Forensic science professionals in North Dakota play a vital role in the state’s criminal justice system, combining scientific expertise with investigative skills to solve crimes. Whether you’re considering a career change or planning your education path, understanding the opportunities, requirements, and earning potential in North Dakota’s forensic science field is essential for making informed decisions about your future.
Key Takeaway:
Forensic scientists in North Dakota earn an average of $63,560 annually. The state offers specialized opportunities in the North Dakota State Crime Lab and various law enforcement agencies, with most positions requiring a bachelor’s degree in forensic science or related field.
Table of Contents
- Forensic Science Salary and Job Outlook in North Dakota
- Education Requirements for North Dakota Forensic Scientists
- Forensic Science Schools and Programs in North Dakota
- Career Paths and Specializations
- Working at the North Dakota State Crime Lab
- Major Employers and Agencies
- State Certification and Licensing Requirements
- Current Job Market Analysis
- How to Start Your Forensic Science Career
- Frequently Asked Questions
Forensic Science Salary and Job Outlook in North Dakota
North Dakota offers competitive compensation for forensic science technicians, with salaries that reflect the specialized nature of their work and the critical role they play in criminal investigations. According to the most recent data from the Bureau of Labor Statistics, the state’s forensic professionals have opportunities for growth and advancement in their careers.
The median annual salary for forensic science technicians in North Dakota stands at $63,560, slightly below the national median of $67,440. This reflects the state’s overall wage scales and cost of living adjustments. Entry-level positions typically start around $44,920 annually, while experienced professionals can earn upwards of $97,200 per year. Understanding these salary ranges for CSI careers helps you plan your career trajectory effectively.
| Experience Level | Annual Salary (North Dakota) | Yearly Salary (National) | ND Comparison |
|---|---|---|---|
| Entry Level (10th Percentile) | $44,920 | $45,560 | -1.4% |
| Early Career (25th Percentile) | $52,310 | $53,310 | -1.9% |
| Median (50th Percentile) | $63,560 | $67,440 | -5.7% |
| Experienced (75th Percentile) | $78,070 | $88,710 | -12.0% |
| Senior Level (90th Percentile) | $97,200 | $110,710 | -12.2% |
Currently, North Dakota employs approximately 30 forensic science technicians across various state and local agencies. While this number may seem modest, it represents a concentrated field with steady opportunities for qualified professionals. The Bureau of Labor Statistics projects a 13% growth in forensic science technician positions nationally through 2033, suggesting continued demand for these specialized roles in North Dakota.
When considering these salaries, it’s essential to factor in North Dakota’s lower cost of living compared to many other states. Housing costs, in particular, are significantly below the national average, meaning your salary stretches further than it might in larger metropolitan areas. This combination of steady pay and reasonable living costs makes North Dakota an attractive option for forensic science professionals.
Education Requirements for North Dakota Forensic Scientists
Breaking into the forensic science field in North Dakota requires careful educational planning and a strong foundation in both scientific principles and criminal justice procedures. Most positions require a minimum of a bachelor’s degree, although the specific major may vary depending on your intended specialization within the field. For those seeking affordable bachelor’s programs in forensic science, several options are available, both in-state and online.
The North Dakota State Crime Laboratory, the primary employer of forensic scientists in the state, typically requires candidates to hold a bachelor’s degree in forensic science, chemistry, biology, or a closely related natural science field. However, the specific educational requirements can vary significantly based on the unit you’re interested in joining and the type of analysis you’ll be performing.
For DNA analysis positions, employers strongly prefer candidates with degrees in molecular biology, genetics, or biochemistry, along with coursework in statistics and population genetics. These positions often require additional training in DNA analysis techniques and may require certification through professional organizations. DNA analysts need exceptional laboratory skills and must complete extensive training before working independently on cases.
Chemistry and toxicology positions typically require extensive coursework in analytical chemistry, instrumental analysis, and organic chemistry. Forensic toxicologists must understand how various substances interact with the human body and be proficient in using sophisticated analytical instruments.
Alternative Educational Pathways
While a traditional four-year degree remains the most common path, North Dakota recognizes that professionals may enter the field through various routes. Some forensic scientists begin their careers in law enforcement or military service before transitioning to forensic science roles. These candidates often pursue their degrees while working, taking advantage of online programs or evening classes.
Associate degrees in criminal justice or forensic science technology can provide a foundation for entry-level positions or serve as a stepping stone to a bachelor’s degree. These two-year programs often focus on practical skills like evidence collection, crime scene photography, and basic laboratory procedures. However, advancement opportunities typically require completing a four-year degree.
