Biotech Careers

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Exploring LI Corporations

 

Careers in Biotechnology

 

(The following data has been created by the Access Excellence - About Biotech site created by Genentech.)

There are tremendous career opportunities in biotechnology-related fields available now and in the near future. The industry is growing rapidly, on a global scale, and analysts are predicting that it will have a profound impact on health care, agriculture, energy, and environmental management.

BIO Career Guide Introduction

BIO. "Biotechnology: The Choice for Your Future. A Resource Guide." Washington, D.C.: Biotechnology Industry Organization.

The following resource guide is part of a program designed by the Biotechnology Industry Organization (BlO) to introduce biotechnology to young people and to demonstrate the benefits of bringing this new technology to the world. The resource guide describes positions available in a typical biotechnology company.

Introduction

Biotechnology uses living cells and materials produced by cells to create pharmaceutical, diagnostic, agricultural, environmental, and other products to benefit society. The science of biotechnology is also used to alter genetic information in animals and plants to improve them in some way that benefits people. Because biotechnology essentially uses the basic ingredients of life to make new products, it is both a cutting-edge technology and an applied science. Analysts have predicted that biotechnology will be one of the most important applied sciences of the 21st century.

The U.S. Biotechnology Industry

The United States is currently the world leader in the research, development, and commercialization of biotechnology products. These advances have brought to market life-saving health care products and microbial pesticides, and will soon offer healthier foods, disease- and insect-resistant crops, additional energy resources, environmental clean-up techniques, and more.

The number of biotechnology companies was approximately 1,300 at the beginning of 1993. This figure represents an 11 percent increase over the previous year.

Nearly 80,000 people were employed in the U.S. biotechnology industry in 1992, which had more than $8.1 billion in revenues. This employment figure represents a 13 percent increase over the previous year.

Compensation in biotechnology companies is competitive and includes incentives, such as stock option plans, 401K plans, company-wide stock purchase plans, and cash bonus plans.

The following is a list of typical, entry-level biotechnology positions, followed by job descriptions. Many of the entry-level biotechnology jobs described herein are the first of several tiers within the same general areas of responsibility.

Research & Development:

bulletGlasswasher
bulletLaboratory Assistant
bulletResearch Associate
bulletResearch Assistant
bulletPostdoctoral Fellow
bulletMedia Prep Technician
bulletGreenhouse Assistant
bulletPlant Breeder

Quality Control:

bulletQuality Control Analyst
bulletQuality Control Engineer
bulletEnvironmental Health and Safety Specialist
bulletQuality Assurance Auditor
bulletValidation Engineer
bulletValidation Technician

Clinical Research:

bulletClinical Research Administrator
bulletClinical Coordinator
bulletClinical Programmer
bulletBiostatistician
bulletClinical Data Specialist
bulletDrug Experience Coordinator
bulletClinical Research Associate
bulletAnimal Handler
bulletAnimal Technician
bulletTechnical Writer

Manufacturing & Production:

bulletProduct Development Engineer
bulletProduction Planner Scheduler
bulletManufacturing Technician
bulletPackaging Operator
bulletManufacturing Research Associate
bulletInstrument Calibration Technician
bulletBiochemical Development Engineer
bulletProcess Development Associate
bulletAssay Analyst
bulletManufacturing Engineer

Regulatory Affairs:

bulletRegulatory Affairs Specialist
bulletDocumentation Coordinator
bulletDocumentation Specialist

Information Systems:

bulletLibrary Assistant
bulletScientific Programmer Analyst
bulletMarketing and Sales
bulletMarket Research Analyst
bulletSystems Analyst
bulletSales Representative
bulletCustomer Service Representative
bulletTechnical Services Representative

Administration:

bulletTechnical Recruiter
bulletHuman Resources Representative
bulletBuyer
bulletPatent Administrator
bulletPatent Agent

The above job titles can best be described at the following sites:

bulletJob Descriptions Part 1 - Research & Development, Quality Control, Clinical Research

bulletJob Descriptions Part 2 - Manufacturing & Production, Regulatory Affairs, Information Systems, Administration

 

Career Profiles

The following is an attempt to make information about biotech careers more vivid and personal. Below, are interviews with people from a wide range of positions in biotech. In addition to transcripts of their interviews, audio and video clips are included to convey a better sense of who each individual is and how they feel about their career path. The audio and video are purely supplemental, however. All the interviews are transcribed into each profile. Click on a picture or name, to follow a single individual through their interview or click on a group to compare answers from several individuals.

