? 1. Computer Science
? Computer technology has been widely used in daily life, production, scientific research and other aspects. Computer science majors study the principles and design of computer systems and software, and study the application of computers to train software professionals. The main courses are programming, data structure, computer system organization, automatic control and language, principles of algorithms, digital system design, operating system, software engineering, assembly language, database design principles, artificial intelligence, robotics and so on.
? Basic knowledge and abilities: math, science, humanities; logical thinking, patience, meticulousness, and a never-ending spirit of learning.
? Employment: The job market is huge. 80% of students work in companies, mainly as computer programmers, computer systems analysts, computer engineers, information systems analysts, managers.
? You know what: when you choose a computer program and decide to take it as a career, you have to be prepared for a lifetime of hard thinking. The ever-changing technological development of computers makes you and learn electronic engineering majors, only ? Live to be old, learn to be old?
What's the point of having a computer?
? 2. Data and Information Processing
? The goal of the Data and Information Processing program is to train computer system administrators, requiring students to have the ability to conceptualize, design, install, debug, and implement a variety of personal, business, and other organizational and institutional computer office systems. The major courses are Programming, Data Structures, Information Systems, Operating Systems, Data Repair and Acquisition, Objective Programming, Networking and Web Page Design, and E-Commerce Web Site Creation.
? Basic knowledge and abilities: math, physics; creative thinking, hands-on, ability to stay up late, good stamina (moving equipment often).
? Employment: the market demand is high. The main occupations are computer programmers, computer systems analysts, system administrators.
? 3. Electrical & Electronic Engineering Technology
? Electrical & Electronic Engineering Technology specializes in analyzing, designing, testing, repairing, developing, and producing electrical and electronic equipment and systems, including radio, radar, television, and industrial and medical equipment, but also computer systems design, production, testing, and repair. Therefore, this program is also called Electrical and Computer Engineering Technology. The main courses of study are electricity, system analysis, statistics, analog and digital circuits, electronic computer-aided drafting (CAD), microprocessors and microcontrollers, microwave technology, optical technology, machining, data communications, computer networks and technical report writing.
? Basic knowledge and abilities: math, physics, computers, logical thinking, creative thinking, interpersonal communication skills.
? Employment: medium market demand. More than 80% of students enter industry after graduation, of which 90% work in their professional? Counterpart? s work as electrical and electronic engineers or technicians, computer engineers, and some become business managers, department heads, a few as computer analysts, computer programmers, salesmen and so on.
? You know what: Manufacturers prefer to hire engineering specialists to work in manufacturing, on-site maintenance services, rather than traditional design engineers. This is because technology-focused engineering technologists know the principles and design as well as have strong hands-on skills.
? 4. Industrial Production Technology
? Industrial Production Technology studies specific technical problems in production and construction, such as production time, methods, production specifications, transportation of materials, utilization of equipment and so on. A certain industrial production technology may involve a variety of industrial production processes, such as chemical production technology can be applied to the production of pharmaceuticals, chemicals, petroleum products; civil engineering production technology can be used in the construction of highways, buildings buildings, bridges and so on.
? Basic knowledge and ability: math, physics, computer; logical thinking, creative thinking, interpersonal communication skills.
? Employment: low market demand. more than 70% of graduates enter industry as managers, department heads, engineers.
? Did you know: industrial production technology is a widely used profession, a technology applied to a variety of specialized production areas ? Multi-specialty? of the profession.
? 5. Mechanical Engineering Technology
?
Mechanical Engineering Technology
Mechanical Engineering Technology is a program that focuses on training students to solve technical problems in the process of mechanical production, and to learn to cooperate with mechanical engineers in designing, developing, testing, and producing a variety of mechanical parts and mechanical equipment systems, such as assisting mechanical engineers in testing navigation rockets, and designing and installing power plants. The main courses of study include not only the major courses in mechanical engineering, such as mechanical principles, statistics, mechanics of materials, thermodynamics, fluid mechanics, motor control, and computer-aided drafting, but also knowledge related to the installation of equipment and the production process, such as the production process, mechanical measurement and design, technical communication, and quality control. When the product into the production program before, mechanical engineering technicians to design the assembly process, and drawing parts installation sketches, calculating the cost, equipment life, pre-assessment of the production process may be the problem, and so on.
? Basic knowledge and abilities: math, physics, computers; logical thinking, creative thinking, interpersonal communication, hands-on skills.
? Employment: medium market demand. more than 80% of graduates enter industry, of which 90% are engaged in professions ? Counterpart? s work. The main occupations are factory administrators, department heads, managers, production engineers, design engineers and so on.
? Did you know that the accumulation of work experience in mechanical engineering technology is an important factor in salary increases and promotions, and that very few graduates of this program go on to pursue advanced degrees after employment? So it's not uncommon to see a department manager or plant supervisor with a bachelor's degree working under a design engineer with a higher degree.