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Our Experts
Our experts
We are licensed professional engineers and accredited reconstructionist. Every member of our team brings real-world expertise to the field and the courtroom. From 3D modeling and EDR imaging to forensic video analysis and expert testimony, our team applies a disciplined, engineering-first approach to every case.
Zach Jackson, P.E.
Principal Accident Reconstruction Engineer | Accident
Recon Engineers, LLC
Recon Engineers, LLC
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Zach Jackson, P.E. is the Founder of Accident Recon Engineers, LLC, and a Professional Engineer licensed in Texas and Louisiana. He is also an Accredited Traffic Accident Reconstructionist (ACTAR) with professional experience in traffic accident investigation and reconstruction dating back to 2009. Zach holds a Bachelor of Science in Civil Engineering with a minor in Mathematics from Texas Tech University.
Zach specializes in the forensic analysis and reconstruction of traffic accidents involving heavy trucks, passenger vehicles, motorcycles, bicycles, pedestrians, construction equipment, and industrial site incidents. His work includes forensic mapping, collision reconstruction, data analysis, demonstrative exhibit creation, and expert testimony in both civil and criminal litigation on behalf of plaintiffs and defendants.
He has completed extensive specialized training in accident reconstruction from nationally recognized institutions, including Northwestern University’s Center for Public Safety, the Society of Automotive Engineers (SAE), and the Institute of Police Technology and Management (IPTM). His advanced coursework includes Motorcycle Accident Reconstruction, and he holds a Basic RiderCourse certification from the Motorcycle Safety Foundation, sponsored by the State of Texas. As a licensed motorcycle rider for over 20 years, Zach brings both personal riding experience and professional training to his analysis of motorcycle-related crashes.
Zach has also completed specialized training in human factors related to accident reconstruction, with a focus on daytime and nighttime recognition and perception-response evaluations.
An advocate for applying the latest technology, Zach integrates state-of-the-art software and hardware tools into his investigations. He has expertise in 3D laser scanning, electronic data retrieval (EDR) from both passenger and commercial vehicles, and the forensic analysis of modern vehicle safety systems, including radar, lidar, and video-based driver assistance technologies. His team routinely develops high-fidelity 3D reconstructions and demonstrative crash animations that blend physical evidence with witness testimony to support litigation and accident analysis.
Based in Dallas, Texas, Zach serves a national client base of law firms, insurance companies, and government agencies, with regular work throughout Texas, Louisiana, and neighboring states. His team is equipped to assist clients wherever their needs may arise.
Zach specializes in the forensic analysis and reconstruction of traffic accidents involving heavy trucks, passenger vehicles, motorcycles, bicycles, pedestrians, construction equipment, and industrial site incidents. His work includes forensic mapping, collision reconstruction, data analysis, demonstrative exhibit creation, and expert testimony in both civil and criminal litigation on behalf of plaintiffs and defendants.
He has completed extensive specialized training in accident reconstruction from nationally recognized institutions, including Northwestern University’s Center for Public Safety, the Society of Automotive Engineers (SAE), and the Institute of Police Technology and Management (IPTM). His advanced coursework includes Motorcycle Accident Reconstruction, and he holds a Basic RiderCourse certification from the Motorcycle Safety Foundation, sponsored by the State of Texas. As a licensed motorcycle rider for over 20 years, Zach brings both personal riding experience and professional training to his analysis of motorcycle-related crashes.
Zach has also completed specialized training in human factors related to accident reconstruction, with a focus on daytime and nighttime recognition and perception-response evaluations.
An advocate for applying the latest technology, Zach integrates state-of-the-art software and hardware tools into his investigations. He has expertise in 3D laser scanning, electronic data retrieval (EDR) from both passenger and commercial vehicles, and the forensic analysis of modern vehicle safety systems, including radar, lidar, and video-based driver assistance technologies. His team routinely develops high-fidelity 3D reconstructions and demonstrative crash animations that blend physical evidence with witness testimony to support litigation and accident analysis.
Based in Dallas, Texas, Zach serves a national client base of law firms, insurance companies, and government agencies, with regular work throughout Texas, Louisiana, and neighboring states. His team is equipped to assist clients wherever their needs may arise.
