OIST Internship Fully Funded Program, Japan 2024

Introduction:

The Okinawa Institute of Science and Technology Graduate University (OIST) in Japan is known as a beacon of excellence in the field of science and technology. OIST Internship offers a transformative internship program that offers an opportunity for students from around the world to engage in cutting-edge research. Moreover, it helps the students to collaborate with top-notch scientists and delve into the vibrant scientific community of Okinawa.

In this article, we will overview the OIST Internship Program, its eligibility criteria, application process, and advantages for the students.

OIST Internship Overview:

The OIST internship program is organized for undergraduate and graduate students who are passionate about pursuing a career in science. Interns have the chance to work on various projects, including physics, chemistry, biology, mathematics, and computer science. However, the total duration for an internship is typically 10 weeks during the summer, providing a condensed yet intensive experience. Furthermore, OIST provides a chance for all national and international students to enhance their learning experience with it.

Eligibility Criteria for OIST Internship

To get an OIST internship chance, students or applicants must meet the following requirements, such as

• Students who are in their last two years of undergraduate or master’s program can apply. In addition, it does not matter if they are studying in Japan or another country; they are eligible to apply.

• The students who have recently completed their Master’s can apply.

• The students who are studying must get NOC  for the OIST internship from their home institution.

• The applicant’s academic background must be matched with the desired internship unit at OIST.

Required Documents for OIST Internship

• Curriculum Vitae Sheet 

• 400 words Personal Statement 

• Academic Transcripts (In English translation, if required)

• Recommendation Letter

• Copy of ID Photo

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Brief Description of the OIST Internship

Host Country	Japan
Host Institution	The Okinawa Institute of Science and Technology
Coverage	Fully funded
Internship Duration	2-6 Month
Internship Dates	Between April 1, 2024- September 30, 2024
Eligibility	Both men and women are eligible.

Advantages of OIST Internship

OIST internship offers the following advantages for students who come from across the world.

1. The intern will receive a daily payment of 2400 JPY, excluding weekends. However, this payment will be subject to taxes.

2. Interns will be provided with a complimentary OIST shuttle bus pass.

3. A fully covered round-trip airfare will be supplied.

4. Interns will get well-fitted apartments either on or off campus.

5. OIST will help in obtaining visas, managing insurance procedures, and completing local registration.

Application Process for OIST Internship

The application process for the OIST Internship is highly competitive, reflecting the high caliber of the program. However, following instructions may be helpful in the application procedure.

• Before applying, you must log in and create an online profile on the official website of the OIST.
• Submit one recommendation letter to OIST to make the application successful.
• After the letter submission, you will get notified about the approval of your recommendation letter.
• Now, you can complete your application and submit with required documents.
• Within a few days, you will get an internship email from OIST.

Application Date

Between April 1, 2024- September 30, 2024

Frequently Asked Questions

Q.1: Which are the Internship research areas in OIST?

1. Analysis and Partial Differential Equations

2. Integrative Community Ecology

3. Nonlinear and Non-equilibrium Physics

4. Evolutionary Genomics

5. Quantum Systems

6. Fluid Mechanics

7. Applied Cryptography

8. Femtosecond Spectroscopy

9. Computational Neuroscience

10. Complexity Science and Evolution

11. Neural Computation

12. Biodiversity and Biocomplexity

13. Quantum Information Security

14. Networked Quantum Devices

15. Applied Topology

16. Electronic and Quantum Magnetism

17. Mathematics, Mechanics, and Materials

18. Embodied Cognitive Science

19. Neural Coding and Brain Computing

20. Sensory and Behavioral Neuroscience

21. Electronic and Quantum Magnetism

22. Mathematics, Mechanics, and Materials

23. Embodied Cognitive Science

24. Neural Coding and Brain Computing

25. Sensory and Behavioral Neuroscience

26. Continuum Physics

27. Synapse Biology

28. Biological Systems

29. Mathematical and Theoretical Physics

30. Qubits and Spacetime

31. Evolution, Cell Biology, and Symbiosis

32. Immune Signalling

33. Organic Optoelectronics

34. Coordination Chemistry and Catalysis

35. Integrated Open Systems

36. Cell Division Dynamics

37. Evolutionary and Synthetic Biology

38. Membranology Unit

39. Quantum Dynamics

40. Optical Neuroimaging

41. Membrane Cooperativity

42. Marine Eco-Evo-Devo

43. Protein Engineering and Evolution

44. Geometric Partial Differential Equations

45. pi-Conjugated Polymers Unit

46. Genomics and Regulatory Systems

47. Developmental Neurobiology

48. Cell Proliferation and Gene Editing

49. Physics and Biology

50. Marine Biophysics

51. Algorithms for Eco And Evo Genomics

52. Organic and Carbon Nanomaterials

53. Quantum Gravity

54. Quantum Information Science and Technology

55. Light-Matter Interactions For Quantum Technologies

56. Quantum Materials Science

57. Biological Nonlinear Dynamics Data Science

58. Human Evolutionary Genomics

59. Biological Complexity

60. Energy Materials and Surface Sciences

61. Computational Neuroethology

62. Marine Climate Change

63. Molecular Genetics

64. Complex Fluids and Flows

65. Marine Macroevolution

66. Marine Genomics

67. Plant Epigenetics

68. Theory of Quantum Matter

69. Micro/Bio/Nanofluidics

70. Quantum Wave Microscopy

71. Representation Theory and Algebraic Combinatorics

72. Biological Physics Theory

73. Experimental Quantum Information Physics

74. Cellular and Molecular Synaptic Function

75. Chemistry and Chemical Bioengineering

76. Memory Research

77. Cognitive Neurorobotics

78. Molecular Neuroscience

79. Shocks, Solitons, and Turbulence

80. Gravity, Quantum Geometry, and Field Theory

81. Human Developmental Neurobiology

82. Quantum Machines

83. Neuronal Rhythms in Movement

84. Evolutionary Neurobiology

85. Neurobiology Research

86. Machine Learning and Data Science (MLDS)

87. Molecular Cryo-Electron Microscopy

88. Cell Signalling

89. Neuronal Mechanisms for the Critical Period

90. Nucleic Acid Chemistry and Engineering