Mahatma Gandhi Mission
Institute Of Biosciences & Technology
NAAC Accredited - Grade 'B'
QMS-ISO 9001:2008 | EMS-ISO 14001:2004 Certified
Affiliated to Dr.Babasaheb Ambedkar Marathwada University,Aurangabad

Post Graduation Courses >>

  • M.Sc.Biotechnology
  • MSc Bioinformatics
  • M.Sc. Plant Biotechnology
  • M.Sc. Pant Breeding & Molecular Genetics
  • M.Sc. Artificial Intellengence & Embdded Technology
  • M.Sc. Computer Science And Networking:

M.Sc.Biotechnology

Duration: 3 years course.
Affiliation: Dr. Babasaheb Ambedkar Marathwada University, Aurangabad.
Eligibility: All life science graduate with minimum 50% marks ( 45% for Reserved categories).
Importance of Biotechnology: Bio-Technology has rapidly emerged as an area of activity having a potential impact on virtually all domains of human welfare ranging from food processing, boosting agricultural production, protection of environment, to production of newer and effective drugs. As a result it plays a very important role in employment, production and productivity, trade economics and economics, human health and the quality of human life throughout the world. The total volume of trade in Bio-Technology products is increasing sharply every years and it is expected to soon become the major contributes to world trade Career in Biotechnology: The biotechnology professionals can get good jobs in the pharmaceutical companies, agricultural, chemical and allied industries. They can get the employement in the areas of production, planning and management of bioprocessing industries. The biotechnologist have a great scope in the research laboratories. The biotechnologists in India get employed in various government-based and private universities and research scientists or assistants. There is no doubt that Bio-technology in its many forms will have an increasingly important role to play in our society. Biotechnology has a great effect on sectors such as pharmaceuticals, health care, agriculture, pollution management & insurance. Dear Students, if you are equipped with sufficient qualifications in Bio-technology then there are chances of absorption in –

1) Research & Development (R&D) Division of Drug Industry
2) Seed Companies
3) You can be a research Scientist
1) Marketing & Production Division of Drug Industry.
2) Food Processing Companies
3) Quality Control Office

Semester I:

1) Computer applications & Biostatistics
2) Biomolecules & Bioenergetics
3) Microbiology
4) Bioinstrumentation

Semester II:

1) Macromolecules and Molecular Enzymology
2) Molecular Biology
3) Biology of Immune system
4) Cell Biology

Semester III:

1) Molecular & applied Immunology
2) Bioprocess Engineering
3) Genetic engineering & Adv. Molecular Genetics
4) Molecular and Clinical Virology

Semester IV:

1) Industrial and Environmental Biotechnology
2) Animal Cell Sci. & Technology
3) Recombinant DNA technology & Bioinformatics
4) Plant Biotechnology

MSc Bioinformatics

Duration: 3 years course.
Affiliation: Dr. Babasaheb Ambedkar Marathwada University, Aurangabad.
Eligibility: All life science graduate with minimum 50% marks ( 45% for Reserved categories).
BIO-INFORMATICS IS THE FIELD OF INTEGRATING BIOLOGY AND COMPUTERS TO IMPROVE THE DISCOVERY OF NEW MEDICAL BREAKTHROUGH The aim of bioinformatics is to collect the wealth of biological information and use it to improve the living standards of human beings. Bioinformatics is applied in various fields like human health, environment, agriculture, biotechnology and energy to advance the biomedical research and development It is used in the field of molecular medicine to produce the customized medicines for the prevention or cure of the disease. Bioinformatics is today a very rapidly growing field all over the world. Therefore, one can start a career in Bioinformatics and find all over the world. Therefore, one can start a career in Bioinformatics and find employment opportunities in biotechnology, biomedical and pharmaceutical sciences, in industries, hospitals and research institutions. Bioinformatics focuses more on the development of practical tools for data management & analysis like display of genome information & sequence analysis. Bioinformatics supports a board spectrum of research that includes determining the biological significance of the data & develops practical computational tools needed to mine the data for new information. Bioinformatics assist this new information with practical application such as the identification of new targets for drug therapy.


The Scope:

Bio-informatics as a field of study is becoming increasingly important due to the interest of pharmaceutical industry in genome projects, which compromise a key segment of the discipline. There is a vital need to harness this information for medical diagnostic and therapeutic uses, and there are opportunities for other industrial applications. This field is evolving rapidly, which makes it challenging for biotechnology professions to keep up with recent advancements. Bio-informatics specialists are involved in all aspects of collecting/assembling and analyzing the staggering quantities of information that are being generalized by the human genome project, as well as genome projects for other animals, plants and disease causing micro organism.


