About The Department

Located in the scenic green campus of Adamas University, Kolkata, the Department of Physics started its activity in 2015. The department is an active beehive of research being carried out in the wide variety of frontier areas as well as high quality Under-graduate, Post-graduate and Doctoral programs. The research program of the department cover both pure and applied physics areas like Condensed Matter Physics, Particle Physics, Theoretical Nano-Science, Material Science, Microelectronics, Bio-Medical Instrumentation, Applied Electronics, and many more…

The department has flexibility in framing courses and conducting tests and examinations. The Department conducts programs at the Bachelor’s, Master’s as well as at the Doctoral Research levels. Establishment of state-of-the art experimental and computational facilities has allowed us to venture into advanced domains of pure Physics like Condensed Matter Physics, Material Science, High Energy Physics, Biophysics and Nanoscience as well as emergent career oriented interdisciplinary area like Medical Physics and Instrumentation With a vibrant and active Ph.D. program, in which research students are currently enrolled, Department of Physics thrives to be one of the leading research group of the world.

In addition to these programs conducted by the Department, the faculties regularly offer several core and elective physics courses to the Engineering, Science (other than Physics) and Law students of the University.

VISION OF THE DEPARTMENT

Vision of the Physics department is to lay the foundational stone of excellence and spur development of the University as a premier Institution in the field of Physics, by igniting and nurturing enthusiasm, interests and passion, among the students through the advanced curricula.

MISSION OF THE DEPARTMENT

1: To provide quality training to the students for Physics education and equip them with skills required for higher studies in International and National institutions of great repute.

2: To motivate young minds and unravel their talents both in the fields of Theoretical and Experimental Physics, through dedication to teaching, commitment to students and innovative teaching learning methods and assessment throughout the year.

3: To provide the students state of the art knowledge through upgraded and advanced curricula, hands on training in state of the art laboratories and in high end computation and simulation to make them competent from a global perspective.

4: To enable the students having a clear perspective of ongoing research activities in different fields of Physics by introducing several enriched courses like “Seminar on Contemporary in Physics”, “Dissertation”, “Projects” etc.

5: To prepare the students ready for industry oriented jobs by having hands on training through “Summer Internship” program in different reputed Companies or Research Organizations.

6: To bridge the skill gaps and make students industry ready and relevant and dutiful towards society, by adding various value added courses like “Design Thinking”, “Venture Ideation”, “Human Values and Ethics”etc.

7: To add to the values of the University by introducing pioneering programs like M.Sc. (Tech) in Medical Physics and Instrumentation which is more job oriented program.

8: To evolve strategies in the Department for continuous Improvement in all aspects of academic and administrative issues.

HIGHLIGHTS

  • State of the Art Lab Facility
    • General Undergraduate Lab
    • General Post graduate Lab
    • Optics Lab
    • Medical Physics Lab
    • Electronics Lab
    • Material Science Lab
    • LASER and Fiber Optics Lab
  • Highly qualified and Experienced Faculty members
  • High End Computational Lab and Advanced level software training (Matlab, Mathematica etc.)
  • UGC Approved, Research Driven and Industry focused CBCS/Elective Based curriculum
  • Offering of Minors with additional but optional Credits as per National Education Policy
  • Grooming for Higher Education to obtain Scholarships in India and Abroad
  • Implementation of Outcome Based Education
  • Industry/Research Institute collaboration for Summer Internship
  • Compulsory Dissertation and Publication in International Journals
  • Research Driven Teaching and Research Publications by Students
  • Soft Skill Development by skilled professionals.
  • Extracurricular Club Activities
  • Nearly 30 Lacs of Research Grants received from Industry
  • Around 25 Lacs of Project Grants received from DRDO
  • 100+ Journals (SCI/SCOPUS) in last 5 years (including High Impact Journals like Physical Review B, Applied Surface Science, Europhysics Letters, Journal of Physics: Condensed Matter, Chemical Physics Letters, IEEE Transactions etc. )
  • 5 + Patents filed
  • MOU signed with Industries
  • Edited Conference Proceedings from IOPScience, AIP Conference, Springer, Elsevier etc..
  • 1st and 2nd National Conference on Frontiers in Modern Physics NCFMP2018 and NCFMP2020
  • 1st International Conference on Advanced in Medical Physics and Healthcare Engineering (AMPHE2020)
  • National Workshop on Flying Robotics and Automation 2018
  • IPR Workshop
  • Seminars and Guest Lectures by eminent personalities from Academia and Industry

