An engineer applies mathematics and scientific knowledge to address diverse technical issues. Their primary tasks involve developing new products for corporate or individual use, maintaining existing products for enhanced functionality, and designing new machines and parts to boost company efficiency. There are many types of engineers that can be found in the manufacturing industry.
- Automation PLC Engineer
- Propose, evaluate, and oversee casting processing and automation initiatives at the location. Complete engineering studies involving the development, modification, feasibility, and economic impact of casting processing techniques.
- Continuous Improvement Engineer
- Coordinate continuous improvement efforts using Six-Sigma, Kaizen and Lean tools in order to implement and sustain a lean culture in the plant. Directly lead selected complex projects.
- Controls Engineer
- Perform a vital role in designing and developing systems for manufacturing operations. They may design layout, materials and information flow, or machine placement. They may also be responsible for increasing production efficiency by evaluating performance and proposing and implementing improvements.
- Electrical Engineer
- Design, evaluate, test and provide improvement planning for electrical systems and designs for infrastructure, plant and equipment applications.
- Environmental Engineer
- Utilize engineering principles along with soil science, biology, and chemistry to develop strategies for resolving environmental challenges. Their efforts are directed towards enhancing recycling methods, managing waste disposal, safeguarding public health, and implementing measures for controlling water and air pollution.
- Foundry Engineer
- Assists in the design and development of patterns and core boxes in order to meet established production schedules. Track samples, initiate corrective action requests and maintain communications with customers and corporate sales on sample status.
- Industrial Engineer
- Plan, conduct and report from Industrial Engineering projects including time and motion studies, methods analysis, facilities layout, and economic and engineering studies of machinery and equipment.
- Manufacturing Engineer
- Design and manage interconnected systems aimed at producing top-notch, economically viable goods. Such systems might include computer networks, robotics, machining tools, and materials handling equipment.
- Mechanical Engineer
- Research, develop, engineer, fabricate, and test mechanical and thermal sensors and devices, encompassing tools, engines, and machinery.
- Metallurgy Engineer
- Research metallurgy and raw materials for ductile iron casting and document tests. Guide lab techs on process control, enforce standards. Investigate to improve production, cut costs, reduce scrap.
- Process Engineer
- Conduct studies and projects to enhance foundry processes and casting quality. Identify and evaluate critical process characteristics for quality control.
- Quality Engineer
- Ensure castings meet company and customer quality standards. Handle customer questions promptly and comprehensively.