Career in Bioinformatics:

Bio-informatics industry needs experts from various domains of expertise like Micro Biology, Molecular Biology, Bio-Physics, Bio-Statistics, Mathematics, Programming and Algorithm, Data base designing and maintenance, Graphic designing, Protein Chemistry, Genomics, Proteomics etc with multi discipline and multiple discipline exposure. Bio-informatics has a vital role in all areas of human well being such as health agriculture, veterinary sciences, fisheries, food processing and environment. Bio-informatics would ensure the journey to new discoveries being quicker and most effective. Since it is an emerging field, there are Enormous Career Opportunities in companies, Government sectors related to

• Drug development
• Chemical & Hybrid plants
• Petroleum derivatives.
• Bio-informatics plays a key role in Agricultural related industries.
• There are Enormous prospects in R and D organizations,
• Software Companies and Government organizations.
• The Application of BIO-INFORMATICS Solution in Various Life Science has Steadily increased in the last few years.
• This field also has scope on database design, gene analysis, proteomics and pharmacogenomics, in various academic institutes and companies
Hence, Bio-informatics is truly the science of the coming century and therefore, dear student, this is the ideal time for you if your interests cover Biology and Computers, to take advantage of this exciting opportunity.


Semester I:

1) Basic Biology & Basic Mathematics
2) Statistical Techniques
3) Biological Chemistry
4) Genetic Information flow & processing
5) Basic concept in computing
6) Introduction to database system
7) Programming in 'C'
8) Biological Database & data analysis

Semester II:

1) Cell Biology, Genetics & Immunology
2) Chemoinformatics& Biodiversity
3) Computer Graphics & Data Security
4) Programming in Object oriented languages
5) Protein Structure prediction & Molecular Modeling
6) Structural Biology
7) Lab Techniques in Modern Biology
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Semester III:

1) Taxonomy & Phylogeny
2) Genome to Drug & Vaccine
3) Comparative Genomic & Proteomics
4) Parasite Bioinformatics
5) Object Oriented & Relational Database
6) Programming in PERL & CORBA
7) Mini Project

Semester IV:

1) Adv. tech. for seq. & stru. analysis & data mining
2) Metabolomes & Metabolic Pathway Engineering
3) Emerging areas in Bioinformatics
4) Project
5) Seminar
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M.Sc. Plant Biotechnology

Duration: 2 years course.
Affiliation: Dr. Babasaheb Ambedkar Marathwada University, Aurangabad.
Eligibility:Life Science Graduate (Biotechnology / Botany / Agriculture / Agri-biotech / Genetics / Microbiology & Horticulture ) with minimum 50% marks (45% for Reserved categories). Admission will be done solely on the merit basis
Plant biotechnology is a fascinating & challenging field of research with a wide scope & immense possibilities of producing improved varieties of plants free from pest & diseases, their mass production within a short time though tissue culture. The growth in agriculture & horticulture during the period of green revolution has led to the improvement in the life styles of the people living in the rural areas. The development in the field of biotech has opened new vistas of improved productivity & would lead to a greater genetic diversity. The area of plant biotechnology is now burgeoning. Various plant cell & tissue culture methods have resulted in the production of useful plants or products. The methods are being used to generate new plant varieties & to produce valuable compounds that would be difficult to obtain by chemical synthesis. The ability to culture plant cells is also central to the use of genetic engineering techniques for introducing new genes into plants species. Today, plant tissue culture technology is being used for accelerated propagation of ornamental, flowering and food plants. The usefulness of tissue culture technology for large scale multiplication for commercial purpose is well understood. Many commercial growers are using this technique


Career in Plant Biotechnology:

Plant Biotechnology provides great potential in the area of plant breeding. Today crop plants have been optimized over thousands of the years by means of traditional breeding methods. As a result, these crops are only remotely similar to their “natural” predecessors. As there is increasing popularity and explosive growth, there are plenty of opportunities available in the field of plant biotechnology. You can be a research scientist, quality control officer or production in charge in seed processing industry. You also have opportunity in marketing, you would manage and devise campaigns aimed at particular customer areas with advertising agencies and maintaining visible presence at agriculture convention and trade shows. Post graduate students in the plant biotechnology can explore job as a plant breeder, research associate, research scientist in reaserch & development department of Seed Industries.


Semester I:

1) Crop Physiology
2) Principle of Crop Science
3) Plant Biochemistry
4) Plant Molecular Biology

Semester II:

1) Principles of Gene Manipulation & Genomics
2) Plant Protection
3) Molecular Plant Breeding
4) Plant Cell Culture

Semester III:

1) Plant Biotechnology
2) Plant Functional Genomics
3) Biostatistics & Biomathematics
4) Bioinformatics

Semester IV:

1) Project & Research Paper Writing
2) Economics
3) Management
4) Plant Biosecurity, Biosafety, IPR & Quarantine
5) Seminar, Review Paper writing & Poster Presentation

M.Sc. Pant Breeding & Molecular Genetics

Duration: 2 years course.
Affiliation: Dr. Babasaheb Ambedkar Marathwada University, Aurangabad.
Eligibility:Life Science Graduate (Biotechnology / Botany / Agriculture / Agri-biotech / Genetics / Microbiology & Horticulture ) with minimum 50% marks (45% for Reserved categories). Admission will be done solely on the merit basis.

