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Engineering Programs

Build the future with mechanical, civil, electrical, and aerospace engineering programs worldwide.

91 courses listed

Engineering programs train students to design, build, and improve systems, infrastructure, and technology. From civil and mechanical engineering to robotics and aerospace, universities worldwide offer bachelor's, master's, and PhD pathways with strong industry links and research opportunities.
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91 courses found

Tianjin University

China

Master of Control Science and Engineering (English-taught)

Master Engineering
Tuition €3,900 €3900 per academic year, total €7800 for full-time 2-year programmeFee description: Tuition fee is converted from official international student tuition standard CNY 30000 per academic year released by Tianjin University International Student Admission Office. Standard study cycle is 2 academic years, total tuition reaches €7800. Tuition only covers curriculum teaching activities. It excludes non-refundable application fee €55 (CNY 420), campus accommodation expenses, mandatory international student medical insurance (€105/year), textbook costs and all individual living expenditures. On-campus dormitory charges differ according to room types (€15-60/day). Holders of Chinese Government Scholarship or university-level scholarships can enjoy tuition waiver complying with official scholarship provisions. All euro-denominated figures are converted from RMB official prices, subject to university annual admission policy adjustment and real-time exchange rate fluctuation.
Duration 2-3 Years Full-time | 4-6 Semesters
Language English

The Master of Control Science and Engineering program is a full-time English-taught academic master program operated by the School of Electrical and Information Engineering of Tianjin University. The program focuses on intelligent control systems, automation technology, robotics, industrial internet and control system simulation research directions. The teaching system combines systematic theoretical course learning, control system design and simulation practice, laboratory experimental training and high-level academic seminars. International students can join faculty research teams to participate in national key control science and engineering research projects. Every student is assigned a professional supervisor, providing full-cycle academic guidance. Students need to complete all required course credits, finish a control system design and research project, complete an independent master thesis and pass the thesis defence to obtain the official master degree issued by Tianjin University. Graduates are well-qualified for control system design, automation technology research and development, equipment management and industrial engineering posts in manufacturing enterprises, high-tech companies, scientific research institutes and engineering design companies. Qualified overseas applicants can apply for Chinese Government Scholarship and university-sponsored scholarships to offset tuition costs.

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South China University of Technology

China

Master of Electrical and Computer Engineering

Master Engineering
Tuition €4,160 4160 EUR per academic year • Fee description: €4160 tuition fee per academic year (equivalent to 32000 CNY per academic year). One‑time non‑refundable registration fee €59. Tuition price is for 2026 intake, subject to adjustment by university authority. Accommodation, medical insurance, residence permit fees, laboratory consumables, textbooks and other personal living expenses are not included in this tuition amount. All fees shall be strictly paid in accordance with the financial management regulations for international postgraduate students of South China University of Technology.
Duration Full‑time | 2 Academic Years
Language English

This full‑time English‑taught Master of Electrical and Computer Engineering postgraduate programme is hosted by the School of Electric Power Engineering of South China University of Technology. The programme integrates electrical power system, power electronics technology, embedded computer system, intelligent control and new‑energy‑related knowledge system. It is committed to cultivating international compound engineering talents who master core theories of electrical and computer engineering, have practical ability to solve complex engineering problems, understand the development trend of global energy‑power industry, and own cross‑cultural cooperation awareness. Core courses include Advanced Power System Analysis, Power Electronic Conversion Technology, Intelligent Control Theory, Embedded System Design, New Energy Power Generation Technology, Electrical Equipment Digital Monitoring, Computer Vision for Industrial Application, Energy Internet Technology, and Electrical Engineering Frontier Seminar. Students need to finish required course credits, attend academic lectures, complete laboratory experiments and participate in engineering research projects arranged by the school. Each student will receive guidance from professional supervisors. Under supervisor’s direction, students will carry out literature research, simulation analysis, experimental verification and complete independent master dissertation research work. Applicants need to submit authenticated bachelor diploma and full academic transcript from recognised higher‑education institutions. Relevant engineering background is preferred for admission. Non‑native‑English applicants need to provide valid English proficiency certificates such as IELTS 6.0 or TOEFL iBT 80; English‑medium‑background applicants can apply for language exemption with official supporting documents. Applicants are expected to master basic circuit theory and computer‑related fundamental knowledge. After completing all course assessment and passing thesis defence, students will obtain official master degree certificate awarded by South China University of Technology. Graduates can engage in technical research, system design, project management and technical support work in global power‑energy enterprises, automation equipment manufacturers, new‑energy organisations, research institutes and international engineering‑consulting institutions.

