How to find a job with Next-Generation Sequencing skills

A molecular laboratory technologist performs a number of duties to analyze samples in a laboratory setting. Their duties in this position are to collect samples for research, test specimens with a variety of equipment, and study how clinical drugs affect the samples. They are also responsible for maintaining data analysis records, troubleshooting issues, and preparing lab equipment. This position requires advanced education training in molecular biology.

Bioinformatics engineers are professionals who use bioinformatics methodology and hypothesis to analyze biological data such as gene sequence and protein absorption. These engineers are required to distribute, formulate, and engineer the open-source application solutions so that they can facilitate the analysis and unified stem cell information management systems. They must ensure that information entered is accurate and correct while sustaining infrastructure for the maintenance of the sequencing information and other related data. Bioinformatics engineers must also apply an algorithm to recover and execute the exchange of vital information.

A bioinformatics software engineer specializes in designing and developing software that facilitates procedures leading to breakthroughs in science. Their responsibilities include conducting extensive research and analysis, writing codes, developing prototypes and test structures, identifying and eliminating bugs, troubleshooting problems, performing upgrades, and maintaining records of all procedures. They also establish guidelines and protocols, guiding staff as necessary. Moreover, as a bioinformatics software engineer, it is essential to oversee staff progress while implementing policies and standards for a smooth and efficient workflow.

A bioinformatics scientist specializes in studying biology while utilizing their expertise in computer science. Their responsibilities revolve around developing databases and software for biological advances, improving existing applications as needed, coordinating with different scientists and professionals, and maintaining extensive records of all research and transactions. It is essential to review all data, identify issues, troubleshoot, and perform corrective measures as needed. In a company setting, a bioinformatics scientist must create progress reports and presentations, all while adhering to the company's vision, mission, and goals.

Bioinformaticians are experts who are responsible for developing and conducting research by using methods and software tools to collect and analyze complex biological data. By combining their research in biology, medicine, and health-related studies with information technology, these bioinformaticians are required to interpret data that covers areas such as genetics or pharmaceutics. They must develop databases to compile a large amount of information from activities such as gene expression profiling and protein expression. Bioinformaticians must also maintain laboratory documents and keep updated with scientific or medical journals.

A bioinformatics analyst is responsible for assisting with laboratory examinations and research investigations on the Human Genome Project. Bioinformatics analysts analyze scientific data with the researchers to develop treatment plans for human diseases and maintain the accuracy of the database for algorithms. They submit genomic data to the medical professionals, write report findings, and discuss results to the researchers. A bioinformatics analyst must have excellent technical and analytical skills to operate various software tools and applications to generate data efficiently.

A molecular technologist is responsible for conducting laboratory examinations for clinical trials and medical research. Molecular technologists collect laboratory samples and document scientific findings to support claims and initial theories. They also utilize various advanced laboratory equipment and machinery, requiring them to have excellent knowledge of organizational skills to prevent potential hazards and inconsistencies in results. A molecular technologist works with chemical solutions and sensitive samples, resulting in strict compliance and adherence to safety protocols and regulations.

A computational biologist is an expert in computational management, high-performance computing, data algorithm, and biological and statistical processes. You study to understand biological systems using computational theoretical principles. Your duties typically include doing research and computer programming, developing a theory, mathematical models, and computer simulations to organize and analyze your findings, and building databases. To become a successful computational biologist, you must have extensive knowledge of bioinformatics, biochemistry, and computational biology, excellent communication skills, and problem-solving skills.

A senior applications scientist imports and exports data as well as managing user interface security. They must identify issues in their company's database system and resolve them. They are also responsible for designing equipment to automate database systems.

A field application scientist is responsible for assisting with customers' inquiries and concerns on scientific tools and laboratory equipment and machinery. Field application scientists guide the customers on proper usage of the equipment, as well as its maintenance and other related functions. They also create designs for experiment materials, running diagnostic tests, and writing specifications accurately. A field application scientist processes the installation of scientific equipment and manages feature upgrades to boost optimal performance and adhere to the customers' needs and demands.

A molecular biologist is a specialist who explores and studies the complex functions of cells on a molecular level as well as the biological laws governing the operations of each cellular component. To conduct research and academic activities, molecular biologists use equipment such as microscopes, lab centrifuges, and computers with software that allows the analysis of obtained data. They are required to develop a new way to test the validity of drugs that are used to stimulate safe gene growth and fight off disease. Molecular biologists must also conduct workshops and practical demonstrations in universities and governmental agencies.

Assay development scientists are biochemical experts who develop procedures that test or measure the activity of a drug or biochemical in an organism. These scientists are required to provide technical support to develop new assays as well as assist in the transfer of assay to clinical laboratories internationally. They must collaborate with laboratory scientists and managers to optimize laboratory processes for increased efficiency and effectiveness. Assay development scientists must also produce and submit reports about the development of assays to the research & development (R&D;) managers as well as project managers.

A senior biology scientist is responsible for studying how living organisms relate to the environment. Duties and responsibilities include supporting and participating in project management and research and development meetings, conducting tissue culture and cell line generation, and performing binding assays to examine the biological activities of protein therapeutics. In addition, you will be participating in the organic synthesis of nucleotide drug and perform reverse transcription-polymerase chain reaction procedure for gene expression and amplification.

A Senior Staff Scientist is responsible for supervising projects and activities of a company. They manage the technical, budgetary, and scheduling aspects of scientific research projects.

The primary role of a Staff Scientist is to develop and manage scientific research projects with minimal supervision. They are also responsible for the technical and budgetary aspects of scientific research projects.