How to Get a Lab Job with No Experience
By Dr. Zubair Khalid, DVM, MS, PhD ·
Quick Answer
- Entry-level laboratory roles such as lab assistant, specimen processor, and phlebotomy technician do not require prior paid lab experience, and employers typically train new hires on specific procedures.
- The most direct path is to pursue a certificate or associate degree in a laboratory science field, then apply for trainee or assistant positions that provide structured on-the-job training.
- A major limitation is that some positions, especially medical laboratory scientist roles, require formal education and certification, so you cannot bypass those requirements through volunteer work alone.
Understanding the Entry-Level Laboratory Job Market
The laboratory workforce spans multiple industries, including clinical diagnostics, pharmaceutical research, environmental testing, food safety, and academic research. Each sector has different entry requirements and training expectations. The U.S. Bureau of Labor Statistics groups these occupations under broader categories that show the education and training pathways for each role. For example, clinical laboratory technologists and technicians typically need an associate degree or a bachelor's degree in a laboratory science field, while some entry-level positions such as specimen processors may only require a high school diploma with on-the-job training.
The key distinction for job seekers is between positions that require formal education and those that provide training after hiring. A specimen processor, for instance, receives training on how to label, sort, and prepare samples for analysis. A medical laboratory technician, by contrast, must complete an accredited program and often pass a certification examination before being hired. Understanding this difference helps you target the right entry point for your current level of education and experience.
The O*NET OnLine database provides detailed task descriptions for each laboratory occupation. Reviewing these task lists helps you see what a typical day involves and which skills employers actually require. For example, the tasks for a medical laboratory technician include performing chemical analyses, operating automated equipment, and documenting results. If you have performed similar tasks in a volunteer or academic setting, you can describe that experience in your application even if you have never held a paid laboratory position.
Entry-Level Laboratory Job Titles and Their Requirements
The table below summarizes common entry-level laboratory positions, their typical education requirements, and the type of training you can expect. Use this information to identify which roles match your current qualifications and which ones require additional education or certification.
| Job Title | Typical Education Requirement | Training and Certification | Work Setting |
|---|---|---|---|
| Specimen Processor | High school diploma or equivalent | On-the-job training, no certification required | Clinical laboratories, hospitals, reference labs |
| Laboratory Assistant | High school diploma or associate degree | On-the-job training, some employers prefer a certificate | Research labs, clinical labs, academic institutions |
| Phlebotomy Technician | Postsecondary certificate program | Certification available through professional organizations | Hospitals, clinics, blood donation centers |
| Medical Laboratory Technician | Associate degree in medical laboratory technology | Certification required by many employers | Clinical laboratories, hospitals, physician offices |
| Research Assistant | Bachelor's degree in a science field | On-the-job training, experience in academic research helpful | Universities, research institutes, government agencies |
The U.S. Bureau of Labor Statistics notes that medical laboratory technicians and technologists work in a variety of settings, including hospitals, diagnostic laboratories, and physician offices. The work involves analyzing body fluids, tissues, and other substances to help diagnose and treat disease. For a person with no paid experience, the most practical entry points are specimen assistant and laboratory assistant roles because they require minimal formal education and provide structured training.
How to Gain Laboratory Experience Without a Paid Job
Volunteer in a Research Laboratory
Volunteering is one of the most direct ways to gain laboratory experience when you have no paid work history. Academic research laboratories at universities and medical centers frequently accept volunteers who are willing to learn basic techniques and assist with routine tasks. The National Institutes of Health Office of Intramural Training and Education offers structured training programs for students and recent graduates who want to explore research careers. These programs provide hands-on experience in a research setting, and they are designed for people who are at the beginning of their careers.
When you volunteer, you should ask the laboratory supervisor what tasks you will be allowed to perform. In many laboratories, volunteers start by preparing buffers, washing glassware, and organizing supplies. As you demonstrate reliability, you may be allowed to perform more complex tasks such as pipetting, running gels, or operating basic equipment. Keep a written record of every task you perform, because you will use this record to describe your experience in job applications.
