Delivered by a School which consistently wins up to €3 million in annual research funding.This Masters will provide graduates with an engineering or mathematical based science background the opportunity to specialise in the application of engineering science and design to biological materials and systems especially in:

Biosystems Engineers are at the forefront of the search for practical solutions to global problems and this specialisation will lead graduates to a wide variety of employment opportunities with companies focussing on the processing of food and other biological materials, environmental protection, waste recycling, sustainable energy and green technologies. The ME Biosystems & Food Engineering involves lectures, tutorials, assignments, laboratory work, a research project and includes a 6-8 month professional work experience internship.... [-]

The research master Biomedical Informatics is accredited by ARACIS.

Biomedical Informatics is a multidisciplinary field that is concerned with the study and application of computer science, and information and communication technologies (ICTs) in the practice of biomedical science, biological research, and healthcare. It is focused on the acquisition, representation, organization, storage, retrieval, and application of biomedical knowledge and information to improve patient care, medical education, and health sciences research.Areas of application of Biomedical Informatics include:

Biotechnology is becoming increasingly central to a variety of industries, including medicine, diagnostics, agriculture, environmental protection, food technology and renewable resources technology. Bioinformatics is an exciting area of science, focusing on the interface of molecular biology and information technology. It uses the power of computing to tackle biological and medical problems.

This is a unique laboratory-based course that aims to equip you with the skills you'll need to succeed in the rapidly developing field of biotechnology. The curriculum covers key elements of biotechnology and the manipulation of molecular biological data.

The course has a strong research focus and offers you the opportunity to work in a specifically designed laboratory, take part in industry visits and participate in multiple weekly practicals.... [-]

From the academic year 2014-2015 onwards, the Master of Statistics has been gradually offered as Distance Learning (DL) Program, next to and in parallel with the on-campus program.

Enrolling for the DL Program means that as a student you will take the program from a distance, i.e. from home, workplace or virtually any place with access to the internet.

The on- and off-campus program are offered in parallel, synchronized as far as practically feasible, and with maximal flexibility. It will be possible to switch between the on-campus and off-campus programs.

The content and learning outcomes within and across courses are identical.

In practice, the study load has proven to be too heavy to combine the full-time program (60 credits) with a job. Combining a part-time program of 30 credits with a (part-time) job is expected to be feasible.... [-]

The need for well-trained biostatisticians, bioinformaticians and epidemiological and public-health scientists is ever increasing, enhanced by the scientific revolution in molecular biology and genetics, and its impact on health and the environment.

Hasselt University’s Master of Statistics with specializations: Biostatistics, Bioinformatics, and Epidemiology & Public Health Methodology, keeps abreast of such evolutions. The master program combines a solid study of principles of applied and biostatistics with up-to-date information on topics such as clinical trials, public health, longitudinal data, survival analysis, genetics, survey methodology…

The specialization in Bioinformatics makes it possible to keep an even closer pace with the more specific professional needs and skills required due to the development of novel experimental techniques in molecular biology andgenetics.... [-]

The 2nd cycle degree programme in Bioinformatics provides suitable training and experience in the fields of Biology, Biotechnology and Medicine that in both research and application require information from biomedical databases and the application of existing, or design of new methods, for sequence analysis.

Today the advancement of biomedical and biological research demands interdisciplinary professional staff able to not only gather information from existing databases but also contribute to improving and creating new ones to safeguard and hand down a unique heritage of molecular information on both our own species and others.

The applications of Bioinformatics vary greatly and include various areas as can be seen from the different laboratories that support the training activities in the different subject areas.... [-]

The Master in Bioinformatics for Health Sciences Has as its objective the training of researchers and professionals in the field of Bioinformatics and Bioengineering with special emphasis on its biomedical aspect.

Therefore, it has a double orientation:

Modern biology generates massive quantities of big data. Hidden in this data might be the next blockbuster cancer therapy, the definitive proof that a certain gene is responsible for a disease, or the information needed to replicate a crucial biological process — and you could be on the team that discovers it. Bioinformatics blends biology, computer science, and mathematics and in this Bioinformatics MicroMasters program, you’ll gain the cutting edge knowledge and experience that will give you significant career advantage in this fascinating field. In this program, you will learn how to analyze DNA sequences to find mutations and anomalies, understand the important role protein structure plays in protein function and use statistical analysis tools, including R programming, to mine biological big data. This program is ideal for those who want to learn more about the bioinformatics field and its effects on society at large or who would like to incorporate bioinformatics principles and tools into their laboratories.... [-]