Max Kirking
Forensic Expert | Accident Recon Engineers, LLC
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Max Kirking is a Forensic Accident Reconstruction Expert with Accident Recon Engineers, LLC. He specializes in the scientific investigation, analysis, and reconstruction of motor vehicle, commercial vehicle, motorcycle, bicycle, and pedestrian collisions. Since entering the field in 2018, Max has applied engineering principles, quantitative data analysis, and advanced visualization technologies to help explain complex crash events.
Max holds a Bachelor of Science degree in Forensic and Investigative Sciences from Texas A&M University.
He has completed the Society of Automotive Engineers (SAE) Accident Reconstruction Certification Program and holds professional certifications from several leading industry organizations. He is accredited as a Traffic Accident Reconstructionist by ACTAR (Accreditation Commission for Traffic Accident Reconstruction), and he is a certified Commercial Remote Pilot (sUAS) through the FAA. Additionally, Max is a qualified Crash Data Retrieval (CDR) System Operator/Technician and has completed SAE coursework related to Heavy Vehicle Event Data Recorders (HVEDR).
Max has also received specialized training and certifications in 3D video photogrammetry, with experience using tools such as Photomodeler for accurate spatial measurements from video and photographs as part of collision reconstruction and forensic analysis.
His technical skill set includes proficiency with FARO 3D laser scanning, FARO SCENE software, HVE (Human Vehicle Environment) simulation software, AutoCAD, and specialized tools for EDR imaging and forensic video analysis.
Max’s work encompasses all phases of forensic collision investigation, including field inspections, scene and vehicle documentation, data analysis, event reconstruction and simulation, video-based measurements, and the development of demonstrative exhibits for litigation support.
Max holds a Bachelor of Science degree in Forensic and Investigative Sciences from Texas A&M University.
He has completed the Society of Automotive Engineers (SAE) Accident Reconstruction Certification Program and holds professional certifications from several leading industry organizations. He is accredited as a Traffic Accident Reconstructionist by ACTAR (Accreditation Commission for Traffic Accident Reconstruction), and he is a certified Commercial Remote Pilot (sUAS) through the FAA. Additionally, Max is a qualified Crash Data Retrieval (CDR) System Operator/Technician and has completed SAE coursework related to Heavy Vehicle Event Data Recorders (HVEDR).
Max has also received specialized training and certifications in 3D video photogrammetry, with experience using tools such as Photomodeler for accurate spatial measurements from video and photographs as part of collision reconstruction and forensic analysis.
His technical skill set includes proficiency with FARO 3D laser scanning, FARO SCENE software, HVE (Human Vehicle Environment) simulation software, AutoCAD, and specialized tools for EDR imaging and forensic video analysis.
Max’s work encompasses all phases of forensic collision investigation, including field inspections, scene and vehicle documentation, data analysis, event reconstruction and simulation, video-based measurements, and the development of demonstrative exhibits for litigation support.
Alex McDonald
Forensic Expert | Accident Recon Engineers, LLC
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Alex McDonald is a Forensic Accident Reconstruction Expert with Accident Recon Engineers, LLC, where he specializes in the scientific investigation and reconstruction of motor vehicle collisions. Since 2021, Alexander has applied engineering principles, advanced measurement technologies, and forensic analysis techniques to investigate crashes involving both passenger vehicles and commercial trucks.
Alexander holds a Bachelor of Science in Mechanical Engineering, with a minor in Mathematics, from Texas Tech University. His technical expertise includes 3D laser scanning, electronic data retrieval (EDR) imaging, forensic video analysis, and drone-based aerial scene documentation. He is proficient with a range of industry-recognized software tools including FARO SCENE, HVE (Human Vehicle Environment), Photomodeler, AutoCAD, and Blender.
Alex’s background in forensic video analysis is supported by a combination of specialized training and practical experience working with digital evidence in crash reconstruction and litigation support. His work focuses on the scientific processing, analysis, and interpretation of video evidence to help answer key questions about timing, positioning, and visibility in accident investigations.
He has completed formal training through the Law Enforcement and Emergency Services Video Association (LEVA), including coursework on the legal foundations of forensic video analysis as well as advanced techniques for processing and clarifying digital multimedia evidence. In addition, Alex has completed multiple modules through Axon Investigate, where he gained experience in calculating timing from video, conducting reverse projection and camera match overlay analysis, and creating demonstrative exhibits suitable for courtroom presentation. These courses also provided instruction on effective reporting and workflow management when handling video evidence.
