Showing posts with label Research colleges. Show all posts
Showing posts with label Research colleges. Show all posts

Monday, February 15, 2010

Research Biotechnology Genetics Job Overview

The work is generally carried out in the laboratories, as it is a scientific research oriented field.

The Job

General job content for Research / Biotechnology / Genetics involves -
  • Clone and express a gene of interest
  • Carry out genetic manipulation of cells using recombinant DNA technology
  • Conduct immunological diagnostic procedures
  • Aid in forensic investigation by DNA finger printing analysis and other molecular biological techniques
  • Identify specific antibody producing hybrid cell lines and use them for production of therapeutic agents
  • Produce vaccines
  • Synthesize commercial products like antibodies and other biomolecules by recombinant microorganisms
  • Produce biofertilizers
  • Isolate and identify microorganism useful in biodegradation and produce in large scale
  • Access and use molecular biology data bases using internet.
Working in biotechnology involves research, manufacturing, quality control and marketing. Labs and companies employ people from diverse backgrounds.

Scientists work in research and development, as well as in quality control.

Research Scientists are responsible for identifying patentable inventions and, directing and conducting their individual experiments. They
  • Investigate, create, and develop new methods and technologies for project advancement
  • Make detailed observations, analyzes data, and interprets results
  • Prepare technical reports, summaries, protocols, and quantitative analyses
  • Maintain familiarity with current scientific literature,
  • Participate in scientific conferences and contribute to scientific journals
Scientists in Quality Control are responsible for developing, implementing and maintaining a) quality standards b) environmental and health standards during the manufacturing process.

They :
  • Conduct routine and non-routine analysis of raw materials
  • Compile and review data for test procedures and reports abnormalities
  • Inspect plant areas to ensure compliance with safety and environment regulations
  • Evaluate new equipment and raw materials for safety
  • Monitor employee exposure to chemicals and other toxic substances
  • Engineers maintain, design and optimize a) processes for manufacturing drugs b) equipment used in labs during the research process and in plants during the manufacturing process.

A Manufacturing Engineer is responsible for :
  • Developing, implementing, and maintaining methods, operation sequences, and processes during manufacturing
  • Estimating manufacturing costs, determining time standards
  • Making recommendations for process requirements of new or existing product lines
  • Problem solving with regard to equipment and systems in the manufacturing process
  • Design and start-up of new manufacturing facilities and equipment
  • Engineers working in process development are responsible for
  • Design and implementation of production procedures to optimize manufacturing processes
  • Developing new processes and technologies with higher yield and lower costs
  • New product scale-up and technology transfer
  • Establishing future process and equipment automation technology
Physicians design clinical trials to evaluate the safety and efficacy of new drugs. They are responsible for:
  • Designing, implementation and overall direction of clinical research projects
  • Coordinating activities of associates to ensure compliance with protocol and overall clinical objectives.
  • Travel to field sites to supervise and coordinate clinical studies.
  • Evaluating and analyzing clinical data
  • Presenting findings of clinical trials and recommending research and policy initiatives on drugs under trial

Computer programmers and IT specialists build systems to model molecular structures. This area is referred to as BioInformatics. Computer programmers and IT analysts
  • Design and develop computer programs for the solution of scientific or engineering problems and for the support of research and development efforts.
  • Devise logical procedures, prepare flow charts, perform coding, test and debug programs.
  • Analyze existing systems and formulate logic for new systems
  • Provide inputs for the documentation of new or existing programs
  • Determine system specification, input/output processes, and working parameters for hardware/software compatibility
MBAs and business graduates are responsible for the running and growth of the company or lab’s business and profits.

Salespeople convince doctors and other medical professionals, managed care organizations, and government agencies to give their companies products preferential status.

Finance Professionals track the movement of the vast sums of money that are borrowed, made, and spent both within a company and around the industry.

Marketing and Business Development professionals create and execute marketing plans for established and fledgling drugs and compete for the rights to ideas and technologies that might give their firms an edge in the race for the industry’s most sought after goal: an FDA-approvable, marketable compound that gives patients relief without unpleasant side effects.

Research / Biotechnology / Genetics - Job Prospects & Salary

Research / Biotechnology / Genetics - Personality Traits

Biotechnology Scientists are
Keenly interested in the study of life forms and biological processes
Investigative and questioning by nature
Able to work by themselves for long hours on a specific project
Interested in reading, research and academic discussion

Research / Biotechnology / Genetics - Job Prospects
As scientists, engineers, physicians and computer programmers, one could be working either with research laboratories or with pharmaceutical companies in the area of biotechnology. MBAs and salespeople would find employment with the latter alone. Kind of jobs include -

Work in research and development laboratories of government and private sector involved in biotechnology.
Work in forensic science laboratories which employ molecular biological techniques such as DNA finger printing for diagnostic purpose
Work as part of clinical research programmes in hospital department and research foundations.
Work in research division within government agencies in areas of agriculture, animal health and biomolecular engineering.
Can propagate plants by tissue culture technique
Can be employed in food, beverage and pharmaceutical industries as quality control officers
Can carry out independent research on minor projects
Can be employed as biotechnology based computer personnel
Can independently set up mushroom cultivation laboratory

Both government and private sectors have realized the immense scope and power of biotechnology. A lot of work and research is being done in this area. Along with government aided organization, there are numerous biotech based private sectors which are rapidly getting established in India and specifically around Bangalore. So, it is evident that demand for skilled personnel is ever increasing.
Most laboratories and research institutes in India are government owned and career paths are in accordance with seniority and promotion norms in the government. Pharmaceutical and biotech companies with large research departments have more fast-track career paths for scientists depending on performance. A scientist would join as research assistant, move on to becoming research associate in a couple of years and then to Scientist. The role of Chief Scientific Officer in a lab or biotechnology company is a position of considerable responsibility, respect and decision making power.

The major institutes in India offering research facilities to scientists are:
Council for Scientific and Industrial Research, New Delhi
National Environmental Engineering Research Institute, Nagpur
Centre for Cellular and Molecular Biology, Hyderabad
National Institute of Immunology, New Delhi
Indian Agricultural Research Institute, New Delhi
Department of Biotechnology
Defense Research and Development Organisation
Department of Science and Technology
National Facility for Tissues and Cell Culture, Pune
Indian Council for Medical Research, New Delhi
Indian Institute of Science, Bangalore.

Some leading laboratories and companies to work with in India and abroad are Affymetrix Inc., California Institute of Technology, Centre for Entrepreneurship Research, Dkit Confidential, DirectMax Studio, Dr. Reddy's Laboratories, Johnson Controls, NYC Teaching Fellows, Pfizer, St. Johns River Water Management, University of Illinois at Chicago, Wyle Laboratories and Ranbaxy Laboratories.


Research / Biotechnology / Genetics - Salary

Researchers in laboratories are mostly paid in accordance with government scales as per the Fifth Pay Commission in India and similar scales abroad.
Starting salaries could range from Rs 7,000 – Rs 15,000 per month depending upon academic qualification, institute or university from which the degree is attained, level of work experience and company policy.
Since the sector is fast-growing and poised for a boom of the kind seen in the software industry at the turn of the millennium, salary structures and career paths in the private sector are increasingly competitive and unpredictable.
Peak salaries in Indian Government-owned labs would be a cost to company of around Rs 1 lac per month including housing and other benefits.
A Chief Scientist in a private sector laboratory or biotech company would earn an internationally competitive salary at par with Chief Financial Officers and Chief Technology Officers in the corporate sector in the range of Rs 50 lacs to Rs 1 crore per annum.

Salaries of physicians, IT specialists and MBAs follow corporate trends in that sector.

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