Dr. Moumita Dey

Head Of The Department

Department Of Physics, School of Basic & Applied Science

Dr. Moumita Dey, alumni of Calcutta University, completed her graduation from Bidhan Nagar Govt. College, Kolkata and received her Master’s degree in Pure Physics from University of Calcutta with specialization in Condensed Matter Physics. In the same year she joined Saha Institute of Nuclear Physics (SINP), one of the premier research institutes in India to pursue Ph.D. After successful completion of one year Post-M.Sc. Associateship course at SINP, she started her PhD work at the Theoretical Condensed Matter Physics Division of SINP and was awarded PhD degree. She joined Adamas University as an Assistant Professor of Physics IN 2015. Dr. Dey is presently working as the Head of the Department in Department of Physics.

Dr. Dey is a frontline researcher in the area of Theoretical Condensed Matter Physics and Spintronics with 10+ years of research and 5+ years of teaching experience. She is a theoretical physicist who loves teaching with passion and also proficient in providing leadership to form a department. Having a leadership experience of 4+ years including 2 years as Founder Head of the Dept. of Physics, Adamas University, she is a person with coherent expertise of academics and administration.

 

Her research interests mainly focus on spin dependent transport in low-dimensional quantum systems. Her research interests span over several topics in theoretical nano-science e.g., Quantum transport in molecular bridge systems, Spin transport in magnetic systems, Multi-terminal conductance formulation, Spin Hall Effect, Quantum Hall effect, Thermoelectric study in molecular wires, NEGF technique: Keldysh formalism, effect of electron-phonon interactions on quantum transport etc. She has published around 25 peer review research articles in reputed international journals and also presented her work in various national and international conferences. She has also done collaborative research work with Indian Statistical Institute and Visva-Bharati. She is also member of Faculty Council of School of Basic and Applied Science (SOBAS) and member of Academic Council, Adamas University.

Vidwan Profile

FACULTY OF OUR DEPARTMENT

Dr. Moumita Dey

Associate Professor and Head

Specialization: Condensed Matter Physics, Theoretical Nanoscience

Prof. Moumita Mukherjee

Professor, Department of Physics and Dean, R&D, Adamas University

Specialization: Electronics, Biomedical Instrumentation

Prof. Bimal Kumar Sarkar

Professor, Department of Physics

Specialization: Biophysics, Condensed Matter Physics

Dr. Tamal Kumar Mukherjee

Associate Professor

Specialization: High Energy Physics, Astrophysics

Dr. Swarup Kumar Neogi

Assistant Professor

Specialization: Material Science, Condensed Matter Physics

Dr. Papiya Dhara

Assistant Professor

Specialization: Applied Physics, Photonics and Fiber Optics

Dr. Diptasikha Das

Assistant Professor

Specialization: Material Science, Condensed Matter Physics 

Dr. Satarupa Biswas

Assistant Professor

Specialization: Medical Physics, Biomedical Instrumentation

Dr. Purba Bhattacharya

Designation: Assistant Professor

Specialization: Experimental Nuclear and Particle Physics, Detector Instrumentation

Prof. Aparajita Bhattacharya

Visiting Professor

Specialization: Nuclear and Particle Physics

Dr. Pradip Kumar Dutta

Guest Faculty

Specialization: Atomic and Molecular Physics

PROGRAMMES OFFERED BY THE DEPARTMENT

B.Sc. (Hons.) Physics Program

Introduction to the Program:

The program is open to students with 10+2 passed in Science with Physics and Mathematics as compulsory papers. There is a variety of Core-courses that emphasize the fundamentals while keeping in mind the evolving nature of the subject. A strong laboratory component allows the students to explore a range of experiments from classic ones to those that are more recent and advanced. A platter of advanced discipline specific elective offer a glimpse into frontier areas of research and allow students to choose a field of specialization for higher study and socially as well as globally relevant foundation courses will help them to become more competent and confident in their professional career.

Program Educational Objective:

01: Graduates will have successful careers in academia while pursuing higher education.

.02: Graduates may have successful careers in Government and Non-government sectors having developed an analytical mind with a keen sense of logic and rationality.

