Bachelor's Degree in Engineering & Technology in Thailand

See Bachelor Programs in Engineering & Technology in Thailand 2017

Engineering & Technology

A bachelor's degree is a hallmark of higher education. It is given to those who dedicate three to seven years studying a specific program. A bachelor's degree can be earned in a variety of disciplines in the arts and sciences.

Bachelor’s in Engineering are concerned with the practical applications of the advancements in scientific, economic and social theories. It follows a process of observation, design, implementation and maintenance of solutions for all kinds of problems and issues. The discipline encompasses a great variety of fields and students are bound to find a degree they like.

Thailand (ประเทศไทย), officially the Kingdom of Thailand (ราชอาณาจักรไทย) is a country in Southeast Asia with coasts on the Andaman Sea and the Gulf of Thailand. The capital Bangkok is at the start of many visitors' itineraries, and while a modern city, it has a rich cultural heritage.

Top Bachelor Programs in Engineering & Technology in Thailand 2017

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Bachelor in Information Technology (IT)

Stenden University of Applied Sciences
Campus Full time 4 years

Have you always been a bit of a techie, do you love games and playing around on your computer and would you like to understand how software works from the inside out? Do you prefer to think in solutions rather than problems? If you happily tick all these boxes, be sure to come and discover our Information Technology programme! [+]

Best Bachelors in Engineering & Technology in Thailand 2017. Do you want to know how software works, enjoy playing computer games and are curious about the latest technology trends? If so, then the Information Technology course could be the right choice for you! The four year international Bachelor course is packed with a variety of topics such as computer design, programming databases and languages. Emphasis is put on team work and assignments will be conducted in small groups. One of your projects in the first year will be to develop a website/web shop for a client together with some other students. You also get introduced to the programming languages PHP, HTML, CSS and C# and cover subjects such as Graphic Design, Intercultural Communication and Information Management. With your basic knowledge of the first year you move on to learn JAVA and C#2 in the second year and focus more on programming and databases. In the second and third year you will put your acquired knowledge into practice and participate in different internships. In the last year of your studies you will choose a specialisation and work on your final project. You can choose from the following specialisations: Certified Ethical Hacking IT in Business Secure Programming Alumni have gone on to work all over the world in areas such as web developers, software engineers and IT consultants. For more information about the Bachelor in Information Technology, please submit an information request form and Stenden University will contact you with further information. For more information please also check our website: https://stenden.com/en/studies/information-technology/#practical-information Admission requirements Academic Requirements Stenden University of Applied Sciences recognizes the following general international qualifications: International Baccalaureate (IB) Diploma or European Baccalaureate Diploma High School diploma from an accredited institution Four GCSE/GCE ‘O’ level passes plus two ‘A’ level passes Associate, Bachelor or Master Degree Some of our Bachelor programs demand additional entry requirements. You can find these on our website! Language Requirements All non-EER applicants are required to submit an English proficiency test with their application. Exceptions are made for students, who have had their preparatory education in a country where English is the official working and educational language. The language requirements for EER students are the same as for Dutch students. If your diploma is mentioned in this list the additional English language test is not required. Stenden University of Applied Sciences accepts three kinds of official language tests: IELTS, TOEFL and the Cambridge Certificate of Proficiency in English. Academic IELTS 6.0 (with a minimum of 5.0 for each skill). TOEFL 550 (paper based), 213 (computer based) and 80 (internet based). Original test results must be sent directly from the Educational Testing Service to Stenden. The TOEFL institution code for Stenden is 9215. Cambridge ESOL score CAE-C. [-]

B.Eng. in Nano Engineering

Chulalongkorn University
Campus Full time 8 semesters June 2017 Thailand Bangkok

Globalization implies competition in the international arena in all aspects of business. Manufacturing and service industries are particularly affected by the drive to find the cheapest suppliers and most knowledgeable workers. [+]