Complete a Phlebotomy Training Program
Phlebotomy training is a practical way to gain a marketable skill that is directly relevant to clinical laboratory work. A phlebotomy technician draws blood from patients for testing, and this skill is in demand in hospitals, clinics, and blood donation centers. The training program typically takes several months and includes both classroom instruction and supervised practice. After completing the program, you can take a certification examination offered by a professional organization.
The U.S. Bureau of Labor Statistics lists phlebotomists as a separate occupation with a typical entry-level education of a postsecondary nondegree award. This means you can complete the training and begin working without a prior degree. The work experience you gain as a phlebotomist is directly relevant to a laboratory career because you will learn how to handle specimens, label tubes, and interact with patients. These skills transfer to other laboratory roles.
Take a Certificate Program in Laboratory Science
Certificate programs in laboratory science are designed for people who want to enter the field quickly. These programs cover the basics of laboratory safety, specimen handling, and equipment use. Some programs are offered by community colleges and can be completed in one year or less. A certificate does not replace a degree, but it does show employers that you have completed formal training in the field.
The American Society for Microbiology provides career resources for people interested in microbiology and related fields. These resources include information about education pathways, professional roles, and networking opportunities. If you are interested in a microbiology laboratory, the society's career resources can help you identify the types of training and experience that employers expect.
Use Academic Coursework as Experience
If you are a recent graduate, your academic coursework can serve as evidence of laboratory experience. Many science degree programs include laboratory courses where you learn to use a microscope, prepare slides, and perform basic tests. You can describe these experiences in your application materials, and you should be specific about the techniques you learned.
For example, if you completed a course in microbiology, you can describe how you prepared culture media, isolated colonies, and performed a Gram stain. If you completed a course in chemistry, you can describe how you used a balance, a pipette, and a spectrophotometer. These descriptions show employers that you have basic laboratory skills even if you have not held a paid position.
Certifications and Education Pathways
Medical Laboratory Technician Certification
The medical laboratory technician role requires an associate degree from an accredited program. After completing the degree, you can take a certification examination offered by a professional organization. The certification demonstrates that you have met a national standard of knowledge and skill, and many employers require it for hiring.
The U.S. Bureau of Labor Statistics notes that medical laboratory technicians typically need an associate degree, and some states require licensure. If you are considering this career path, you should check the requirements in your state before you enroll in a program. The program should be accredited by a recognized agency, because accreditation is often a prerequisite for certification.
Laboratory Safety Certifications
Laboratory safety training is a requirement for working in any laboratory, and it is a skill that you can gain before you are hired. Many employers provide safety training after hiring, but you can also complete a safety course on your own. The course covers topics such as chemical handling, waste disposal, and personal protective equipment. Having a safety certificate on your resume shows that you understand the basic rules of working in a laboratory.
The Value of a Bachelor's Degree
A bachelor's degree in a science field opens more entry-level opportunities than a certificate or an associate degree. The U.S. Bureau of Labor Statistics reports that medical laboratory technologists typically need a bachelor's degree, and this role involves more complex testing and analysis than the technician role. If you have a bachelor's degree in biology, chemistry, or a related field, you can apply for technologist positions and research assistant positions.
The National Science Foundation describes the work of its scientific and technical staff, which includes roles that support research and development. These roles often require a bachelor's degree in a relevant field, and they provide a pathway to a career in a research organization. If you are interested in a research laboratory, a bachelor's degree is the most direct route.
How to Apply for Laboratory Jobs With No Experience
Write a Skills-Focused Resume
When you have no paid laboratory experience, your resume should focus on your skills and your education. List the laboratory techniques you learned in your coursework, your volunteer work, and your training. Use the task descriptions from O*NET to identify the skills that employers are looking for, and describe your experience in those terms.