Group I

  Mark Jeffries
Information
Resources

  Rachel Meier
Human
Resources

  Irene Figari
Regulatory

  Kevin Ling
Multimedia

  Paul Stanley
Facilities
Management

Group II
Lorena Barron
Pharmaceutical
Formulation
Courtney Sailes
Bio-organic
Chemistry
Mauri Okamoto-Kearny
Product
Development
John Zummo
Environmental
Health and Safety
Ken Attie, M.D.
Clinical
Scientist

The Biotechnology Career Guide

The Biotechnology Career Guide

bulletIntroduction

bulletJob Descriptions Part 1 - Research & Development, Quality Control, Clinical Research

bulletJob Descriptions Part 2 - Manufacturing & Production, Regulatory Affairs, Information Systems, Administration

bulletOn Becoming a Scientist - teacher resources & student activities

bulletSelected Resources for Careers in Biotechnology

bulletInterviews with people from a wide range of positions in biotech.

In Their Own Words:

bulletAn Interview with Roger N. Beachy, Ph.D. - Plant Biologist, Scripps Research Institute

bulletAn Interview with Dr. Barry Bloom - Medical Researcher/Immunologist, Howard Hughes Medical Institute

bulletAn Interview with David Golde - Head, Division of Hematologic Oncology, Memorial Sloan-Kettering Cancer Center, New York City.

bulletAn Interview with Stephen Hall - science writer based in New York and author of Invisible Frontiers, a book describing the origins of biotechnology

bulletAn Interview with Neil Holtzman, M.D., M.P.H. - author of Proceed With Caution, Baltimore: Johns Hopkins University Press

bulletAn Interview with Eric Lander, D. Phil. - Member, Whitehead Institute for Biomedical Research; and Associate Professor of Biology & Director, Center for Genome Research, Massachusetts Institute of Technology, Cambridge, Massachusetts.

bulletAn Interview with Leon Lederman - Nobel laureate in physics and leading advocate for reform of science education

bulletAn Interview with Dr. Maxine Singer - President of the Carnegie Institution in Washington and active researcher at the National Institutes of Health

bulletAn Interview with James Watson, Ph.D. - co-discoverer of the structure of DNA with Francis Crick.

On Becoming a Scientist

Life of a Scientist Projects

  1. Depicting the Life of a Scientist

  2. Making Discoveries

  3. Sharing Information

  4. Identifying Solutions

  5. Perceiving Stereotypes

  6. Changing Opportunities

  7. Applying Science

Science Career Projects

  1. Investigating Careers

  2. Investigating Jobs

  3. Identifying Opportunities

  4. Choosing a Field

  5. Interviewing Scientist

  6. Understanding the Team

  7. Working Outside the Lab

Thinking Like a Scientist Activities

  1. Why Ask Why?

  2. Under Observation

  3. Order from Disorder

  4. Seeking Solutions

  5. Just the Facts

  6. Let's Get Together

Thinking Like a Scientist Handouts

1:   Human Chromosomes
2:   Seeking Solutions Scenarios
3A:   DNA and Restriction Enzyme Scenario
3B:   Plasmid and Bacteria Scenario
4A:   DNA and Enzyme Patterns
4B:   Plasmid and Enzyme Patterns

 

INDUSTRY OUTLOOK:  BIOTECHNOLOGY AND PHARMACEUTICALS