Graduate education becomes essential for those seeking leadership positions or specialized roles. A master’s degree in forensic science or a related field can open doors to supervisory positions, research opportunities, or highly specialized areas like forensic anthropology or forensic psychology. Some professionals also pursue doctoral degrees if they’re interested in research or teaching at the university level.
Forensic Science Schools and Programs in North Dakota
While North Dakota doesn’t have as many forensic science programs as larger states, students have access to quality education options both within the state and through online programs. The key is finding a program that aligns with your career goals and provides the specialized training needed for your desired forensic science specialization.
The University of North Dakota (UND) in Grand Forks offers one of the most comprehensive forensic science programs in the region. Their Bachelor of Science in Forensic Science provides students with a strong foundation in chemistry, biology, and criminal justice, along with specialized courses in forensic analysis techniques. The program includes access to modern laboratory facilities and opportunities for internships with local and state law enforcement agencies.
North Dakota State University (NDSU) in Fargo, while not offering a specific forensic science degree, provides excellent programs in chemistry, biology, and biochemistry that can serve as pathways into forensic science careers. NDSU’s chemistry program is particularly well-regarded and includes coursework in analytical and instrumental chemistry that directly applies to forensic laboratory work. The university also houses a Forensic DNA Facility that provides training opportunities for students.
Minot State University offers criminal justice programs that can complement scientific training for those interested in the investigative aspects of forensic science. Their criminal justice curriculum includes courses in criminal investigation, evidence collection, and court procedures that provide valuable context for forensic science work. Students interested in crime scene reconstruction often find this combination of criminal justice and science education particularly valuable.
Online Education Options
Many North Dakota students pursue online forensic science degrees from accredited institutions across the nation. Online programs offer flexibility for working professionals or those living in rural areas far from traditional campuses. When selecting an online program, ensure recognized agencies accredit it and offers laboratory components, either through intensive on-campus sessions or partnerships with local facilities.
Popular online options for North Dakota residents include programs from Arizona State University, Penn State World Campus, and the University of Florida. These programs often provide the same curriculum as their on-campus counterparts and may offer specialized tracks in areas like digital forensics, forensic accounting, or forensic psychology. Some online programs also facilitate internship placements in your local area, allowing you to gain practical experience while completing your degree.
Community College and Technical Programs
North Dakota’s community colleges offer associate degrees and certificate programs that can serve as stepping stones to forensic science careers. These programs typically focus on practical skills and can be completed in two years or less. Bismarck State College and Lake Region State College offer criminal justice programs with forensic science components, providing affordable options for beginning your education.
Certificate programs in specific areas, such as crime scene investigation, forensic photography, or fingerprint analysis, can supplement a degree in another field or provide specialized training for law enforcement professionals. These programs typically take six months to one year to complete and focus on hands-on skills immediately applicable in the field.
Career Paths and Specializations
The field of forensic science offers diverse career paths, each requiring specific skills and educational backgrounds. Understanding these specializations helps you focus your education and training efforts toward your desired career outcome. North Dakota’s forensic science professionals work in various capacities, from laboratory analysis to crime scene investigation.
Crime scene investigators form the front line of forensic science, responding to crime scenes to document, collect, and preserve physical evidence. CSIs must have strong attention to detail, excellent documentation skills, and the ability to work in sometimes challenging conditions. In North Dakota, many CSIs work for local police departments or sheriff’s offices, with additional opportunities at the state level.
Laboratory analysts specialize in examining specific types of evidence. DNA analysts extract and analyze genetic material from biological samples, comparing profiles to identify suspects or victims. Toxicologists test biological samples for drugs, poisons, and other substances. Ballistics experts analyze bullets, cartridge cases, and firearms to determine if a specific weapon was used in a crime. Each specialization requires specific educational backgrounds and ongoing training to stay current with evolving technologies and techniques.
Emerging Specializations
Digital forensics has become increasingly important as technology plays a larger role in criminal activity. Digital forensic specialists recover and analyze data from computers, smartphones, and other electronic devices. This field requires knowledge of computer systems, programming, and data recovery techniques, along with an understanding of legal procedures for handling digital evidence.
Forensic anthropologists apply knowledge of human skeletal biology to legal investigations. While North Dakota has limited positions specifically for forensic anthropologists, professionals with this training may consult on cases involving skeletal remains. This specialization typically requires graduate education and extensive training in human osteology.
