The most basic is ship statics theory mechanics and material mechanics, followed by structural mechanics and fluid mechanics, followed by other disciplines. The following questions are basically the same as the following questions. There is nothing to calculate in mathematics, and it is not too difficult.
You can ask the school that the two main courses are structural mechanics and fluid mechanics.
2. What specialized courses are there in the Department of Ship Engineering?
Professional English for ships, ship principles, ship outfitting, ship tube loading, ship painting, ship fire separation design, ship interior design, ship power plant, ship engineering, ship equipment, ship production design, ship blanking design, ship welding, ship anticorrosion and painting, shipyard economics, ship management, ship line design, ship model construction (part), ship electrotechnics, ship
3. What courses do you take in sailing?
Undergraduate study: ship structure and equipment, ship watch and collision avoidance, maritime meteorology and oceanography, GMDSS communication service, GMDSS ship communication equipment, ship signal and VHF communication, navigation, introduction to marine engines, ship principle, shipping service and maritime law, ship manipulation, ship freight, ship safety and management, and navigation instruments.
Social workers should learn: navigation, ship watch and collision avoidance, maritime meteorology and oceanography, ship manipulation, maritime cargo transportation, ship structure and equipment, ship management, and maritime English. If you want to take the captain test, you will basically take the captain business in the future. Manipulation and collision avoidance are a course. Basically, you can use high school knowledge, I mean science. Navigation and freight need a lot of mathematical knowledge, especially freight is a formula, and maritime English has a large vocabulary and is a professional vocabulary, so we should try our best to memorize it. Radar and instruments also need a lot of high school mathematics, physics and even chemistry. You have to recite the rest. Personally, I think it is easier for science students to learn. I hope my answer will satisfy you!
4. What are the majors related to ships?
Thermal energy, power engineering and shipyard are counterparts. In fact, shipyards need a variety of talents, so they don't have to stick to certain disciplines and majors.
The following are related majors
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Ship and Ocean Engineering Port Waterway and Coastal Engineering
Marine engineering technology (marine electrical technology)
Training objectives: This major aims to train senior technical personnel with comprehensive development in morality, intelligence and physique, to meet the needs of socialist modernization, to firmly grasp the necessary basic scientific knowledge and theoretical knowledge of ship electrical automation, and to have strong practical ability. Graduates must master the necessary basic knowledge, basic theory and basic skills of marine electrical technology specialty, and have the ability of marine electrical system construction process design, equipment installation and debugging.
The main courses offered are: information technology foundation, electrician foundation, electronic technology foundation, motor principle and transmission foundation, professional English, power electronics technology foundation, ship electric transmission, ship power station, ship signal and system, ship electrical technology and microcomputer principle.
Jobs that graduates can adapt to: Graduates of this major can be engaged in ship electrical process design, equipment installation and debugging, the use and management of ship power stations, the operation and management of ship automatic control systems, and the operation and management of electrical equipment in industrial enterprises.
Ocean engineering technology specialty
Training objectives: to train higher vocational and technical personnel with all-round development in morality, intelligence and physique, master the necessary basic cultural knowledge, professional knowledge and job skills, master a professional foreign language and computer application technology, master the job knowledge and skills required by modern shipbuilding technology, and have a vocational qualification certificate above the intermediate level. After graduation, I mainly engaged in various technical work of shipbuilding and ship repair in shipbuilding enterprises, and I can engage in technical work such as shipbuilding technical preparation and shipbuilding production design, and serve as a production designer; Engaged in technical work of shipbuilding repair process formulation and on-site process guidance, and served as a technician; Engaged in the technical work of ship CAD/CAM, as a computer-aided designer; Engaged in technical work in shipbuilding production and quality management, and served as supervisor and quality inspector; Engaged in the technical work of hull lofting, as a hull lofting member; Engaged in on-site production operations of ship manufacturing and repair, and served as assembler and team leader; Engaged in the introduction and development of new technologies and processes for shipbuilding repair, and served as a technical reformer. The trained talents are advanced applied and compound technical talents.
