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Forensic Engineering Jobs in Arizona (NOW HIRING)

Performs duties as a computer systems administrator, domain administrator, network engineer, and systems adviser to the Arizona Department of Public Safety's Digital Forensic Lab (DFL). Key ...

Fire Protection Engineer

Phoenix, AZ

$82K - $111K/yr

... engineering - a legacy of responsibility we have proudly upheld since 1939. Today, our expertise ... forensic investigations, security risk consulting, emergency management, digital innovation and ...

They are seeking a mid-level Scientist (Algorithm Developer) to analyze data, evaluate algorithm performance, and develop new algorithms in collaboration with software engineers. Responsibilities ...

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Forensic Engineering information

See Arizona salary details

$40.5K

$119.6K

$302.9K

How much do forensic engineering jobs pay per year?

As of Jun 15, 2026, the average yearly pay for forensic engineering in Arizona is $119,631.00, according to ZipRecruiter salary data. Most workers in this role earn between $81,500.00 and $121,100.00 per year, depending on experience, location, and employer.

What is the highest paid forensics job?

The highest paid forensic engineering roles are typically senior-level positions such as forensic engineering managers or consultants with extensive experience and specialized expertise. These professionals often earn six-figure salaries, especially when working in industries like aerospace, automotive, or complex civil investigations, and may hold advanced certifications or licenses. Salary levels depend on experience, location, and the complexity of cases handled.

What does a forensics engineer do?

A forensic engineer investigates failures, accidents, or damages to determine their causes and liability. They analyze physical evidence, conduct inspections, and prepare reports often used in legal or insurance cases, requiring technical skills and knowledge of engineering principles. Their work helps clarify how and why incidents occurred to support legal or safety proceedings.

What are some common challenges faced by forensic engineers during investigations, and how are they typically addressed?

Forensic engineers often encounter challenges such as incomplete or contaminated evidence, time constraints, and the need to communicate complex technical findings to non-engineers like legal professionals. To address these issues, they follow strict protocols for evidence collection and documentation, collaborate closely with multidisciplinary teams, and utilize advanced analytical tools to reconstruct incidents as accurately as possible. Additionally, they invest significant effort in preparing clear, concise reports and expert testimony to ensure their findings are understood in legal settings.

What is the difference between Forensic Engineering vs Structural Engineering?

AspectForensic EngineeringStructural Engineering
Required CredentialsEngineering degree, Professional Engineer (PE) license, specialized training in failure analysisEngineering degree, PE license, focus on design and analysis of structures
Work EnvironmentInvestigative settings, laboratories, accident sites, courtroomsDesign offices, construction sites, project sites
Industry UsageLegal cases, failure investigations, insurance claimsBuilding design, construction, infrastructure projects

Forensic Engineering and Structural Engineering share foundational engineering credentials but differ in focus. Forensic engineers investigate failures and accidents, often working in legal and investigative contexts, while structural engineers design and analyze structures for safety and compliance. Both roles require engineering expertise, but their work environments and primary objectives differ significantly.

What is forensic engineering?

Forensic engineering is the application of engineering principles and practices to investigate failures or accidents in structures, materials, or products. Forensic engineers analyze evidence from incidents such as building collapses, fires, or equipment malfunctions to determine the root cause. Their findings are often used in legal cases, insurance claims, and to improve safety standards. This field combines engineering expertise with investigative skills to help resolve disputes and prevent future failures.

What engineers make $500,000?

In forensic engineering, high salaries reaching $500,000 are typically associated with senior-level professionals, specialized consultants, or those in managerial or executive roles. Achieving such compensation often requires extensive experience, advanced certifications, and a strong reputation in the field, sometimes supplemented by consulting or private practice work.

What are the key skills and qualifications needed to thrive as a Forensic Engineer, and why are they important?

To thrive as a Forensic Engineer, you need a solid background in engineering principles, failure analysis, and investigative techniques, typically supported by a degree in engineering and relevant licensure (such as a Professional Engineer license). Familiarity with CAD software, simulation tools, and laboratory testing equipment is commonly required, and certifications like CFEI (Certified Fire and Explosion Investigator) can be advantageous. Strong analytical thinking, attention to detail, and effective written and verbal communication skills set outstanding forensic engineers apart. These competencies are vital for accurately determining causes of failure, presenting clear findings, and supporting legal proceedings or insurance claims.

