Engineering Internship
EDISON WELDING INSTITUTE INC
Summary
EWI provides a rich learning environment for undergraduate and graduate students seeking opportunities for practical application of metallurgical, welding, mechanical, materials science, industrial engineering and allied fields. Engineer Interns will assist Engineers and Technicians in project work and perform tasks which allow EWI to operate more efficiently as a whole. During the program interns will transition from a technical labor-based position to that of a functioning engineer, gaining exposure to different industries and technologies along the way.
Job description
Internship opportunities vary with business needs. During the summer term, interns are expected to work 40 hours per week. If the opportunity is available, interns may be able to work in the fall and spring semesters for a defined number of hours per week in coordination with the student's curriculum.
Internship Technology Focus Areas
- Resistance & Solid-State Welding (RSSW)
- Corrosion & Environmental Testing (CET)
- Non-Destructive Evaluation (NDE)
- Arc Welding & DED Processes
- Friction Stir Welding (FSW)
- Structural Integrity
- Laser welding
Knowledge/Skills/Abilities
- Strong interpersonal communication skills and ability to effectively present to a group
- Proven adaptability and flexibility as a part of team
- Proven success in a team-oriented environment
- Excellent written and verbal communication abilities
- Solutions-oriented mindset
- Desire to work in hands-on lab environment and research environment
- Seeking to learn from leading minds in innovation
- Demonstrated initiative to exceed customer expectations
- Proficient in MS Office
Physical Requirements
- Laboratory/light production floor with ventilation, climate-control system, moderate lighting, and moderate noise level
- Use finger dexterity to type, adjust, move, handle, perform, operate, install, attach, remove, apply, grasp, manipulate, and measure
- Frequently move, transport, rotate, reach, pull, twist, adjust position, push, stoop, bend, and crouch
- Lift ten to 40 pounds on a frequent basis and 40 to 80 pounds occasionally
Engineering Curriculum Requirements
- Currently enrolled in an undergraduate or graduate program in engineering at an accredited university
- Engineering disciplines preferred: Welding, Materials Science, Mechanical, Polymers, Chemical, Corrosion, Electrical, Industrial, Other relevant areas of study
Requirements
- Currently enrolled in an undergraduate or graduate program in engineering at an accredited university
- Engineering disciplines preferred: Welding, Materials Science, Mechanical, Polymers, Chemical, Corrosion, Electrical, Industrial, or other relevant areas of study
- Strong interpersonal communication skills and ability to effectively present to a group
- Proven adaptability and flexibility as part of a team
- Proven success in a team-oriented environment
- Excellent written and verbal communication abilities
- Solutions-oriented mindset
- Desire to work in hands-on lab and research environment
- Demonstrated initiative to exceed customer expectations
- Proficient in MS Office
- Ability to perform laboratory physical tasks including lifting 10-40 pounds frequently and 40-80 pounds occasionally
- Eligible for any required authorizations from the U.S. Government under U.S. export controls
Company overview
Edison Welding Institute (EWI) is a leading nonprofit research and development organization specializing in advanced manufacturing technologies, with a primary focus on welding, materials joining, and engineering services. Founded in 1984 and headquartered in Columbus, Ohio, EWI serves as a critical resource for industry innovation, providing cutting-edge research, technical expertise, and workforce development programs. The organization operates as a collaborative research institute that bridges the gap between academic research and industrial application, offering solutions in areas such as nondestructive testing, materials science, and manufacturing process optimization. EWI's mission centers on advancing manufacturing technologies through sponsored research activities, government-funded projects, and industry partnerships. The institute generates revenue through government grants, program service fees, and membership dues, supporting its extensive research facilities and technical staff. As a federally registered tax-exempt corporation, EWI plays a vital role in enhancing U.S. manufacturing competitiveness by developing innovative welding technologies, improving production efficiency, and training the next generation of manufacturing professionals. The organization's work spans multiple industries including aerospace, automotive, energy, and defense sectors, making significant contributions to materials engineering and industrial innovation.