More of my credentials.

• Leading the CTD Navigator program to develop a next-generation continuous-rotating orienter for Coiled Tubing Drilling, integrating annular PMSM motor, high-ratio gearbox, sensorless control, and surface control architecture.
• Owning program scope, schedule, and budget across mechanical, electrical, firmware, software, reliability, and test teams to move from concept to de-risked architecture and fieldable prototype.
• Driving development of physics-based and data-driven simulators (motor–gearbox–heptacable–brake) to validate control strategies, extended-reach performance, and tool–wellbore interaction before hardware is built.
• Coordinating PDE funding, Go/No-Go decision framework, and integration of Navigator into the broader CTD and Well Construction roadmap.

• Managing development of the ConnectLTB interface kit to standardize surface–downhole connectivity for LWD and CTD services, reducing rig-up complexity and improving deployment speed.
• Leading a small cross-functional team (1–4 people) and being accountable for yearly budget, CLM project management, and rapid-response enhancements driven by field needs.
• Coordinating with product lines, operations, and digital teams to ensure compatibility with existing rigs, tools, and software platforms (e.g., DrillOps/Fusion).

• Managing Katana, a deep-formation acoustic imaging initiative on SonicScope tools, aiming to extend LWD acoustic imaging capabilities away from the wellbore.
• Coordinating with scientific advisors, geophysicists, and LWD engineering teams on acquisition workflows, signal processing, and system requirements to enable 3D far-field imaging.
• Defining CDP milestones, commercialization steps, and dependencies on Gen5 hardware and advanced filtering workflows developed in collaboration with SDR.

• Led a cross-functional team of senior engineers to develop and commercialize a next-generation, rig-agnostic surface automation system for mud-pulse telemetry downlinking.
• Owned concept-to-commercialization lifecycle, including design, Zone 1 / C1D1 certification, manufacturing, field deployment strategy, and CLM project management.
• Delivered the system on schedule and under budget, achieving ~99% downlink success with ~98% correlation, and deployed it across multiple rig types (land and offshore).
• Enabled remote operation capabilities, reducing required rig-floor headcount and saving rig time through fast, reliable downlinking integrated with SLB’s Neuro autonomous directional drilling stack.

• Led roll-out of Schlumberger’s CLMS and local QMS at a mud-motor manufacturing center, achieving high compliance and successful ISO 9001:2015 recertification audits.
• Authored and maintained 30+ local CLMS procedures (non-conformance control, supplier quality, internal audits, traceability, CAPA, business continuity, etc.).
• Built PowerBI dashboards tied to PLQS/ERP for FPY, RTY, NCRs, and quality KPIs, enabling data-driven quality and operations reviews.
• Led field failure investigations and rapid-response programs for key CPSU customers, integrating root-cause analysis, FEA/CFD, and corrective action plans.

• Led mechanical design and prototyping of next-generation downhole monitoring gauge platform compatible with UNUM, completing four architectural concepts and an EXP prototype.
• Performed AHP-based architecture selection and developed sensor qualification strategies for accurate, reliable downhole measurements.
• Supported sustaining and rapid-response projects for Artificial Lift downhole monitoring product line serving internal and external clients.

• Project manager for multiple rapid-response and customization projects including CTS6000 High-Pressure Cable-to-Surface Gauge, xt150-to-Surface Gauge, Zeitecs/REDACoil 375 Slim Monitoring Gauge, and other commercialized systems.
• Drove portfolio rationalization, gauge mechanical design documentation, and product-line sustaining improvements across monitoring systems and protectors.
• Acted as gauges SME during IT transformation, ensuring tools and workflows supported engineering and field needs.

• Project leader for four commercialized industrial energy meters (single- and three-phase, smart and prepaid), owning complete mechanical design and validation.
• Applied DFSS, GD&T, and value engineering to reduce assembly time, reject rates, and product cost; executed Six Sigma and value analysis projects delivering significant annual savings.
• Presented “Tamper Proof Mechanical Designs for Industrial Energy Meters” at ELECRAMA 2011.

• Helped set up a state-of-the-art MEMS laboratory, customizing COMSOL Multiphysics workflows and simulation standards for micro-pumps and hot-arm actuators.
• Developed simulation guidelines and design procedures; lectured on mechanical aspects of MEMS for electronics students.