01. Produce well-structured, scientifically accurate reports using grammatically correct English, which present evidence-based explanations of laboratory experiments.

Activities:

Extensive outline of the desired layout and contents of the written task are included in the practical manual. Part of a practical session prior to each report being submitted is dedicated to explaining to the students how to complete the task.

02. As part of a team, deliver a clear, engaging and scientifically accurate oral presentation on a scientific topic you have researched.

Activities:

Part of a practical session is dedicated to teaching the students what constitutes a good oral presentation. Information is also included in the prac manual.

03. Perform basic calculations required for design of molecular biology experiments.

Activities:

Students are given reading material and detailed instructions that describe the calculations they will perform. An unassessed on-line quiz is also provided for students to practice similar calculations, in preparation for undertaking the assessed worksheet.

04. Demonstrate independent research skills by locating and evaluating relevant scientific information.

Activities:

Students are taught in a practical session how to search online databases for appropriate scientific literature.

05. Place theoretical and/or experimental information into the appropriate discipline specific context.

Activities:

Students are taught to incorporate information from both lectures and practical sessions to make sound discipline - specific arguments in their scientific reports and theory exam.

06. Understand and explain genetics concepts, including molecular mechanisms underpinning inheritance and expression of genetic traits.

Activities:

Working individually or in small groups students will learn how to interpret and evaluate genetics literature and concepts and apply their knowledge to solving discipline specific problems.

07. Apply basic experimental molecular genetic techniques in research.

Activities:

In lectures, students are taught about the various techniques used in research and the rationale behind choosing a specific technique to address a particular question. In practical classes, the students participate in pairs or groups in hands-on experiments demonstrating those techniques.

08. Apply knowledge of molecular structures and mechanisms to current medical, environmental and ethical issues related to genetics.

Activities:

In their oral presentation and exam, students integrate the information provided in formal lectures, guest lectures, workshops, reading material, self-guided learning and practical classes to recognise and understand the connections between molecular genetics and diverse aspects of society and biology.