Taking anywhere from three to five years to acquire, a Bachelor of Science is an academic honor that leads to a range of professional opportunities. Once you have the degree, you have the option to start your career or pursue a graduate degree.
What is a BSc in Chemical Engineering? The field of chemical engineering is quite broad, encompassing everything from organic chemistry to biomedical engineering. A typical chemical engineering program is designed to expose you to the fundamentals of the field, including molecular change, chemical engineering analysis, and basic laboratory practices. As you progress through your studies, you may take courses in thermodynamics, organic chemistry, and advanced calculus. The field of chemical engineering is highly challenging, and it requires great determination to successfully acquire a degree.
Chemical engineers are involved with many industries that design vital, potentially life-saving products. The ability to understand and control molecular changes is a valuable skill, and by enrolling in a chemical engineering program, you have the opportunity to create pharmaceuticals, textiles, and other essential commodities.
A Bachelor of Science takes approximately four years to acquire. The cost of a bachelor’s degree program varies from school to school, so you should contact your preferred college to determine the necessary tuition and fees.
Chemical engineers play important roles within various industries. Many engineers work in chemical and energy industries, and they also find employment with companies that produce pharmaceuticals, biomedical devices, and other similar products. Careers for chemical engineers are also available in government and education. Some other popular career areas for graduates include product development, market analysis, and process control. You gain many essential skills when you enroll in a program; these can be applied to a wide range of professions.
There are many international schools that offer chemical engineering programs, and you can also enroll in online courses. Search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
Chemical Engineering and Chemistry plays an important role in solving societal problems. For instance, the development of cleaner forms of energy, new materials with highly specific properties like superstrong fibers, the design of new molecules capable of administering a certain dose of a drug in your body or converting light into electricity. [+]
Chemical Engineering is a broad field that brings together math, chemistry, biology and engineering to build the world around us, from the fuel in your car to the materials in your clothes. [+]
Programme prepares qualified technologists with Bachelor degree in engineering for any production company or laboratory. Graduates know how to design products and processes, manage technological systems, understand processes of chemical technology, equipment, are able to provide economic assessment of new technologies, know the threat of chemical materials to environment and people, can apply suitable protection measures in industry or at the laboratory, know methodologies of laboratory research, can use modern analytical and industrial equipment in practice. [+]
Chemical Engineering applies chemical, physical, and biological processes to convert materials to more valuable products or useful forms of energy. The role of a chemical engineer is to conceptualize, design, develop, control and operate those processes so that they are profitable, safe, efficient, and environmentally acceptable. [+]
Chemical Engineering applies chemical, physical, and biological processes to convert materials to more valuable products or useful forms of energy. The role of a chemical engineer is to conceptualize, design, develop, control and operate those processes so that they are profitable, safe, efficient, and environmentally acceptable. Chemical Engineering education is unique for its strong emphasis on building-up the ability to apply a system's approach to problem solving, to synthesize useful results, to form productive partnerships with other professions, and to apply principles from a broad range of scientific disciplines. Completion of the undergraduate Chemical Engineering program at Hampton provides the basis for continuous professional growth or graduate studies in Chemical Engineering, and for admission to professional schools such as medical, law, or business.... [-]
This degree is geared towards those students who envisage a career in applied chemical sciences and related industries. The programme will offer an opportunity for students to gain a foundation in the core chemistry concepts and the manufacture of chemical products, such as pharmaceuticals, polymers, foods, beverages and petrochemicals. [+]
This program provides a strong foundation on the core and emerging subdisciplines of chemistry. It provides knowledge [+]
Biomedical engineering combines knowledge from all the basic science disciplines: mathematics, chemistry, physics, and biology as well as engineering sciences. [+]
At the Department of Chemical Engineering, we provide you with a challenging and contemporary chemical engineering degree program enhanced by the research accomplishments of our faculty members. [+]
The Bachelor's degree in Chemical Engineering at the University of Groningen takes you through all aspects of the chemical production process. The Nobel Prize-winning Chemical engineers at the University of Groningen have developed a new type of solar cell, more efficient ways to extract biodiesel and have found new ways to design machines at the molecular level. [+]
In the Bachelor's degree in Chemical Engineering, you are concerned with ways to carry out chemical reactions on a large scale. You will also learn about the chemical production process to develop a wide variety of products or processes.Study Programme
The Bachelor's programme takes three years. During your first semester, you will take basic courses with students from the other beta programmes such as Chemistry, Physics and Astronomy. The first year of Chemical Engineering is identical to the first year of the Bachelor in Chemistry, which means that if you want to, you can switch to Chemistry after your first year.
During your second year of Chemical Engineering, you will take courses such as hydrodynamics, design of chemical reactors and product technology.... [-]
Chemical engineering is a broad multi-disciplinary branch of engineering that combines the knowledge of mathematics and science – particularly chemistry, to develop engineering applications that span a wide range of industries, namely, manufacturing, pharmaceuticals, healthcare, design and construction, pulp and paper, petrochemicals, food processing, specialty chemicals, polymers, biotechnology, and environmental health and safety industries, among others. Students with a passion for chemistry and talent in math and problem solving typically do well in chemical engineering. [+]
Bachelor of Chemical Engineering Technology (HONOURS) is designed to produce the graduates with the ability to work in oil and gas industry, petrochemical and oleo chemical. [+]
Chemical engineering with concentration in the pharmaceutical engineering is a synergy of chemical engineering and pharmaceutical science to develop and manufacture formulated products such as pharmaceuticals, food, cosmetics and consumer goods. Chemical engineers with the consentration in the pharmaceutical engineering can invent, develop, design, test new products, run and troubleshoot production facilities. [+]
Bachelor's Degree in Chemical Engineer graduated from UNIVAP is a generalist professional who has the concern of adding knowledge that enables him to work in all sectors of industry, as well as managing and researching the various transformation processes involved in the current market of job. [+]