Industry Capstone Program

Solve real research and development problems – without the consulting price tag

In the College of Engineering and Innovation at BGSU, capstone projects connect industry partners with multidisciplinary student teams to solve meaningful, real-world problems. 

Whether you're exploring new ideas, improving processes or tackling persistent challenges, our students bring fresh thinking, technical expertise and a results-driven mindset to every project through a structured, faculty-guided experience – while minimizing internal lift and avoiding the expense of traditional consulting models.

Submit your project idea

How it works

Partners provide a clearly defined problem, including goals, constraints and desired outcomes. The more specific the scope, the more effectively our teams can deliver.

Faculty review submissions and align projects with student teams across disciplines such as:

  • Mechanical and manufacturing engineering 
  • Electrical and computer engineering
  • Robotics engineering
  • Systems engineering 
  • Quality systems
  • Technology management
  • Visual communication technology

Student teams work through the full project lifecycle – from concept development to prototyping and validation. All projects are guided by experienced faculty to ensure technical rigor, consistent progress and meaningful outcomes.

At the end of the semester, teams present outcomes, documentation and recommendations to your organization that you can implement or build upon immediately.

Why partner with us

Access emerging talent 

Engage directly with highly motivated students and evaluate potential future hires in a real-world setting.

Fresh perspectives on real challenges 

Students approach problems without legacy constraints, often uncovering innovative and cost-effective solutions.

Advance projects efficiently 

Make progress on important initiatives without pulling internal resources. Your team stays focused on core priorities while our BGSU teams moves your project forward for a modest investment compared to the cost of internal development or external consulting.

Strengthen university-industry collaboration 

Build a long-term relationship with BGSU and help shape the next generation of engineers. Many capstone partnerships serve as a starting point for deeper collaboration, from talent pipelines and internships to research, innovation initiatives and ongoing engagement.

Project focus areas

We welcome a wide range of engineering challenges, including:

  • Mechanical design and product development 
  • Manufacturing and process improvement 
  • Robotics and automation integration 
  • Electronics, controls and embedded systems 
  • Supply chain and logistics optimization 
  • Quality improvement and data analysis 

Clear, well-defined problem statements are strongly encouraged to ensure the best possible outcomes.

If you’re ready to explore a capstone partnership, we’ll help you refine your idea and guide you through the process.

Submit your project idea

Frequently Asked Questions

We typically accept approximately 15-20 projects annually, with more projects in the spring semester. This structure allows us to maintain high-quality experiences for both students and industry partners. 

Capstone projects are intentionally interdisciplinary. Student teams are composed of individuals from multiple engineering majors – including mechanical and manufacturing engineering, electronics and computer engineering, robotics and systems engineering – allowing us to take on a broad range of technical challenges.

We encourage partners to submit projects across areas such as mechanical design, manufacturing, automation, electronics, process improvement and logistics. 

Most projects are designed to be completed within a single semester, which aligns well with industry timelines.

For more complex challenges, projects can be structured as a two-semester sequence, with one team initiating the work and a second team continuing and completing the project. 

Projects should be submitted before the start of the semester, with a clearly defined scope, objectives, resource needs and timeline.

Early submission allows sufficient time for faculty review, team formation and project planning, ensuring a strong start and successful execution. 

Projects are reviewed based on:

  • Clarity and feasibility of scope 
  • Alignment with student learning objectives 
  • Availability of appropriate student skill sets 
  • Resource requirements and timeline 

We work collaboratively with partners to refine project ideas as needed before final selection.

The typical project investment is approximately $5,000, with additional costs for materials and/or travel.

This investment allows organizations to make meaningful progress on real challenges at a fraction of the cost typically associated with internal development or third-party consulting engagements. 

It may depend on the project scope and data collection requirements, but in most cases, a single primary point of contact is sufficient. We recommend that this individual have an engineering or technical background to ensure effective communication and guidance throughout the project. This individual helps:

  • Provide project background and context 
  • Answer questions during the semester 
  • Review progress and provide feedback 

Time commitment varies slightly by project, but most partners can expect a structured and manageable level of engagement throughout the semester. Student teams typically meet with the company point of contact:

  • Weekly during the early stages of the project to establish scope, gather information and align on direction 
  • Approximately twice per month through the middle of the semester as work progresses.
  • More frequently again toward the end as teams finalize deliverables and prepare for project completion 

Key touchpoints include major project milestones such as kickoff, concept review, initial proposal, design review and final delivery.

Overall, partners should anticipate a consistent but reasonable level of involvement, with engagement concentrated around key phases of the project.

Intellectual property terms are defined through a formal project agreement developed in coordination with the university’s sponsored programs office.

In general:

  • Agreements are structured to protect both partner interests and student learning outcomes 
  • Specific IP ownership and usage rights are clearly outlined upfront 
  • Confidentiality provisions can be included as needed 

We work closely with partners to ensure terms are transparent, practical and aligned with project goals.

Projects are designed to produce practical, usable outcomes. At the conclusion of the project, partners typically receive:

  • Final presentation and demonstration 
  • Technical documentation and reports 
  • Design files, data or prototypes (as applicable) 
  • Recommendations for next steps 

Updated: 05/15/2026 11:50AM