Profession · Full profile

Chemist

Chemists study substances, run lab experiments, and test materials to develop products.

Average salary

$91,240

Salary range

$58,460 – $160,830

Training time

4 years full time

Job market

Faster than average

8/10

Work-life balance

Good

7/10

Chemists investigate the properties and interactions of chemical substances through structured laboratory experiments. They analyze samples with instruments such as chromatographs and spectrometers, evaluate raw materials, and verify finished goods against quality standards. Their daily responsibilities also include drafting lab reports, documenting standard operating procedures, and enforcing chemical safety protocols. While lab work requires physical presence, tasks like data analysis and report writing provide some remote flexibility across manufacturing, pharmaceutical, testing, and research facilities.

A workday

A day in the life

What does a workday really look like?

A typical day focused on running bench experiments, operating instruments, and recording findings.

8:30 AM
Safety check and bench setup
Inspect chemical hoods, put on protective equipment, and prepare the bench for the day.
9:00 AM
Sample preparation
Measure chemical substances and prepare test solutions according to standard operating procedures.
10:30 AM
Instrumental analysis
Load samples into spectrometers and chromatographs to analyze chemical compositions.
12:30 PM
Lunch break
Step away from the laboratory area for a midday meal.
1:15 PM
Team status meeting
Review experimental results and production deadlines with fellow researchers and technicians.
2:00 PM
Quality checks
Test product batches against strict specifications and record any deviations.
3:30 PM
Technical documentation
Write lab reports and record raw data into electronic systems.
4:45 PM
Waste disposal and shutdown
Follow chemical safety rules to dispose of hazardous waste and shut down instruments.

Task breakdown

A production-aligned shift checking raw materials and monitoring high-throughput testing.

2:00 PM
Shift turnover and briefing
Receive updates from the previous shift on active manufacturing batches and equipment status.
2:30 PM
Raw material inspection
Collect incoming chemical lots and verify their purity against established quality standards.
4:30 PM
Chromatography runs
Run high-performance liquid chromatography testing to evaluate active ingredients.
6:30 PM
Dinner break
Take a rest break outside testing rooms.
7:15 PM
Finished product validation
Run assays on packaged products to confirm chemical stability before shipping.
9:00 PM
Standard operating procedure review
Update technical documents and draft deviations for manufacturing leads.
10:00 PM
Shift wrap-up and waste handling
Complete chemical waste protocols and log final analytical metrics for the incoming team.

Salary data

What do you really earn?

Salary by experience, sector and region.

Minimum

$58,460

Average

$91,240

Maximum

$160,830

Salary by region

Region	Min	Avg.	Max
National	$58,460	$91,240	$160,830
California	$60,930	$97,860	$164,150
Pennsylvania	$49,800	$77,090	$144,860
New Jersey	$60,910	$84,450	$144,030
Texas	$58,850	$99,640	$170,250
North Carolina	$58,170	$82,620	$132,020

Typical benefits

Health, dental and vision insurance

Comprehensive medical coverage provided by laboratory employers.

Retirement plan with employer match

Employer-sponsored retirement savings accounts featuring company matching contributions.

Tuition assistance for graduate study

Financial support to help working chemists pursue master's degrees or doctoral coursework.

Paid time off

Allotted paid vacation, personal leave, and company holidays throughout the working year.

Pathways

Education pathways

Which paths lead to this profession?

Bachelor's degree

4 years full time

Bachelor's degree in chemistry

A bachelor's degree qualifies graduates for many lab and quality control jobs. Programs approved by the American Chemical Society include extensive lab coursework.

Costs: About $11,950 a year in average published tuition and fees at a public four-year college for in-state students, and $45,000 at a private nonprofit four-year college
Entry requirements: High school diploma with strong math and science

Master's degree

About 2 years full time

Master's degree in chemistry

A master's degree can lead to applied research and supervisory roles in industrial and commercial laboratories.

