Programs offered by comsats

The aim of the Development Studies Program is development of professionals, managers, practitioners, consultants, teachers and students to equip them with transferable knowledge and skills, necessary in the varying fields and disciplines of different 'development' and related subjects. After completing studies, the graduates will be able to thrive in any world class organization and competitive international environment.

The program is designed to address the issue of conflict which leads to unfold possibilities of peace and development. This Inter-multidisciplinary program provides key insights and strengths from several disciplines in social sciences, humanities and environmental sciences to provide a comprehensive understanding of the multi-faceted phenomena. Through a rigorous set of lectures, seminars, research and fieldwork the graduates strives to impart theoretical, methodological, and practical knowledge to operate in a variety of roles at regional, national and international level.

Their work often deals with the development of new technology, including research in basic physics and software development, as well as applied mathematics.

Numerical simulation, such as weather and climate forecasting, depends heavily on the use of supercomputers. At the MS level, graduate would be able to acquire skills for solving problems suggested either by mathematics or by real world questions. Foremost is the ability to break complex issues into smaller, more manageable problems, until a model is reached which can be thoroughly studied and understood. The Master of Science in Statistics inculcates huge exposure of knowledge and provides the platform to pursue suitable career in the relevant field.

The breadth and depth of work will depend on the degree level and the students are encouraged to develop new ideas in research and to apply them in real world problems. Master of Science MS in Chemistry is designed to prepare graduates for higher studies, professional trainings, or immediate employment in academia, Govt. The program accommodates individuals with background of chemistry and allied sciences to pursue advanced research work.

Chemistry has seen enormous growth in past few decades with many new applications in medicine, biotechnology, nanotechnology, advanced materials, environmental health, alternative energy sources, forensic sciences, molecular modeling and many more. New developments in chemistry are rapidly transforming from laboratory research to practical applications.

The aim of the program is to provide students with an opportunity to pursue their ambitions in this broad and multidisciplinary field and to become efficient advocates of environment. The program offers a range of research areas to choose from a wide range of career opportunities.

The research oriented program is designed to prepare the graduates for career in environmental consultancy, regulatory agencies, manufacturing and service industry, wildlife management organizations, environment related national and international organizations and academic institutions.

The program broadly aims at preparing human resource in this emerging area of science of the 21st century with the realization of meeting local, regional and global demands of qualified and well — traine d professionals.

The specific objectives are to impart and integrate high quality education and research in the discipline of biotechnology and developing human resource with independent, creative and critical thinking and high moral values. This program gives a broad introduction to water sanitation and associated health issues.

This would build the required capacity to tailor solutions to local needs related to the UN Millennium Goals for water and sanitation. The students acquire skills to plan, design, implement, manage and communicate appropriate technical solutions suitable to both urban and rural contexts. The diversified teaching and training during the MS program enable the students for careers in environmental consulting, regulatory agencies, manufacturing and service industry, water and sanitation agencies, environment related national, international and multinational organizations, academic institutions and many others.

The Master of Science in Meteorology is a versatile program. MS Meteorology is intended for those seeking to become expert in the field of Ocean-Atmosphere climate systems and undertake research challenges to improve Weather and Climate Forecasts.

The Master of Science in Remote Sensing and GIS program is focusing on art of acquiring information about objects, area or phenomenon without physical contact. Geographic Information System GIS is a computer based information system used to digitally represent and analyze the geographic features present on the earth's surface and the events that are taking place on it.

GIS has been an effective tool for implementation and monitoring of different infrastructures. The program aims to provide MS in Remote Sensing RS and Geographic Information System will provide immense opportunities in the field of large-scale mapping, updating of existing geographical maps, project planning, decision-making and natural resource management. The program is aimed at providing the leaders-in-making with the right set of skills and conceptual frameworks to take challenges head-on in the international arena.

The program shall draw its foundations on three significant methodologies: leadership, analysis, and administration. The program seeks to provide its students with knowledge, skills and abilities to solve problems through an in -depth analysis of the international relations IR issues and challenges which formulate the dimensions of a problem. The goal of the program is to bring about demonstrable improvement in performance of politics, government, non-profit organizations, international organizations, international business organizations and foreign services by preparing future leaders to have the analytical tools, leadership capabilities, managerial skills and an in-depth understanding of IR issues.

The program is designed to provide students an in-depth knowledge of language, linguistics and literature with added areas of interest for research.

The program inculcates a thorough understanding of theoretical as well as practical applications of various modern and contemporary developments in the fields of linguistics and literature.

