Surface and beyond.
Every time.
Industrial Inspection Specialist.
Reliable NDT expertise for industrial operations — delivering precise results, clear communication and safe execution throughout all project phases.
Who I Am
I’m Karolis Lenkauskis, an industrial NDT inspector with hands-on experience across shutdowns, turnarounds and daily plant operations.
I currently specialize in conventional radiography and computed radiography (RT Level 2), supported by ADR certification for the safe transport and handling of radioactive sources. I work confidently in both controlled and field environments, maintaining consistent precision and strict compliance with radiation-safety requirements.
My professional mindset is simple but non-negotiable: deliver accurate results, work safely, and ensure dependable support on site — every time. I take personal responsibility for the quality of my work, the safety of my colleagues, and the continuity of operations. Reliability is at the core of how I operate.
I’m committed to continuous learning and long-term professional growth. I actively expand my capabilities across VT, PT, MT and other inspection methods, always looking for ways to improve my technical skillset and contribute more effectively to each project. I value long-term cooperation, loyalty, and a positive, solutions-oriented attitude — qualities that help teams perform better, work safer, and complete tasks without unnecessary delays.
Clear communication, adaptability, and a strong work ethic allow me to integrate quickly into different teams and environments. Whether supporting agencies, contractors or plant personnel, my goal is always the same: to deliver real value by being a skilled, responsible and dependable inspector on every assignment.
What I Do
Conventional and CRT
radiography (RT)
Radiographic examination of welds and components using film and digital imaging systems, performed in accordance with ISO and ASME procedures. Focused on high image quality, controlled exposure parameters, and full compliance with radiation safety and area-control requirements.
Penetrant Testing (PT)
(planned for H1 2026)
Surface-breaking defect detection using colour-contrast or fluorescent penetrants, performed according to ISO and ASME procedures. Ensuring reliable indication development, precise removal of excess penetrant and controlled inspection conditions for maximum sensitivity.
Magnetic Testing (MT)
(planned for H1 2026)
Detection of surface and near-surface discontinuities in ferromagnetic materials using magnetic particles, performed in compliance with ISO and ASME standards. Ensuring proper magnetisation, field orientation, demagnetisation and indication evaluation for accurate results
Visual Testing (VT)
(planned for H1 2026)
Visual examination of welds, components and structural surfaces using direct and enhanced visual methods, conducted according to ISO and ASME requirements. Ensuring accurate defect detection through controlled lighting, proper access and suitable viewing conditions.
How I Do That
I follow established procedures and industry standards with consistency and attention to detail, ensuring that every inspection is performed correctly from preparation to final documentation. Before starting any task, I make sure I fully understand the scope, site rules, and safety requirements to avoid mistakes and unnecessary risks. Safety is always integrated into my workflow — from equipment checks and area control to clear communication with the team. By combining discipline, responsibility, and a methodical approach, I help maintain a safe and predictable work environment on every project.
Ensuring safe radiographic operations through proper controlled area setup, barricading, warning signage and continuous personal dose monitoring. All exposure work follows site radiation rules and established safety protocols.
Working strictly under permit-to-work systems, employer instructions and site-specific safety procedures. This includes lockout/tagout requirements, hot work controls and adherence to all confined space or restricted access protocols.
Actively participating in daily toolbox meetings, safety briefings and coordination sessions to align with work teams, supervisors and plant operations. Clear communication ensures consistent situational awareness and safe task execution.
Maintaining strong situational awareness in high-risk industrial areas, with a focus on preventing incidents before they can occur. This includes hazard identification, dynamic risk assessment and disciplined behavior in all field environments.
Handling, storing and transporting radioactive sources in full accordance with ADR requirements. This includes secure transport arrangements, safe container handling, documentation control and adherence to radiation protection guidelines.
Where I Do That
Industrial sites I’ve supported across multiple projects.
I’ve contributed to inspections, turnarounds and daily operations in complex industrial environments across Europe. Each assignment strengthened my technical adaptability, attention to detail and ability to deliver safe, consistent results on site.
Surface and beyond.
Every time.
I’m Karolis Lenkauskis, an industrial NDT inspector with hands-on field experience across shutdowns, turnarounds and daily plant operations.
Who I Am
I currently specialize in conventional and computed radiography (RT Level 2) and hold ADR certification, working in both controlled and field environments.
My work approach is straightforward: precise results, safe execution and reliable support on site — every time.
I’ve worked across multiple facilities in Belgium, Netherlands and Germany, supporting contractors, agencies and inspection teams in demanding industrial environments.
I value clear communication, adaptability and a professional attitude that keeps operations running safely and without unnecessary delays.
“Strength isn’t assumed — it’s verified."
Karolis Lenkauskis
What I Do
Conventional and computed radiography (RT)
RT examination of welds and components using films and digital (CR) systems. Ensuring full focus on radiation safety and area control.
Penetrant Testing (PT)
(planned for H1 2026)
Surface-breaking defect detection for ferrous and non-ferrous materials using color contrast and fluorescent systems.
Magnetic Testing (MT)
(planned for H1 2026)
Efficient detection of surface and near-surface discontinuities on welds, castings and machined components.
Visual Testing (VT)
(planned for H1 2026)
General condition assessments, weld evaluation, pre-inspection activities and compliance verification for industrial equipment.
Ensuring safe radiographic operations through proper controlled area setup, barricading, warning signage and continuous personal dose monitoring. All exposure work follows site radiation rules and established safety protocols.
Working strictly under permit-to-work systems, employer instructions and site-specific safety procedures. This includes lockout/tagout requirements, hot work controls and adherence to all confined space or restricted access protocols.
Actively participating in daily toolbox meetings, safety briefings and coordination sessions to align with work teams, supervisors and plant operations. Clear communication ensures consistent situational awareness and safe task execution.
Maintaining strong situational awareness in high-risk industrial areas, with a focus on preventing incidents before they can occur. This includes hazard identification, dynamic risk assessment and disciplined behavior in all field environments.
Handling, storing and transporting radioactive sources in full accordance with ADR requirements. This includes secure transport arrangements, safe container handling, documentation control and adherence to radiation protection guidelines.
How I Do That
Where I Do That
Industrial sites I’ve supported across multiple projects.
I’ve contributed to inspections, turnarounds and daily operations in complex industrial environments across Europe. Each assignment strengthened my technical adaptability, attention to detail and ability to deliver safe, consistent results on site.