Entry requirements: Bachelor's degree in chemistry or a related field

Doctoral degree

5 to 6 years

Ph.D. in chemistry

A Ph.D. is usually needed to lead independent research projects or teach at a university.

Entry requirements: Bachelor's degree in chemistry

Profile

Skills & personality

Is this a good fit for you?

Hard skills

Analytical instrumentation such as HPLC, GC-MS and NMROperating and calibrating complex laboratory machinery to separate, identify, and quantify chemical components.
Experimental designPlanning reliable testing methodologies to evaluate chemical reactions and formulate new materials.
Data analysisProcessing complex analytical readouts to draw valid conclusions about chemical properties.
Laboratory safety proceduresHandling hazardous chemicals according to regulations, using personal protective gear, and training staff.
Good Laboratory Practice and quality standardsEnsuring testing protocols and raw materials meet rigorous quality and documentation guidelines.
Technical writingComposing clear laboratory reports, research findings, and detailed standard operating procedures.

Soft skills

Analytical thinkingBreaking down intricate scientific challenges into logical steps during investigations.
Attention to detailMaintaining exact precision during sample preparation, reagent measurement, and data entry.
Problem solvingIdentifying the root causes of unexpected chemical reactions or equipment errors.
TeamworkCollaborating effectively with technicians, engineers, and researchers to hit project targets.

Is this a good fit for you?

✓
MethodicalFollowing precise procedures and safety rules without cutting corners.
✓
InquisitiveSeeking to understand how substances behave and interact under different conditions.
✓
PatientManaging long, multi-step experiments that take hours or days to complete.
✓
AdaptableAdjusting plans when experimental trials yield unexpected chemical results.
✓
Safety-mindedRemaining vigilant about personal protection and hazardous chemical containment at all times.

Market

Job market & outlook

What does the market look like?

Openings per year

5,900

Trend

Growth

+6.4%

AI impact

4/10

Lab automation and AI speed up routine testing, data analysis and molecule design. Designing research, interpreting results and lab judgment stay human.

Regional demand

New Jersey

Exhibits very strong hiring demand within pharmaceutical and medicine manufacturing facilities.

10/10

Pennsylvania

Shows strong demand in chemical manufacturing and industrial laboratory testing.

10/10

North Carolina

Maintains high demand driven by pharmaceutical development and research firms.

9/10

California

Features substantial employment across pharmaceutical, testing, and research centers.

5/10

Texas

Provides steady laboratory opportunities in chemical processing and manufacturing sectors.

3/10

Growth

Career paths

Where can this profession take you?

Vertical growth

Senior chemist
3-6 years
Takes responsibility for advanced experimental design, complex testing projects, and junior staff guidance.
Principal scientist
8+ years
Directs major scientific programs, sets technological priorities, and steers organizational research initiatives.
Laboratory manager
8+ years
Oversees day-to-day laboratory operations, enforces regulatory safety compliance, and manages technical staff.

Horizontal move

Biochemist
Shifts focus toward the chemical principles of biological systems, genetics, and living organisms.
View Biochemist
Technical sales representative
Uses chemistry knowledge to sell specialized laboratory equipment, reagents, and scientific products to industrial clients.
View Technical Sales Representative

Good to know

Practical info

Working hours: Chemists usually work full time, with extra hours sometimes needed for experiments or deadlines. Most work occurs during the day on weekdays, though some manufacturing labs run evening, night or weekend shifts.
Remote work: Lab work requires being on site, but data analysis and report writing can sometimes be done remotely.
Physical requirements: Chemists work in laboratories and offices, standing at benches and using protective equipment to safely handle hazardous chemicals.
Typical employers: Pharmaceutical and medicine manufacturers, chemical manufacturers, testing laboratories, federal government agencies, research and development firms, and universities.
Professional associations: American Chemical Society (ACS).

FAQ

Frequently asked questions

What does a chemist do on a normal workday?