The program will help students to explore the interdisciplinary aspect of language, linguistics, and literature and how these three dimensions interrelate and exist as integral parts of the whole, and yet have an independent existence as well. On the whole, the program is oriented to the study of and impact of literature in the evolution and development of cultural consciousnesses, and its role as an invaluable record of the significant advancements in human civilization. The program also emphasizes the enrichment of knowledge and understanding of concepts, present issues and concerns and up-to-date research in the core areas of linguistics and language.

The Master of Science in Physics is a thesis based program and offered in a variety of experimental and theoretical research areas which include; materials science, high energy physics, laser and photonics, condensed matter physics, plasma physics, radiation physics, quantum optics, etc. The Department has state of the art experimental facilities for graduate students to carry out their research. The Master of Science in Nanotechnology program has applications in diverse sectors of the economy, including energy, health, electronics, transportation, environment, and national security.

The Department of Physics has a strong faculty with diverse interests and state of the art research facilities in nanosciences and nanotechnology. The Department of Physics feels that this new two-year Master of Science program in nanotechnology will equip scholars with the necessary skills that help the country, especially, in finding alternate energy solutions.

Master of Science in Biosciences aims to produce professionals who have thorough knowledge and skills to develop a career in any discipline of biological sciences. The department is committed to provide the fresh graduates with an environment conducive for learning and critical thinking in different aspects of biological sciences. The Department offers opportunities to the students for learning of research techniques in fields of Plant Sciences, Animal Sciences Microbiology, Biochemistry, Molecular Biology, Bioinformatics, Biotechnology and Pathology etc.

A degree in Biosciences discipline will prepare students for a promising career in the field of teaching, clinical and research institutes, pharmaceutical companies, biotechnology industries etc. The Microbiology and Immunology program covers range of specialized fields, from more applied disciplines such as medical, public health, industrial and food microbiology, to basic fields of immunology, microbial ecology, physiology, genetics of microbes, antibiotic resistance, microbial forensics and host-pathogen interaction.

The training through taught courses helps students to understand the disease-causing potential of various pathogenic bacteria, fungi and viruses, and the responses of the immune system. This program will enable students to apply the knowledge of microbiology and immunology to biotechnology, health and other relevant sectors, and will prepare them for suitable careers in areas as diverse as medicine disease epidemiology , brewing, food spoilage, control of environmental pollution, biotechnology, diagnostics and therapeutics.

The MS in Biochemistry and Molecular Biology program infuses core concepts of biochemistry and molecular biology as applied to biomedical sciences and plant biotechnology. Core concepts related to biochemistry and molecular biology are taught through the course work consisting of advanced electives and special topics.

Our graduating students in this program can be an asset to academic, medical, biotechnology, agriculture as well as pharmaceutical industries. Master of Science in Molecular Genetics program is designed to provide a broad background in major fields of genetics, providing an understanding of concepts that are essential to modern biologists.

The subject is aimed to give knowledge of classical genetics followed by its application in functional genomics. This program will help the student to perform techniques of molecular genetics and interpret genetic data towards applied research. In addition to an appropriate depth of knowledge, the students will be prepared to pursue further research in the field selected for the PhD thesis.

The degree will prepare the students for suitable careers in the medical research, pharmaceutical companies and biotechnology industries etc. The Master of Science in Molecular Virology program aims to produce graduates with focused and unique understanding as well as expertise in techniques involved in virology. Emergence and re-emergence of infectious diseases, the potential for the introduction of bioterrorism agents like smallpox virus, dengue fever virus etc.

Upon successful completion of the degree program, the graduates should be able to apply knowledge of virology in agriculture, animal health and environment and clinical research in an applied context.

The degree will prepare students for engaging with the careers in the fields of clinical and research institutes, pharmaceutical companies and biotechnology industries etc. Modern developments in the fields of health sciences as well as the generation of an exponentially ever increasing data through the associated high-throughput automated laboratory techniques are evidently transforming life sciences into a quantitative science.

Rapid advances in computer science and information technology, however, have made it feasible to interpret and analyse the large volume of generated data. This has necessitated the emergence of new field of study — bioinformatics — where the individuals are simultaneously trained in the integrated areas of computer science, statistics, mathematics and molecular biology.

During the past two decades, bioinformatics has evolved into a full-fledged scientific discipline and expanded to areas such as comparative, structural and functional genomics, next generation sequence NGS analysis transcriptomics, proteomics, cellomics, metabolic pathway engineering, computational drug, peptide and enzyme designing as well as the development of integrated bioinformatics solutions such as biological and chemical databases, data analysis, data mining, biomedical text mining and customized tool development etc.

The availability of complete genome sequences for human as well as several human pathogens coupled with bioinformatics has revolutionized the understanding the biological processes underlying the physiology of both host and pathogens.