Globalization implies competition in the international arena in all aspects of business. Manufacturing and service industries are particularly affected by the drive to find the cheapest suppliers and most knowledgeable workers. Only companies or nations that take full advantage of advanced technology are well equipped to answer the needs of 21st-century consumers. Nanotechnology is one of such advances that can, and will, impact all manufacturing sectors: from heavy industries to small, from automobile and petrochemical to textile and clothing. Those in the service industries thus need to keep pace with advances in nanotechnology if they are to provide customers with the most cutting edge and efficient solutions, such as nanochip solutions to biomedical or telecommunications service providers. Nanotechnology can be applied in almost all industries and can increase a country's competitiveness. In some industries, nanotechnology is a means for survival. Despite the eminent threat of being left behind, many firms or nations cannot harvest the full potential of nanotechnology due to its multidisciplinary nature and the heavy investment involved in research and development. Our nano-engineering program is such an investment and is truly multidisciplinary in that it ingrains in students the basics (physics, chemistry and biology) and the applied (electrical, chemical and materials engineering). Most of the current science and engineering degrees are highly fragmented, with little collaboration among departments, resulting in scientists who are too theoretical-minded or engineers who are weak in the sciences. The increased knowledge base and skills required to compete mean that the engineers have to have stronger fundamentals in the sciences and the scientists have to have more hands-on experience. The nano-engineering program is thus formulated to bridge the capability gap of the two. The nano-engineering program aims to produce undergraduates who are knowledgeable in chemical, electrical and materials engineering which are the fundamental building blocks of nanotechnology. Upon graduation, students will be a unique and important human resource pool capable of developing many manufacturing and service industries and taking them to the next level. Examples of industries that require engineers with nano-engineering skills include chemical, medical, biomedical, electrical and electronics, agricultural, and textile and clothing. The students will possess problem-solving and analytical skills typical of engineers and at the same time have a deep understanding of sciences and materials, especially ones with size scale in the nano-meter range. These will be necessary for providing industries with solutions that are novel and better than existing ones. The nano-engineering program aims to meet the industries' needs for engineers that are conversant in the various aspects of nanotechnology. Those who graduate from the program can be counted on by virtually all those that are involved in high value-added manufacturing and by most service providers in hi-tech industries to help them gain a sustainable competitive advantage. The graduates from this program can be relied upon for their strong scientific knowledge, practical engineering skills and effective management skills required to lead organizations into the ever increasing competitive world. [-]

B.Eng. in Information and Communication Engineering

Chulalongkorn University
Campus Full time 8 semesters June 2017 Thailand Bangkok

ICE is an exciting and promising integration of Computer Engineering, Electrical Engineering, and Industrial Engineering, the combination of which is the very core of Chulalongkorn's Engineering School. [+]

Best Bachelors in Engineering & Technology in Thailand 2017. ICE is an exciting and promising integration of Computer Engineering, Electrical Engineering, and Industrial Engineering, the combination of which is the very core of Chulalongkorn's Engineering School. The program offers students a chance to become hardcore programmers serving the international community with IT architecture for enterprises, software on mobile devices, satellite communications, game programming, computer networking, and software engineering for large organizations, just to name a few. The discipline will be strengthened with the appreciation of Management Science, which should heighten your competency to international levels. ICE is your future. [-]

B.Eng. in Automotive Design and Manufacturing Engineering

Chulalongkorn University
Campus Full time 9 semesters June 2017 Thailand Bangkok

The automotive industry is truly a worldwide business consisting of international multi-disciplinary functions in high-tech engineering, manufacturing, design, research and development, logistics, management & marketing and covers all areas of the seven continents, such as USA, Europe, Africa, Australia, and especially Asia, where in this decade all automotive concentration accounted for 60 % of global Automotive Industries. [+]