03: Graduates can investigate various problems and ways to solve which will be very beneficial to society.

Program Outcome:

01: Application of Core Theories of Physics: Apply the rigorous understanding of the core theories & principles of Physics, which includes Classical Physics, Quantum Physics, Statistical Physics, Electrodynamics, and Relativity while pursuing higher education or in necessary cases.

02: Demonstration of Experimental knowledge: Demonstrate a deeper understanding of the principles of Physics through experimentation and correct data interpretation.

03: Computer Simulation Knowledge: Visualize and verify the Theoretical predictions/propositions of Physics through Simulation via computer programming using different languages (Mathematica, Matlab, Python, C etc.).

04: Knowledge in Applied Physics Domain: Execute proficiently the understanding of Applied Physics domain in various real life problems, e.g., knowledge of Electronics and Instrumentation shall be helpful to design and develop several devices and sensors etc.

05: Problem Analysis through analytical approach :Analyze the applications of Mathematics to solve the problems in Physics & develop suitable mathematical method for new formulation of Physical theories.

06: Knowledge of Material Properties:Apply the knowledge about Material properties and Solid State Physics for developing different technologies to reshape the lifestyle of modern society.

07: Physics and Nature: Demonstrate a solid foundation about the fundamental interactions of nature (gravity, electromagnetic, weak, strong) and develop a solid foundation of atomic and nuclear structure, i.e., understand the fundamental theories to unravel nature at atomic and sub-atomic level as well as at large astrophysical length scale.

08: New Challenges:Take up new challenges to understand the reasoning of any physical phenomena through research and design solutions to meet the societal as well as scientific demands.

09: Ethical Practice and Dedication towards Scientific Community:Function effectively as an individual learner, and as an academician with commitment and dedication towards the global Scientific Community and most importantly without deviation from ethical principles.

10: Scientific Reporting: Demonstrate the ability to undertake a major, individual, physics-related project and reporting the results in a full scientific report and oral and poster presentation.

11: Effective Communication: Build up communication skills, both written and oral, to specialized and non-specialized audiences.

Programme Eligibility:

Qualified 10+2 level or equivalent examination with Physics as one of the subjects with 50% marks plus qualifying AUAT, followed by an interview.

M.Sc. Physics Program

The program M.Sc. Physics is a beginning step towards a flourishing career. For students who have completed their graduation with Physics as core subject, and who want to pursue their career as a brilliant Physicist in different domains of Physics and Applied Physics, this course should be the very next logical step. This course brings forth all the domains of Physics, along with its recent developments starting from the beginning, with proper mathematical rigor through detailed analytical calculations, realization of the theoretical propositions through various laboratory experiments and computational simulations. Inclusion of Projects, Dissertations, Seminars on Contemporary Research in Physics, Summer Internships in various industries and reputed Research Organizations will help the students to think outside the box and igniting the young minds with scientific inquisitiveness.

Specializations Offered in Second Year:

  • High Energy Physics
  • Condensed Matter Physics & Material Science
  • Nanoscience & Nano-materials
  • Biophysics
  • Biomedical Instrumentation

Program Educational Objective:

01: : Post-graduates shall have successful careers in academia, research based organizations or different Government/Non-Government sectors.

02: Students shall develop approaches with a concern for accuracy and precision in significance to science and technology.

03:Students shall identify, formulate and solve scientific problems based on design, experiment, data interpretation and analysis of results.

04:Investigate various problems and ways to solve which will be very beneficial to society.

Program Outcome:

01: Theoretical knowledge of Physics: Apply theoretical knowledge of principles and concepts of Physics to practical problems.

02: Scientific Accuracy and Precision: Develop approaches with a concern for accuracy and precision in significance to science and technology, i.e., develop the ability to critically evaluate theories, methods, principles, and applications of pure and applied science.

03: Computer Simulation Knowledge: Visualize and verify the Theoretical predictions/propositions of Physics through Computer Simulation.

04: Experimental design and Data Interpretation: Identify, formulate and solve scientific problems based on design, experiment, data interpretation and analysis of results .

05: Societal benefit Investigate various problems and ways to solve which will be very beneficial to society.

06: Usage of Modern Tools: Show ability in using modern tools for design and analysis.

07: Meet the realistic demands: Design a system, component, or process to meet desired needs within realistic constraints such as environmental, health, safety, manufacturability, and sustainability.