Forensic accountants investigate financial crimes, analyzing records to uncover fraud, embezzlement, or money laundering. With North Dakota’s growing energy sector and business community, demand for forensic accountants continues to increase. Document examiners analyze handwriting, signatures, and documents to detect forgeries or alterations, another specialized area with growing importance in financial and legal investigations.
Career Progression
Entry-level forensic scientists typically start as laboratory technicians or crime scene investigators, gaining experience with evidence collection and basic analysis procedures. With experience and additional training, they can advance to senior analyst positions with greater responsibility and autonomy. Some professionals specialize in particular types of evidence or analysis techniques, becoming recognized experts who may testify in court as expert witnesses.
Leadership opportunities include laboratory supervisor or manager positions, overseeing teams of analysts and ensuring quality control. Crime scene supervisors manage CSI teams and coordinate complex investigations. Some forensic scientists transition to administrative roles, developing policies and procedures or managing laboratory accreditation processes. Others move into training and education, teaching at universities or developing training programs for law enforcement agencies.
Working at the North Dakota State Crime Lab
The North Dakota State Crime Laboratory in Bismarck serves as the state’s primary forensic science facility, providing crucial analytical services to law enforcement agencies throughout North Dakota. Understanding how the lab operates and what each unit does gives aspiring forensic scientists insight into potential career opportunities and the types of work they might perform.
The Biology Unit handles one of the most critical aspects of forensic analysis: DNA evidence. Forensic biologists in this unit screen evidence for biological material, including blood, semen, saliva, and other bodily fluids. Once identified, these samples undergo DNA extraction and analysis using sophisticated techniques, such as STR analysis and comparison with the CODIS database. The unit processes hundreds of cases annually, from sexual assaults to homicides, providing crucial evidence that can identify suspects or exclude innocent individuals.
The Controlled Substances Unit analyzes suspected illegal drugs using various chemical and instrumental techniques. Analysts in this unit must stay current with emerging synthetic drugs and new formulations of traditional substances. They employ techniques such as color tests, thin-layer chromatography, and gas chromatography-mass spectrometry to identify and quantify controlled substances. This unit handles the highest volume of cases in the laboratory, reflecting the ongoing challenges of drug-related crime in North Dakota.
Specialized Analysis Units
The Latent Print Unit examines evidence for fingerprints, palm prints, and footprints that aren’t visible to the naked eye. Using chemical enhancement techniques and digital imaging technology, examiners develop and preserve these prints for comparison. They maintain expertise in various surface types and enhancement methods, from traditional powder techniques to advanced chemical processes for complex surfaces. Fingerprint analysts in this unit also provide training to law enforcement agencies on proper evidence collection and preservation techniques.
The Firearms and Toolmarks Unit examines weapons, ammunition, and tool mark evidence. Firearms examiners test-fire submitted weapons, compare bullets and cartridge cases, and analyze tool marks left at crime scenes. They can determine whether a specific firearm fired recovered bullets or cartridge cases, providing crucial links between weapons and crimes. The unit also performs serial number restoration on weapons where identifying marks have been obliterated.
The Trace Evidence Unit analyzes microscopic evidence that can link suspects, victims, and crime scenes. This includes hair, fibers, paint, glass, and soil analysis. Trace evidence analysts use comparison microscopy, microspectrophotometry, and other analytical techniques to examine and compare these materials. Their work often provides crucial associative evidence that places suspects at crime scenes or victims in suspect vehicles.
Quality Assurance and Accreditation
The North Dakota State Crime Laboratory maintains accreditation through the ANSI National Accreditation Board (ANAB), demonstrating compliance with international standards for forensic testing laboratories. This accreditation requires rigorous quality control procedures, proficiency testing, and continuous improvement processes. Laboratory staff participate in regular training and proficiency tests to maintain their skills and stay current with evolving standards and techniques.
Working in an accredited laboratory entails adhering to rigorous protocols for evidence handling, analysis, and documentation. Every step must be documented, from evidence receipt through analysis and storage. This attention to detail ensures the integrity of evidence and the reliability of results that may be presented in court. Forensic scientists must be prepared to defend their methods and conclusions under cross-examination, making thorough documentation and adherence to procedures essential.
Major Employers and Agencies
While the North Dakota State Crime Laboratory is the largest employer of forensic scientists in the state, numerous other agencies offer opportunities for forensic science professionals. Understanding the landscape of potential employers helps job seekers target their applications and prepare for specific agency requirements.
