Electrical Engineering Technician - East - 1st shift - Columbus, IN

JOB DESCRIPTION: NTN Driveshaft, a world leader in constant velocity technology for the automotive industry, is currently seeking a qualified Electrical Engineering Technician for our Columbus, Indiana operations. NTN currently has 2000 employees working in our Columbus operation and customer demand for our product is growing rapidly. NTN Driveshaft manufactures Constant Velocity Joints (CVJs) for all of the major automotive companies. These customers include Honda, Ford, Toyota, GM, Chrysler and most other automotive OEMs.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Determining the equipment control systems, data acquisition systems, vision systems, and the sequence of operations necessary to perform production and assembly operations.
• Develop new processes and equipment technology and implement projects for new product designs, enhance existing process technology, to improve quality and reduce manufacturing cost.
• Support product and application engineering with process-related issues.
• Evaluate electrical systems, products, components, and applications by designing and researching programs, applying knowledge of electricity and materials.
• Confirm system and program capabilities through testing methods.
• Develop electrical products by studying customer requirements; researching and testing manufacturing and assembly methods and materials.
• Develop and modify manufacturing processes by designing and modifying equipment for processing and assembling components; soliciting observations from operators.
• Assure product quality through testing finished products and system capabilities.
• Contribute to team effort by accomplishing related results as needed.
• Work Environment - Workday is split between the air conditioned manufacturing floor and the office.

REQUIRED KNOWLEDGE, SKILLS, EDUCATION, AND ABILITIES:

• BS in EET or relevant engineering-based field or multiple years of experience in a related field.
• Experience with PLC Systems and Programmable Logic Controllers (Allen Bradley, Omron, Mitsubishi) Vision (Keyence, Cognex). Robotics (Motoman, Fanuc).
• Experience troubleshooting electrical and mechanical systems.
• Ability to read and interpret drawings (Electrical, Mechanical, Hydraulic and Pneumatic)
• Must be able to work; overtime as needed, Saturdays and/or Sundays (alternating weekends), and holidays if required.
• Must have working knowledge and skills in MS Office applications and Software(AutoCAD Electrical, Office, SQL)
• Excellent communication skills (verbal and written) and computer skills.
• Be able to spend extended periods of sitting, standing, stooping and walking
• Ability to operate man lifts
• Setup and climb ladders
• Ability to grasp and manipulate small objects such as screws, wire terminals, etc.
• Knowledge of electrical tools, precision measuring equipment, electronic test equipment, along with various other tools common to this trade.

PHYSICAL REQUIREMENTS:

1. Physical Mobility:




• Electrical engineers may need to be on-site to inspect electrical installations, oversee system setups, or troubleshoot issues in power plants, manufacturing facilities, or construction sites. This requires movement between different stations or areas of the facility.
• In some cases, this may involve navigating ladders, scaffolding, or working in confined spaces when performing electrical inspections or repairs.




2. Comfort with Working in Hazardous Environments:




• Electrical engineers may occasionally need to work in environments with potential electrical hazards, high-voltage systems, or in industries such as power generation, where safety precautions must be strictly followed.
• They must be comfortable wearing appropriate personal protective equipment (PPE), such as insulated gloves, boots, and helmets.




3. Manual Dexterity:




• Engineers working with electrical components must have good hand-eye coordination to wire circuits, test devices, and handle small components such as resistors, capacitors, and microchips.
• Precision is required when performing tasks like soldering, assembling electrical devices, or performing intricate wiring tasks.




4. Visual Acuity:




• Electrical engineers need to be able to read circuit diagrams, schematics, and detailed specifications, which require strong eyesight and attention to detail.
• Visual inspection is also essential for identifying faults in electrical systems or components.

MENTAL REQUIREMENTS:

1. Strong Analytical and Problem-Solving Skills:




• Electrical engineers must be adept at analyzing complex electrical systems, diagnosing faults, and designing solutions. They must be able to troubleshoot systems and quickly identify the root causes of electrical problems.
• Designing efficient circuits or troubleshooting malfunctioning electrical systems requires a structured, logical approach to problem-solving.




2. Technical Knowledge:




• Electrical engineers need advanced knowledge of electrical systems, components, and electronics. Familiarity with circuit theory, electromagnetism, control systems, and signal processing is essential.
• Proficiency with tools like Simulation software (e.g., MATLAB, SPICE), CAD software for circuit design, and LabVIEW is often required.




3. Mathematical and Computational Skills:




• Electrical engineers use mathematics (including calculus, differential equations, linear algebra, and probability theory) to model electrical systems, solve problems, and test designs.
• They must be comfortable with the numerical analysis of circuits and systems to ensure they perform as intended.




4. Attention to Detail:




• Whether designing circuits, testing electrical components, or assessing the performance of a system, electrical engineers need to be meticulous in their work to avoid errors that can lead to system failures or safety hazards.




5. Communication and Teamwork:




• Electrical engineers must communicate technical information clearly to colleagues, managers, and clients, especially when discussing complex electrical systems or proposing solutions.
• Collaboration with other engineers (mechanical, software, systems engineers) is common, so effective teamwork skills are essential.




6. Creativity and Innovation:




• Electrical engineers must think creatively to design efficient, cost-effective, and innovative solutions for electrical systems. This includes developing new devices or methods to meet performance goals or solving unique technical challenges.




7. Project Management and Decision-Making:




• Electrical engineers often oversee projects, requiring them to manage time, resources, and personnel effectively. They need to make decisions quickly, especially when troubleshooting systems or addressing performance issues.




8. Safety and Regulatory Knowledge:




• Electrical engineers must be knowledgeable about industry-specific safety standards and electrical regulations (e.g., National Electrical Code, IEC standards) and ensure all designs and installations comply with these guidelines.