08: Ethical Practice: Understand and practice professional ethics

09: Multidisciplinary Focus: Work in teams on multi-disciplinary projects in research organizations and industries.

10: New Challenges: Take up new challenges to understand the reasoning of any physical phenomena through research and design solutions to meet the societal as well as scientific demands. 

11:Scientific Reporting: Demonstrate the ability to undertake a major, individual, physics-related project and reporting the results in a full scientific report and oral and poster presentation.

12: Effective Communication: Build up communication skills, both written and oral, to specialized and non-specialized audiences.

Programme Eligibility:

Qualified B.Sc. in Physics or equivalent examination from any UGC approved University or Universities at abroad having equivalent curriculum with 50% marks plus qualifying AUAT followed by an interview.

M.Sc. (Tech) Medical Physics and Instrumentation Program

The discipline “Medical Physics & Instrumentation” is a concoction of medical science and technology to offer humanity a better health. The M.Sc. (Tech.) in Medical Physics & Instrumentation program aims to produce postgraduates with an ability to develop medical instruments and systems used for monitoring, detecting and analyzing biomedical data. The present program will provide opportunity to develop practical skill sets. The student will also develop an in-depth understanding of the Physics and technology behind the medical devices use in health sectors eg: diagnostic devices, therapeutic devices, medical imaging equipment and medical instrumentation devices.

With increasing life expectancy, there is a constant demand and scope of improvement in the healthcare industry around the world. This course thus opens up students from any science and technology background to lucrative jobs as well as research opportunities in the healthcare sector of India and around the world. Thus a passion to serve mankind through technology is the driving force of this interdisciplinary course.

Program Educational Objective:

1: The post graduate students may have successful careers in research and development in the healthcare industry.

2: The post graduate students may be successfully placed in Governmental and Non- governmental organisations of the healthcare sector having developed the ability to design, develop and maintain diagnostic and therapeutic equipment.

3: The post graduates will be able to contribute to the society through betterment of human health from their understanding of the medical instruments interfacing the complex human body for diagnosis and treatment of diseases.

4: The post graduates will be directly involved in improving quality of life and life expectancy of human beings.

 Program Outcome :

01: Knowledge of Functioning of the Human Body: Develop an integrative understanding of the complex human body, its normal functioning and abnormalities that are addressed through biomedical devices.

02: Application of Bio physics in medical instruments: Apply the concept of medical physics in diagnostics and therapeutics of healthcare sector.

03: Analytical approach of problem solving for research objectives: Actively participate in research activities that are impactful for human health

04: Understanding the process of device development: Design and realize a biomedical device, component, or process to meet the rising demands of healthcare industry.

05: Demonstration of Problem solving skills: Formulate solutions to Investigate various problems and ways to solve which will be very beneficial to society.

05: Interdisciplinary approach: Identify and solve problems and function on multi-disciplinary teams gaining and sharing knowledge from various domains.

07: Knowledge of Data Analysis: Approaches of handling medical data and qualitative and quantitative data analysis along with physiological data interpretation.

08: Ethical Practice and dedication towards providing better healthcare: Understand the importance of privacy of medical data as professional and other related ethical responsibilities.

09: Contribute to the scientific community: Function effectively as an individual learner, and as an academician with commitment and dedication towards the global Scientific Community through sharing of research outcomes.

Programme Eligibility:

Qualified B.Sc. in Physics/Chemistry/Mathematics/Statistics/Biosciences or equivalent examination from any UGC approved University or Universities at abroad with equivalent curriculum plus qualifying AUAT followed by an interview.

B.Sc. (Hons.) Physics

B.Sc. (Hons.) Physics Program

Introduction to the Program:

The program is open to students with 10+2 passed in Science with Physics and Mathematics as compulsory papers. There is a variety of Core-courses that emphasize the fundamentals while keeping in mind the evolving nature of the subject. A strong laboratory component allows the students to explore a range of experiments from classic ones to those that are more recent and advanced. A platter of advanced discipline specific elective offer a glimpse into frontier areas of research and allow students to choose a field of specialization for higher study and socially as well as globally relevant foundation courses will help them to become more competent and confident in their professional career.

Program Educational Objective:

01: Graduates will have successful careers in academia while pursuing higher education.

.02: Graduates may have successful careers in Government and Non-government sectors having developed an analytical mind with a keen sense of logic and rationality.

