200 Best Chemical Engineering Degree Programs for 2025

Our engineering graduate program prepares you for careers in industry, government, or academia with unique applications in healthcare and medicine. Faculty engages with you in basic and translational research to improve health outcomes through interdisciplinary scientific discovery. The Master of Science (M.S.) in Biomedical Engineering degree offers you the opportunity to develop your biomedical engineering fundamentals through advanced applications and research.

The Chemistry and Materials Engineering Program cultivates engineers who can pave the way for their future by acquiring internationality and basic abilities for creating new, valuable chemicals, substances, and materials as well as developing environment-friendly energy conversion technologies, through the attainment of both basic and specialized knowledge of the fields of engineering science (such as mathematics and physics), chemistry, bioengineering, and materials engineering.

This graduate school was established as a new graduate school in April 2016 by progressively integrating and expanding the Department of Functional Polymer Engineering and the Department of Organic Device Engineering of the Graduate School of Science and Engineering. It consists of one major, the Department of Organic Material Systems, and strives for consistency of education in cooperation with the education system of the Department of Polymer and Organic Material Engineering, Faculty of Engineering. Amid the diversification of manufacturing and the sophistication of technology, we aim to improve the planning ability of new functional materials required of leaders who can win standardization at the world level, and the communication ability through participation in international conferences, etc., globally. We are conducting education and research on human resource development aimed at leaders. We request highly specialized professionals who can lead the world by making the most of the environment where we can get close to the cutting edge of the organic material system field.

The School of Materials Science and Engineering, Yancheng Institute of Technology was founded in 1979. In 1993, the silicate technology major was the first batch of pilot programs for higher engineering teaching reform. In 1996, the major of materials science and engineering began to recruit undergraduates. In 2006, it was awarded the "Specialty of Jiangsu Province". In 2008, it was approved by the Ministry of Education and the Department of Education of Jiangsu Province as the "National Specialty Construction Site" and "Provincial Innovative Experimental Base for Training Models of Higher Education Talents. In 2011, Materials Science and Engineering was approved as “Key Construction Discipline of Jiangsu Province” by the Department of Education of Jiangsu Province. In 2012, Materials Science and Engineering was approved as a key specialty of Jiangsu Province. Listed in the second batch of outstanding engineer education and training programs by the Ministry of Education, approved as a "comprehensive reform pilot" major by the Ministry of Education in 2013, approved as a brand major in Jiangsu Province (Class A) in 2015, and passed the China Engineering Education Professional Certification Association in 2016 Professional certification. In 2019, the material science and engineering major was approved as a first-class undergraduate professional construction project in Jiangsu Province. In 2020, the material science and engineering major passed the professional certification re-evaluation of the China Engineering Education Professional Certification Association. The college has scientific research and innovation platforms such as the Jiangsu University Ecological Building Materials and Environmental Protection Equipment Collaborative Innovation Center, Jiangsu Province New Environmental Protection Key Laboratory, Jiangsu Province Ecological Environmental Materials Key Laboratory, Jiangsu Province Environmental Protection Equipment Public Technical Service Center, Jiangsu Province Straw Ecological Building Material Engineering Center, etc. . Established research directions for environmental protection and energy-saving advanced building materials, functional design and performance control of low-dimensional materials, synthesis and processing of lightweight, high-efficiency and long-life composite materials, and controllable equipment and engineering applications of functional polymer materials. It has a provincial experimental teaching demonstration center-New Materials and Jiangsu Coastal Engineering Construction Experimental Teaching Center. Co-build a "national off-campus practice education base for college students" with China Glass Holdings Limited.

Microsystems engineering makes our lives healthier, happier, more secure, comfortable, more varied, and, not to mention, easier. It enables us to manufacture tiny microcomponents that are 100 times finer than human hair. It makes it possible, for example, to create microsensors and actuators. Combined with electronics, intelligent microsystems that enable ever more complex functions in the smallest of spaces can emerge. Microsystems alter our world Microsystems can be found almost everywhere without your even knowing it: In the car: they trigger airbags, measure whether a vehicle is spinning, and help keep it safe when the roads are slippery. In communications technology: our innovations are helping to make the devices even smaller and more versatile. In medicine: they provide us with a whole laboratory on a microchip and find themselves in prostheses and implants. In the energy sector: our researchers set new standards and enable systems that operate independently without any external power supply. Small technology with huge potential Microsystems engineering is the engineering discipline with the broadest focus: elements from mathematics, physics, chemistry, electrical engineering, and materials science form the cornerstones of exciting innovations. We can help you obtain the necessary skills to develop these versatile systems for the applications of today and tomorrow. Your benefits as a Microsystems Engineering student: With around 440 students and 22 professors, we offer an excellent student-teacher ratio for optimal supervisory support. An interdisciplinary course of study with a well-balanced combination of theory and practice. State-of-the-art equipment with a designated cleanroom: Here you will become familiar with working in this special laboratory environment. Study at one of the world's largest and leading academic research centers in the field of microsystems engineering. The majority of our classes are recorded. You can always repeat the material, independent of time and place, for exam preparation, for instance.