A chemist carries out experiments to investigate chemical reactions and analyze materials. Daily tasks include operating instruments such as spectrometers and chromatographs, evaluating raw ingredients, and writing laboratory reports. Chemists also review standard operating procedures, maintain quality standards, and train laboratory personnel on safe chemical handling.

What degree do you need to become a chemist?

A bachelor's degree in chemistry is the standard requirement for entry-level lab and quality control jobs. Completing a program approved by the American Chemical Society provides extensive laboratory coursework. Applied research or supervisory positions often require a master's degree, while leading independent research or teaching at a university requires a Ph.D. in chemistry.

Can chemists work from home?

Chemists must work on site for hands-on bench experiments, sample preparation, and instrument operation. However, report writing and data analysis can sometimes be done remotely. Employers provide flexibility for documentation tasks, but laboratory physical presence remains mandatory for conducting tests and safely handling chemicals with protective equipment.

Where do chemists work?

Chemists work in testing laboratories, pharmaceutical and medicine manufacturers, chemical manufacturers, research and development firms, federal government agencies, and universities. Their physical working environments combine scientific bench spaces with offices, requiring personal protective equipment to safely handle hazardous chemicals while standing at benches during daily procedures.

Do chemists work unusual hours or night shifts?

Most chemists work regular full-time weekday schedules during normal daytime hours. However, some manufacturing laboratories run evening, night, or weekend shifts to maintain continuous processing. Research deadlines and long experimental procedures also require working extra hours from time to time when complex laboratory tests cannot be interrupted.

Do you need a license or certification to work as a chemist?

Chemists generally do not need a state license to practice, but employers routinely require laboratory safety and hazardous materials training before bench work begins. In addition, professionals working on select federal government or defense contracts must obtain a security clearance. Maintaining standard operating procedures and meeting strict laboratory safety guidelines remain essential across all employer facilities.

How is artificial intelligence affecting chemists?

Laboratory automation and artificial intelligence accelerate routine testing, data analysis, and molecule design. These automated systems speed up repetitive analytical processes significantly. Even so, human chemists remain indispensable for designing original research experiments, interpreting laboratory results, and applying sound scientific judgment to study chemical substances and reactions.

Related professions

In depth

All about chemist

The background, context and details.

Daily laboratory tasks

Chemists plan and carry out experiments to study chemical substances and reactions. They also develop and test new products and manufacturing processes. When checking raw materials and finished products against strict quality standards, laboratory personnel rely on analytical instruments such as chromatographs and spectrometers to examine every sample with absolute precision. Detailed records matter. Staff members draft technical documents and write detailed laboratory reports. Safety rules guide practice. Experienced personnel train lab staff on safety rules for handling chemicals properly.

Work environment and schedules

Chemists work in laboratories and offices. Most work full time. Work is usually during the day on weekdays. Even so, some manufacturing laboratories run evening, night or weekend shifts. Because research deadlines and long experimental procedures cannot always pause at the end of the day, chemists occasionally work extra hours beyond their regular full-time daytime schedules. Protective equipment is required. While data analysis and report writing can sometimes be done remotely, hands-on lab work requires being on site because staff members must stand at laboratory benches to safely handle hazardous chemicals.

Typical employers include:

Pharmaceutical and medicine manufacturers
Chemical manufacturers
Testing laboratories
Federal government agencies
Research and development firms
Universities

Education and training paths

A bachelor's degree in chemistry qualifies graduates for many lab and quality control jobs. Degree programs approved by the American Chemical Society offer extensive laboratory coursework. A master's degree can lead directly to applied research and supervisory roles. Leading independent research or teaching at a university usually requires a Ph.D. in chemistry. Employers require laboratory safety and hazardous materials training. Security clearance is necessary for some federal and defense jobs.

Technology and market trends

Lab automation and artificial intelligence speed up routine testing, data analysis and molecule design. These automated systems accelerate routine processing. Designing research and interpreting experimental results remain human responsibilities. Human judgment remains essential. Aspiring chemists should focus on building strong instrumentation skills during laboratory coursework.