For example, if you are applying for a laboratory assistant position, you can describe your ability to prepare specimens, operate basic equipment, and maintain a clean work area. If you are applying for a phlebotomy position, you can describe your training in blood collection and your experience with patient interaction. The goal is to show the employer that you can perform the tasks of the job, even if you have not done them in a paid setting.
Use Your Network
Professional organizations and career services can help you connect with employers. The American Society for Microbiology provides career resources for its members, including job boards and networking events. The NIH Office of Intramural Training and Education offers career development resources for people who are interested in research careers. These organizations can help you find opportunities that are not advertised publicly.
Apply for Trainee Positions
Some employers offer trainee positions that are designed for people with no experience. These positions provide structured training and supervision, and they are a direct entry point into the field. The U.S. Bureau of Labor Statistics describes the training for laboratory occupations, and it notes that some positions provide on-the-job training. When you apply for a trainee position, you should emphasize your willingness to learn and your ability to follow instructions.
Common Failure Patterns and How to Avoid Them
Applying for Positions That Require a Degree You Do Not Have
One of the most common mistakes is applying for positions that require a degree or certification that you do not have. This wastes your time and the employer's time. Before you apply, read the job posting carefully and check the education requirements. If the position requires an associate degree, you should not apply unless you have one. Instead, focus on positions that match your current level of education.
Not Describing Your Skills in Specific Terms
Employers want to know what you can do, and they cannot infer your skills from a general statement. If you say that you have "laboratory experience," the employer does not know what you actually did. Instead, describe the specific tasks you performed, such as "prepared culture media" or "operated a centrifuge." This level of detail shows the employer that you have real skills.
Ignoring the Importance of Safety Training
Laboratory safety is a critical skill, and employers expect you to understand the basic rules. If you have not completed a safety course, you should do so before you apply. The employer will provide safety training after hiring, but showing that you have already completed a course demonstrates that you are serious about the work.
Not Following Up After an Application
Employers receive many applications, and a follow-up can help you stand out. After you submit an application, you can send a brief email to the hiring manager to express your interest and to ask about the status of your application. This is a professional practice, and it shows that you are genuinely interested in the position.
Records and Measurements for Your Job Search
Keep a Laboratory Skills Log
A skills log is a record of every laboratory technique you have learned and every task you have performed. This log should include the date, the technique, and the setting where you performed it. For example, you might record "January 2025, performed a Gram stain in a microbiology course" or "March 2025, prepared culture media as a volunteer in a research laboratory." This log is the basis for your resume and your interview answers.
Track Your Applications
You should track every job application you submit, including the date, the position, the employer, and the outcome. This record helps you see which types of positions are getting responses and which ones are not. If you are not getting responses, you can adjust your resume or your target positions.
Measure Your Progress
Set a goal for the number of applications you will submit each week, and track your progress. A realistic goal is five to ten applications per week. If you are not getting interviews after a month, you should review your resume and your application strategy. You may need to add a certification or to gain more volunteer experience.
Professional Escalation Criteria
If you have been applying for laboratory positions for several months without any responses, you should escalate your approach. The first step is to review your resume and your application materials to make sure they are accurate and targeted. The second step is to seek feedback from a career counselor or a professional in the field. The third step is to consider additional training or education, such as a phlebotomy certificate or an associate degree.
If you are interested in a career as a medical laboratory scientist, you should be aware that this role requires a bachelor's degree and certification. The U.S. Bureau of Labor Statistics describes the education and training for this occupation, and it notes that the role involves more complex testing than the technician role. If you are not willing to complete the required education, you should focus on technician or assistant positions instead.
Safety and Regulatory Context
Laboratory work involves hazards, and you must understand the safety rules before you enter a laboratory. The Occupational Safety and Health Administration (OSHA) sets standards for laboratory safety, and employers are required to provide safety training. You should learn the basic rules of chemical handling, waste disposal, and personal protective equipment before you apply for a job.
