Offered by the Department of Nuclear Science
MSc Course in Nuclear Science was first set up in 1982 with the sponsorship of the Atomic Energy Authority of Sri Lanka. The main aim of this course was to meet the needs of the expanding fields of research and industrial applications of nuclear techniques in Sri Lanka.
Nuclear Techniques are currently being used in many fields. These include medicine, industry, agriculture, archaeology and almost all areas of research. The possible fields of application are rapidly expanding. This requires well-trained personnel with special sense of discipline. The item of the highest priority of any atomic energy programme must be proper training of an adequate number of scientists in important areas of atomic energy.
The MSc course in nuclear Science offered by the Department of Nuclear Science provides broad-based training in theoretical and applied nuclear science. Training in safety and protection is an integral part of this course. The course also includes practical and project work so that the students will gain confidence and also experience in the safe handling of radioactivity.
Eligibility
BSc Degree in Physical/ Biological Science or any other equivalent qualification acceptable to the Senate of the University of Colombo.
Duration
18-24 months and will be conducted in the evenings (Friday) and on weekends. They consist of two parts, Part 1-course work (theory and laboratory) and part II- research work.
Course Fees
LKR 250,000.00
Registration Fee: LKR 2,500/-
Library Fee: LKR 5,000/-
Examination Fee: LKR 15,000/-
Target Audience
Graduates who are planning to pursue MPhil/PhD in a relevant field.
Registration for 2022 intake
The programme is advertised for the 2022 intake.
Application and the advertisement of the MSc programme – 2022 intake can be downloaded from the following link:
Tentative dates
Closing date of Applications: 25th April 2022
Date of commencement: June 2022
Program Structure
The MSc programs offered by the Department of Nuclear Science consists of three parts. Following are guidelines issued by the Quality Assurance and Accreditation Council of the UGC.
Part I - Nuclear Science (Postgraduate Diploma)
Postgraduate Diploma in Nuclear Science can be offered with 25 credits course work under Part I (without conducting any research project). Depending on the level of performance (minimum GPA of 2.0), Postgraduate Diploma can be offered.
Part II - MSc. in Nuclear Science with Course work
The MSc degree (Course work) can be offered by completing 25 credits course work and 5 credit independent research study module after Part I to those who are having a GPA of 2.5 or better in Part I. Depending on the level of performance (minimum GPA of 2.5 for Part II), Masters Degree can be offered.
Part III - MSc. in Nuclear Science with course work and research
The MSc degree (Course work and research) can be Offered by completing a 30 credit (1 year) optional research module after Part II to those who are having GPA of 3.0 or better in Part II. Depending on the level of performance (minimum GPA of 2.5 in Part III), Masters Degree(with research) can be offered.
Course Modules
PART I
Course Unit | Course Name | No. of Credits | Note |
---|---|---|---|
MNS 5010 | Radiation Physics | 3C | 30L, 30P |
MNS 5011 | Statistics for Nuclear Science | 2C | 15L, 30P |
MNS 5012 | Radiation Protection and Health Physics | 3C | 30L, 30P |
MNS 5013 | Radiobiology | 2C | 30L |
MNS 5014 | Radiochemistry, Radiation Chemistry, Nuclear Geology | 3C | 45L |
MNS 5015 | Nuclear Physics and Particle Physics | 3C | 30L, 30P |
MNS 5010 | Radiation Physics | 2C | 30L |
MNS 5016 | Regulatory Control of Radiation Sources | 2C | 30L |
MNS 5017 | Nuclear Analytical Techniques | 3C | 30L, 30P |
MNS 5018 | Nuclear Reactors | 2C | 30L |
MNS 5019 | Radiation Technology | 3C | 30L, 30P |
PART II
Course Unit | Course Name | No. of Credits | Note |
---|---|---|---|
MNS 5009 | Guided independent research project | 5C | 150P |
PART III
Course Unit | Course Name | No. of Credits | Note |
---|---|---|---|
MNS 5020 | Research Project (full time) | 3C | 1 Year |
Teaching Panel
Name | Affiliation |
---|---|
Dr. S M Vithanarachchi | Department of Chemistry, University of Colombo |
Dr. J Jeyasugiththan | Department of Nuclear Science, University of Colombo |
Mr. V A Waduge | Retired, Former DG Atomic Energy Board |
Dr. Mohan Abeyrathna | Chairman Tea Research Institute |
Dr. EANV Edirisinghe | Sri Lanka Atomic Energy Board |
Dr. M R Lamabadusuriya | Department of Nuclear Science, University of Colombo |
Mr. D G L Wickramanayake | Retired, Former DG Atomic Energy Board |
Mr. P R K Fernando | Ceylon Mineral Laboratory |
Dr. J A S Chathurika | Sri lanka Institute of Nanotechnology |
Mr. K K O I K Kadadunna | Sri Lanka Atomic Energy Regulatory Council |
Prof. P Mahawatte | Retired, Former Ass.Prof. Dept. Nuclear Science |
Prof. S R D Rosa | Department of Physics, University of Colombo |
Prof. P Udagama | Department of Zoology, University of Colombo |
Dr. R M T Damayanthi | Department of Electrical Engineering, University of Moratuwa |
Mr. C Kasige | Retired Former DG Atomic Energy Board |
Mr. E R A D Bandara | Department of Statistics, University of Colombo |
Further Information
Further information regarding the MSc Program can be obtained by contacting the program coordinator.
Contact details of the program coordinators are as follows.
Intake | Coordinator | Phone | |
---|---|---|---|
2020 | Dr.Manuja Lamabadusuriya | manuja.lama@nuclear.cmb.ac.lk | 0112502525 |