In my Analytical Chemistry course, I aim to incorporate goals that align with the High-Impact ePortfolio Taxonomy to enhance student learning and engagement. The ePortfolio will be central to the course design, serving as a structured space for students to document their progress in mastering analytical techniques such as spectrophotometry and electrochemistry. Through guided reflection and curated entries, students will engage in integrative and self-directed learning, connecting theoretical concepts to practical applications and developing a sense of identity as emerging scientists. To support this, students will be explicitly taught ePortfolio-making skills, including how to present data visually, write reflective narratives, and organize content to demonstrate growth. These skills will be embedded into assignments and reinforced through feedback. Assessment of the ePortfolio will be holistic, focusing not only on technical accuracy but also on the depth of reflection, integration of learning, and clarity of scientific communication. This approach ensures that the ePortfolio is not just a repository of work, but a meaningful tool for learning and professional development.

I would like to integrate the critical thinking and technology competencies into my course. These are especially relevant in analytical chemistry, where students must interpret complex instrumental setups, evaluate experimental results, and make informed decisions about chemical systems and how various instrumentation technologies are best applied to these situations. Whether analyzing solution equilibria, applying electrochemical principles, or interpreting spectrophotometric data, students must think critically and solve problems using sound reasoning. Embedding these competencies into the course not only strengthens their scientific skills but also prepares them for careers in R&D and manufacturing where analytical precision, proper utilization of technology, and judgment are essential.