The positive comments highlight three areas, including the course's practical approach to learning, the quality of instruction, and a supportive learning environment. • The course successfully integrated interactive lab activities and hands-on experiments in each session, which deepened students' understanding of the concepts. Students found the activities educational and enjoyable, making the learning process more engaging. • Students commented on the lecturers' and guest speakers' exceptional enthusiasm and expertise, which made the course interesting. • Students also liked the cookie break and the integration of lab and lecture components. They found these aspects, along with the passion of the teaching staff, contributed to a positive and effective educational experience. The suggestions for improvements focus on the course's workload, duration, and complex biochemical topics. • Students commented on a need for better assignment allocation, particularly for the final project and the last two lab reports. Students found the timeline for these components tight, impacting their ability to manage their workload effectively. • The length of the lectures and the difficulty in maintaining attention for extended periods were also noted by students. • Students found certain topics, like biogeochemical cycles, challenging due to their complexity and the necessity of understanding chemistry and biology. Changes will be made in 2024 based on feedback from students in 2023: • The length of the lectures is changed in the timetable to two 2-hour sessions instead of a 3-hour class. This change will reduce students' fatigue associated with long course hours. • The assignments will be redistributed to avoid a high workload in the last two weeks of the semester. • To address the challenges of learning certain topics, the teaching team will provide a brief refresher on necessary concepts before introducing the topics to help students grasp new and complex materials more effectively.