Degree Laboratory Chemical Scientist

An introduction to the principles and practices of project management, this module will equip you with the tools and techniques required to plan, schedule, allocate resources and communicate effectively in collaborative projects. You will develop a project plan that will be executed in your Workplace Project module.

An exploration of the techniques used to identify and quantify the chemical structure and composition of organic compounds. You will interpret and analyse results from analytical methods, as well as deduce the structure of unknown compounds using a combination of analytical techniques.

An exploration of the fundamental principles of spectroscopy and its role in characterising the properties of materials, including inorganic compounds and biomolecules. You will analyse spectroscopic data sets and investigate the current and potential applications of spectroscopic techniques in the workplace.

An optional module that introduces how drugs produce therapeutic and toxic effects on biological systems, from cell to organism. You will learn about a range of biological systems relevant to each of the three cell-surface receptor classes and how various drugs interact with these receptors. The module will culminate in analysis of the effects of an unknown drug to deduce its mechanism of action.

An optional module that explores the fundamental principles of polymer science, including formation, properties and reactions of polymers. You’ll evaluate the environmental impact of polymers, biodegradability, sustainability and current challenges in the field of polymer science.

A module focused on practical laboratory skills in the field of Chemical Sciences, which will include online instructional videos and laboratory simulations to support development of experiment design, data interpretation and analysis and application of laboratory techniques and procedures to solve real-world problems.

An on-going project that runs for the entirety of Level 5, this module uses reflective practice models to guide you in planning and monitoring laboratory-based investigations to contribute to improvements in the workplace. You will propose, execute and manage your own work-based project and present your findings at the end of the module.

An exploration of the principles and techniques of organic synthesis, including retrosynthetic analysis, reaction mechanisms, and functional group interconversions. You will evaluate different methods used in organic synthesis within the context of industry-relevant products.

An examination of the latest and emerging areas of research in chemistry, including nanotechnology, materials chemistry, green chemistry, and catalysis. You’ll consider the political, social and regulatory implications of cutting-edge research and reflect on responsible and sustainable approaches.

An optional module introducing fundamental concepts within forensic science that contextualises scientific support of legal systems and processes. You’ll explore various techniques and methodologies used in forensic science, as well as develop critical thinking and problem-solving skills in relation to real-world forensic case studies.

An optional module exploring the fundamentals of green science, from cultivation of crops and use of biotechnology to green chemistry during formulation and manufacturing processes. You’ll examine key stages throughout production and manufacturing processes, seeking areas for improvement using green science, biotechnology, plant-based alternatives and other sustainable alternatives.

An optional module exploring principles and concepts of chemical technologies, and their applications in various fields. You’ll evaluate the chemical reactions and processes involved in chemical technologies, using advanced analytical skills to identify their underlying mechanisms and potential limitations.

A deep exploration of the principles and practices of responsible research and innovation, fostering a sense of global citizenship and social responsibility. You’ll be inspired to become an agent of positive change by developing the knowledge and skills needed to design, conduct and assess research in an ethical, sustainable and socially responsible manner.

In this final module, you will spend six months autonomously planning, developing and implementing a scientific project to add value to your company. Your proposal and plan will be informed by academic research and will implement project management and financial management methodologies, as well as developing your professional and leadership behaviours.