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Anhui University of Technology

China

Master of Electrical Engineering

Master Engineering
Tuition €2,600 2600 EUR per academic year • Fee description: €2600 tuition fee per academic year. One‑time non‑refundable application fee €52. Tuition price is for 2026 intake, subject to adjustment by university authority. Accommodation, medical insurance, textbooks and other personal living expenses are not included in this tuition amount. All fees shall be strictly paid in accordance with the financial management regulations for international postgraduate students of Anhui University of Technology.
Duration Full‑time | 3 academic years
Language English

This full‑time English‑medium Master of Electrical Engineering professional postgraduate programme focuses on cultivating international engineering talents mastering power system operation, electrical‑equipment design, new‑energy power generation technology and automatic control theory. The core teaching modules include advanced power system analysis, power electronic technology, new‑energy power generation and grid‑connection technology, electrical‑motor control theory, power‑equipment fault detection and protection, intelligent electrical‑system control. The teaching mode integrates classroom theoretical teaching, laboratory experiment operation, thematic academic discussion and engineering‑case analysis. Students will receive systematic guidance from tutors from the School of Electrical Engineering and Information, master mainstream electrical‑simulation and engineering‑analysis tools, participate in power‑engineering research projects, and complete independent research and master dissertation before graduation. For admission submission, applicants must submit legalised bachelor diploma and full academic transcript from recognised universities. Non‑native‑English applicants are required to meet university English proficiency criteria; applicants with electrical‑engineering‑related practical experience will be treated as admission advantage. Competent English comprehensive capability is required for English‑medium courses. After passing all curriculum assessment and thesis defence, students will obtain official master degree certificate awarded by Anhui University of Technology. Graduates can engage in technical‑research, equipment‑development, system‑operation and technical‑management positions in power‑grid enterprises, new‑energy‑energy enterprises, electrical‑equipment manufacturing corporations and engineering‑research institutions.

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Huazhong University of Science and Technology

China

Master of Electrical Engineering (English‑taught)

Master Engineering
Tuition €4,940 4940 EUR per academic year (RMB 38000/year)• Fee description: Annual tuition for this English‑taught master is RMB 38000. Non‑refundable application fee RMB 800 needs to be paid during application procedure. Tuition only covers course teaching; student shall pay for housing, insurance and daily spending separately. The tuition standard is published by HUST School of International Education for 2026 intake and may be revised in future academic cycles。
Duration Full‑time | 2 Years (4 Semesters）
Language English

The English‑taught Master of Electrical Engineering programme is operated by the School of Electrical and Electronic Engineering, Huazhong University of Science and Technology, a discipline with well‑known academic reputation nationwide. The teaching content combines fundamental electrical theories with cutting‑edge industry developments, covering power‑system operation, electrical‑equipment design, new‑energy power generation, electrical‑drive technology and related research directions. Students receive classroom lectures and hands‑on laboratory training, and get opportunities to join supervisor‑led scientific research projects. This programme intends to foster international engineering‑talents mastering both theoretical knowledge and practical capabilities in electrical engineering. Graduates can work in power‑energy industries, electrical‑equipment manufacturing enterprises and engineering research organizations globally.

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Zhejiang University

China

Master of Energy and Power

Master Engineering
Tuition €4,784 4784 EUR per academic year（36800 RMB /year）• Fee description: €4784 tuition fee per academic year, equivalent to RMB 36,800 per academic year for engineering‑field master programmes. Non‑refundable application fee €104 (CNY 800) shall be paid upon application submission. Tuition fee is for 2026 intake and subject to official university revision. Qualified applicants are eligible for YES China Excellence Scholarship under Chinese Government Scholarship framework as well as university‑level scholarships covering partial or full tuition costs. Accommodation, mandatory medical insurance, residence permit fees, textbooks, lab reagent consumption, field investigation expenditure and all personal living expenses are excluded from tuition fees. All charges comply with Zhejiang University financial regulations for international postgraduate students. It is suggested applicants obtain Provisional Acceptance Form from ZJU supervisor to improve admission competitiveness.
Duration Full‑time | 2 Academic Years
Language English