An equitable contribution of developing countries, such as Pakistan, in this whole process is not only vital for the economic growth of the country but also of global importance to best reap the profits of human resource world-wide. The Bioinformatics degree will enable students to pursue their careers in industries such as health care, biotechnology, biomedical, pharmaceutical, agrochemicals, renewable energy, environmental protection, software warehouses as well as in teaching and research institutes etc.

The Master of Science in Electrical Engineering program is designed to prepare students for technically demanding careers in industry as well as for post-master's graduate studies in Electrical Engineering. The program includes 24 credit hours of course work and 6 credit hours of research work. MS in Electrical Engineering program focuses on the topics ranging from fundamental techniques to cutting edge technologies in Electrical Engineering.

Our primary aim is to provide a learning experience which maximizes our students' employability in a competitive job market and subsequently accelerates their career progression with an excellent preparation for PhD studies. On successful completion of the course the graduates will have an excellent opportunity in finding employment in areas with a broad, critical and practice - based understanding of Electrical Engineering and specialized disciplines.

This knowledge makes them ready for a variety of leadership positions in complex contemporary environments and teaching careers in universities. The Master of Science in Computer Engineering program has been designed for students who wish to broaden and deepen their understanding of computer engineering.

The program provides a unique opportunity to develop cutting edge, in-depth knowledge of specific computer engineering disciplines. MS students are encouraged to participate in research with different research groups. The degree requirements include 24 credit hours of course work and 6 credit hours of research work. The MS REE program is designed to prepare graduates to be energy engineering professionals who have advanced knowledge and skills that enable them to assume a broad range of technical leadership roles.

The MS REE curriculum is built upon core tracks in research methods, innovation and advanced energy engineering. These courses provide the foundation for three required specialized course sequences in renewable energy technologies and six credits of thesis. The Master of Science in Mechatronics Engineering is designed to address the requirements of technology-based-industries. It will give in-depth familiarity in the fundamentals, design, analysis and operation of mechatronic systems.

The objective of the program is to provide a course of study which enables the student to work efficiently. The objective of the curriculum being taught is to provide an in depth understanding of mechatronic systems to engineers having multidisciplinary background.

Curriculum which is recommended, not only addresses the requirement of the industries involved in this field, but also meets the requirements of the students from different disciplines. The graduate Master of Science in Chemical Engineering Program emphasizes the practical application of Chemical Sciences and Technology to cater the needs of society.

The program is designed to prepare students for industry, teaching and research careers, and to meet the need for rigorous and advanced training in the applied aspects of modern technology. The objectives of MS degree program in Chemical Engineering are to create new knowledge by participating in the process of discovery and invention, educate the graduate students with a solid background of fundamentals, stretching their imagination, and preparing them for an exciting future, and serve the society through research, education and outreach activities.

The graduates will have an excellent opportunity in finding employment in areas with a broad, critical and practice - based understanding of Chemical Engineering and specialized disciplines, on successful completion of the this program. The program spans over 4 semesters with a minimum requirement of 30 credit hours. There is a research project in the last semester of the program in which the students apply their learning in consolidation.

The program focuses on the attainment of environmental excellence in civil engineering projects and thereby to deliver improved environmental performance in project specification, design and construction. Closely aligned with industry's needs, this MS degree aims to provide students with the knowledge and skills to equip them for a career in environmental engineering.

The course prepares students to think and act holistically with regard to environmental and sustainability issues, by developing their ability to make sound judgments in relation to the built and natural environments, while meeting the principles of sustainability.

The overall objective of the program is to provide advanced education and training for graduates in engineering, science, and related areas to meet current and future needs of environmental engineering in the region. The program emphasizes on providing engineers with an in-depth understanding of the technical, economic and managerial factors and their integration in the specification, design and operation of environmental engineering systems.

The MS in Environmental Engineering build an important foundation, with a variety of topics including the modeling and analysis of hydrological systems, atmospheric physics and chemistry, pollution transport, and the impact of environmental pollution on human health. Specialized course topics in water supply, and Industrial and Hazardous Waste Management are also offered.

The graduates of this program have career in the most demanding industry. Environmental Engineering is an ever-green and demanding field. Engineering is considered to be an inspired and highly motivated occupation and profession associated to collective human, material, and financial constituency to gratify the requirements of humanity. Mechanical engineering is one of the extensive and most adaptable of the engineering disciplines and vocations.

In Pakistan, CUI is taking lead in the excellence of mechanical engineering teaching and education. The most important purpose of the educational program at CUI is to train engineers for professional practice in the field of quickly progressing technology.

This program is surely going to develop autonomy, inventive aptitude, and management as well as the capacity for progressing professional growth. Graduates of Mechanical Engineering discipline need in-depth information of the latest advancements in their fields, and should be acquainted with the recent research and development progression in the highly developed countries.