The Grand Forks Police Department operates a Criminal Investigations Bureau that employs crime scene investigators and evidence technicians. As North Dakota’s third-largest city, Grand Forks handles a substantial volume of criminal cases that require forensic analysis. The department values candidates with strong scientific backgrounds and provides ongoing training in evidence collection and crime scene processing techniques.
The Fargo Police Department, serving North Dakota’s largest city, maintains a robust investigative division with dedicated personnel responsible for crime scenes. Located near the Minnesota border, Fargo’s forensic professionals often collaborate with agencies from neighboring states on regional cases. The department seeks candidates who can work independently while maintaining high standards for evidence collection and documentation.
The Minot Police Department serves the state’s fourth-largest city and the surrounding region. With the nearby Minot Air Force Base, the department occasionally handles cases requiring coordination with military law enforcement. Crime scene investigators in Minot must be prepared to work in diverse environments and handle various case types, from property crimes to serious violent offenses.
Federal and Regional Opportunities
Federal agencies maintain a presence in North Dakota, offering additional career opportunities for forensic scientists. The FBI’s Minneapolis Division covers North Dakota and maintains resident agencies in Bismarck, Fargo, Grand Forks, and Minot. While most FBI laboratory work occurs at the national laboratory in Quantico, Virginia, evidence response team members based in North Dakota assist with crime scene processing for federal cases. For more information about federal forensic careers, visit the FBI Laboratory Services website.
The Bureau of Criminal Investigation (BCI), a division of the North Dakota Attorney General’s office, employs investigators who work closely with forensic evidence. While not laboratory positions, BCI agents must understand forensic science principles and proper evidence handling procedures. They often serve as liaisons between local agencies and the state crime laboratory, ensuring adequate evidence collection and submission.
Private laboratories and consulting firms occasionally seek forensic science professionals for specialized work. These might include environmental testing laboratories that perform forensic analysis for contamination cases, or private investigation firms that handle civil litigation support. While less common than government positions, private sector opportunities can offer competitive salaries and unique challenges. Some professionals also work as independent consultants after gaining extensive experience and forensic certifications.
State Certification and Licensing Requirements
North Dakota doesn’t require specific state licensing for forensic scientists, but professional certification significantly enhances career prospects and may be required by individual employers. Understanding available certifications and their requirements helps you plan your professional development and stand out in the competitive job market. Many professionals pursue CSI certification to demonstrate their expertise and commitment to the field.
The American Board of Criminalistics (ABC) offers comprehensive certification programs for forensic scientists. Their certification levels include Diplomate, Fellow, and Technical Specialist, each with specific education and experience requirements. The ABC’s comprehensive criminalist certification encompasses general forensic science knowledge, while specialty certifications are available in areas such as drug analysis, fire debris analysis, and molecular biology. Maintaining ABC certification requires continuing education and periodic recertification examinations.
The International Association for Identification (IAI) provides certifications in specialized areas, including latent print examination, crime scene investigation, and forensic photography. Crime scene photography certification requires documented training, practical experience, and passing a comprehensive exam. These certifications are widely recognized and respected throughout the law enforcement community. The IAI also offers specialized certifications for forensic entomologists and other niche specialties.
Continuing Education Requirements
While North Dakota doesn’t mandate continuing education for forensic scientists, staying current with evolving technologies and techniques is essential for career advancement. Professional organizations offer conferences, workshops, and online training opportunities covering new analytical methods, legal developments, and quality assurance practices.
The Midwest Association of Forensic Scientists (MAFS) serves forensic science professionals in North Dakota and surrounding states. Their annual conference provides training opportunities and networking with colleagues from throughout the region. Attendance at professional conferences demonstrates commitment to professional development and provides exposure to emerging trends and technologies in forensic science. For specialized training in areas like forensic odontology, professionals often attend national conferences and workshops.
Many employers support continuing education through tuition reimbursement programs or paid training leave. The North Dakota State Crime Laboratory encourages staff to pursue advanced degrees and professional certifications, recognizing that well-trained analysts provide better service to the criminal justice system. Some positions may require specific training or certification as a condition of employment or advancement.
Current Job Market Analysis
The forensic science job market in North Dakota reflects both opportunities and challenges. With approximately 30 positions statewide, the field is competitive but offers stability and growth potential for qualified candidates. Understanding current market conditions helps you develop realistic expectations and effective job search strategies.