Choosing Plant Breeding as a Career :
Since the field is so broad, plant breeding technicians may specialize in various areas such as plant genetics, conservation work, environmental biology, Mycology, taxonomy, etc. Some focus their work on field studies, searching for new species to perform experiments. While others study the ecology of plants, which is interaction of plants with other organism and environment. Plant Breeding technicians who perform conservation work use their botanical knowledge to help managing parks, forests, rangelands, wilderness areas and breed specific plants within an ecosystem. Public health and environmental protection professionals depend on their understanding of Plant Science to help solving pollution problems. The Plant Breeding research has increased and improved our supply of medicines, foods, fibers, building materials and other plant products.



Semester I:

1) Principals of Genetics & Plant Breeding
2) Plant Biochemistry
3) Principals of Cytogenetics
4) Statistics I

Semester II:

1) Cell Biology & Molecular Genetics
2) Plant Physiology
3) Advances in Plant Breeding & Genetics
4) Statistics II

Semester III:

1) Genetics Engineering
2) Applied Plant Breeding
3) Functional Genomics & Proteomics
4) Bioinformatics

Semester IV:

1) Molecular Plant Breeding
2) Biotechnology for Crop Improvement
3) Research Methodology & IPR
4) Project

M.Sc. Artificial Intellengence & Embdded Technology

Duration: 2 years course.
Affiliation: Dr. Babasaheb Ambedkar Marathwada University, Aurangabad.
Eligibility: B.Sc. I.T., B.C.S., B.C.A., B.Sc. with Physics/ Electronics/ Computer Science as one of the optional subjects, BE/ B. Tech. Computers Engg. Students those who have secured minimum 50% marks (45% for reserved category) are eligible.

Artificial Intelligence :
Artificial Intelligence(AI) is the part of computer science concerned with designing intelligent computer systems, that is, computer systems that exhibit the characteristics we associate with intelligence in human behavior such as understanding language, learning, reasoning and solving problems. It is the ability of a computer or other machine to perform those activities that are normally thought to require intelligence. It is the science and engineering of making intelligent machine. A system that makes it possible for a machine to perform functions similar to human intelligence.

Embedded Technology :
An embedded system is a computer system designed to perform specific functions. This generally goes with real-time computing constraints. Embedded systems bring together software, hardware and mechanical parts with either fixed or programmable capabilities. The possible hosts of an embedded system are industrial machines, automobiles, airplanes, trains, medical equipment, video cameras, phones, PDAs, home appliances, vending machines and toys. The role of the design engineers is not only to optimize and reduce the size of the product, but also to enhance its reliability and performance. Embedded systems may be for specialized use, or for mass use in the earlier the production aims to meet the need, and in the later it is usually mass production for the consumer market. Modern day's electronics and electronic gadgets are but embedded systems that make things convenient and comfortable for users in the day to day life. Embedded systems are deployed in controlling traffic lights, factory controllers, or nuclear power plants,etc.

Career’s :
The graduates and post graduates in this field have job opportunities in the fields of product designs, machine development, maintenance, robotics, mobile application development, software designing and various fields related to databases.



Semester I:

1) Fundamentals of Artificial Intelligence
2) Introduction to Embedded Systems
3) Basic and Digital electronics
4) Fuzzy Logic and Neural Network

Semester II:

1) Human Comp. Interface & Knowledge based sys.
2) Digital Signal Processing
3) Introduction to Robotics
4) Pattern Recognition and Image Processing

Semester III:

1) Natural Language Processing
2) Embedded Controllers
3) Logic Programming
4) Parallel Computer Archit. and comp. clusters

Semester IV:

1) VLSI
2) Mechatronics with LIC
3) Seminar
4) Project

M.Sc. Computer Science And Networking:

Duration: 2 years course.
Affiliation: Dr. Babasaheb Ambedkar Marathwada University, Aurangabad.
Eligibility: B.Sc. I.T., B.C.S., B.C.A., B.Sc. with Physics/ Electronics/ Computer Science as one of the optional subjects, BE/ B. Tech. Computers Engg. Students those who have secured minimum 50% marks (45% for reserved category) are eligible.

Computer Science And Networking: :
This program aims at providing sound theoretical as well as good practical exposure to students in relevant areas of computer science and information technology. It is intended to provide a modern industry based education in applied computer science. Networking Concepts provided in the syllabus develops theoretical knowledge and practical skills required for employment in the computer network industry.

Career Opportunities :
Students from this field can go for various careers in the field of Computers like Software Engineering, System Analysts , Training Faculty , Resource and development ,Software Tester , databases, System Manager, Network Administrator etc.



Semester I:

1) Object Oriented Programming using C++
2) Operating Systems
3) Computer Networks
4) Database Management Systems

Semester II:

1) Design and Analysis of computer Algorithm
2) Computer and Network Security
3) Programming in Java
4) Discrete Mathematical Structures

Semester III:

1) Software Engineering and Testing
2) Mobile Computing
3) Artificial Intelligence
4) Internet Computing with ASP.Net

Semester IV:

1) Server Administration
2) Embedded Systems
3) E-Commerce and cyber Security
4)Project

About Post Graduate In Bioscience and Technology