🎯 At JUST (Primary Path)
1Target CGPA ≥ 3.6. DAAD requires "above average" — your grades are your visa.
2Join IEEE JUST SB immediately (Year 1). Become an officer by Year 3. It signals leadership to DAAD/MEXT reviewers.
3Approach Dr. Biplob Hossain (power systems, renewables) or Dr. Mehedi Hasan (ML/DL) for undergraduate research by Year 2. Aim for one co-authored IEEE/Elsevier publication.
4IELTS 6.5+ by Year 3. DAAD requires English proficiency. German universities often want IELTS 6.0–7.0.
5Build an ROS/Arduino robotics project by Year 3. Upload to GitHub. German professors vet portfolios.
🎯 At IU (Secondary Path)
1Target CGPA ≥ 3.5. IU's QS ranking gives your transcript more weight internationally.
2Work with a Korean-PhD faculty member (e.g., Prof. Humayun Kabir) — Korean connections → MEXT lab introductions via Korea-Japan researcher networks.
3Pursue an IEEE conference paper (local/regional) by Year 3. IU faculty review IEEE conferences frequently.
4Contact German professors directly (cold email) in Year 3. For DAAD GSSP, you need a supervisor's LoA — start early.
5MEXT path: research Japanese professors in embedded systems (TU Tokyo, Tohoku, Osaka). Email 6 months before the MEXT deadline.
🎯 Universal Steps (Any University)
1Maintain CGPA ≥ 3.5/4.0 every semester. This is non-negotiable for both DAAD and MEXT.
2Learn: Python, MATLAB, ROS, Arduino, Simulink by Year 2. These appear on every robotics MS application.
3Get IELTS Academic ≥ 6.5 before applying abroad. For Germany: B2 German (optional but very helpful for DAAD).
4Build a research profile on Google Scholar, ResearchGate, and LinkedIn. German professors Google you.
5Apply for UGC fellowships, INSPIRE awards, or any national research competition to strengthen your CV.