Master in Bioinformatics and Systems Biology

Vast amounts of data have been collected through genomics initiatives. They provide a golden opportunity to research the secrets of life, to understand more of its complexities, to improve quality of life and to conquer major diseases. Converting this huge volume of data into real understanding is the basic challenge of Bioinformatics research.High-throughput methods like massively parallel sequencing and mass spectrometry generate more raw data than conventional computer models can handle efficiently. To process and analyze this data, computational techniques from Bioinformatics – such as sequence alignment, sequence assembly, biostatistics and machine learning – are required in order to make predictions about health outcome and to decide on a personalized treatment for the patient.Both Bioinformatics and Systems Biology are strongly interdisciplinary fields. This program combines molecular and cell biology, computer science, and mathematical modeling to integrate vast amounts of biological data into fundamental knowledge. You will develop a strong feel for scientific research and high levels of abstraction, and learn to combine the rapid developments in these fields.... [-]

masters.utu.fi

Master’s degree programme in digital health and life sciences offers extensive training in modern biosciences and digital health engineering.

The Master’s Degree Programme in Digital Health and Life Sciences offers extensive training ranging from molecular level interactions to individuals and society. Bioinformatics is one of the four tracks offered by the programme. Other tracks in the programme are Health Technology, Medical Analytics and Health Internet-of-Things, and Molecular Systems Biology.

The students graduating from this cross-disciplinary programme will have acquired scientific and analytical skills, expertise in present theories and up-to-date technologies, as well as practical skills including teamwork, leadership, and interpersonal skills in an international environment. The acquired methodological skills and advanced knowledge allow the students to continue their career paths in academia or industry.... [-]

The Graduate School of Biomedical Science and Engineering (GSBSE) has developed a new online Professional Science Masters program in bioinformatics. Bioinformatics is the application of mathematical, statistical, and computational approaches to understand biological processes. The PSM in bioinformatics is an online program and includes interdisciplinary classes across the fields of mathematics, computer science, spatial information science and engineering, and molecular and cell biology. GSBSE faculty from the University of Maine, the Jackson Laboratory, Mt. Desert Island Biological Laboratory, University of New England, University of Southern Maine and Maine Medical Center Research Institute will be teaching the courses for this online degree program. The PSM provides an opportunity for advanced training directly relevant to current knowledge for their professional careers. Students entering the program are expected to come from a cell and molecular biology background and require more intensive training in math, computer, and information science, or from the mathematics, computer or information sciences disciplines and need training in cell and molecular biology. The program requires fifteen credits of bioinformatics courses, nine credits of enrichment courses, and six credits of applied field experience. Graduates of the Professional Science Masters in Bioinformatics are prepared for a diverse range of careers in biotechnology, infectious diseases, pharmaceutical biomedical research, environmental sciences, and forensics to name a few. The professional component of the Program prepares our graduates for leadership roles in the commercial, government and non-profit markets. The program’s interdisciplinary approach, depending on the student’s background can prepare you for... [-]

Computational biology is one of the most exciting areas of modern science. With the latest technological advancements, molecular biology and related fields approach information sciences, algorithms, computer tools and analysis of massive databases. Individual medicine becomes a reality. The constant stream of new technologies, new data and new insights guarantees vibrant and satisfying future research, and creates continuous professional opportunities in the industry and academia.

Computational biology is a scientific discipline that refers to the use of computers to perform automated analysis of the data or to model hypotheses in the field of biology. Through computational biology researchers apply mathematics on biological phenomena using computer programming and algorithms in order to model the phenomenon, and thus statistically process data and interpret information.... [-]

The master's program in Bioinformatics for Health Sciences is designed to provide professionals and researchers with skills and abilities geared towards the development of new computational strategies and IT systems for use in biomedical research.

One of the key features of this program is the large percentage of optional subjects it offers, allowing students to train in a wide range of bioinformatics disciplines. At the same time, it has a clear professional orientation as witnessed by the inclusion of compulsory subjects on the design, management, and exploitation of scientific research.

The program is aimed at two types of candidates: holders of degrees in biological and health sciences (biology, medicine, biochemistry, biotechnology, pharmacy, etc.) and holders of engineering degrees or degrees in basic scientific disciplines (chemistry, physics, or mathematics).... [-]

Graduate - Algorithmic Bioinformatics

In algorithmic biology laboratory headed by Professor Pavel Pevzner, University of California opened a specialized master's program at the algorithmic bionformatike. Training includes in-depth courses on algorithms and data structures used for the analysis of large data sets, which are obtained by means of modern biotechnological methods.Also included in the training programming, discrete mathematics, the foundations of molecular biology, statistics, machine learning and other more specialized subjects. A detailed program of training is available on the following page. As a research student under the direction of the laboratory staff involved in solving real problems of bioinformatics.This is the development of algorithms and software systems for the assembly of genomic sequences (de novo genome sequence assembly), as well as theoretical and practical problems in computational proteomics and mass spectrometry. The program is designed to produce high-quality specialists in bioinformatics algorithmic questions, popular both in science and in industry.... [-]