They should also obtain a good gauge of revelation to the issues faced by our developing industrial infrastructure and techniques and strategies to deal with them. The Master of Science in Health Informatics program at CUI is designed to deliver advanced training in informatics to the health care professionals who want to redirect their careers to become health informatics researchers, as well as those who are interested in integrating health informatics expertise in their current professional roles.

This program requires satisfactory completion of courses of the program and the structure suggested by the department. This includes routine classroom coaching of core and elective courses demonstrated and explained with help of case studies, examples and real life scenarios. Health Informatics Unit offer courses of study ranging from an introductory overview to an intense, full curriculum in Health Informatics, with special emphasis placed on the fields of health information systems, management and health-enabling technologies.

Courses of study are offered as part of an innovative curriculum, which involves collaborations with international universities and health care institutions. Health Informatics HI focuses on the application of computer information systems to health care and public health. It extends beyond simply using the computer as a tool for computation into the process of knowledge acquisition, storage, retrieval, representation and manipulation of data. The Master of Science in Pharmacy program currently focuses on research training in Pharmaceutics, Pharmacy Practice, Pharmacology, Pharmaceutical chemistry and Pharmacognosy.

This program includes two semesters of coursework and a further two semesters of research focusing on topics like discovery and evaluation of novel drugs, determination of a drug's effects on the body, delivery methods to improve drug treatment, and how medication is used and applied to enhance patient outcomes.

Other areas of research activity include cosmetics, nutraceuticals, herbal medicines, and strategies for assessing individual variations in drug response and clinical research. The Master of Science MS in Earth Sciences with specialization in Applied Geology and Applied Geophysics is designed to prepare graduate students for continuation to the PhD level, other professional trainings, or for immediate employment in advanced positions in government, industry, education, and abroad mainly in the Middle East.

New information is being rapidly transferred from Industry to Academia for practical application. The Doctor of Philosophy in Computer Science program is to produce well groomed computer scientists who are capable of fulfilling the need for computer applications, research, and academia.

The program is divided into various stages to make sure that a comprehensive learning is achieved as a strong base for result oriented research in both qualitative and quantitative terms.

Furthermore, this program targets to enhance scientific approach for maturing the needs of computing applications in real world scenarios, that's why specific research based, current and future need based, theoretically sound and practical courses are offered. The Doctor of Philosophy in Computer Science is challenging and rewarding, which provides training of independent research that enables the scholars to develop real skills in research and subsequently these skills enable our students in career development and in post PhD study.

The Doctor of Philosophy in Computer Science has the tendency to motivate the scholars to bring originality in their research thought process. Additionally, strong collaborations with renowned world class institutes provide them the facility to make continuous interactions in area of interest which also enhance their scientific approach. In our Doctor of Philosophy in Computer Science program, we provide a strong foundation to our students with course work in advance topics of computer science and cross disciplinary areas which set their foundation to meet challenges of quality research and to publish their scientific articles in international conferences and journals as determined by the HEC.

The Department of Electrical and Computer Engineering offers Doctor of Philosophy in Electrical Engineering and conducts research in various specialized areas. Students enrolled in the program, complete the required number of courses and then proceed to do research in their area of specialization.

Doctor of Philosophy in Electrical Engineering program is usually completed in three to five years and it requires course work and research work. The program is aimed to provide highly skilled manpower for the industry, research organizations and universities. The duration of the program is three to five years which includes course work and research work. The purpose of the Doctor of Philosophy in Chemical Engineering Program is to provide research experience to enable chemical engineering graduates to develop new knowledge in the discipline.

The developmental changes in program are continuously incorporated in accordance with the stipulated administrative, academic and research forums. The objective of Chemical Engineering PhD Program is to provide a comprehensive and rigorous education to the graduate students. The program is expected to produce chemical engineers who will contribute to the chemical engineering industries worldwide.

The graduates of this program will be able to utilize the principles of chemical engineering for addressing the needs of industry, the scientific community, and society. The program is intended to disseminate the research outcomes in the form of industrial solutions, publications and public presentations.

Eligibility Criteria of Under Graduate Program s. Eligibility Criteria of Graduate Program s. PHD Eligibility Criteria. Preparehow facebook. Previous Scope of Food Technology in Pakistan. About The Author. The institute has progressed significantly in a very short period due to honest efforts made by the administration and faculty of this institution.

It offers 16 undergraduate programs and 17 graduate-level programs out of which 11 are MS-level and 6 Ph. Hi, I need to know when BS classes are going to starting? What is your fee structure and kindly tell me about scholarship policy? Your Name required. Your Email required. Comsats Lahore admission last date December 22 Entry test date of Undergraduate and graduate NTS test : 19th December and 2nd January, Note: Students who are waiting for the result, can also submit their admission form online for BS programmes.

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