The main courses offered are: descriptive geometry and drawing, engineering mechanics, mechanical design foundation, electrical engineering foundation, ship materials and processing technology, ship welding technology, ship principle, ship structure and drawing, ship structure design, ship construction and repair technology, ship outfitting engineering, ship anti-corrosion and painting technology, ship CAD/CAM, ship production design, ship repair and production management, etc.
Jobs that graduates can adapt to: Graduates trained in this major are mainly oriented to shipbuilding enterprises and ship design and inspection units. Can be engaged in shipbuilding preparation and shipbuilding production design technology, as a production designer; Engaged in technical work of shipbuilding repair process formulation and on-site process guidance, and served as a technician; Engaged in technical work in shipbuilding production and quality management, as a supervisor and quality inspector; Engaged in the technical work of ship CAD/CAM, and worked as a computer-aided designer; Engaged in the introduction and development of new technologies and processes for ship repair, and served as a technical reformer; Can also be engaged in the technical work of hull lofting, as assembler and team leader.
Interior design technology (cabin design)
Training objective: This major trains senior applied technical talents with all-round development in morality, intelligence and physique, with the ability of interior design, cabin design, production organization and management and practical operation on the production site, mainly engaged in interior design and cabin design.
The main courses offered are: engineering drawing and perspective, sketch, color, composition design, pattern change and font design, expression techniques, ship structure and map recognition, decorative painting, advertising design, semantic design, ship aesthetics, computer-aided design, interior design, CIS corporate image design, model making, English repair of shipbuilding, cabin design, photography and darkroom, engineering budget, commercial illustration and lacquer painting creation.
Jobs that graduates can adapt to: the graduates trained in this major are mainly oriented to local and shipbuilding enterprises. Graduates can engage in interior design, production organization, management, construction and budget work, as well as cabin design, construction, management, process ordering and budget work. Graduates can adapt to positions such as advertising and graphic design, as well as corporate image design, management and consulting.
Marine engineering technology (outfitting specialization) major
Training objectives: to cultivate all-round development of morality, intelligence and physique, master the necessary basic cultural knowledge, professional knowledge and various post skills, master a professional foreign language and computer application technology, and master various post knowledge and skills required by modern shipbuilding outfitting technology. After graduation, he is a high-skilled compound talent mainly engaged in the installation technology of ship outfitting. After graduation, I mainly engaged in ship outfitting production design, outfitting process formulation, on-site process guidance, installation operation, safety and quality management, production scheduling and other aspects in shipbuilding enterprises.
The main courses offered are: mechanical drawing, engineering mechanics, mechanical design foundation, electrical engineering foundation, ship welding technology, ship and drawing, ship cabin outfitting, ship outfitting design and technology, engineering ship outfitting, ship construction and sheet metal processing technology, ship CAD/CAM, ship electromechanical assembly technology, shipbuilding English, ship corrosion and protection.
Jobs that graduates can adapt to: Engaged in technical work of ship outfitting production design, such as construction preparation for shipbuilding outfitting, cabin design, ship equipment selection, etc. , as outfitting production designer in shipbuilding repair enterprise; Engaged in technical work such as ship outfitting process formulation and on-site construction process guidance, as outfitting builder: engaged in on-site production operation of ship outfitting inside and outside, as a skilled worker: engaged in safety and quality management, as a safety officer and quality inspector.
Marine engineering technology (painting specialty)
Training objectives: to cultivate all-round development of morality, intelligence and physique, master the necessary basic cultural knowledge, professional knowledge and various post skills, master a professional foreign language and computer application technology, and master the post knowledge and skills required by modern shipbuilding and painting technology. After graduation, he is a high-skilled compound talent focusing on ship painting technology. After graduation, I mainly engaged in ship painting production design, painting production plan and process formulation, on-site process guidance, ship repairing and painting cost accounting, safety and quality management, production scheduling and other aspects in shipbuilding enterprises.
The main courses offered are: painting chemistry, mechanical drawing, engineering mechanics, mechanical design foundation, ship materials, electrical engineering foundation, ship welding technology, ship and drawing, ship construction and repair technology, ship repair operation and management, ship corrosion and protection, ship painting, ship coatings and accessories, ship special painting, ship thickness measurement, safety production technology and shipbuilding English.
