Dr. Franklin's Island sits at the intersection of literature and science, making it an excellent text for cross-curricular work. English teachers can focus on narrative and theme while biology teachers explore the real science of genetics behind the fiction. A shared writing assignment lets students apply both perspectives in a single piece.

The first challenge in a cross-curricular assessment is agreeing on what counts as good writing. Biology teachers often emphasize accuracy and precise vocabulary, while English teachers focus on argument and style. A shared rubric reconciles these priorities so that students understand what both teachers expect.

Start by identifying the skills that overlap, such as constructing a claim, supporting it with evidence, and explaining reasoning. These are valued in both subjects, even if the type of evidence differs. Building the assignment around these shared skills keeps the task coherent.

Designing a shared assignment

One effective assignment asks students to evaluate whether the experiments in the novel are scientifically plausible and ethically defensible. The scientific part might draw on class discussions of genetics, while the ethical part draws on the text. Students must integrate both into a single, well-organized essay.

• A claim that addresses both the plausibility and the ethics of the fictional experiments
• Accurate scientific vocabulary used correctly
• Specific evidence from the novel to illustrate the argument
• Reasoning that connects science and ethics instead of treating them separately
• Clear writing that a non-specialist reader can follow

Splitting the grading responsibility

Decide whether each teacher grades the whole essay or only the parts that match their expertise. Many teams assign the scientific accuracy criteria to the biology teacher and the writing and textual analysis criteria to the English teacher. Combining the two scores gives a balanced final grade.

Communicate the division clearly to students so they know who will evaluate what. This avoids confusion and helps them direct questions to the right teacher. It also models how experts in different fields collaborate.

Feedback that serves both subjects

Feedback should address the strengths and weaknesses relevant to each discipline without overwhelming students. A student might receive one note about clarifying a scientific term and another about explaining a quotation. Keeping the total number of comments manageable ensures students can revise effectively.

Encourage teachers to read each other's comments before returning papers. This prevents contradictions and helps both teachers understand how students are performing across subjects. It can also spark ideas for future collaboration.

Reducing the combined workload

Cross-curricular projects can double the grading burden if not planned carefully. Agree on a single shared rubric and a timeline that allows each teacher to grade within a reasonable window. Using one tool to record scores and comments prevents duplication.

AI-assisted grading can handle the writing criteria and flag potential scientific inaccuracies for the biology teacher to confirm. Each teacher then focuses on the part that requires their expertise. The collaboration becomes more sustainable and more likely to continue in future years.