Senior Technical Officer Courses in Sydney

The Certificate III in Pathology Collection (HLT37215) is a hands-on qualification that prepares you for work in a pathology unit or testing centre. Over 6 months you will learn how to collect blood and other pathology samples — then prepare, record and despatch for testing. Choose electives from electrocardiography (ECG), first aid, recognising healthy body systems, drug and abuse testing. Enquire now for the list of study units and electives, plus your eligibility for government funded training. Learn more.

HLTPAT002 Perform Venous Blood Collections is a nationally recognised training course that teaches you how to collect blood samples using venous blood collection. The course covers: preparing clients for blood collection, assembling equipment, drawing blood, ensuring the comfort and safety of the client, infection controls, sharps disposal and waste management, personal safety, sample labelling and documentation. You’ll graduate qualified to take blood samples at a health clinic, hospital or laboratory. Enquire now for the course entry requirements and upcoming training dates. Learn more.

Get the skills you need to work in a pathology lab with the Certificate III in Pathology Assistance (HLT37415). This nationally recognised training qualification will teach you how to receive, prepare and dispatch pathology specimens as well as prepare culture media and perform basic tests. Graduate job-ready for laboratory and field work. Enquire now the list of study units and your eligibility for subsidies and government funding. Learn more.

The Certificate III in Laboratory Skills is a comprehensive program designed to equip students with fundamental knowledge and practical skills required to work effectively in a laboratory environment. Through hands-on training and theoretical instruction, learners will gain proficiency in conducting experiments, using laboratory equipment, and adhering to safety protocols, preparing them for entry-level positions in various scientific and research settings. Learn more.

The Bachelor of Science (Pathology) delves into the causes and effects of various diseases, including those linked to genetics, infections, and environmental factors. Students gain insights into current research on persistent conditions like cardiovascular and autoimmune diseases. This course focuses on understanding how molecular and cellular changes result in illness while highlighting advancements in medical research that have improved human health. Learn more.

The Bachelor of Science (Microbiology) delves into the study of minuscule life forms essential to our planet but also capable of causing diseases and contamination. This study focuses on understanding these organisms' functions, forms, and impacts on health and ecosystems. It covers advanced concepts like molecular microbiology, systems biology, and antimicrobial use, equipping students with a comprehensive understanding of microbial interactions at individual and environmental levels. Learn more.

The Bachelor of Science (Medicinal Chemistry) focuses on the discovery and development of new drugs. It equips students with the necessary knowledge and skills to contribute to rapidly evolving scientific research in pharmaceuticals. This area of study is crucial for addressing a range of medical challenges, including existing diseases like cancer, emerging conditions such as HIV/AIDS, and globally spreading illnesses like malaria and tuberculosis. Learn more.

The Bachelor of Science (Biotechnology) propels scientific advancement, pioneering products, and addresses societal needs using biotechnology methods. It encompasses diverse fields like food, pharmaceuticals, healthcare, and sustainable industries. Biotechnology employs living organisms and their components to craft innovative, everyday solutions. This degree imparts comprehensive knowledge in Life Sciences, equips students with hands-on lab skills, and offers a tailored specialization. Learn more.

The Bachelor of Science (Bioinformatics) combines statistics, mathematics, biology, and computer science to analyze and interpret biological data, especially from DNA sequencing. This interdisciplinary field is expanding due to advancements in DNA sequencing technology, leading to pivotal discoveries. Graduates are equipped to explore disease causes, track viral outbreaks, develop personalized medicine, or contribute to food security research. Potential career avenues span health, agriculture, academia, and governmental sectors. Learn more.

The Bachelor of Science (Biochemistry and Molecular Biology) provides insights into the molecular mechanisms underpinning evolution, growth, development, reproduction, and disease. Students study molecular organization and interactions in living organisms, from bacteria to whales. They explore DNA information, molecular interactions, and energy utilization in organisms. Graduates are equipped with a profound understanding, analytical skills, and hands-on laboratory experience. They are prepared for diverse careers, including research, patent law, clinical trial management, and forensic science. Learn more.