Benjamin Andoh

Developed and deployed a robust shift tracking system using the SpringBoot framework.
Engineered a fully-featured e-commerce platform using Saleor.
Strengthened security by implementing OTP and 2FA across all company SaaS applications.

Architected and managed a scalable Document Management System leveraging AWS services.
Streamlined software delivery by automating CI/CD pipelines.
Enhanced system observability by implementing robust monitoring and logging frameworks.

Conducted thorough inspections using multiple NDT techniques (Visual, Magnetic Particle, Liquid Penetrant, Radiographic, and Ultrasonic Testing) to identify and analyze surface and subsurface defects, ensuring material integrity and safety.
Interpreted test results across various NDT methods, preparing detailed and precise reports that supported engineering decisions and identified critical anomalies and defect patterns.
Reduced misinterpretation risk by 20% through meticulous calibration and routine maintenance of NDT equipment, ensuring accurate readings and reliable test outcomes.
Ensured strict compliance with safety protocols during NDT procedures, particularly when handling radiographic equipment, safeguarding both team members and the environment.

Built a scalable ERP microservices application using TDD strategy.
Trained and mentored a team of junior developers.
Collaborated with cross-functional teams to gather and document requirements.

Integrated external APIs into Laravel-based applications.
Performed comprehensive code reviews and debugging.
Developed and deployed a real-time chat application.

Monitored and analyzed key parameters (e.g., particle size, dissolved oxygen, pH, temperature) in processing units like gyratory crushers, SAG mills, and CIL tanks to ensure optimal process efficiency and quality control.
Conducted regular maintenance and calibration of critical equipment (e.g., particle size analyzers) to ensure accurate readings and reliable data for quality assurance.
Performed gravimetric and micrometric analysis, prepared samples for mineral processing, and generated detailed technical reports to document analysis results and support data-driven decisions.
Collected and managed mining and metallurgical data with precision, revised standard operating procedures to reflect current practices, and identified/corrected data entry errors to maintain data integrity and prevent duplication.

Monitored and analyzed key parameters (e.g., particle size, dissolved oxygen, pH, temperature) in processing units like gyratory crushers, SAG mills, and CIL tanks to ensure optimal process efficiency and quality control.
Conducted regular maintenance and calibration of critical equipment (e.g., particle size analyzers) to ensure accurate readings and reliable data for quality assurance.
Performed gravimetric and micrometric analysis, prepared samples for mineral processing, and generated detailed technical reports to document analysis results and support data-driven decisions.
Collected and managed mining and metallurgical data with precision, revised standard operating procedures to reflect current practices, and identified/corrected data entry errors to maintain data integrity and prevent duplication.