Engineering capstone projects are intended to be a culmination of students’ academic experience where they apply the technical skills and knowledge they have gained throughout their engineering coursework. The process of selecting a capstone project is important as it needs to provide a worthwhile learning experience while being scoped at a level the student or team of students can reasonably complete within the given timeframe.
In the first year, students are usually introduced to the capstone project process and requirements through their coursework or specific capstone preparation courses. This helps them start thinking about potential project topics and building connections with industry partners or professors that may have project ideas. Many students will start informally exploring options with potential sponsors, gathering information on various areas of interest and technical challenges.
In the semester or year prior to beginning capstone work, students typically go through a more formal process of selecting their project. The engineering department or faculty capstone coordinator will provide guidelines on the submission and approval process. Common requirements include writing a initial project proposal paper that defines the problem statement, objectives, proposed approach and timeline. Students or teams then need to find a faculty advisor and sometimes an external sponsor to support and evaluate the project.
The project can be developed based on the student’s own ideas, feedback from internships or research experiences. Sponsors are often sought from industry contacts, faculty research areas or university partnerships which can provide real-world engineering challenges and access to facilities/equipment. Public agencies and non-profits may also present capstone opportunities focused on community benefits. Through campus-wide expos, proposal competitions and faculty/sponsor outreach events, students network to find projects that fit their technical abilities and career interests.
Some of the most competitive projects come from larger companies actively looking for engineering solutions or startup initiatives. Students need to convince the prospective sponsors that they have the skills and commitment to succeed. The quality of the initial proposal, relevance of the problem and demonstration of necessary qualifications like programming languages, tools usage or domain knowledge help students standout and get selected for desirable projects.
Not every student will be able to get their top choice project due to high demand or sponsor preferences. In these cases, back-up projects focused on related problems may be taken instead. Alternative options could involve working with a different faculty advisor on upgrading department laboratories or developing open-source hardware/software tools. For some programs, there may be class-wide or interdepartmental projects available to accommodate student interest where needed.
With approval and support established, students begin intensive project planning and documentation. A more detailed proposal, work breakdown structure, budget, timeline and initial research/designs are expected deliverables. Regular progress reports and check-ins with advisors and sponsors keep the work on track. Throughout the capstone period, students apply classroom theory to practical problems, gain valuable experience working independently or in teams, and receive mentorship and feedback.
Presentation of final capstone results, typically in the form of a written thesis and oral defense, allows evaluation of the learning outcomes and technical accomplishments. Where possible, successful projects may result in continued research, productization or implementation benefitting the sponsoring organization. The student-driven process of searching, selecting and completing an engineering capstone project aims to prepare graduates for industrial careers through application of their skills to real-world meaningful problems.
Andrew Stroud