03: Graduates can investigate various problems and ways to solve which will be very beneficial to society.

Program Outcome:

01: Application of Core Theories of Physics: Apply the rigorous understanding of the core theories & principles of Physics, which includes Classical Physics, Quantum Physics, Statistical Physics, Electrodynamics, and Relativity while pursuing higher education or in necessary cases.

02: Demonstration of Experimental knowledge: Demonstrate a deeper understanding of the principles of Physics through experimentation and correct data interpretation.

03: Computer Simulation Knowledge: Visualize and verify the Theoretical predictions/propositions of Physics through Simulation via computer programming using different languages (Mathematica, Matlab, Python, C etc.).

04: Knowledge in Applied Physics Domain: Execute proficiently the understanding of Applied Physics domain in various real life problems, e.g., knowledge of Electronics and Instrumentation shall be helpful to design and develop several devices and sensors etc.

05: Problem Analysis through analytical approach :Analyze the applications of Mathematics to solve the problems in Physics & develop suitable mathematical method for new formulation of Physical theories.

06: Knowledge of Material Properties:Apply the knowledge about Material properties and Solid State Physics for developing different technologies to reshape the lifestyle of modern society.

07: Physics and Nature: Demonstrate a solid foundation about the fundamental interactions of nature (gravity, electromagnetic, weak, strong) and develop a solid foundation of atomic and nuclear structure, i.e., understand the fundamental theories to unravel nature at atomic and sub-atomic level as well as at large astrophysical length scale.

08: New Challenges:Take up new challenges to understand the reasoning of any physical phenomena through research and design solutions to meet the societal as well as scientific demands.

09: Ethical Practice and Dedication towards Scientific Community:Function effectively as an individual learner, and as an academician with commitment and dedication towards the global Scientific Community and most importantly without deviation from ethical principles.

10: Scientific Reporting: Demonstrate the ability to undertake a major, individual, physics-related project and reporting the results in a full scientific report and oral and poster presentation.

11: Effective Communication: Build up communication skills, both written and oral, to specialized and non-specialized audiences.

Programme Eligibility:

Qualified 10+2 level or equivalent examination with Physics as one of the subjects with 50% marks plus qualifying AUAT, followed by an interview.

M.Sc. Physics

M.Sc. Physics Program

The program M.Sc. Physics is a beginning step towards a flourishing career. For students who have completed their graduation with Physics as core subject, and who want to pursue their career as a brilliant Physicist in different domains of Physics and Applied Physics, this course should be the very next logical step. This course brings forth all the domains of Physics, along with its recent developments starting from the beginning, with proper mathematical rigor through detailed analytical calculations, realization of the theoretical propositions through various laboratory experiments and computational simulations. Inclusion of Projects, Dissertations, Seminars on Contemporary Research in Physics, Summer Internships in various industries and reputed Research Organizations will help the students to think outside the box and igniting the young minds with scientific inquisitiveness.

Specializations Offered in Second Year:

  • High Energy Physics
  • Condensed Matter Physics & Material Science
  • Nanoscience & Nano-materials
  • Biophysics
  • Biomedical Instrumentation

Program Educational Objective:

01: : Post-graduates shall have successful careers in academia, research based organizations or different Government/Non-Government sectors.

02: Students shall develop approaches with a concern for accuracy and precision in significance to science and technology.

03:Students shall identify, formulate and solve scientific problems based on design, experiment, data interpretation and analysis of results.

04:Investigate various problems and ways to solve which will be very beneficial to society.

Program Outcome:

01: Theoretical knowledge of Physics: Apply theoretical knowledge of principles and concepts of Physics to practical problems.

02: Scientific Accuracy and Precision: Develop approaches with a concern for accuracy and precision in significance to science and technology, i.e., develop the ability to critically evaluate theories, methods, principles, and applications of pure and applied science.

03: Computer Simulation Knowledge: Visualize and verify the Theoretical predictions/propositions of Physics through Computer Simulation.

04: Experimental design and Data Interpretation: Identify, formulate and solve scientific problems based on design, experiment, data interpretation and analysis of results .

05: Societal benefit Investigate various problems and ways to solve which will be very beneficial to society.

06: Usage of Modern Tools: Show ability in using modern tools for design and analysis.