The automotive industry is truly a worldwide business consisting of international multi-disciplinary functions in high-tech engineering, manufacturing, design, research and development, logistics, management & marketing and covers all areas of the seven continents, such as USA, Europe, Africa, Australia, and especially Asia, where in this decade all automotive concentration accounted for 60 % of global Automotive Industries. As a key manufacturer hub in Asean, Thailand is positioned as a strategic exporting location for supplying the international automobile market. Thailand has a long history of well-established part and component suppliers with great infrastructure and an enabling business environment supported by political stability. The Thai government is employing policies that enable Thailand to be the “Detroit of Asia”, an automotive hub of the region, by encouraging investment and manufacturing, as well as other activities such as research and development. Several strategic plans are issued to fulfill this need. With the strong growth of automotive industries in the region, the current and upcoming activities require engineers with multi-engineering knowledge and skills with international communication capability. The Automotive Design and Manufacturing Engineering (ADME) program offers a new dimension of multi-disciplinary courses profiling from automotive engineering, mechanical engineering, engineering design, manufacturing, regulation, and management. Thailand is an automotive hub in the region. As manufacturing grows and other automotive activities such as design and development continue to grow, so will the demand of qualified engineers within the region. This international program will provide graduates with multi engineering knowledge and skills fit perfectly for much-needed automotive assemblers, part and component makers and other supporting industries. The ADME program has well established relationships with automobile manufacturers, and some of the classes are conducted along with them to fulfill students’ industrial expertise. Students may choose to concentrate in the field which will benefit them most in the different engineering areas of the automotive industry ranging from automotive design to manufacturing. Besides the industrial career path, graduates may choose to pursue a higher degree in related fields. [-]

B.Eng. in Aerospace Engineering

Chulalongkorn University
Campus Full time 4 years June 2017 Thailand Bangkok

Aerospace Industry has been growing rapidly in recent years. The Royal Thai Government has issued a policy to make Thailand the center of air transport for South East Asia region. [+]

Best Bachelors in Engineering & Technology in Thailand 2017. Aerospace Industry has been growing rapidly in recent years. The Royal Thai Government has issued a policy to make Thailand the center of air transport for South East Asia region. Many new commercial airlines have been allowed to enter the market, such as Air Asia, Nok Air, Phuket Air, and Orient Thai. In addition, the government is considering a policy to allow private aircraft into Thai airspace. There is an immediate need for human resources with the knowledge and capability in the field of repair, maintenance, design and construction for the aircraft. Thus, the Royal Thai Airforce and Chulalongkorn University have entered a collaborative agreement to develop and to offer the curriculum in Aerospace Engineering for such a need. Students who enroll in this program will greatly benefit from the rich academic strength of the program being offered by both institutions. RATIONALE OF AERO Aerospace Industry has been growing rapidly in the recent years. The Royal Thai Government has issued a policy to make Thailand the center of air transport for South East Asia region. Many new commercial airlines have been allowed to enter the market such as Air Asia, Nok Air, Phuket Air, and Orient Thai. In addition, the government is considering the policy to allow a private aircraft into Thai airspace. There is an immediate need for human resource with the knowledge and capability in the field of repair, maintenance, design and construction for the aircraft. Thus, the Royal Thai Airforce and Chulalongkorn University have entered a collaborative agreement to develop and to offer the curriculum in Aerospace Engineering for such a need. Students who enrolled in this program will greatly benefit from a rich academic strength of the program that is being offered by both institutions. [-]

Bachelor of Software Engineering - Game Programming

Media Design School
Campus Full time 3 years

The Bachelor of Software Engineering (Game Programming) is the only degree of its kind in New Zealand and delivers a highly developed technical knowledge base and skill-set. Work across multiple game platforms including PlayStation using commercial grade [+]