This full‑time English‑medium Master of Energy and Power programme is hosted by College of Energy Engineering, Zhejiang University. It focuses on global energy transition, clean energy utilisation, low‑carbon technology innovation, responding to worldwide carbon‑neutrality development demands. Core research directions include new energy power generation technology, thermal energy conversion and utilisation, energy‑saving equipment development, hydrogen‑energy technology, energy system optimisation, clean power equipment and sustainable energy‑system research. This professional‑oriented postgraduate programme devotes itself to cultivating international interdisciplinary high‑level energy‑industry talents, who master solid energy‑power theoretical knowledge, possess engineering‑project practice capability, energy‑system analysis skill, independent research thinking and cross‑cultural industry‑academic communication competence. Curriculum framework includes advanced postgraduate core courses, professional elective modules, global‑energy‑frontier academic seminars, engineering‑practice training, supervisor‑guided scientific‑research projects and master‑degree‑thesis research. Core courses contain Advanced Energy Conversion Theory, New‑Energy Power Generation Technology, Low‑Carbon Energy System Optimisation, Thermal Equipment Design and Analysis, Hydrogen Energy Technology and Application, Engineering Research Methodology, Academic Paper Writing and Thesis Standardisation, alongside thematic seminars focusing on global clean‑energy research hot‑spots. During 2‑year full‑time study, students shall complete compulsory and elective credit requirements, participate in college‑organised energy‑science forums, join faculty‑led energy‑research projects and accumulate engineering simulation and experimental practical experience. Each enrolled student is assigned a faculty supervisor with abundant energy‑industry‑research experience. Under supervisor’s instruction, students will accomplish extensive literature review, research‑topic demonstration, simulation‑and‑experimental scheme design, data acquisition‑and‑statistical‑analysis, research‑result‑summarisation‑and‑paper‑writing, and finish qualified original master graduation thesis. Applicants are required to submit authenticated bachelor‑degree certificate and complete official academic transcript issued by accredited higher‑education institutions. Applicants with energy‑power, thermal engineering, new‑energy and other STEM‑related backgrounds gain priority in admission assessment. Non‑native‑English‑speaking applicants shall provide valid English‑proficiency documents: IELTS overall band 6.5 or TOEFL iBT ≥90. Applicants holding prior full‑degree education fully delivered in English may apply for language‑score‑exemption with official supporting‑documents subject to university review. It is strongly suggested applicants get supervisor’s provisional acceptance form before application to enhance review outcome. Applicant age generally shall not exceed 35‑years‑old and physical‑mental‑health condition must satisfy medical‑examination‑standards for Chinese‑student‑visa‑application. After satisfying all curriculum‑assessment‑criteria and passing master‑thesis‑defence, graduates obtain official master‑degree‑diploma awarded by Zhejiang University. Graduates can engage in technical‑R&D and project‑management roles within international new‑energy enterprises, energy‑research‑institutes, low‑carbon‑technology‑organisations, cross‑border energy‑consulting‑companies, or pursue further doctoral‑level‑study globally.

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Helmut-Schmidt-Universität/Universität der Bundeswehr

Germany

Master of Engineering in Mechanical Engineering (M.Eng.)

Master Engineering
Tuition €285 From €285 per month.
Duration 4 semesters (3 semesters plus 1 semester for the master's thesis)
Language English

So that you can foster innovation.How can the German economy maintain its position in global competition? What should holistic technical and mechatronic solutions look like? And how can humans and machines work together even more effectively in the future?In our distance learning program in mechanical engineering, you'll learn how to implement effective innovation and change management. Deepen your knowledge of mechatronic systems and develop creative solutions that will make our industry stronger than ever before!Study profileThe distance learning Master's program in Mechanical Engineering at HFH · Hamburger Fern-Hochschule provides you with in-depth academic knowledge from the complex world of mechanical engineering in 3 semesters .Technological innovations and digital progress make this field unique and exciting. Furthermore, you will have excellent career prospects after graduation .Together with the Heilbronn Institute for Lifelong Learning (HILL), the academic continuing education institution of Heilbronn University of Applied Sciences (HHN), HFH · Hamburger Fern-Hochschule offers the Master's degree program in Mechanical Engineering via distance learning.In the distance learning program in Mechanical Engineering, you will deepen your specialist and methodological knowledge . The Master's program places a strong emphasis on development management as well as current topics in mechanical engineering such as robot systems , mechatronic systems , virtual product development , and simulation methods such as FEM.Furthermore, you can deepen your knowledge of the subject matter in a targeted manner through selectable laboratories and elective modules .With the Master's distance learning program in Mechanical EngineeringExpand your fundamental knowledge in the field of mechanical engineering. This particularly concerns your methodological competence in innovation and change management as well as in the product development process.Learn to take a holistic view of complex mechanical engineering issues, analyze them, and find creative solutions.You can take on leadership roles in interdisciplinary and international teams to manage development processes,Qualify for a highly sought-after and constantly evolving professional field that offers you optimal career opportunities and earning potential.