Alex is also trained in the use of iNPUT-ACE software for video evidence review and case management, giving him additional tools for organizing and interpreting video files from a wide variety of sources. His technical background is further supported by his certification as a Bosch CDR Operator/Technician, which enables him to analyze vehicle event data that often complements video evidence in accident cases. Finally, Alex’s understanding of vehicle motion and crash dynamics—enhanced by coursework in vehicle dynamics through SAE International—helps him interpret vehicle behavior captured on video and integrate that information into time-distance and crash sequence analyses.
Alexander holds a Bachelor of Science in Mechanical Engineering, with a minor in Mathematics, from Texas Tech University. His technical expertise includes 3D laser scanning, electronic data retrieval (EDR) imaging, forensic video analysis, and drone-based aerial scene documentation. He is proficient with a range of industry-recognized software tools including FARO SCENE, HVE (Human Vehicle Environment), Photomodeler, AutoCAD, and Blender.
Alex’s background in forensic video analysis is supported by a combination of specialized training and practical experience working with digital evidence in crash reconstruction and litigation support. His work focuses on the scientific processing, analysis, and interpretation of video evidence to help answer key questions about timing, positioning, and visibility in accident investigations.
He has completed formal training through the Law Enforcement and Emergency Services Video Association (LEVA), including coursework on the legal foundations of forensic video analysis as well as advanced techniques for processing and clarifying digital multimedia evidence. In addition, Alex has completed multiple modules through Axon Investigate, where he gained experience in calculating timing from video, conducting reverse projection and camera match overlay analysis, and creating demonstrative exhibits suitable for courtroom presentation. These courses also provided instruction on effective reporting and workflow management when handling video evidence.
Alex is also trained in the use of iNPUT-ACE software for video evidence review and case management, giving him additional tools for organizing and interpreting video files from a wide variety of sources. His technical background is further supported by his certification as a Bosch CDR Operator/Technician, which enables him to analyze vehicle event data that often complements video evidence in accident cases. Finally, Alex’s understanding of vehicle motion and crash dynamics—enhanced by coursework in vehicle dynamics through SAE International—helps him interpret vehicle behavior captured on video and integrate that information into time-distance and crash sequence analyses.
Chris Lee
Forensic Expert | Accident Recon Engineers, LLC
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Chris Lee is a Forensic Accident Reconstruction Expert with Accident Recon Engineers, LLC. He brings engineering expertise and technical precision to the investigation and analysis of motor vehicle collisions. Mr. Lee holds a Bachelor of Science in Mechanical Engineering with minors in Mathematics and General Business from Texas Tech University (2019).
Since entering the field in 2022, Mr. Lee has gained broad experience in vehicle and scene inspections, accident reconstruction, event data recorder (EDR) imaging, and forensic video analysis. He is trained and certified in 3D video photogrammetry, giving him specialized expertise in using video evidence to perform spatial measurements and scene reconstructions. This training complements his proficiency with industry-standard tools such as AutoCAD, FARO SCENE, HVE (Human Vehicle Environment), Photomodeler, and Axon’s iNPUT-ACE.
Mr. Lee also holds a Texas Department of Public Safety Private Investigator License and is an FAA-certified Remote Pilot for Small Unmanned Aircraft Systems (sUAS), allowing him to conduct aerial scene documentation using drones.
Since entering the field in 2022, Mr. Lee has gained broad experience in vehicle and scene inspections, accident reconstruction, event data recorder (EDR) imaging, and forensic video analysis. He is trained and certified in 3D video photogrammetry, giving him specialized expertise in using video evidence to perform spatial measurements and scene reconstructions. This training complements his proficiency with industry-standard tools such as AutoCAD, FARO SCENE, HVE (Human Vehicle Environment), Photomodeler, and Axon’s iNPUT-ACE.
Mr. Lee also holds a Texas Department of Public Safety Private Investigator License and is an FAA-certified Remote Pilot for Small Unmanned Aircraft Systems (sUAS), allowing him to conduct aerial scene documentation using drones.
Miqa Rea
Case Analyst
Amber Martinez
Case Coordinator
Hailey Jackson
Office Manager