How much do forensic engineers make in the US?

Forensic engineers in the US typically earn a median annual salary of around $70,000 to $90,000, with experienced professionals and those holding advanced certifications earning higher wages. Salaries can vary based on location, experience, and specialization within the field.
What cities in Arizona are hiring for Forensic Engineering jobs? Cities in Arizona with the most Forensic Engineering job openings:

$57/hr

Other

Posted 19 days ago


Job description

Job Description:
  • Experience level: Mid-senior
  • Experience required: 5 Years
  • Education level: Bachelors degree
  • Job function: Information
  • Technology Industry: Government Administration
  • Pay rate : $57 per hour
Position Description:
Performs duties as a computer systems administrator, domain administrator, network engineer, and systems adviser to the Arizona Department of Public Safety's Digital Forensic Lab (DFL).
Key Responsibilities and Qualifications:
  • Experience Required:
    • Five years experience working on comparable projects.
    • Previous experience working on government projects.
  • Education Required:
    • Requires a four (4) year degree from an accredited college or university with a major in computer information systems or a related field, and two (2) years of computer administration experience in a computer environment for a large (1,000+ employee) workforce;
    • OR a combination of education and experience which includes a minimum of two (2) years of computer administration experience in a computer environment for a large (1,000+ employee) workforce.
  • Developing, reviewing, interpreting, and proofreading comprehensive, analytical, statistical, technical, and administrative reports, documents, and manuals.
  • The use of system testing applications to identify performance, data integrity, communication and functionality problems, and ensure the systems are corrected accordingly.
  • Developing logical conclusions and implementing practical solutions to highly complex security, networking, and systems and user management.
  • Analyzing user needs to design appropriate system modifications and infrastructure to meet identified requirements.
  • Provides expert level management of Cisco, Hewlett-Packard, and Mellanox hardware and configuration solutions.
  • Provides expert level knowledge, management, architecture, design, and engineering of network hardware and software.
  • Maintain digital backups for the Storage Area Network (SAN) production server.
  • Maintain and upgrade domain and file servers as needed.
  • Maintain SAN, both updates and troubleshooting.
  • Archive and Restore case files to and from the tape library as needed.
  • Set up new domain users and maintain Active Directory.
  • Configure and setup forensic workstations and other hardware.
  • Provide support as needed for Servers, SAN, Lab Network, and client workstations.
  • Work with multiple workgroups/agencies to assist with network issues and upgrades within the DFL.
  • Track expirations, maintain, and update multiple software, dongles, and user licenses.
  • Install and configure hardware and software to DPS and DFL standards.
  • Maintain updates for Antivirus Software.
  • Work with Certified Forensic Computer Examiners (CFCE) to resolve hardware issues, research remediation for hardware/software issues, and assist with purchasing hardware.
  • Plan, initiate, and manage highly technical projects related to networks, information security, and cloud configuration and environment design.
  • Design and implement complex network architecture and systems.
  • Complete complex system and networking documentation and network mapping.
  • Ability to work independently to accomplish the DFL mission.
  • Strong communication skills, both written and verbal.
  • Ability to testify in court proceedings to the integrity of the server and its data.
Additional Information:
  • Ability to work a flexible schedule, to include nights/weekends dependent upon the needs of the DFL.
  • This is an onsite position, and remote work is not authorized.
  • The working location is in the vicinity of Greenway Rd and the I-17 in Phoenix.

Required Skills:
• Remediation
• Pay
• Proofreading
• System Testing
• Workstations
• Information Security
• Manuals
• Modifications
• Communication Skills
• Data Integrity
• Information Systems
• Active Directory
• Purchasing
• Government
• Servers
• Storage
• Architecture
• Infrastructure
• Networking
• Information Technology
• Troubleshooting
• Security
• Education
• Administration
• Research
• Documentation
• Software
• Testing
• Design
• Engineering
• Communication
• Management