The U.S. Bureau of Labor Statistics notes that laboratory workers may be exposed to infectious materials, chemicals, and other hazards. Employers are required to provide safety training and protective equipment, but you are also responsible for following the safety rules. If you have a question about a safety procedure, you should ask your supervisor before you proceed.
A Practical Decision Framework for Choosing Your First Laboratory Entry Point
When you have no paid laboratory experience, the range of possible entry points can feel overwhelming. A practical decision framework helps you narrow your options based on three factors you can assess honestly: your current education level, your available time for training, and your tolerance for patient contact. This framework is not a ranking of better or worse paths. It is a method for matching your circumstances to the role that gives you the highest probability of being hired.
Step 1: Assess Your Education Baseline
Start by writing down your highest completed education level. The U.S. Bureau of Labor Statistics groups laboratory occupations by typical entry-level education, and this grouping is the first filter for your decision. If you have a high school diploma or equivalent, your realistic entry points are specimen processor, laboratory assistant, and phlebotomy technician. If you have an associate degree in a science field, you can add medical laboratory technician to your list. If you have a bachelor's degree in biology, chemistry, or a related field, you can also target research assistant and medical laboratory technologist positions.
The O*NET OnLine database provides task lists for each of these occupations. Review the tasks for the roles that match your education level. For example, the tasks for a specimen processor include receiving and sorting specimens, entering data into a computer system, and preparing specimens for analysis. If these tasks match your current skills, you have identified a viable entry point. If the tasks require techniques you have never performed, you need to decide whether you can learn them through training or whether you should pursue a different role.
Step 2: Evaluate Your Time Budget for Training
The second factor is how much time you can commit to training before you start earning. Phlebotomy training typically takes several months and includes both classroom instruction and supervised practice. A certificate program in laboratory science can take one year or less. An associate degree takes about two years. A bachelor's degree takes about four years.
Your time budget is a practical constraint, not a measure of ambition. If you need to start earning income quickly, a specimen processor or laboratory assistant position that provides on-the-job training is the most direct path. If you can afford to spend several months in a training program, phlebotomy gives you a portable skill that is in demand across multiple settings. If you can commit to two years, an associate degree in medical laboratory technology leads to a role with more responsibility and higher earning potential.
The National Institutes of Health Office of Intramural Training and Education offers structured training programs for people at the beginning of their research careers. These programs are designed for students and recent graduates, and they provide a way to gain laboratory experience while you are still completing your education. If you are currently enrolled in a degree program, this is a practical option to consider.
Step 3: Assess Your Comfort With Patient Contact
The third factor is the amount of patient interaction you want in your daily work. Phlebotomy technicians work directly with patients, drawing blood and managing their concerns during the procedure. Specimen processors and laboratory assistants typically work in the laboratory with minimal patient contact. Medical laboratory technicians and technologists work primarily with samples and equipment, not with patients.
This distinction matters because it affects your daily work context and your stress level. The O*NET OnLine database includes work context information for each occupation, including the frequency of contact with others. If you prefer to work with samples and data, a role with minimal patient contact is a better fit. If you enjoy interacting with people and want to build a skill that is directly relevant to clinical work, phlebotomy is the stronger choice.
A Comparison Table for Your Decision
The table below summarizes the three decision factors for the main entry-level roles. Use it to compare your situation against the requirements of each role.
| Role | Education Needed | Training Time | Patient Contact | Best Fit For |
|---|---|---|---|---|
| Specimen Processor | High school diploma | On-the-job training | Minimal | Immediate entry, no training time |
| Laboratory Assistant | High school or associate degree | On-the-job training | Minimal | Immediate entry with some coursework |
| Phlebotomy Technician | Postsecondary certificate | Several months | High | People who want a portable clinical skill |
| Medical Laboratory Technician | Associate degree | Two years | Low | People who can commit to a degree |
| Research Assistant | Bachelor's degree | On-the-job training | Low | Recent graduates with a science degree |
How to Apply the Framework
Write down your answers to the three questions before you start applying. For example, if you have a high school diploma, you need income within one month, and you prefer minimal patient contact, your decision is clear: apply for specimen processor and laboratory assistant positions. If you have a high school diploma, you can wait six months for training, and you are comfortable with patients, phlebotomy is your best path.
