewmen, operating radar and weapons systems during flight operations. Responsibilities Depending on your rating (AE or AT), you will: • Troubleshoot and repair advanced aircraft systems including digital computers, fiber optics, radar, infrared detection, and laser electronics. • Maintain aircraft electrical power generation and distribution systems. • Test and calibrate instruments and automatic flight control systems. • Perform micro-miniature circuit card repairs. • Install upgrades and modifications to aircraft electronic systems. • Operate diagnostic equipment and interpret wiring diagrams and schematics. Work Environment AV technicians serve in aviation environments around the world. Work may take place in hangars, aboard aircraft carriers, in electronics labs, or outdoors on flight lines. You’ll work closely with other aviation professionals and often take on responsibilities with minimal supervision. Training & Advancement • Class “A” Technical School – Pensacola, FL (18–26 weeks) Covers aviation fundamentals, electrical systems, electronics theory, and hands-on technical training. After completing school, Sailors are assigned to the AE or AT rating and may serve at naval air stations, aviation squadrons, or aboard carriers. Advanced technical schools are available for specific aircraft and mission systems. Education Opportunities • Navy College Program and Tuition Assistance • Post-9/11 GI Bill • College credits through the American Council on Education • Industry-recognized certifications through Navy COOL • Department of Labor apprenticeships via USMAP Qualifications • U.S. citizen, eligible for a security clearance • Normal color perception • Interest in aviation and aircraft technology • Strong aptitude in electronics, computing, and detailed technical work • Good manual dexterity, memory, and overall physical fitness Pay & Benefits • Competitive salary • Enlistment bonuses • Free health insurance and housing • Retirement plan • Paid technical training
See More Details >>Becoming an electrician in Eufaula, AL typically begins with an apprenticeship, combining hands-on experience with classroom learning, allowing individuals to earn while they learn. Apprenticeships last about four to five years, requiring many hours of training under licensed professionals. The U.S. Bureau of Labor Statistics reports 762,600 electricians nationwide, with an average wage of $1,100 per week in Alabama. Trade schools, unions, and local platforms help aspiring electricians find apprenticeship opportunities, leading to a career with strong earning potential.
