Bachelor of Science in Mechanical Engineering

Texas A&M University, 2022

Associate of Science

Texas Southmost College

Vicente's work focuses on accident investigation and forensic documentation, including:

• Vehicle inspections

• Crash scene documentation

• Event Data Recorder (EDR) imaging and analysis

• Commercial vehicle data acquisition

• 3D vehicle and scene modeling

• Photogrammetry and digital measurement

• Collision evidence documentation

• Vehicle electronics and computer systems

• Controller Area Network (CAN) systems

• Crash investigation and reconstruction support

s part of Adamson Engineering's investigative team, Vicente assists with gathering and preserving critical evidence from vehicle collisions.

His responsibilities include:

• Inspecting passenger and commercial vehicles

• Downloading and analyzing Event Data Recorder (EDR) information

• Documenting collision damage and physical evidence

• Recording measurements and scene conditions

• Generating detailed 3D models of vehicles and accident scenes

• Capturing photographic evidence for engineering analysis

Through the use of advanced digital documentation techniques, Vicente helps ensure that important evidence is accurately preserved and available for reconstruction and analysis.

Vicente has a lifelong interest in automotive systems and emerging vehicle technologies. His experience ranges from traditional vehicle repair and diagnostics to advanced vehicle electronics and computer systems.

He has particular interest in:

• Vehicle electronic control systems

• Controller Area Network (CAN) communications

• Automotive data acquisition

• Vehicle computer diagnostics

• Advanced driver technology systems

• Emerging sources of vehicle-generated data

As vehicle technology continues to evolve, Vicente explores new methods of identifying and extracting collision-related information from systems beyond traditional Event Data Recorders, helping expand the capabilities of modern vehicle forensic investigations.

While attending Texas A&M University, Vicente worked on the Hard Truck Platooning Project within the Connected Autonomous Safe Technologies (CAST) Laboratory.

As part of this research, he designed and implemented a Controller Area Network (CAN) system that collected and transmitted critical operational information from the Aggie Spirit Bus for real-time analysis.

The project involved:

• CAN system design and implementation

• Vehicle data acquisition

• Real-time data transmission

• Connected vehicle technology

• Advanced transportation systems research

This experience provided valuable insight into autonomous and connected vehicle technologies, as well as the growing role of vehicle data in transportation safety and forensic investigations.

Outside of work, Vicente enjoys spending time with family and friends and following professional motorsports. He is particularly interested in Formula 1 and endurance racing, where engineering innovation, data analysis, and vehicle performance come together at the highest level of competition.

His enthusiasm for automotive technology extends beyond the workplace and continues to fuel his interest in the engineering challenges that drive the transportation industry forward.