The framework also helps you avoid the common failure pattern of applying for positions that do not match your current situation. If you have a high school diploma and you apply for a medical laboratory technician position that requires an associate degree, you are wasting your time and the employer's time. The framework prevents this by forcing you to match your education, time budget, and patient preference to the role before you apply.
When to Revise Your Decision
Your decision is not permanent. You can revise it as your circumstances change. If you start as a specimen processor and you find that you enjoy the work, you can enroll in an associate degree program to become a medical laboratory technician. If you complete a phlebotomy certificate and find that you prefer working with samples, you can move into a specimen processing role. The framework is a starting point, not a final verdict.
The U.S. Bureau of Labor Statistics notes that laboratory occupations offer opportunities for advancement with additional education and training. The framework helps you identify your current entry point and the next step you can take after you gain experience. This is a practical way to build a laboratory career over time, even if you start with no paid experience at all.
Frequently Asked Questions
What is the easiest laboratory job to get with no experience?
The easiest entry point is a specimen assistant or laboratory assistant position, which typically requires only a high school diploma and provides on-the-job training. These roles involve sorting, labeling, and preparing specimens for testing, and they do not require prior laboratory experience.
Do I need a certification to work in a laboratory?
It depends on the position. A specimen assistant does not require certification, but a medical laboratory technician typically requires an associate degree and a certification. A phlebotomy technician requires a certificate from a training program. You should check the requirements for the specific position you are applying for.
Can I volunteer in a laboratory to gain experience?
Yes, many academic and research laboratories accept volunteers. The NIH provides training and education programs for people who are interested in research careers, and these programs can provide hands-on laboratory experience. You should contact a laboratory supervisor to ask about volunteer opportunities.
How long does it take to become a medical laboratory technician?
A medical laboratory technician typically needs an associate degree, which takes about two years to complete. After completing the degree, you must pass a certification exam. The total time from starting the program to being certified is about two to three years.
What is the difference between a laboratory technician and a laboratory technologist?
A laboratory technician typically has an associate degree and performs routine tests under the supervision of a technologist. A laboratory technologist typically has a bachelor's degree and performs more complex testing and analysis. The U.S. Bureau of Labor Statistics describes the education and training for both occupations.
Can I work in a laboratory while I am completing my degree?
Yes, many laboratories hire students for part-time positions such as laboratory assistants or specimen processors. These positions provide practical experience and can help you build a network of professional contacts. You can also volunteer in a laboratory while you are completing your degree.
What skills do employers look for in an entry-level laboratory worker?
Employers look for basic laboratory skills such as pipetting, measuring, and following written procedures. They also look for attention to detail, the ability to follow safety rules, and the ability to work as part of a team. You can describe these skills in your resume and your interview.
How do I find laboratory jobs in my area?
You can search for laboratory jobs on job boards, on the websites of hospitals and research institutions, and through professional organizations. The American Society for Microbiology provides career resources for its members, and the NIH provides information about research careers. You can also contact a local laboratory directly to ask about open positions.
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References and Further Reading
- Occupational Outlook Handbook. U.S. Bureau of Labor Statistics.
- O*NET OnLine. U.S. Department of Labor.
- Office of Intramural Training and Education. National Institutes of Health.
- Careers at NSF. U.S. National Science Foundation.
- Career Services. American Society for Microbiology.
- AAVMC Career Resources. Association of American Veterinary Medical Colleges.
- NCBI Literature Resources. National Center for Biotechnology Information.
- PubMed. National Library of Medicine.
This article is educational and does not replace institutional policy, professional advice, or applicable safety and regulatory requirements.