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Harbin Engineering University (HEU)
Study Engineering at Harbin Engineering University (HEU)

HEU is a national key university of glorious history and fine traditions. It is among the first batch of "211 Project" universities that are entitled to enjoy first priority from the state in construction and development and also one of the universities that have Graduate School. Moreover, HEU is an important base for talent cultivation and scientific research in the fields of ship industry, ocean exploration and nuclear application.

The predecessor of HEU is PLA Military Engine Institute established in 1953 (abbr.HME). In 1970, in the former location, Harbin Ship Engineering Institute was founded by the entire crew of naval engineering department and some other cadre teachers of every other department, and it was renamed Harbin Engineering University in 1994. HEU was selected as a national key university by the State Council in 1978, authorized by the State Council to award master and doctoral degrees in the first batch in 1982, selected as one of the first few "211 Project " universities to receive preferential support from the state in 1996, and authorized by the ministry of Education to have Graduate School in 2002. Currently, HEU is subordinate to the Commission of Science, Technology and Industry for National Defense and being constructed with priority by the Commission together with Heilongjiang Provincial People's Government.

In the course of over half a century, HEU has formed a well-structured discipline system that is characterised by a reasonable coordinated development of major disciplines in the fields of ship industry, ocean exploration and nuclear application together with related disciplines of other fields. Now there are 50 specialties for undergraduates, 93 specialties for Master candidates, 25 specialties for Doctoral candidates, 9 post-doctoral mobile stations, and 1 post-doctoral research station. The specialties cover 7 discipline group and 37 first-class disciplines. There are 3 national key disciplines of underwater acoustic engineering, design and manufacture of ships and marine structures, navigation, guidance and control ; 7 national defense key disciplines - nuclear science and engineering, marine hydrodynamics, special auxiliary device system, signal and information Processing, etc. In addition, naval architecture and ocean engineering, thermal energy and power engineering, nuclear engineering and nuclear technology have been entitled national defense key specialities, and automation as well as 7 other specialties Heilongjiang provincial key specialties.

International Cooperation:
  • Brunel University
  • Hiroshima University
  • Pacific Oceanological Institute of the Far Eastern Branch of Russian Academy of Sciences
  • Moscow Power Engineering Institute
  • Bauman Moscow State Technical University
  • State Marine Technical University of St. Petersburg, Russia
  • Northwestern Polytechnic University
  • The University of New England
  • The University of Electro-Communications, Japan
  • Kitami Institute of Technology
  • Pukyong National University, Korea
  • The University of Strathclyde
  • Kagawa University
  • Far-Eastern State Technical University
  • Nakhon Sri Thammarat Seaboard Industrial College
  • Rajamangala University of Technology ,Krungthap Thailand
  • Institute of Machine Tools and Production Engineering, Technical University Braunschweig, Germany etc.
Programs being offered in English:
BE in Electric Engineering and Automation - (duration: 4 years)
BE in Civil Engineering-(duration: 4 years)



About Harbin City:
Harbin (Ha'erbin), The capital of Heilongjiang Province, North of China, Harbin developed rapidly during the early-mid 20th century thanks to the construction of the Trans-Siberian Express Railroad. Located on the Songhuajiang River, Harbin became a major trading outpost for domestic trade and international trade with Russia. This Russian influence can be seen in many of the buildings and churches around the town, and there are more Russian speakers in Harbin than English speakers in the city.

Harbin is a place of many contradictions. increasing huge and stark skyscrapers, but also winding streets of quaint, colonial architecture, and impressive Siberian Tiger conservation policies. These contradictory scenes continue back in time, so that the history of Harbin is one of turbulence and economic prosperity. Nowadays this old Chinese outpost is a place not overly visited by travelers, for the popular Ice Lantern Festival and its beautiful snow resorts during the cold winters and summer grass sleding down the mountains. Anyone interested in history, Russian or Japanese architecture, skiing, tigers, or traveling on the Trans-Siberian Railway could visit Harbin.



Tuition Fees: RMB 15000       Hostel: RMB 3600

Curriculum:
Civil Engineering:
General courses in the first two years:
Basic College Computer Learning Guide for College Students College English
Advance Mathematics The projection geometry Physical Education
Fortran Language College Phycics Moral Cultivation and Fundamentals of Law
Civil Engineering Practice Civil Engineering Drawing Outline of China's Modern History
C Language Programming VB programming Chemistry for Engineering
Introduction to Civil Engineering Applied Writing Optional courses for Students of humanism and Science
College physics Experiment Probability & Statistics B Engineering Geology
Engineering Geology Practice A Architectural Timbering Architectural Timbering Experiment
Theoretic Mechanics B Linear Algebra Contemporary World Economy and Politics
Electrician Electron Foundation Material Mechanics (B) Survey practice A
Engineering Economics Bridge Hydrology Practice of Bridge Hydrology
Hydraulics A(1) Elastic mechanics B Electrotechnics

