School of Sciences and Humanities
Ru
Kz
 
School of Sciences and Humanities
En
Kz
 
School of Sciences and Humanities
En
Ru
Department of Biology
About
Faculty
BSc in Biological Sciences
MSc in Life Sciences
PhD in Life Sciences
Research
Publications
Research Grants
Ph. D in Life Sciences program objectives

The main objective of the Ph.D. in Life Sciences program is to nurture knowledgeable internationally competitive scientists with interdisciplinary skills and expertise in life sciences technologies able to solve critical societal issues ranging from the molecular basis of human diseases to the development of environmental conservation and observation strategies


The aims of the program align with the Modernization 3.0 strategy to succeed nationally and internationally and to promote research and development in Kazakhstan

Program Learning Outcomes
On successful completion of the program, graduates will be able to:
1. Exercise critical thinking and judgment in evaluating contemporary research literature in Life Sciences;
2. Assess critically all major types of research in Life Sciences;
3. Identify appropriate research topics in Life Sciences, and generate hypotheses about such topics;
4. Plan, conduct, analyze and communicate research in writing and verbally independently;
5. Apply cognitive and technical skills to make an original contribution to the knowledge in their area of specialization;
6. Explain their research and research findings to others both orally and in written form;
7. Provide a deep understanding of how their research relates to the broader field of knowledge in their discipline;
8. Disseminate their research findings and to develop their academic/scholarly career through presentations, publications, and national and international networking;

9. Teach in their discipline at the university level in English.

Program Structure and Academic Content
The four year 240 ECTS credit Ph.D. in Life Sciences is a research intensive third cycle program designed according to the Bologna requirements. The curriculum of the program consists of three different types of courses
  • Core pillar courses (36 ECTS),
  • Elective pillar courses (24 ECTS), and
  • Research pillar courses (Thesis Research and Thesis Dissertation; 180 ECTS).

Discipline Core Courses

  • DENG 782 Research Methods Ethics 6 (ECTS)
  • BIOL 720 Statistical Methods in Life Sciences 6 (ECTS)

Department Core Courses

  • BIOL 750 Structural and Molecular Biology in Health and Disease 8 (ECTS)
  • BIOL 791 Cellular Biophysics 8 (ECTS)
  • BIOL 780 Applied Bioinformatics 8 (ECTS)

Department Electives

  • BIOL 730 Advanced Neuroscience 8 (ECTS)
  • BIOL 731 Synthetic Biology 8 (ECTS)
  • BIOL 732 Drug Discovery and Design 8 (ECTS)
  • BIOL 735 Hot Topics in Life Sciences 6 ECTS)
  • BIOL 734 Advanced Cancer Biology 8 ECTS)
  • BIOL 737 Advanced Optical Electron Microscopy 8 ECTS)
  • BIOL 751 Advanced Topics in Cell Structure/Function 8 ECTS)
  • BIOL 760 Molecular Biology of Prokaryotic Cells 8 ECTS)
  • BIOL 770 Advanced Biotechnology 8 ECTS)
  • BIOL 775 Gene Therapy 8 (ECTS)

Research Courses

  • BIOL 799 Thesis Research 0 (ECTS)
  • BIOL 800 Doctoral Thesis 180 (ECTS)
Program Completion Requirements
  1. Complete all required coursework (electives, research) in the program. All Ph.D. students are required to achieve continuously, during the Ph.D. degree program, a CGPA of 2 67 (B or higher to satisfy progression requirements and maintain their normal status in the program. Failing to maintain the required CGPA condition may place the student on probation. Any student with a CGPA of under 2.67 for two consecutive semesters will be recommended for dismissal from the program.
  2. Pass the Comprehensive Exam by the end of the first academic year. The comprehensive exam shall determine if the student has the knowledge base to continue to the research phase of the Ph.D. program consisting of the thesis proposal and defense, research, thesis submission, and thesis defense. The oral examination covers the topics of two core and two elective courses BIOL 720 Statistical Methods in Life Sciences BIOL 750 Structural and Molecular Biology in Health and Disease and two Department Electives selected by the student’s supervisory committee, which are in alignment with his/her research interests/topic.
  3. Complete two Graduate Teaching Assistant (GTA) appointments which require a maximum of 10 h/week commitment per semester or summer term during the first two years.
  4. Pass the oral Thesis Proposal Defense at the latest by the end of the third semester in the second academic year.
  5. Successfully complete the period progress review as part of BIOL 799 Thesis Research every semester term in the form of a seminar and/or progress report.
  6. Conduct the necessary research towards the completion of BIOL 799 Thesis Research.
  7. Write the Doctoral Thesis (BIOL 800) according to the Department’s Ph.D. Thesis Format and Style Guidelines
  8. Provide proof of a minimum of three published and/or submitted papers, where at least one original research paper as first author must be published, in press or accepted for publication by the time of requesting thesis submission for examination.
  9. Approval of the Doctoral Thesis by the internal and external reviewers.
  10. Pass the Thesis Defense
Student Financial Assistance

NU Stipend for Assisting Research Students

  • NU StARS awards are provided to Ph.D. students as baseline stipend according to the amounts determined by internal NU decisions and/or documents.
  • NU StARS monthly payment amounts to the student are subject to annual revision and approval by the NU Managing Council.
  • All Ph.D. students are required to complete a minimum of two, one semester, GTA appointments normally in the first program year.
  • NU StARS awards are restricted to Ph.D. students who are currently registered in a NU Ph.D. program, have active status, and hold a current GA or GTA.
  • NU StARS awards are normally limited to the standard Ph.D. program duration.