Jobs that graduates can adapt to: engaged in technical work of ship painting construction preparation and ship painting production design in ship building and repairing enterprises, as painting production designer; Engaged in shipbuilding repair painting technology and production planning, on-site construction technology guidance and other technical work, as a painting builder; Engaged in ship thickness measurement, as a thickness surveyor; Engaged in painting safety and quality management, as a security officer and quality inspector; Engaged in the management of ship repair, accounting the cost and quota of ship repair and painting, and serving as a quota officer.
Major in marine engineering technology (marine power plant technology).
Training objectives: This major trains advanced technical and management application-oriented professionals who support the Party's basic line, meet the needs of the front line of production and operation, have good professional ethics, can meet the needs of the development of socialist market economy, and have certain engineering practice ability and innovative consciousness.
Main courses offered: mechanical drawing, engineering mechanics, electrotechnics, metal technology, thermal energy engineering, diesel engine, auxiliary machinery, power plant, installation technology, piping system, ship automation, etc.
Jobs that graduates can adapt to: the talents trained in this major have a wide range of technical skills, including diesel engines, various auxiliary machines (marine pumps, compressors, deck machinery, oil separators, refrigeration devices, air conditioning devices, boilers, seawater desalination devices and ship anti-pollution devices, etc. ), ship piping system, ship power plant, installation technology and ship automation. Graduates can not only work in shipyards, but also be employed in relevant enterprises and institutions, with a wide range of talents.
Communication technology (marine electronic equipment and communication)
Training objectives: This major aims to train senior technical personnel with comprehensive development in morality, intelligence and physique, to meet the needs of socialist modernization, to firmly grasp the necessary basic scientific knowledge and theoretical knowledge of marine electronic equipment and communication, and to have strong practical ability. Graduates must master the necessary basic knowledge, basic theory and basic skills of marine electronic equipment and communication specialty, and have the ability of construction process design, equipment installation and debugging of marine electronic equipment and communication system.
Main courses: circuit analysis, electronic technology, high-frequency circuit, microwave antenna, modern communication principle, marine radio communication equipment, marine radio navigation equipment, marine communication equipment, electronic measurement and instrument, marine electronic equipment installation technology, information technology, and professional English.
Scope of work that graduates can adapt to: graduates of this major can engage in process design, equipment installation and debugging of marine electronic equipment; Can also be engaged in the use and management of ship electronic equipment and communication.
Training objectives: This major aims to train advanced applied talents of shipbuilding machinery manufacturing technology and equipment who support the Party's basic line, develop morally, intellectually and physically, have good professional ethics, can meet the needs of the development of socialist market economy, and have certain engineering practice ability and innovative consciousness.
The main courses offered are: engineering drawing, engineering mechanics, engineering materials, mechanical design basis, mechanical manufacturing principle, marine machinery, marine diesel engine, electrical and electronic technology, hydraulic transmission, mechanical manufacturing technology and equipment, metal cutting machine tools and CNC machining, CAD and computer applications.
Jobs that graduates can adapt to: Students in this major should learn the basic theories, knowledge and skills of this major, have a reasonable knowledge structure and comprehensive vocational skills, be able to engage in the compilation and implementation of mechanical manufacturing process regulations, the design and manufacture of process equipment, the installation, debugging, maintenance and transformation of machine tools, master modern manufacturing technology, conduct factory production and technical management, and have a strong sense of innovation.
Mold design and manufacturing specialty
Training objective: To cultivate high-skilled talents who support the Party's basic line, develop morally, intellectually, physically and aesthetically, firmly grasp the necessary basic scientific knowledge, theoretical knowledge and practical knowledge of mold design and manufacturing, have strong practical ability, can adapt to the needs of socialist market economy, are competent for parts forming technology, mold design and manufacturing technology and production management positions in the front line of modern production, and have innovative spirit and practical ability.