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Donghua University

China

Master of Fashion Design and Engineering

Master Engineering
Tuition €5,200 EUR 5200 per academic year • Fee description: Tuition fee for master programme; Application fee RMB 800 (≈ EUR 104), non‑refundable; Annual medical insurance and accommodation are additional costs; tuition fees will be reviewed and adjusted every academic year per university official rules. Total tuition for 2.5‑year study: EUR 13000
Duration Full‑time | 30 Months (2.5 academic years)
Language English

This full‑time English‑taught Master of Fashion Design and Engineering programme is operated by College of Fashion and Design, Donghua University, enjoying outstanding reputation in global fashion and apparel education field. The programme integrates fashion creative design, apparel engineering technology, fashion industry management, sustainable fashion research and digital fashion innovation. The curriculum contains fashion design theory, apparel structure engineering, digital garment manufacturing, fashion brand operation, sustainable textile‑fashion development and cross‑cultural fashion research. Teaching activities combine theoretical lectures, design studio practice, industry‑oriented project tasks, fashion enterprise visiting and seminars hosted by fashion industry experts. Students are required to complete course credits, finish design‑related research work and submit master thesis or design‑focused dissertation for defence. The college provides professional design studios, garment‑making workshops and digital fashion research facilities. Graduates are equipped with integrated capacity covering design creativity and engineering technology, and can pursue careers in international fashion brands, apparel manufacturing enterprises, fashion research institutions and fashion‑related educational organisations. 

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Hohai University

China

Master of Hydraulic Engineering

Master Engineering
Tuition €3,250 3250 EUR per academic year• Fee description: €3250 tuition fee per academic year, equivalent to RMB 25,000 per academic year for English‑taught master programmes. Non‑refundable application fee €65 (CNY 500) shall be paid upon application submission. Tuition fee is for 2026 intake and subject to official university revision. Qualified applicants can apply for Chinese Government Scholarship and Hohai University institutional scholarships to cover partial or full tuition costs. Accommodation, mandatory medical insurance, residence permit fees, textbooks, field‑investigation expenses, laboratory consumables and all personal living expenses are excluded from tuition fees. All charges comply with Hohai University financial regulations for international postgraduate students.
Duration Full‑time | 3 Academic Years
Language English