Competition for forensic science positions in North Dakota can be intense, with multiple qualified candidates often applying for each opening. Successful candidates typically have relevant education, practical experience through internships or previous laboratory work, and strong references. Building a competitive application requires planning throughout your education, seeking opportunities to gain hands-on experience, and developing professional relationships.
Geographic flexibility improves job prospects significantly. While Bismarck hosts the state crime laboratory, opportunities exist throughout North Dakota in various law enforcement agencies. Willingness to relocate for positions, especially early in your career, demonstrates commitment and increases your chances of finding employment. Many forensic scientists begin their careers in smaller agencies before moving to larger laboratories or specialized positions.
Salary Negotiation and Benefits
Government positions typically offer structured salary scales based on education and experience, with limited flexibility for negotiation. However, understanding where you fall within these scales helps ensure you’re properly classified. Benefits packages for government forensic scientists often include health insurance, retirement contributions, and paid leave. Some agencies offer additional benefits, such as tuition reimbursement or flexible scheduling for continuing education.
When evaluating job offers, consider the total compensation package, not just base salary. North Dakota’s lower cost of living means salaries stretch further than in many other states. Factor in benefits, professional development opportunities, and quality of life when making employment decisions. Some positions may offer overtime opportunities or on-call pay that significantly increases total compensation.
Future Outlook
The future for forensic science careers in North Dakota appears stable, with continued demand expected for qualified professionals. Technological advances create new specializations and analysis capabilities, potentially expanding the types of cases forensic scientists can assist with. As DNA analysis techniques become more sensitive and digital evidence becomes increasingly essential, laboratories require staff with specialized training in these areas.
North Dakota’s energy sector and associated population growth may drive increased demand for forensic services. As communities grow, law enforcement agencies expand their capabilities, potentially creating new forensic science positions. Rural areas increasingly recognize the value of forensic evidence, leading to greater utilization of state laboratory services and potential expansion of regional facilities.
How to Start Your Forensic Science Career
Beginning a forensic science career requires strategic planning and deliberate steps to build qualifications and experience. Whether you’re a high school student planning your education or a professional considering a career change, understanding the pathway to employment helps you make informed decisions and avoid common pitfalls.
Start by thoroughly researching the field to ensure it aligns with your interests and abilities. Forensic science demands strong analytical skills, meticulous attention to detail, and the capacity to maintain objectivity when examining evidence. DNA analysts need exceptional laboratory skills and patience for meticulous work, while crime scene investigators must be comfortable working in various environments and conditions. Consider shadowing professionals or attending career fairs to gain firsthand insight into daily responsibilities.
Develop a strong foundation in science and mathematics during high school or through prerequisite courses if you’re changing careers. Advanced placement or dual enrollment courses in chemistry, biology, and physics provide excellent preparation for college-level forensic science programs. Strong writing skills are equally important, as forensic scientists must produce clear, detailed reports that may be scrutinized in court.
Building Your Qualifications
Choose your educational path carefully, selecting a program that provides both theoretical knowledge and practical experience. Look for programs with modern laboratory facilities, experienced faculty with forensic science backgrounds, and opportunities for internships or research projects. Accreditation by the Forensic Science Education Programs Accreditation Commission (FEPAC) indicates a program meets rigorous standards for forensic science education.
Gain practical experience through internships, volunteer work, or entry-level positions in laboratories or law enforcement agencies. Many agencies offer internship programs for college students, providing valuable hands-on experience and networking opportunities. Even unpaid internships or volunteer positions provide experience that strengthens your resume and helps you understand the daily realities of forensic science work. Some students gain experience through specialized roles like forensic art or technical photography before transitioning to laboratory positions.
Develop professional relationships through networking at conferences, joining professional organizations, and connecting with working forensic scientists. The forensic science community is relatively small, and personal connections often lead to job opportunities. Professional organizations offer student memberships at reduced rates, providing access to publications, training opportunities, and networking events.
Application Strategies
Prepare a targeted resume highlighting relevant education, experience, and skills for each position you apply for. Emphasize laboratory techniques you’ve mastered, analytical instruments you’ve operated, and any specialized training or certifications you’ve obtained. Include relevant coursework, research projects, and presentations that demonstrate your knowledge and commitment to the field.
Practice interviewing skills, particularly explaining technical concepts to non-scientists. Many interview panels include administrators or law enforcement officials without scientific backgrounds, so the ability to communicate clearly about your work is essential. Prepare examples of problem-solving situations, attention to detail, and the ability to work under pressure.
