Harold Nikodemus Naiborhu

• Proposed and executed more than 7 design concepts into projects, worked with customers to incorporate changes and oversaw design process.
• Checked design compliance with product specifications and standards requirements.
• Evaluated project requirements to identify and mitigate risks.
• Created full-scope cost estimates for bid builds and design-build projects.
• Utilized data-driven decision-making techniques to guide effective project planning and execution strategies, consistently achieving targets on-time and under budget constraints.
• Managed cross-functional teams to ensure efficient coordination and timely project completion.
• Kept projects on schedule and within budget while serving as project leader.
• Enhanced engineering team collaboration through regular communication, resulting in improved project outcomes.
• Established clear goals for the engineering team, aligning individual tasks with broader organizational objectives.
• Mentored junior engineers on technical skills development, contributing to their professional growth within the company.
• Provided technical leadership for company to effectively steer strategic plans and future projects.

Key Achievement

• Driving company to get into Data Center Infrastructure construction business, resulting in 3 projects (1 for PLN Icon Plus and 2 for PT Telkomsel) and completed the projects simultaneously in less than 2 years.
• Driving company to use polymer insulator, resulting in first mass use of polymer insulator in PT PLN (Persero) HV & EHV transmission system. More than 70,000 of our polymer insulators have been using in PT PLN (Persero)

• Conducted regular performance reviews, identifying areas for improvement and developing action plans to address them.
• Supervised operations staff and kept employees compliant with company policies and procedures.
• Spearheaded process improvements, resulting in increased productivity and reduced operational costs.
• Facilitated knowledge sharing sessions, empowering team members with skills and insights to excel in their roles.

Key Achievement

• Reduced downtime from 4 hours into less than 1 minute and increase reliability & availability by design engineering and executing implementation of automation in Recovery Plant & Gold Room using GE Fanuc module & PME (including creating Ladder & script programming and HMI display).
• Upgraded and modified Ball Mill manual control & protection into automated system (using Mitsubishi PLC Melsec Q & GE Multilin 269+ Protection Relay) to increase reliability & availability.
• Executing implementation of new Gekko Gravity Concentrate Plant to extend sustainability of gold production (using Allen-Bradley PLC RSLogix 5000 & Compact Logix modules).

• Standardized documentation practices across all projects, ensuring consistency in design specifications and operational procedures.
• Designed and installed control systems, resulting in improved process performance and reduced downtime.
• Designed automation concepts and protocols for industrial processes.
• Drafted full piping and instrumentation diagram (P&ID) documents for use in various industry.
• Calculated component and instrumentation specifications for industrial process systems, utilizing both off-the-shelf components and custom-built solutions.
• Collaborated with cross-functional teams to develop integrated solutions for complex engineering projects, achieving project objectives on time and within budget constraints.

Key Achievement

• Design engineering and executing project implementation including P&ID, PLC ladder & script programming of Nitrogen PSA Plant for PT Kaltim Daya Mandiri.

• Inspected and tested heavy equipment components to certify proper operation and safety.
• Reassembled and tested equipment after repairs to verify function and performance.
• Performed routine maintenance and repairs on heavy equipment such as bulldozers and backhoes.
• Removed worn or faulty components for replacement or repair.
• Troubleshot equipment malfunctions utilizing diagnostic tools and technical manuals.
• Replaced defective wiring systems, hydraulics, and braking systems to return machines to service.
• Read and interpreted technical manuals for troubleshooting and repair purposes.
• Collaborated with a team of mechanics to troubleshoot complex mechanical problems.
• Diagnosed and repaired hydraulic and electrical systems to maintain equipment function.
• Provided on-site emergency repair services, minimizing operational disruptions during critical project phases.
• Exhibited adaptability by working on various types of heavy equipment including bulldozers, excavators, loaders, and cranes.
• Maintained a clean work environment that promoted safety while enhancing overall productivity.