Begin by meeting with your mentor to discuss your research interests and goals. Discover a topic you’re excited about and ensure both you and your mentor are aligned on expectations. This week introduces the program structure, goals, and sets the stage for your upcoming project planning. Additionally, this is an ideal opportunity to learn more about life as a PhD student and ask questions about college or higher education.
Use these weeks to delve into your research topic. Finalize your research question and start gathering information through a literature review. Work closely with your mentor to refine your topic, design your research plan, and begin preliminary research. Build and strengthen your relationship with your mentor as you progress.
Focus on drafting your research paper with guidance from your Research Mentor. You’ll receive instruction on writing and structuring your research paper, including proper style and citation practices. Use this time to refine your paper based on feedback and prepare for your final presentation.
Complete your research paper and submit drafts to your mentor for feedback. Conclude with a reflection on the program, discussing successes, areas for improvement, and overall experiences.
Explore the fundamental principles of matter and its interactions, from molecular structures to chemical reactions.
Delve into the laws governing energy and matter, examining concepts from classical mechanics to modern physics.
Study the complexities of living organisms, including their structures, functions, and interactions within ecosystems.
Apply mathematical theories and techniques to solve problems in areas such as algebra, calculus, and statistics.
Investigate the world of algorithms, programming, and data analysis to solve complex computational problems.
Analyze how resources are allocated and managed in various economic systems, focusing on market behaviors and financial principles.
Design and build solutions to real-world problems by applying principles of physics and mathematics in various engineering disciplines.
Examine the human mind and behavior, exploring cognitive processes, emotions, and social interactions.
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