Consider entry-level positions that may not be your ideal role, but they can provide valuable experience in forensic science. Laboratory technician positions, evidence custodian roles, or crime scene photography positions can serve as stepping stones to forensic scientist positions. These roles provide valuable knowledge and help you build a network within the forensic science community.
Frequently Asked Questions
What degree do I need to become a forensic scientist in North Dakota?
Most forensic science positions in North Dakota require a bachelor’s degree in forensic science, chemistry, biology, or a related natural science field. The specific degree requirements depend on the position and specialization area. DNA analysis positions typically require degrees in molecular biology or biochemistry, while drug analysis positions often require chemistry degrees. Some entry-level positions may accept a combination of education and experience equivalent to a bachelor’s degree.
How long does it take to become a forensic scientist?
Becoming a forensic scientist typically takes four to six years, including obtaining a bachelor’s degree and completing any necessary training. A bachelor’s degree requires four years of full-time study. After graduation, on-the-job training can range from several months to over a year, depending on the complexity of the position. Some specializations may require additional education, such as a master’s degree, which would add another two years to the timeline.
Is there a demand for forensic scientists in North Dakota?
While North Dakota has a relatively small forensic science workforce with approximately 30 positions statewide, there is steady demand for qualified professionals. The Bureau of Labor Statistics projects 13% growth in forensic science technician positions nationally through 2033. Turnover due to retirements and career changes creates regular openings, though competition for positions remains strong.
Do I need to be a police officer to work in forensic science?
No, you don’t need to be a police officer to work as a forensic scientist. Most forensic scientists are civilian employees who work in laboratories or as crime scene investigators. However, some agencies prefer or require crime scene investigators to be sworn law enforcement officers. Laboratory positions typically don’t need law enforcement training, focusing instead on scientific qualifications and analytical skills.
What’s the difference between a forensic scientist and a CSI?
Forensic scientists typically work in laboratories analyzing evidence using scientific methods and instruments. Crime scene investigators (CSIs) work in the field, documenting crime scenes and collecting physical evidence. Some positions combine both roles, particularly in smaller agencies. CSIs focus on evidence recognition and collection, while forensic scientists concentrate on analysis and interpretation of that evidence.
Can I specialize in a specific area of forensic science?
Yes, forensic science offers numerous specialization opportunities. Common specializations include DNA analysis, toxicology, firearms examination, latent prints, trace evidence, and digital forensics. Specialization typically occurs through focused education, on-the-job training, and professional certification. Some specializations require specific educational backgrounds, such as chemistry for drug analysis or computer science for digital forensics.
What skills are most important for forensic scientists?
Critical skills for forensic scientists include attention to detail, analytical thinking, problem-solving abilities, and strong written and verbal communication skills. Laboratory skills, including proficiency with analytical instruments and techniques, are essential. Forensic scientists must maintain objectivity, work independently, and handle the pressure of legal proceedings. Time management and the ability to prioritize multiple cases are also crucial for success.
Key Takeaways
Forensic science careers in North Dakota offer competitive salaries averaging $63,560 annually, with experienced professionals earning up to $97,200. While wages are slightly below the national median, North Dakota’s lower cost of living provides an attractive quality of life for forensic science professionals.
Education requirements typically include a bachelor’s degree in forensic science or a related natural science, with specific requirements varying by specialization. North Dakota offers quality education options through institutions like the University of North Dakota and North Dakota State University, supplemented by online programs from accredited institutions nationwide.
The North Dakota State Crime Laboratory in Bismarck serves as the primary employer, offering diverse specialization opportunities in biology, controlled substances, latent prints, firearms, and trace evidence analysis. Additional opportunities exist with local law enforcement agencies in Fargo, Grand Forks, and Minot.
While the field is competitive with approximately 30 positions statewide, steady demand exists for qualified professionals. Success requires strategic career planning, relevant education, practical experience through internships, and potentially professional certification through organizations like the American Board of Criminalistics.
Starting your forensic science career in North Dakota requires dedication to scientific education, development of both technical and communication skills, and a willingness to begin with entry-level positions that provide valuable experience. With proper preparation and commitment, you can build a fulfilling career contributing to the state’s criminal justice system through the application of scientific principles to legal investigations.
Ready to advance your forensic science career? Explore accredited degree programs and take the first step toward joining the forensic science community. Your expertise could help solve crimes and serve justice in the Peace Garden State.
2024 US Bureau of Labor Statistics salary and employment figures for Forensic Science Technicians reflect state and national data, not school-specific information. Conditions in your area may vary—data accessed September 2025.
