Engineering Research: Scientific Investigation & The Research Process

• Narrow an engineering interest into a focused research question

• Evaluate scientific literature and identify gaps in the evidence

• Compare research methods, variables and ethical considerations

• Develop and revise a proposal, abstract and scientific poster

• Present your research plan in a symposium-style session

• Continue the project through 10 one-to-one virtual Polygence mentor sessions

By the end of the course, students will be able to:

• Formulate an engineering research question grounded in existing evidence

• Justify methods and ethical choices appropriate to a proposed investigation

• Communicate a research plan through a proposal, abstract, poster and presentation

You’ll leave the campus program with your engineering research proposal, abstract and scientific poster, then develop the project further through personalized Polygence mentorship and a tangible final output.

An engineering idea becomes researchable when the question and the evidence needed to investigate it are clear. Comparing methods helps students see why one approach may answer a question that another cannot. Examining source quality adds a reason to distinguish a promising idea from an established finding.

A proposal makes those decisions visible to someone else. Students have to explain the connection among a question, a method and an expected form of evidence. Feedback and continued mentorship give them opportunities to revise the plan and develop the reasoning used in further scientific and engineering study.

For students who have completed 9th, 10th, 11th or 12th grade.

If you want to investigate how an engineering idea could work, this academy gives you a structured way to pursue it. Expect scientific reading, research planning, discussion and feedback on a proposal. You will present your reasoning and consider questions from others. The experience continues after the campus program through ten one-to-one virtual mentor sessions with Polygence, so students should plan for an ongoing research commitment. The mentorship helps each student develop a tangible output suited to the project.

Based on students surveyed in Summer Discovery’s 2026 program at the University of Michigan.

Programs on the University of Michigan campus give high-school students the experience of exploring an academic interest in Ann Arbor, a college town where campus and community life blend together. Tree-lined streets, downtown bookstores and cafés, the Nichols Arboretum, and trails near the Huron River create different ways to experience the setting beyond class.

Students learn alongside peers, navigate a large and active campus, and gain independence through everyday choices in a new environment. The experience helps students understand what university life can feel like while giving them space to deepen an interest without having every next step decided. For families, the program offers a meaningful combination of academic depth, community, personal growth, and clearer direction about what a student may want to study or pursue next.

Engineering researchers have to decide which question a study can answer and which method will provide useful evidence. A materials problem, a transportation question, and a design investigation may call for different variables, measurements, or sources. The quality of the plan affects how clearly the results can be interpreted.

The academy introduces those choices through a proposal and presentation, followed by Polygence mentorship. Students can continue exploring an engineering interest while developing a final format suited to the project. That work provides a way to examine possible directions in engineering or further study without treating an initial idea as a finished conclusion.