This full‑time English‑taught Master of Hydraulic Engineering programme is run by the College of Water Conservancy and Hydropower Engineering at Hohai University, a leading Chinese university specialised in water resources and hydraulic disciplines. Centered on global water‑related challenges including flood control, water resource allocation, hydropower development and river basin ecological restoration, this research‑oriented postgraduate programme inherits the university’s long‑standing strengths in hydraulic science and engineering. Major research directions include hydraulic structure engineering, hydropower engineering, river dynamics, flood disaster prevention and mitigation, water‑resource optimal allocation and basin ecological rehabilitation. The programme aims to cultivate high‑level international hydraulic engineering talents who grasp systematic hydraulic engineering theoretical framework, possess numerical simulation, hydraulic experiment design, field investigation and engineering analysis capabilities, independent scientific‑research innovation awareness and competent cross‑cultural academic communication competence. The curriculum contains advanced postgraduate core courses, discipline‑oriented elective modules, frontier water‑science academic seminars, outdoor water‑conservancy‑site field practice, supervisor‑led research project participation and independent master thesis research. Representative core courses include Advanced Hydraulic Engineering, Hydropower System Analysis, River Basin Water Resources Regulation, Flood Risk Management, Ecological Restoration of Water Conservancy Projects, Hydraulic Engineering Research Methodology, Academic Writing and Thesis Standardisation, alongside serial thematic seminars covering worldwide water‑resource crisis and hydraulic‑engineering hot‑spot topics. During the three‑year full‑time study cycle, students are required to finish all compulsory and elective credit requirements, join university‑level water‑science academic conferences and technical workshops, complete field visits to large‑scale water‑conservancy projects and laboratory simulation practice, take part in faculty‑managed hydraulic‑research projects and accumulate abundant engineering‑oriented practical experience. Every admitted student receives one‑on‑one academic guidance from university supervisors. Under supervisor instruction, students carry out comprehensive literature retrieval and review, research scheme formulation, numerical simulation or physical model experiment arrangement, field data collection and experimental testing, data sorting, statistics and comparative analysis, research outcome summarisation and academic manuscript drafting, and finally complete original master thesis and pass thesis defence. Applicants need to submit authenticated bachelor degree certificate and full official academic transcript issued by accredited higher‑education institutions. Candidates with hydraulic engineering, civil engineering and other water‑relevant STEM backgrounds will obtain priority during admission evaluation. Non‑native English‑speaking applicants shall provide valid English proficiency certificates such as IELTS or TOEFL. Applicants who have completed full‑degree programmes fully delivered in English may apply for language score exemption by submitting official supporting documents for internal university review. Applicant age generally should not exceed 35 years old, and physical‑mental health condition must satisfy medical examination criteria for Chinese student visa application. After finishing all curriculum assessment requirements and successfully passing thesis defence, graduates will obtain official master degree diploma issued by Hohai University. Graduates can engage in hydraulic‑engineering scientific research, water‑project design, river‑basin management work in water‑science research institutes, water‑conservancy design institutions, international water‑related organisations, engineering enterprises, or pursue further PhD‑level academic study around the globe.

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Donghua University

China

Master of Information and Communication Engineering

Master Engineering
Tuition €5,200 EUR 5200 per academic year • Fee description: Tuition fee for master programme; Application fee RMB 800 (≈ EUR 104), non‑refundable; Medical insurance fee and accommodation cost are extra and not included; tuition may be updated on an annual basis in accordance with university regulations. Total tuition for 2.5‑year study: EUR 13000
Duration Full‑time | 30 Months (2.5 academic years)
Language English

The full‑time English‑instructed Master of Information and Communication Engineering programme belongs to College of Information Science and Technology of Donghua University. The programme targets international students who want to conduct advanced study in information processing, communication system, artificial intelligence application and intelligent textile‑oriented information technology. Course content includes digital signal processing, modern communication theory, embedded system design, computer vision, data mining and intelligent sensing technology for textile industry scenarios. Students combine classroom knowledge with hands‑on lab practice, join academic research projects, finish dissertation proposal, carry out independent research and pass final thesis defence for graduation. The college supplies advanced computing and communication experiment platforms for postgraduate trainees. Graduates master solid theoretical knowledge and engineering practice skills, and are qualified for technical development, system design and research‑oriented positions in information communication enterprises, internet technology companies and cross‑industry intelligent‑technology research organisations around the world.

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South China University of Technology

China

Master of Information and Communication Engineering

Master Engineering
Tuition €4,160 4160 EUR per academic year • Fee description: €4160 tuition fee per academic year (equivalent to 32000 CNY per academic year). One‑time non‑refundable registration fee €59. Tuition price is for 2026 intake, subject to adjustment by university authority. Accommodation, medical insurance, residence permit fees, laboratory consumables, textbooks and other personal living expenses are not included in this tuition amount. All fees shall be strictly paid in accordance with the financial management regulations for international postgraduate students of South China University of Technology.
Duration Full‑time | 2 Academic Years
Language English

