Chemical Engineering And Pharmaceutical Science
Chara Dagres
Chemical engineers design machineries, equipment, and instruments for manufacturing chemical products. The pharmaceutical industry is part of the chemical manufacturing sector, with one key distinction: the focus is on manufacturing medicines and other medical products.
The pharmaceutical industry requires a high level of precision in its mass production of medicine. Machines must be properly calibrated and tested for efficiency and accuracy. Otherwise, the medicines that pharmaceutical companies produce would either be unsafe or ineffective. A few milligrams off the needed dosage, and medicines could become useless or life threatening.
One of the major support organisations for this stage is the Engineering and Physical Sciences Research Council (EPSRC), which offers research grants that cover healthcare technologies and other engineering research works related to manufacturing.
Individual researchers or owners of pharmaceutical research laboratories can apply for financial grants and technical assistance from EPSRC. The institution has four centres that can help develop medicines through collaboration and networking, feasibility studies, and technical support for the research and development projects.
One of the organisations that can help pharmaceutical researchers at this stage is Catapult, which has a specialty in cell and gene therapy, as well as precision medicine. It can provide assistance in translating a newly developed medicine into a commercially viable product.
Before the new medicine can be mass produced, it must undergo various tests and trials. At this stage, the new product is subjected to stringent testing and clinical studies, and is scrutinised by regulatory bodies to ensure compliance with standards.
The most relevant agency that will be involved in this stage is the Medicines and Healthcare Products Regulatory Agency (MHRA). This is the agency that regulates all medicines and medical devices in the UK, assessing the benefits versus the risks.
At every stage of pharmaceutical production, chemical engineers must consider how they can improve or at least maintain the high standards of efficiency, consistency, and safety. The core of high quality and dependable pharmaceutical products is ensuring consistent active pharmaceutical ingredients, or APIs. Medicine dosage must also be accurate and precise, and chemical engineers collaborate with quality control teams to ensure this.
However, chemical engineers inevitably face various constraints when designing large-scale processes for the mass production of medicines. These constraints are mainly based on the physical limitations of machines, the available manufacturing space, the chemical properties of ingredients, budgetary considerations, and the environmental impact of the machines or processes being designed.
Meanwhile, pharmaceutical engineering is concerned with devising chemical processes or routes to ensure the quality, safety, and purity of APIs. Pharmaceutical engineers design and set up the machines and equipment for the mass production of medicines. They also help in researching and developing drugs.
All content published on the ReAgent.co.uk blog is for information only. The blog, its authors, and affiliates cannot be held responsible for any accident, injury or damage caused in part or directly from using the information provided. Additionally, we do not recommend using any chemical without reading the Material Safety Data Sheet (MSDS), which can be obtained from the manufacturer. You should also follow any safety advice and precautions listed on the product label. If you have health and safety related questions, visit HSE.gov.uk.
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Most RMIT courses do not include passive large-scale classes such as lectures, instead the content traditionally provided in lectures is made available online. This may be in the form of readings, videos or other on-demand learning materials. This content will also support the basis of interactive learning that takes place in on-campus classes.
The School of Engineering and the School of Health and Biomedical Sciences have extensive links with industry through their Industry Advisory Committees, research projects and consulting services.
Membership of these Committees includes practising engineers or external members drawn from a diverse industry base and institutions. Their involvement ensures that the course remains relevant to graduate and employers by providing feedback on the currency of the courses and the changing needs of industry.
This course builds on your chemistry, biochemistry and mathematics knowledge so that you understand the process of operating and designing chemical plants with an emphasis on how this may be applied and has relevance in the pharmaceutical industry.
Majority of first year subjects are completed by all engineering students encompassing general science, mathematics and computer aided design. In the BH122 program you will also expand your knowledge in chemistry and biology. In the second semester you are introduced to chemical engineering and the role of chemical engineers in different industry sectors and society.
Your final-year (capstone) project will develop and reinforce the skills and knowledge you need - as defined by Engineers Australia - to commence your professional engineering career. You may have the opportunity to present your project at EnGenius, an end of year student showcase event.
Engineers Australia is the professional body responsible for the accreditation of higher education programs that prepare students to practise as professional engineers. Engineers Australia is a signatory to the Washington Accord. This means that the degree is internationally recognised, and graduates can practise as professional engineers in many countries around the world.
The Bachelor of Engineering (Chemical Engineering) (Hons)/ Bachelor of Pharmaceutical Sciences is accredited by the Institution of Chemical Engineers (IChemE). IChemE is the global professional membership organisation for chemical, biochemical and process engineers and other professionals involved in the chemical, process and bioprocess industries.
You may be eligible to receive adjustment factors which include equity access schemes and/or subject adjustments to a maximum of 28 aggregate adjustment points. For more information about what adjustment factors RMIT considers visit Admission to RMIT.
The SNAP access scheme is designed to increase tertiary participation by giving priority access to RMIT diploma and degree programs to eligible applicants currently studying Year 12 at a SNAP partner school.
The RMIT Elite Athlete Program supports eligible elite and emerging athletes to achieve sporting and academic excellence, allowing students to balance the demands of both their studies and their athletic responsibilities.
The Indigenous Access Program supports your application to RMIT through an informal interview process where you will receive help from the Ngarara Willim Centre. Additional consideration will be given if you have relevant life, work, education or training experience.
Entry to this program is competitive. Applicants are ranked and selected in order of merit based on their academic achievement, e.g., level of TAFE qualification completed (including any adjustment factors).
We will consider your entire academic record to determine your eligibility for entry. The highest level of education you have previously completed will usually determine how you are ranked.
We will consider your entire academic record to determine your eligibility for entry. Previous fail grades in similar courses may affect your eligibility.
You must have satisfactorily completed at least four courses (subjects) (0.5 EFTSL) at an Australian undergraduate level (or overseas equivalent). You will be assigned a selection rank (comparable to an ATAR) based on your GPA.
Entry to this program is competitive. Applicants are ranked and selected in order of merit based on their academic achievement, e.g., Special Tertiary Admission Test (STAT) score (including any adjustment factors).
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