When becoming a Game Programmer, you'll learn best while doing. You'll code, you'll craft and, in the end, you'll graduate with a gaming portfolio like no other. By the end of your third year at Media Design School, you'll have worked with other like-minded programmers and artists to develop an industry level game, giving you the perfect showreel to kick-start your professional career. Better yet, Media Design School is the only school in New Zealand who has partnered with Sony Computer Entertainment Europe's PlayStation First Academic Development Programme, giving our students the opportunity to develop games for the PlayStation platform. Careers & Industry To be a game developer you'll need both the experience and practical skills to be able to work across multiple game platforms and the ability to collaborate in a group that simulates the industry environment. In this course, you'll be learning C++ along with other coding languages that will help you succeed in the games industry. In your third year, you'll experience an end-of-year project which will be the closest experience you'll get to an industry environment at any tertiary provider in New Zealand. You'll be collaborating in a group with fellow programmers and artists to create a commercially viable game, which you can include in your portfolio and show-reel by the time you go on to work as a professional. You'll also have the opportunity to work with the PlayStation game platform. Media Design School has partnered with Sony Computer Entertainment Europe (SCEE) to become the only tertiary institute in New Zealand where students can develop for PlayStation platforms, giving you the edge once you graduate. Our graduates go to work in game studios here and around the globe, such as Game Loft, Grinding Gear Games, Pik Pok and Krome Studios. A degree in Software Engineering could take you down the following career paths: Game Programmer Software Engineer Graphics Programmer Engine Programmer Artificial Intelligence Programmer Technical Lead Gameplay Programmer Tools/UI Programmer Network Programmer Physics Programmer Sound Programmer Entry Requirements General Admission To qualify for General Admission, you'll need a minimum qualification of NCEA University Entrance or equivalent, such as: An appropriate qualification from an overseas secondary school or tertiary institution, deemed by Media Design School to be sufficient for admission into a bachelors programme. CIE (University of Cambridge International Examination) IB (International Baccalaureate) Plus, it is recommended to have the following: - 24 NCEA Credits, Level 3, in Mathematics, Physics, or Computing and Technology. If you are enroled at a New Zealand secondary school and have not yet completed your NCEA (CIE or equivalent) qualification, you can still apply now for admission. When your NCEA results are available in January, we will check them and contact you. International Students If you are an international student, you'll need to prove you have sufficient English language skills in order to complete this course. We'll be looking for Academic IELTS 6.0 (minimum), or equivalent qualification if English is not your first language. [-]

Bachelor of Engineering in Mechanical Engineering

Asian University Thailand
Campus Full time 4 years June 2017 Thailand Chonburi

The programme provides knowledge and associated skills in the broad field of mechanical engineering. [+]

Bachelor of Engineering in Mechanical Engineering

The programme provides knowledge and associated skills in the broad field of mechanical engineering. All students will study widely within the classic fundamental field of the discipline, then deepen by further study of modern day applications and related engineering fields. This will allow for students to keep up to date with emerging areas of specialization, at least to a sufficient depth for immediate industrial application or as a base for higher level degrees. Over the four year programme a range of skills-based, generic subjects will be sustained in order to develop versatile graduates as ‘life-long learners’. Such subjects will include Communication Skills to develop the use of English language, Professional Engineering courses, Computing and Liberal Arts studies. Free Electives are included to give wider options from other Faculties. At all times and in any subject, concepts from outside the traditional theoretical content of Engineering will be brought into the courses, reflecting the reality of the complex nature of work undertaken by a practicing Professional Engineer. This will be especially emphasised in the project based courses and applied elective courses. Fur- thermore, all specialist subjects will not only give students an understanding of fundamental principles, but will develop a capacity to keep abreast of knowledge.... [-]


Bachelor of Engineering in Information and Communication Engineering

Asian University Thailand
Campus Full time 4 years June 2017 Thailand Chonburi

The programme comprises an interrelated set of ‘subjects’ arranged in a progressive sequence through four years. Students must study a total of 145 credits in the whole... [+]

Bachelor of Engineering in Information and Communication Engineering

In the ICE programme, students must study a grand total of 145 credits. Two options are offered to ICE students; i.e., Communication Engineering (CE) and Information Technology (IT) options. For the first and second years, ICE students will take the same courses for both options. For the third and fourth years, ICE students will take some common courses, including specific courses for each option. Note that the ICE programme is designed to provide knowledge and associated skills in the broad field of CE and IT. This represents one of the major transformations in modern life, and associated courses have been designed to illustrate all the main themes.... [-]