Bachelor of Engineering in Nano Engineering (International Program) (NANO) - International School of Engineering (ISE)

Launched in 2005, Nano Engineering program (NANO) is a multi-disciplinary scheme offered by Chula International School of Engineering (ISE) to develop and produce world-class international engineers who are equipped with cutting-edge skills and knowledge to address global and local. challenges. Our graduates will have strong background in biomedical chemical, electrical, and materials engineering on the nanoscale to meet the needs of ever-increasing global competition in manufacturing and service industries.

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. 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.

Chula Engineering's innovative education curricula have been developed under the Chula Engineering Education 4.0 Paradigm which encompasses student development in four key areas: Knowledge, Personal Skill, Interpersonal Skill and Design Thinking in order to ensure that Chula Engineering's graduates are well equipped and ready to be the future leaders of the industry and society.

Upon completion of their degree, our graduates form a unique and important human resource pool, capable of driving manufacturing and service providers in high-tech industries to ensure their success in the 21 st Century. They can be relied upon for their strong scientific knowledge, practical engineering skills and effective management skills required to lead organizations into the increasingly competitive world.

Nano Engineering curriculum offers two majors in Bioengineering and Advanced Material Engineering . All students have to decide on their field in the third semester. Each student is required to accumulate a minimum of 146 credits to graduate for Bachelor of Engineering Program in Nano-Engineering (International Program) which also includes 2 credits of industrial training and 4 credits of senior project.

NANO program graduates 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 nanoengineering skills include chemical, medical, biomedical, electrical and electronics, agricultural, automobile, petrochemical, 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 nanometer range. These will be necessary for providing industries with solutions that are novel and better than existing ones.