The main courses offered are: mechanical drawing and tolerance, electrical and electronic technology, mechanical design basis, mechanical manufacturing technology, mold design, mold manufacturing technology, mold CAD/CAM, NC programming and machining technology, machining practice, NC machining practice and mold manufacturing practice.
Professional post competency requirements: 1. Students must master the basic theory and skills of this major, and have strong ability to work independently, comprehensive practice and acquire new information. 2. Be able to complete the preparation of stamping parts, plastic parts and die-casting parts in manufacturing industries such as electronics, automobiles, aviation, shipbuilding, weapons, light industry and household appliances. 3. Be able to design and manufacture cold stamping dies, plastic dies and die-casting dies. 4. Be able to complete the operation and maintenance of common equipment (mainly numerical control equipment) in the mold manufacturing workshop. 5. Have certain production organization and technical management capabilities.
Professional post knowledge structure: 1. Master the basic theories and knowledge of mechanical drawing, mechanical principle and parts, engineering mechanics, electrician and electronic technology necessary for the professional post group of mold design and manufacturing. 2. Master and skillfully use the professional knowledge necessary for this professional post group. 3. Master the basic knowledge of the preparation and implementation of mold manufacturing process planning. 4. Have certain aesthetic knowledge and consciousness, and have certain modeling design ability for industrial products and daily necessities. 5. Be able to master the practical application ability of this professional computer, have certain computer software and hardware application ability, reach the level test ability (secondary standard) required by the state, and master the mold CAD/CAM technology. 6. Have certain scientific and cultural literacy, such as mathematics and practical writing. 7. Have a certain understanding of sports.
Computer aided design and manufacturing specialty
Training objectives: The three majors cultivate high-tech applied professionals who support the Party's basic line, meet the needs of regional economic development, develop morally, intellectually, physically and aesthetically, and face the first-line specialist level in the mechanical industry. After graduation, students mainly apply CAD technology to the design and development of mechanical products and molds in mechanical manufacturing enterprises or design departments.
The main courses offered are: mechanical design foundation, computer composition principle, computer drawing, engineering materials, engineering mechanics, C language, database foundation and application, Inter technology and application, CAXA2000, Photoshop and 3Dmax, industrial product process modeling and design, mold design and manufacturing.
Jobs that graduates can adapt to: Students in this major should master the basic knowledge, basic theory and basic skills necessary for this major, master the application of computers, have the ability to use computers to develop, design and manufacture products, be able to engage in technological transformation of industrial products, master the design and manufacturing methods of molds, and have a strong sense of innovation.
Ocean engineering technology specialty
Training objectives
Cultivating all-round development of morality, intelligence and physique conforms to the International Convention on Standards of Training, Certification and Watchkeeping for Seafarers (STCW78/95) formulated by the International Maritime Organization (IMO) and China's Standards of Seafarers' Competency. Have the basic qualities of loving the motherland and obeying the law, good professional ethics and professionalism, certain knowledge of military theory, obedience consciousness and teamwork spirit, and be competent for advanced applications with international competitiveness.
Main courses offered
Advanced mathematics, college English, computer application foundation, marine engineering foundation, engineering thermodynamics and heat transfer, marine English, marine diesel engine, marine auxiliary machinery, ship maintenance, ship management, ship electrical, ship automation, ship oil-water treatment, hydraulic technology.
5. The courses for undergraduates majoring in ship and ocean engineering.
Main subjects: mathematics, mechanics, ship and ocean engineering.
Main courses: theoretical mechanics, material mechanics, fluid mechanics, structural mechanics, principles of ship and ocean engineering.
The main practical teaching links include metalworking practice (three weeks), shipyard practice (three weeks) and boarding practice (two weeks). , usually arranged for 8 weeks.
6. What courses should be taken in ship and ocean engineering?
Copy advanced mathematics, engineering mathematics, college physics, college information technology foundation, C language programming, college language, college English, mechanical drawing, theoretical mechanics, material mechanics, fluid mechanics, ship structural mechanics, mechanical design foundation, ship engineering materials, electrical foundation, ship principle, ship structure and drawing, ship design principle, ship strength and structural design, ship construction technology, professional English, shipbuilding CAD/CAM.
