A master’s degree may be earned from educational institutions around the globe. It is often the first that can be achieved after a bachelor’s degree. It is generally focused on specific advanced knowledge areas, which can help graduates earn higher salaries. Program duration can be fewer than four years.
What is an MSc in Applied Sciences? This diverse interdisciplinary program has its foundation in math and science. Concentrations are generally in the natural and physical sciences. Students typically learn testing and analysis methods and quality systems. Application-oriented courses, such as chemical analysis, economics and law, may allow students to customize the curriculum to suit their specific needs. Practical experience gained through internships may be a requirement of the program.
Analytical thinking is a crucial skill many applied sciences students acquire. Employers often want employees who can analyze, evaluate and problem solve independently. Communication skills and self-motivation can enhance professional demeanor and benefit an individual’s daily life.
Program costs can vary significantly between educational institutions. Factors include time for completion, location and degree. It is recommended that individuals contact their school of interest directly for the most current class offerings and fees.
A Master’s in Applied Sciences can result in a wide range of career opportunities and salary levels. Quality assurance positions, which require analytical thinking, are needed in laboratories and accreditation agencies. Land surveyors and cartographers are in demand for those who excel in computational analyses. Chemists use testing methods to manipulate molecular structures to create a specific product. Medical scientists and technicians develop treatments or cures for repairing cell damage. These professions are in demand and salaries often increase with experience.
Online programs and flexible schedules are in demand by today’s active working professionals. Many educational institutions enable students to reach their academic goals from anywhere, at any time. Search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
Students pursuing more traditional STEM Master of Science degrees are often narrowly trained in a single discipline, while students with a Professional Science Master degree sometimes lack broad scientific training. Bay Path’s MS in Applied Laboratory Science & Operations program bridges that divide. [+]
Careers in laboratory science are constantly changing with new technologies and techniques. However, one thing remains unchanged - successful careers in clinical, pharmaceutical, biotechnology, and academic laboratories require fluency with instrumentation and the ability to interpret and analyze the data that it generates.
Students pursuing more traditional STEM Master of Science degrees are often narrowly trained in a single discipline, while students with a Professional Science Master degree sometimes lack broad scientific training. Bay Path’s MS in Applied Laboratory Science & Operations program bridges that divide.About the Degree ... [-]
MSc in Applied Measurement Science provides thorough knowledge and skills in the areas of laboratory and technological measurements. [+]
Applied Measurement Science is a 120 ECTS Master’s program providing thorough knowledge and skills in the areas of laboratory and technological measurements, testing and chemical analysis methods, quality systems, metrology and related economic and legal aspects. Studies are carried out in the “Chemicum” building, one of the top research and education facilities in Northern Europe.How will this degree develop students’ potential? Thorough knowledge and skills in laboratory and technological measurements, methods of testing and analysis, factors affecting the results, methods of calculating measurement results, documenting measurement results, quality systems; Skills necessary to work with the more widespread measurement and analysis methods, to tune them according to a given measurement or analysis procedure and to optimise measurement procedures, to determine the characteristics of measurement and analysis procedures, to assess their suitability for a specific measurement or analysis task and to assess the adequacy of the measurement or analysis results obtained; High competence demanded, for work in quality assurance laboratories in various industries, inspection, certification and accreditation agencies; Practical experience gained during the study period through an internship placement with companies. Audience Graduates with Bachelor’s degrees in physics, chemistry, materials science, natural sciences, engineering, technology or medicine; Practitioners in analysis and measurement laboratories who are facing the fast development of analytical methods and new regulations (Quality systems, ISO 17025 accreditation, etc.); Personnel of laboratories, accreditation, certification and inspection agencies; Quality managers in various industries. [-]