Industrial Engineering Co-op/Intern- Summer 2026 at Honda Dev. and Mfg. of Am.,LLC

Russells Point, Ohio, United States -

Full Time

Start Date

Immediate

Expiry Date

01 Feb, 26

Salary

35.22

Posted On

03 Nov, 25

Experience

0 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

General Engineering Coursework, Project Management, Problem Analysis, Quality Assurance, Computer-Aided Design, Manufacturing Processes, Data Analysis, Vehicle Testing, Supplier Management, Troubleshooting, Design Engineering, Cost Calculations, Root Cause Analysis, Technical Reporting, HVAC Systems, Electrical Drawings

Industry

Motor Vehicle Manufacturing

Description

Industrial Engineering Co-op/Intern – Summer 2026 This job description reflects potential openings for the Summer 2026 Co-op/Internship Session (May-August). This is a general job description and represents multiple openings in various departments. Honda offers both single and multi-semester co-ops and internships. College students must apply to the requisition pertaining to their major and semester of interest Please note: Sponsorship for employment visa status for these positions is unavailable. Applicants requiring sponsorship for employment visa status now or in the future (e.g., F-1 CPT/OPT, H-1B, TN, etc.) will not be considered. More about the Industrial Engineering Co-op/ Intern at Honda The below descriptions reflect potential environments and duties within our various Mechanical Engineering Co-op/ Intern positions that we offer. Work environments and projects may include but are not limited to Manufacturing: Focus on equipment, process, quality and new model activities related to the department of placement (i.e Assembly department, Weld department, Paint department, Stamping department, Casting and Machining department, etc) Project management Problem analysis Investigating new technologies and implementing countermeasures Quality Learning and performing vehicle testing Conducting tests for chassis, brakes, controls, bonnet, trunk and/ or door systems Testing procedures and fixtures New model development, drawing, layouts and design change requests Investigating and providing countermeasures for mass production design related issues Warranty data trend analysis Re-creating problem failures to determine root cause, develop countermeasures and perform confirmation testing. Purchasing: Assessing supplier process capabilities Problem reporting and analysis. Implementing countermeasures Verifying and judging effectiveness Investigating suspect part issues and approving part changes Approving and verifying supplier countermeasures Issuing trouble reports Various daily tasks such as attending meetings, working on assigned project activities, problem analysis, writing technical reports, troubleshooting manufacturing or quality problems and communicating to internal/ external customers. Facilities: Updating and documenting 2D and 3D Computer-Aided Design (CAD) drawings of existing infrastructure Analyzing and designing existing sanitation, Heating, Ventilation, and Air Conditioning (HVAC) and building pressure systems Developing short and long-term solutions to problems found Designing modifications of existing facilities infrastructures Updating mechanical engineering specifications and standards Reviewing electrical drawings Learning and understanding plant power infrastructure Verifying electrical panel schedules Updating highbay light locations Tooling Equipment: Designing manufacturing equipment and tooling in 2D and 3D Computer-Aided Design (CAD) systems Determining equipment electrical hardware, software (Programmable Logic Controlle (PLC), Human-Machine Interface (HMI), etc.), safety requirements and appropriate design Managing a schedule and tracking daily processes Investigating and troubleshooting problems during installation and manufacturing Research and Design: Supporting the development of vehicle testing and countermeasure analysis (assisting with problem and data analysis, countermeasures, test set-up, data acquisition, test monitoring, recording activities, performance testing and reporting results) Assisting design engineers in developing/ designing of future models and supporting the creation of drawings Computer-Aided Design (CAD) Design Cost and weight calculations Attending meetings and working with various design/ test groups, suppliers, manufacturing groups, et What you need to be successful in this role Required: Legally authorized to work in the U.S. without sponsorship General Engineering Coursework Minimum 2.5 Cumulative GPA or higher (You will be required to provide your current trascript) Class status- Sophomore (by credit hour) or above Availability to work a minimum of 10 weeks at 40 hours per week. Enrollment in a bachelor's or master's degree program studying Mechanical Engineering or related field. Valid U.S. Driver's License (exceptions considered on a case-by-case basis) Ability to provide own transportation to and from work each day. Desired: AutoCAD (Computer-Aided Design), Computer-Aided Three-dimensional Interactive Application (CATIA), Manufacturing related coursework Position Location Mechanical Engineering Co-op/Intern positions are offered in the cities/ states listed below, if you are selected to move forward in the process, you will be given the opportunity to make selections on your location preferences: Anna, Ohio (45 minutes north of Dayton, Ohio) Marysville, Ohio (45 minutes northwest of Columbus, Ohio) Raymond, Ohio (45 minutes northwest of Columbus, Ohio) East Liberty, Ohio (55 minutes northwest of Columbus, Ohio) Russells Point, Ohio (30 minutes northwest of Marysville, Ohio) Greensburg, Indiana (55 minutes southeast of Indianapolis, Indiana and 60 minutes northwest of Cincinnati, Ohio) Lincoln, Alabama (45 minutes northeast of Birmingham, Alabama) Timmonsville, South Carolina (20 minutes southwest of Florence, South Carolina) Swepsonville, North Carolina (15 minutes SE of Burlington, North Carolina Honda Co-operative and Learning Internships Program Benefits Housing Accommodations: Honda offers housing at a shared cost, or a housing stipend based on location for our Co-ops and Interns. It is not required to opt-in to but is available should you need housing at the time of your Co-op/ Internship with Honda. Textbook Reimbursement: If applicable. Honda Business Resource Groups: One of the ways Honda gives diversity a voice is through its business resource groups. The associate-led, company-supported groups have members aligned across different dimensions of diversity such as gender, ethnicity, ability, life stage and experiences. The groups provide networking opportunities, a chance to give back and professional development. Some groups have even given feedback on Honda products, making them more appealing to all. Embracing all views is what will drive us into the future. Honda wants passionate, driven people to be a part of that future. Performance Feedback: Honda Co-ops and Interns will have the opportunity to receive informal and formal feedback from their leaders, ask questions and express future interest in a scheduled mid-term and final evaluation. Mentorship: Each Co-op/ Intern is assigned a mentor in your department to help you navigate your time at Honda. On-site Wellness Center: Co-ops and Interns have access to join our Wellness Centers (varies by location). Our Wellness Centers are full gyms equipped with cardio machines, weights, basketball courts, pools, dieticians, personal trainers and group fitness classes. Paid overtime: Co-ops and Interns will receive 1.5 times their hourly rate of pay for any overtime worked. Hourly Wage Range: $27.22-$35.22 Pay will be based on several variables that include, but not limited to, geographic location, work experience, education, etc. Consideration for full time employment: Our Cooperative Learning Internships program is utilized as a talent pipeline for our full-time positions! Additional details regarding Honda Co-op and Intern benefits are provided upon offer

Responsibilities

The Industrial Engineering Co-op/Intern will work on various projects related to manufacturing, quality assurance, and design engineering. Responsibilities may include problem analysis, project management, and supporting vehicle testing and design efforts.