07: Meet the realistic demands: Design a system, component, or process to meet desired needs within realistic constraints such as environmental, health, safety, manufacturability, and sustainability.

08: Ethical Practice: Understand and practice professional ethics

09: Multidisciplinary Focus: Work in teams on multi-disciplinary projects in research organizations and industries.

10: New Challenges: Take up new challenges to understand the reasoning of any physical phenomena through research and design solutions to meet the societal as well as scientific demands. 

11:Scientific Reporting: Demonstrate the ability to undertake a major, individual, physics-related project and reporting the results in a full scientific report and oral and poster presentation.

12: Effective Communication: Build up communication skills, both written and oral, to specialized and non-specialized audiences.

Programme Eligibility:

Qualified B.Sc. in Physics or equivalent examination from any UGC approved University or Universities at abroad having equivalent curriculum with 50% marks plus qualifying AUAT followed by an interview.

M.Sc. (Tech) Medical Physics and Instrumentation

M.Sc. (Tech) Medical Physics and Instrumentation Program

The discipline “Medical Physics & Instrumentation” is a concoction of medical science and technology to offer humanity a better health. The M.Sc. (Tech.) in Medical Physics & Instrumentation program aims to produce postgraduates with an ability to develop medical instruments and systems used for monitoring, detecting and analyzing biomedical data. The present program will provide opportunity to develop practical skill sets. The student will also develop an in-depth understanding of the Physics and technology behind the medical devices use in health sectors eg: diagnostic devices, therapeutic devices, medical imaging equipment and medical instrumentation devices.

With increasing life expectancy, there is a constant demand and scope of improvement in the healthcare industry around the world. This course thus opens up students from any science and technology background to lucrative jobs as well as research opportunities in the healthcare sector of India and around the world. Thus a passion to serve mankind through technology is the driving force of this interdisciplinary course.

Program Educational Objective:

1: The post graduate students may have successful careers in research and development in the healthcare industry.

2: The post graduate students may be successfully placed in Governmental and Non- governmental organisations of the healthcare sector having developed the ability to design, develop and maintain diagnostic and therapeutic equipment.

3: The post graduates will be able to contribute to the society through betterment of human health from their understanding of the medical instruments interfacing the complex human body for diagnosis and treatment of diseases.

4: The post graduates will be directly involved in improving quality of life and life expectancy of human beings.

 Program Outcome :

01: Knowledge of Functioning of the Human Body: Develop an integrative understanding of the complex human body, its normal functioning and abnormalities that are addressed through biomedical devices.

02: Application of Bio physics in medical instruments: Apply the concept of medical physics in diagnostics and therapeutics of healthcare sector.

03: Analytical approach of problem solving for research objectives: Actively participate in research activities that are impactful for human health

04: Understanding the process of device development: Design and realize a biomedical device, component, or process to meet the rising demands of healthcare industry.

05: Demonstration of Problem solving skills: Formulate solutions to Investigate various problems and ways to solve which will be very beneficial to society.

05: Interdisciplinary approach: Identify and solve problems and function on multi-disciplinary teams gaining and sharing knowledge from various domains.

07: Knowledge of Data Analysis: Approaches of handling medical data and qualitative and quantitative data analysis along with physiological data interpretation.

08: Ethical Practice and dedication towards providing better healthcare: Understand the importance of privacy of medical data as professional and other related ethical responsibilities.

09: Contribute to the scientific community: Function effectively as an individual learner, and as an academician with commitment and dedication towards the global Scientific Community through sharing of research outcomes.

Programme Eligibility:

Qualified B.Sc. in Physics/Chemistry/Mathematics/Statistics/Biosciences or equivalent examination from any UGC approved University or Universities at abroad with equivalent curriculum plus qualifying AUAT followed by an interview.

Career Paths with Physics

  • Pursue Higher Education and Research in Pure and Applied Areas of Physics
  • Faculty member in different Research Organizations, Research Labs
  • Faculty Member in different Government and Private Colleges, Engineering Colleges and Universities
  • Scientist in DRDO, ISRO and other Central Govt. organizations
  • Medical Physicist and Radiation Safety Officer
  • Banking and Finance Sectors
  • Data Analyst in different finance and IT sectors
  • Scientist in different R&D units of several Companies
  • Econophysicist
  • Meteorologist
  • Educator in School Level
  • Administrative Jobs in different Government sectors