This is the course of Jimei University from which I graduated. Jimei navigation is good. Although there are two schools, the navigation major is very good. Be sure to run the boat after graduation. You can go to shipyards, design institutes, etc. And graduated from the college entrance examination. Be careful when choosing a university major.
7. What courses do marine engineering majors mainly study in universities?
Heat engine, fluid machinery, ship power engineering, fluid mechanics, heat transfer, circuit and electronic technology, ship monitoring technology and application, ship electrical equipment and system, ship diesel engine, ship auxiliary machinery, ship automation, ship maintenance and ship power station technical management. There will also be some mechanical related courses, such as hydraulics, vacuum, process control, machinery manufacturing, metal technology and so on.
Dalian has the most powerful shipbuilding industry in China, followed by some small shipyards, such as Changxing Island Shipyard. Yantai has Yantai Shipyard, but it's just so-so. Qingdao Beihai Shipyard is average, but its development potential is not bad. If you want to be a good department of a good factory, you must be admitted to a good university. Harbin Shipyard, Dagong, Dalian Maritime and Qingdao Ocean Shipping are recommended. These schools have great advantages in finding jobs in shipyards in Dalian and Shandong.
8. What courses are there in marine electrical engineering?
Circuit principle, analog electronic technology, digital electronic technology, power electronic technology, communication electronic circuit, self-reversing control principle, computer network response application, microcomputer principle and application, PLC programming and engineering application, sensor principle and application, electrical engineering, AC speed regulation, ship power station, ship electric drive system, ship electrical equipment and system, ship engine room automatic control system, ship integrated bridge system, ship electronic and electrical technology, ship electronic and electrical English.
This major is maritime, with a duration of 4 years. Graduates who meet the requirements of the Academic Degrees Regulations of our university are awarded a bachelor's degree in engineering. Students who meet the graduation requirements can take the examination of seafarers' competency certificate organized by the national maritime department and obtain the corresponding seafarers' post competency certificate.
9. What courses are there in ship design?
In fact, if you want to do design, you really have to go to the shipyard to get familiar with it quickly.
For example, I have a deep memory of the beams, stringers and keels I saw at the structural site.
According to the requirements of design specifications, the general design can meet the standards.
10. What are the compulsory courses for ship design in universities?
1, basic course
1), legal basis (30 class hours)
Teaching the new stage of life development; Road signs for healthy growth; The main theme of college students' activities; Two-way creation of interpersonal environment; China heart forever; The pursuit of a better life; Make life more meaningful; The guiding light of life; Morality ennobles people; Morality is the foundation of entry; Optimization of psychological quality; Strengthen self-cultivation and improve life. The legal basis mainly teaches the general theory of law; Constitutional legal system; Administrative legal system, civil legal system, marriage inheritance law; Intellectual property law; Socialist market economy law; Criminal legal system; Legal system of litigation and arbitration; Foreign legal system, etc.
2) Principles of Marxist Philosophy (32 hours)
Teaching practice and the essence of the world; Dialectical development of the world; Practice and understanding; People's value world; Dialectical relationship between man and nature; The essence and structure of society; Dialectical process of social development.
3) "Introduction to * * * Theory and Important Thoughts of * * *" (28 hours) teaches that * * * theory is Marxism in contemporary China; The philosophical basis of * * * theory; The essence and fundamental task of socialism; The socialist stage and the party's basic line and program; The basic economic system in the primary stage of socialism; Socialist market economy; The development strategy of socialist construction and the important thought of "* * *".
4) Introduction to * * * Thought (26 class hours)
Teaching the meaning, formation and development, historical position and guiding role of * * * thought; * * * The scientific system, basic principles and basic viewpoints of thought; Understand the law of social development in contemporary China, firmly adhere to the belief of China's leadership and taking the socialist road, and enhance the consciousness of building Socialism with Chinese characteristics.
5) Physical Education (Military Theory) (1 12 class hours)
Teach and train track and field, gymnastics, ball games and swimming, teach common sense of sports health, master basic knowledge, skills and military theory of sports, exercise with scientific methods, strengthen physical fitness and reach the national physical exercise standards.
