ENGINEERING
BIOMEDICAL ENGINEERING
This field merges technology and biology to create innovative medical solutions. You’ll be at the forefront of developing life-saving devices, improving healthcare and enhancing the quality of human life. Biomedical engineering graduates pursue a variety of careers in research and development, manufacturing, production, project management, quality control, bioinstrumentation, biochemical processes, clinical engineering, biomaterials development and systems physiology, to name a few.
CHEMICAL ENGINEERING
Chemical engineering enables you to design and optimize processes that transform raw materials into essential products, from pharmaceuticals to clean energy. It’s the art of making the world run efficiently and sustainably. Chemical engineers work in the petrochemical, specialty chemical, coatings, adhesives, polymer, pharmaceutical, energy, biomedical, materials, environmental and many other industries.
CIVIL ENGINEERING
The Civil Engineering program provides students with a solid background in structural, geotechnical, water resources, environmental and transportation engineering. Civil engineers design and supervise the construction of roads, buildings, airports, tunnels, dams, bridges and water supply and sewage systems. Overall job opportunities consistently remain strong and starting salaries are among the highest of all college graduates.
COMPUTER ENGINEERING
The Computer Engineering program builds upon a strong foundation of circuits and electronics but provides a focus on computer hardware through courses in computer architecture, digital design and networking. Graduates work in careers related to computer networking, system development, programming, web development and information technology.
ELECTRICAL ENGINEERING
CSU provides students with a well-rounded education, equipping them with the knowledge and skills to tackle complex situations as they arise. Electrical engineering provides a variety of opportunities in careers related to digital computers, electronics, control systems, communications, energy, power systems and many more.
ELECTRONICS ENGINEERING TECHNOLOGY
The Electronics Engineering Technology program is an applied learning experience in which students apply engineering concepts and computer aided design tools to analyze, design and test electrical systems. Graduates work in careers such as electronics design, product development, production and manufacturing engineering, service and operations engineering and technical sales.
MECHANICAL ENGINEERING
Mechanical engineering is a very diverse branch of engineering. A wide range of study that includes mathematics, natural sciences, engineering science and practice prepares the mechanical engineering student to analyze and design devices and systems that enhance and improve our lives. Graduates work in careers in sectors such as aerospace, automotive, automation and control, building systems, biomedical, cryogenics, marine, nuclear, robotics and more.
MECHANICAL ENGINEERING TECHNOLOGY
The Mechanical Engineering Technology program is an applied learning experience in which students apply engineering concepts and computer aided design tools to analyze, design and test mechanical systems. Graduates work in careers such as mechanical design, product development, production and manufacturing engineering, service and operations engineering and technical sales.
MATHEMATICS (B.A. AND B.S. OFFERED)
Students benefit from hands-on research experience with renowned professors who are world-experts in their field. Acquiring skills in mathematics, applied mathematics and statistics strategically places graduates at the forefront of the big data revolution, financial mathematics, quantitative analysis and scientific research.