This full‑time English‑taught Master of Information and Communication Engineering postgraduate programme is administered by the School of Electronic and Information Engineering at South China University of Technology. The programme focuses on modern communication theories, signal processing technology, wireless network system, multimedia information transmission and related cutting‑edge research fields, aiming to cultivate high‑level international engineering talents who possess solid theoretical foundation, strong practical engineering capability, cross‑cultural communication competence and global research vision in information and communication domain. The curriculum consists of compulsory core courses and diversified elective modules, covering Advanced Digital Signal Processing, Wireless Communication System, Mobile Communication Technology, Network Communication Security, Multimedia Information Processing, Antenna and Electromagnetic Wave Technology, Artificial Intelligence for Communication, Digital Image Processing, and Frontier Seminar on Information and Communication Engineering. During the two‑year full‑time study cycle, students are required to complete all prescribed course credits, participate in regular academic seminars, laboratory research workshops and industry‑university cooperative project activities hosted by the school. Every enrolled student will be assigned a professional supervisor with abundant research experience in communication engineering. Under supervisor’s guidance, students will conduct literature review, technical simulation, laboratory experiment operation and engineering project training, and finish a qualified master graduation thesis. Applicants must provide authenticated bachelor’s degree certificate and complete official academic transcript issued by recognised higher‑education institutions, preferably majored in electronic information, communication, computer science or related engineering subjects. Non‑native‑English applicants need to provide valid English proficiency proof such as IELTS 6.0 or TOEFL iBT 80; applicants whose highest‑degree programme is delivered in English may be exempted from submitting language test scores with formal supporting documents. Applicants should possess basic mathematical and engineering knowledge background and competent English listening, speaking, reading and writing competence to adapt to all‑English teaching environment. After fulfilling all course credit requirements and successfully passing master thesis defence, graduates will obtain official master’s degree diploma issued by South China University of Technology. Graduates can seek career opportunities in global communication equipment enterprises, internet technology corporations, telecommunication operators, scientific‑research institutes and cross‑border information‑technology‑related organisations all over the world. 

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Beijing Institute of Technology

China

Master of Information and Communication Engineering (English‑taught)

Master Engineering
Tuition €9,172 Total tuition for the whole 2‑year master program; original official tuition RMB 72000 (converted to EUR for reference only, exchange rate fluctuates). Application fee RMB 600; medical insurance and accommodation expenses are not included; fees subject to annual revision.
Duration Full‑time | 24 Months (2 academic years)
Language English

Master of Information and Communication Engineering is a full‑time English‑instructed postgraduate program run by the School of Information and Electronics at Beijing Institute of Technology. Focusing on modern electronic‑information and communication theories combined with special requirements of national‑defense information systems, its curriculum includes advanced signal‑processing theory, radio‑frequency‑circuit design, wireless‑communication‑system technology, aerospace‑satellite‑information transmission, target‑detection‑and‑recognition technology and intelligent‑information‑processing methods. The school owns well‑equipped experimental platforms and key research laboratories for electronic‑information disciplines. Teaching activities integrate theoretical lectures, hardware‑relevant laboratory experiments, industry‑academic exchange lectures and research‑project exercises. Applicants should hold bachelor‑degree background in electronic‑information, communication‑engineering or related technical majors. International students need to complete all stipulated course credits and accomplish independent master‑degree thesis research as well as defence for graduation. Graduates are competent for technical‑development, system‑design and scientific‑research positions within communication enterprises, aerospace‑electronics research institutes and information‑technology organisations globally.

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Beihang University

China

Master of Information and Communications Engineering (English‑taught)

Master Engineering
Tuition €10,701 Total tuition for the whole 2‑year master program; original official tuition RMB 84000 (converted to EUR for reference only, exchange rate fluctuates). Application fee RMB 400; comprehensive medical and accident insurance fee CNY 800 per academic year extra; accommodation not included; fees subject to annual revision.
Duration Full‑time | 24 Months (2 academic years)
Language English

Master of Information and Communications Engineering is a full‑time English‑instructed postgraduate program run by the School of Electronic Information Engineering of Beihang University. This program features prominent aerospace‑electronic‑information characteristics, focusing on modern‑communication theory, signal‑processing technology, aerospace‑satellite‑communication system, radio‑frequency‑circuit design and information‑detection‑and‑recognition‑technology. Teaching forms consist of core‑theory lectures, hardware‑relevant laboratory experiments, academic forums and research‑project practice. The school has abundant national‑level research platforms for electronic‑information discipline, providing good experimental conditions for international graduate students. Applicants are expected to hold bachelor‑degree background in electronic‑information, communication‑engineering or related technical majors. Students need to finish all required course credits and accomplish original master‑degree thesis research and defence for graduation qualification. Graduates of this program are competent for technical‑research, system‑design and engineering‑development work in communication‑industry enterprises, aerospace‑research institutes and information‑technology‑related organisations across the globe.

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