Students pursuing a BS in Engineering take a common set of foundational courses in math and science in addition to engineering courses such as first-year design, senior design, statics & strength of materials, circuits, thermodynamics, fluids, and engineering economics.

Ph.D. in Engineering - Recognizing that many prospective Engineering Ph.D. candidates are at a point in their lives where moving their residence for one year is not feasible, UAA’s College of Engineering and the College of Engineering and Mines at UAF are now collaborating to allow Anchorage-based students to complete their Ph.D. in Engineering degree while remaining in Anchorage. Previously, the program required students to reside in Fairbanks for 3 semesters. Under a new agreement, although 9 credits of coursework must still come from UAF courses, candidates may request a residency waiver, allowing this work to include independent study courses co-taught by UAA and UAF faculty or courses that are distance delivered to UAA.

Chemical Engineers are interested in the conversion of raw materials into useful products on an industrial scale. Our graduates take up careers in many different industry sectors including fuel, plastics, pharmaceutical products, food, energy generation (traditional/renewable/ nuclear), water treatment, and environmental protection. Financial institutions and management consultants also employ significant numbers of Chemical Engineers.

Set yourself up for an exciting career transforming lives and advancing the frontiers of biomedical science and engineering as a biomedical engineering student at USD.

The Advanced Master's in Project Management in Cosmetic Industrialization is a degree accredited by the Conférence des grandes écoles (CGE).

The Cambridge Engineering course is unique. It allows you to keep your options open while equipping you with all the analytical, design and computing skills that underpin modern engineering practice.

The Ph.D. degree requires a student to reach a critical understanding of the basic scientific and engineering principles underlying their field of interest. In addition, the student must demonstrate the ability to conduct independently an intensive research project and document their results in the form of refereed publications, presentations, and a final thesis dissertation.

The department offers these programs: Robotics Engineering Course, Aerospace Engineering Course, Automotive Engineering Course. In these three streams, students are given the knowledge and technical skills necessary to become mechanical engineers.

This program trains engineers and researchers to handle the challenges of interdisciplinary fields that are even more advanced than the usually specialized fields so that they can use their grounding in chemistry to provide solutions related to these vital issues.

This program nurtures high-quality technical talents with a broad adaptability and engineering basic theory and petroleum engineering speciality knowledge, can be engaged in oil and gas drilling in the field of petroleum engineering and completion engineering, production engineering, reservoir engineering, oil chemical aspects of engineering design, construction and management, application research and development of science and technology work.

This major trains high-quality applied talents who are capable of comprehensive development of morality, intelligence, physicality and beauty, possess humanistic spirit, scientific spirit and national unity spirit, and can serve the local economic and social development.

Keep closely the integration of the experiments, theoretical analyses, numerical modeling and industrial applications, and conduct the key and perspective basic and applied research in solving various serious environmental problems; cultivate extraordinary talents and research teams, and aim for the domestic first-class discipline and internationally renowned discipline; Focus on “innovative research, innovative engineering, innovative planning”, and continuously strength our capability in the fields of energy saving, pollution control, etc., and serve the sustainable developments of national and local green economy.

The aim of the one-year Master’s degree in Biorefinery & Biomaterials (Master 2) is to train professionals specialising in the problems of biomass valorisation, in particular through the development and improvement of processes allowing its transformation into biomaterials, chemical products or energy sources.

A DIPLOMA THAT MEET THE NEEDS OF A SECTOR IN TRANSFORMATION In view of the technological, societal and environmental challenges facing our planet, ESTP offers a high-level engineering diploma, recognized by companies as an essential reference in training frameworks for construction and sustainable development.

It’s not easy to find engineering programs at a small liberal arts college. Our program — which includes pathways for electrical and mechanical engineering — is unique for just that reason. We cover the technical expertise required for training engineers, but at its core, our program prepares graduates well beyond the basics.