The five tracks of the major in the last two years;

1. Track of Road Engineering
Road Reconnaissance Design Reinforced concrete, brick and stone structure Highway route surveying
Structural Mechanics A Hydrography of bridge and culvert Hydraulics A
Soil Mechanics B Engineering compound material Electrician Electron Foundation
Civil engineering Project Management Environmental Engineering B
Bidding and contract management Engineering Economics Foundational Engineering B
Course design of foundation engineering B Subgrade and pavement engineering Road administration
Geosynthetics highway design and engineering principles Highway project economic evaluation and analysis of the decision-making Computing Mechanics B
Transportation Planning B Special subgrade engineering Bridge Engineering B
Course Design of Bridge Engineering Practice of Bridge Engineering Construction Arrangement and Engineering Budget B
Road interchange engineering Road construction technique Engineering financing and cost control
Summary of Engineering Machinery Transportation Engineering Structural Experiment C
Pavement computation and highway CAD Pavement Management System Pavement maintaining and overlaying technique
Specialty English Graduate Education  

2. Track of bridge engineering
Surveying (A) Structural Mechanics A The Principle of Structure Design A
Practice of the Principle of Structure Design Soil Mechanics B Summary of Engineering Machinery
Environmental Engineering B Transportation Planning B Highway Engineering B
Practice of Highway Engineering Road Reconnaissance and Design B Foundation Engineering C
Bridge Engineering A (1) The Principle of steel structure design Software for Engineering analysis A
Engineering project management C Transportation Engineering B Control Surveying of Bridge and Tunnel
Bidding and contract management Course design of foundation engineering A Structural Experiment B
Bridge Calculation Bridge Engineering A (2) Course Design of Bridge Engineering
Construction Arrangement and Engineering Budget B Tunnel Engineering Testing and maintenance of Bridge
Windproof and shockproof of bridge Aesthetics for Bridge Construction Technic of Bridge
Specialty English Graduate Education  

3. Track of architecture engineering/building science
Survey practice A Electrician Electron Foundation Civil engineering A
Curriculum design for industrial building Load and principle of structural design Structural Mechanics A
Curriculum design for civil architecture Soil Mechanics B Elastic Mechanics B
Concrete structure(upper: basic principle) Curriculum design for concrete floor Foundation engineering B
Construction technical work Structural Experiment B An ultimate principle for masonry
Social Practice Engineering measure technical Environmental Engineering B
Architectural Laws and Regulations B Building structural calculation Specialty English
The Principle of steel structure design Curriculum design for single storey industrial building Design for steel construction
Curriculum design for steel structure Concrete structure(lower: basic link) Seismic prevention for architectural structure
Productive practice B Project construction and estimate and budget A Structural design of high - rise
Engineering project management C Quality control for structure and analysis for accident Structure stability
Bidding and contract management Graduate Education  

4. Track of geotechnical engineering
Survey practice A Structural Mechanics A Civil engineering A
Geotechnical engineering understand practice Soil mechanics A Elastic mechanics B
Electrician Electron Foundation Hydrological geology Hydrological geology practice
Slope engineering Ground improvement Course design of ground improvement
Underground engineering Course design of reinforced concrete structure Structure of reinforced concrete and brick
Foundation engineering A Course design of foundation engineering A Structural Experiment C
Geotechnical engineering working practice Tunnel Engineering Rock mechanics A
Blasting Engineering(B) Bidding and contract management Course design of slope engineering
Course design of underground engineering Course design of tunnel engineering Evaluation and treatment of geological disaster
Foundation of tall building Summary of Engineering Machinery Engineering project management C
Construction organization and budget A Soil dynamics and geotechnical antiseismic Construction technology of civil engineering
Computer aided design of geotechnical engineering Graduate Education  

5. Track of tunnel and underground engineering Surveying Experiment (A)
Structural Mechanics A Basic Principle of Reinforced Concrete and Masonry Structures Course Design of Reinforced Concrete and Masonry Structures
Soil Mechanics B Specialty English Elastic Mechanics B
Summary of Engineering Machinery Structural Experiment C Applied Writing
Blasting Engineering (A) Underground Engineering Construction Under-space Plan & Underground Structure
Foundation Engineering C Monitor Practice of Tunnel Engineering Tunnel & Underground Engineering Practice
Rock mechanics A Summary of Environment Geotechnical Engineering Investigation of Geotechnical Engineering
Course design of foundation engineering A Construction Arragement and Engineering Budget B Tunnel Engineering
Tunnel Operating Installation Tunnel & Underground Engineering Design Slope Engineering
Underground Engineering Computer Aided Design Underground Structure Anti-seismic & Defense Evaluation & Treatment of Geological Disaster
Course Design of Slope Engineering Course Design of Construction Organization and budget Graduate Education


Application
To apply, please complete this form online and we will follow-up with you as soon as possible.


For more information, please contact Mdm Lily Kong at prec@studyandmigrate.com