|
DOEACC Courses in Bio-informatics
|
| |
|
|
|
Introduction:
Bioinformatics is the convergence of Information Technology & Life Sciences. Bioinformatics is a fast growing discipline & has emerged as a cutting edge technology of the knowledge revolution. Quality Human Resource Development in this area is therefore a challenging task.
Manpower Demand projections in Bio-Informatics: According to CII-MCIT Bio-Informatics HRD in India Report – 2005 “It is estimated that the demand of Bio-Informaticians will out strip supply by 1354 in 2010-11, 5108 professionals in 2011-12 & 10,998 in 2012-13, if the Indian Bio-Informatics industries continues to grow at a CAGR of 42% as predicted by the experts. Further, it is estimated that nearly 670 teachers would be required in the formal education sector in 2008-09. Assuming a very realistic target for all institutes by 2012-13, requirements for faculty would rise to 2723. The demand for Indian Bio-Informatics professionals from the rest of the world is expected to rise from 348 (in 2003-04) to a total of 8169 by 2012-13.”
According to Biospectrum, the Indian Biotech Sector is growing with a total revenue up by 37.4 % in 2005-06 and it is estimated that the Indian Biotech Sector will achieve $ 5 billion mark in revenue by 2010 with the growth driven by Bio-Pharmaceuticals, Bio-Services and Bioinformatics. Biotech work in India is leading towards discovery led Drug development becoming a reality. Therefore, a special stress is required on creation of quality massive human capital in Biotech Sector and greater Public Private Partnership support to ensure India’s entry in the elite Biotech Club.
To meet the growing demand for trained Bio-informatics professionals in India, DOEACC Society. (www.doeacc.edu.in) has already developed courses in Bio-informatics DOEACC has developed the complete range of training programmes in the area of Bioinformatics.
| ‘O’ Level |
- |
Diploma in Bioinformatics |
| ‘A’ Level |
- |
Post Graduate Diploma in Bioinformatics |
| ‘B’ Level |
- |
M.Sc. (Tech) equivalent |
| ‘C’ Level |
- |
M.Tech Level |
Benefits: The
prospective employers of these courses may be in Drugs, Pharmaceuticals,
Bio-fertilizers, Agriculture & Energy Sector, Environmental
Engineering industries, Research & educational organizations.
The Bio-informatics 'O' level (Diploma) professionals can look forward
to become Assistant Programmers, Technical Assistants and Information
Assistants. The Bio-informatics 'A' Level (Advance Diploma) professionals
can look forward to become Programmers, Training faculty and Research
Assistants.
Status: The present status of the number
of students admitted at various DOEACC Centres & branches for
'O' & 'A' levels are as under::- |
| |
| |
| Eligibility Criteria: |
| Any person with good IQ and logical
ability is considered suitable for these courses. No minimum qualification
is, therefore, prescribed for most of the courses. Masters Graduates,
Ten-Plus-Twos, and even Matriculates are accepted. As graduation is
generally the minimum qualification prescribed for the posts of computer
professionals in private sector, it is recommended that the participants
planning to join this profession should have a good bachelor's degree
in any subject. Knowledge of mathematics is helpful in learning some
language Courses and in courses in Computer Aided Design. As the graduates
with Mathematics, Statistics, Science, Operation Research, Commerce
and Economics are generally found to be more logical in their approach,
they are preferred as computer professionals in some of the organisations.
In public sector organisations, graduates are accepted at lower levels
and masters' degree or an engineering degree is insisted for higher
posts in the profession. |
| |
| Course Structure of 'BI-O' Level |
| |
|
| S.No. |
Topic |
| BI-M1-R0 |
Foundation Course in Modern Biology |
| BI-M2-R0 |
Basic Bioinformatics |
| BI-M3-R0 |
IT Tools and Applications |
| BI-M4-R0 |
Student has to opt one out of the following
two: |
| Elective |
| BI-M4.1-R0 |
Programming & Problem Solving through
'C' |
| BI-M4.2-R0 |
Programming through Visual Basic |
| BI-M-PR |
Practical |
| BI-PJ |
Project (On Bioinformatics) |
| |
|
| Course Structure of 'BI-A' Level |
| |
|
| S.No. |
Topic |
| Semester I |
| BI-A1-R0 |
Foundation Course in Modern Biology |
| BI-A2-R0 |
Basic Bioinformatics |
| BI-A3-R0 |
IT Tools and Applications |
| BI-A4-R0 |
Programming & Problem Solving through
'C' |
| BI-A5-R0 |
Basic Mathematics, Probability and Statistics |
| |
|
| Semester II |
| BI-A6-R0 |
Introduction to Database and Web enabling
technologies |
| BI-A7-R0 |
Programming in PERL and applications to
Bioinformatics |
| BI-A8-R0 |
Introduction to Object Oriented Programming
through JAVA |
| BI-A9-R0 |
Elements of protein Sequence, structure
and modelling |
| BI-A10-R0 |
Basics of Genomics and Proteomics |
| PR-1 |
Practical I (Common to O level Bioinformatics) |
| PR-2 |
Practical II |
| BI-PJ |
Project (On Bioinformatics) |
| 3.3 |
Exemptions: Students
who have qualified BI-O-R0 would get exemption in the following subjects
:-
BI-A1-R0
BI-A2-R0
BI-A3-R0 |
| BI-A4-R0 |
if the candidate has qualified equivalent
paper at BI-O level (Programming & Problem Solving through 'C'
) |
| |
|
| Course Structure of 'BI-B' Level equivalent to Msc(Tech.) |
| |
|
Semester-I & Semester-II – Same as A - level |
| Semester -III |
| S.No. |
Topic |
B3.1 |
Discrete Mathematics |
B3.2 |
Probability, Information Theory |
B3.3 |
Statistical methods in Bioinformatics |
B3.4 |
Computational Methods in sequence analysis |
B3.4 |
Computer Organisation and distributed Computing
|
| |
|
|
B4.1 |
Statistical methords in Bioinformatics |
| B4.2 |
Biomolecular structure & dynamics
|
| B4.3 |
Data structure and algorithms
|
| B4.4 |
Computational Genomics |
| |
|
Semester-V |
| B5.1 |
Optimization ,machine learning ,computational intelligence |
| B5.2 |
Object technology for bioinformatics
|
| B5.3 |
Computer Aided Molecular Modeling and Drug Discovery |
| B5.4 |
Computational Proteomics and Gene Expression Studies |
| |
|
Semester-VI |
| |
|
| |
Note: Theory + 60 hours and Practical + 60 hours
|