6) Advanced Mathematics (96 hours)
Teach the concepts of limit, derivative and differential, the application of derivative, definite integral, indefinite integral and first-order differential equation, master the basic knowledge and operation skills of mathematics, have certain logical thinking and abstract thinking ability, and improve the ability to analyze and solve problems by mathematical methods.
7) Vocational English (268 class hours)
Comprehensive training for students in listening, speaking, reading, writing and translation, and comprehensive training for students in vocabulary, grammar, reading speed and reading comprehension. It is required to take the national English examination for higher vocational colleges and obtain an A-level English certificate.
8), computer application (75 hours) to teach the basic knowledge of computer application, Chinese Windows, Chinese Word, Chinese spreadsheet processing system Excel and other basic theoretical knowledge and operational ability, required to reach the intermediate level of computer in Jiangsu Province or the national computer grade B level, and obtain the corresponding grade certificate.
2. Professional function courses
1), descriptive geometry and mechanical drawing (75 hours)
Teach orthographic principles, geometric drawing skills and techniques, national standards for mechanical drawing and tolerance, part drawings and assembly drawings. It is required to master drawing skills and skills, correctly use national standards, master the expression methods of parts drawings and assembly drawings, master the use of dimensional tolerances, form and position tolerances and other related standards, and be able to correctly read and draw general mechanical assembly drawings and parts drawings.
2) Engineering Mechanics (78 class hours)
Teach the basic knowledge of theoretical mechanics and material mechanics, and master the stress analysis of general structures, the motion and dynamic analysis of simple moving objects, and the calculation of strength, stiffness, fatigue and stability. Teach the basic knowledge of fluid mechanics and structural mechanics to serve the study of specialized courses.
3), mechanical design foundation (56 hours)
Teach the design principle and method of mechanical parts, understand the working principle and structure of general mechanical devices, and make students comprehensively use what they have learned to consult materials, calculate, draw and design simple mechanical transmission devices through course design, thus laying a good foundation for the study of specialized courses.
4), ship electrical foundation (3 ***)
It mainly teaches the principles of AC and DC circuits, the performance and use of common electrical equipment in industrial production, the common sense of safe electricity use, and the use of electrical measuring instruments and tools, so that students can master the basic skills of electrical equipment use and electrical measurement.
5) Materials for Ship and Ocean Engineering (26 class hours)
Teaching the types, properties and quality inspection methods of marine materials, machining, cold bending and heat treatment methods and processes, mainly marine carbon steel.
6) Ship welding process (65 hours)
Teach the commonly used ship welding methods, process specifications and welding materials, so that students can master the skills of selecting methods and processes according to welding objects and understand the methods to prevent welding deformation.
7) Ship Structure and Drawing (70 class hours)
Teach ship types, general arrangement of ships, ship structural forms, ship drawing principles, national standards, contents and drawing methods of various hull drawings, so that students can read and draw general hull drawings.
8) Ship outfitting project (90 class hours)
Teaching the functions, working principles, layout forms and installation techniques of ship equipment and systems; This paper introduces the decoration technology of ship cabin; Make students master the formulation method of regional outfitting technology.
9) Ship strength and structural design (84 class hours)
Teach the method and concrete process of designing ship structure according to ship code. This paper introduces the method and process of calculating and checking the longitudinal strength of ships, so that students can master the methods and skills of designing ship structures according to specifications.
10) and ship principles (106 class hours)
This paper mainly teaches the method and process of ship hydrostatic pressure calculation, and introduces the concepts and practical applications of ship buoyancy, stability, anti-sinking, seaworthiness, rapidity and maneuverability, so that students can master the methods and skills of hydrostatic pressure calculation.
1 1), ship design principles (56 hours)
Teaching the method and process of ship overall design. This paper introduces the determination and centering methods of the ship's weight center of gravity, layout position, various performances, and the common economic indexes and their calculation methods in ship design, so that students can master the general principles of determining the main elements of new ships, the methods and processes of line design and general layout design.