Engineering Research: Scientific Investigation & The Research Process

• Narrow an engineering interest into a focused research question

• Evaluate scientific literature and distinguish stronger from weaker sources

• Compare quantitative, qualitative, and mixed research methods

• Plan variables, evidence, and ethical safeguards for a study

• Develop and present an abstract, research proposal, and scientific poster

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

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

• Formulate a focused engineering research question grounded in existing evidence

• Select and justify methods appropriate to a proposed investigation

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

You’ll leave campus with your proposal, abstract, scientific poster, and a continuation plan for Polygence mentorship, with clearer direction for further research.

A research question has to be specific enough for a method to address it. Comparing sources, defining variables, and explaining a study’s scope help students turn a broad interest into a plan someone else can examine. Ethical questions and feedback make that plan more accountable.

Engineering research also requires communication before a design is built or a study is carried out. A proposal, abstract, and poster make the reasoning visible to another reader. These habits support further academic work, collaborative projects, and investigations where a promising idea needs a defensible method and evidence of what it can establish.

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

If you want to investigate an engineering question and understand how a research plan takes shape, this academy gives you a structured starting point. You’ll read scientific literature, compare methods, develop a proposal, and present your reasoning. Be ready to narrow an idea and revise it after feedback. The experience includes the on-campus academy and a subsequent Polygence program with 10 virtual mentor sessions. Students should be prepared to continue their project after the campus portion ends.

Based on students surveyed in Summer Discovery’s 2026 UC Berkeley program.

UC Berkeley gives high-school students the opportunity to pursue serious academic exploration in a campus environment shaped by scientific inquiry, new ideas, and an active connection to the wider Bay Area. The Berkeley Hills, distinctive architecture, and green spaces make the experience feel different from an ordinary school routine.

Students learn alongside peers, become more independent, and experience the pace and possibility of university life. The Bay Area context adds exposure to a region influenced by research, technology, entrepreneurship, culture, and public debate. For families, the value is not campus prestige alone. It is the combination of academic depth, community, and a student gaining clearer insight into the subjects, environments, and possible directions that genuinely motivate them.

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.