Program offered by: School of Engineering and Technology
Campus: Kengeri Campus
Duration: One Year at CHRIST (Deemed to be University), Kengeri Campus.
Certificate: Indo-German First Year BTech Credit Transfer Program (CHRIST-THWS) Certificate offered by School of Engineering and Technology, CHRIST (Deemed to be University).

Program Overview

The Indo–German First Year B.Tech Credit Transfer Program (CHRIST–THWS) is a prestigious international academic initiative designed to provide students with a seamless transition from CHRIST (Deemed to be University), India to Technische Hochschule Würzburg–Schweinfurt (THWS), Germany, culminating in the award of a globally recognized Bachelor of Engineering (B. Engg.) degree by THWS. Under this program, students will complete the first-year academic curriculum prescribed by the Department of Science and Humanities, School of Engineering and Technology, CHRIST (Deemed to be University), ensuring a strong foundation in engineering principles. Upon successful completion of the certification program, students who attain a minimum GPA of 3.0 with no active backlogs will be formally recommended for admission to Bachelors in Engineering (B. Eng.) at THWS, Germany, for advanced undergraduate studies in the following disciplines:

1. Applied Polymer Engineering (B. Eng)

2. Business and Engineering (B. Eng)

3. Logistics (B. Eng)

4. Mechanical Engineering (B. Eng)

5. Mechatronics (B. Eng)

6. Robotics (B. Eng)

7. Electrical Engineering and Information Technology (B. Eng)

The Office of International Affairs (OIA) provides comprehensive mentorship and logistical assistance to recommended candidates, including guidance for visa processing, travel planning, and cultural acclimatization, delivered in collaboration with an authorized third-party service partner. Admission to this exclusive program is limited to 40 students per academic year, with the annual call for applications announced on the University website. This distinguished program significantly enhances students’ academic visibility and global career prospects by offering a structured pathway to international engineering education through CHRIST University’s global partnerships.

Key Highlights of the Program

1. No Tuition Fees at THWS, Germany: Students admitted to THWS are exempt from tuition fees and are required to pay only the semester enrollment contribution, typically ranging between €100–€200, subject to annual revision by the university.
2. Candidate Responsibilities: Participants of the program shall bear the following expenses:

   1. One-time Certification Fee payable to CHRIST (Deemed to be University)

   2. Visa processing and related documentation costs

   3. Travel, accommodation, living, health insurance, blocked amount and other personal expenses during the course of study in Germany

3. Financial & Logistical Compliance: Candidates must fulfill all financial and logistical requirements as stipulated by the German Government and German Consulate as part of the student visa approval process.

4. Academic Transition Timeline

   1. Students will be onboarded at THWS, Germany by the end of September

   2. The classes at THWS is scheduled to commence in the first week of October
       

5. Degree Award: Upon successful completion of the program, the Bachelor of Engineering degree will be conferred by THWS, Germany

Quantum technologies are at the forefront of the next technological revolution, with potential applications in computing, secure communication, precision measurement, and advanced materials science. India’s National Quantum Mission (NQM) highlights the urgent need to develop indigenous capabilities in quantum science and engineering to ensure strategic autonomy and economic competitiveness. The quantum tech industry is growing rapidly, with projected market values exceeding $100 billion by 2040. There is a growing need for quantum-literate engineers,
researchers, and developers in areas like: Quantum computing hardware/software, Quantum-safe encryption, Precision navigation and sensing. India must nurture startups and deep-tech ventures in this domain.
The centre CQTCS is focusing exclusively on the integration of quantum technologies and research on complex systems science. One of the major responsibilities of this center is to train students with both quantum and complex systems expertise, who will fit into this emerging market. In this
regard, we aim to offer a PhD programme in Physics and PhD programme in Computer Science from the centre.

Quantum technologies are at the forefront of the next technological revolution, with potential applications in computing, secure communication, precision measurement, and advanced materials science. India’s National Quantum Mission (NQM) highlights the urgent need to develop indigenous capabilities in quantum science and engineering to ensure strategic autonomy and economic competitiveness.  The quantum tech industry is growing rapidly, with projected market values exceeding $100 billion by 2040. There is a growing need for quantum-literate engineers, researchers, and developers in areas like: Quantum computing hardware/software, Quantum-safe encryption, and Precision navigation and sensing. India must nurture startups and deep-tech ventures in this domain. 

The centre CQTCS is focusing exclusively on the integration of quantum technologies and research on complex systems science.  One of the major responsibilities of this center is to train students with both quantum and complex systems expertise, who will fit into this emerging market.  In this regard, we aim to offer MSc programme in Quantum Technologies by Research.