Hindustan Online – CODE collaborates with German Academy of Digital Education (DADB) to offer courses on 5G technology
Chennai: Hindustan Online – CODE, the e-learning arm of Hindustan Institute of Technology and Science (HITS), Chennai has entered into a Memorandum of Understanding (MoU) with German Academy of Digital Education (DADB). Through this partnership, DADB will offer a course in 5G technology to regular ECE (Electronics and Communications Engineering) students of HITS. Additionally, Hindustan Online – CODE will offer its online students a four-month certification program in 5G technology in partnership with DADB. Classes will be conducted by German professor and Industry experts. Students with a basic understanding of wireless communication systems will be eligible to pursue the course. The course fee for the certification program is Rs 5000.
Hindustan Online – CODE offers an array of UGC entitled undergraduate and postgraduate degree programs through Online Learning. Hindustan Online – CODE aims to help aspiring students and working professionals to equip with skills and knowledge needed for future ready jobs in view of emerging demand worldwide.
Ms. Ami Agarwal, Head, Hindustan Online – CODE said, “There lies massive career opportunities in 5G technology with the increased digitisation across all sectors. With our collaboration with DADB, our students will be benefitted immensely in understanding the essentials and basics of 5G technology from the leading German Professors and Industry Experts. This will be useful to those students who wish to enter this field or professionals working in the communication sector who would like to gain an in-depth understanding of the various aspects of advanced communication systems and the skills necessary to implement them.
The German Academy of Digital Education (DADB) offers programs that are supported by German technology and expertise. The DADB offers courses on topics where Germany has a leadership position, such as 5G Technology, Industry 4.0, Automation/Robotics, etc., in state-of-the-art augmented and virtual reality.