R&D Area 05

Industrial Engineering & Field Delivery

Field engineering evidence across commissioning, troubleshooting, client delivery, manufacturing and operational improvement.

FIELD ENGINEERING DELIVERYIndustry & Field Delivery

01FIELD NEEDsafety / reliability / throughput

02ENGINEERINGrequirements / design / feasibility

03INTEGRATIONmechanical / electrical / control

04COMMISSIONconfiguration / testing / troubleshooting

05IMPROVEperformance / response / cost

A traceable path from operational need to deployed system performance.

4 primary systems

Problems, Methods and Outcomes

Elevator commissioning, PetroEcuador project work, manufacturing systems, telecommunications implementation, technical service, customer-facing deployment, cost and performance improvement.

P182016-2018

Remote Monitoring for Elevator Service Response

Problem: Emergency elevator faults were difficult to diagnose quickly without remote visibility into system condition.
Solution: Doppler remote-monitoring integration combined with a more efficient troubleshooting and service workflow.
Evidence / result: up to 70% reported emergency-response reduction

remote monitoringembedded systemsfault response

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P192020

Engineering Project Delivery at PetroEcuador

Problem: Engineering initiatives required stronger definition, feasibility control, coordination and documentation across project phases.
Solution: A PMI-aligned delivery process connecting initiation, planning, pre-feasibility, feasibility and engineering documentation.
Evidence / result: 30% reported workflow improvement

PMIfeasibilityengineering coordinationcost optimization

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P202014-2015

Mobile Robotic Manufacturing Transport System

Problem: Manufacturing material movement created process inefficiency, waste and avoidable operational cost.
Solution: A purpose-built mobile robotic transport platform integrating the complete mechanical, electrical, sensing and control system.
Evidence / result: approximately 10% reported waste and cost improvement

mobile roboticsSolidWorksembedded controlmanufacturing

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P262014-2026

Telecommunications Network Implementation

Problem: Telecommunications systems require disciplined implementation, configuration and verification before they can support dependable users and operations.
Solution: A field-delivery approach connecting requirements, installation, configuration, testing, documentation and customer support.
Evidence / result: Operational technical delivery

telecommunicationsimplementationtestingtechnical service

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Cross-Disciplinary Connections

Connected Work

Related work in which this area provides a supporting method, technology or scientific context.

P12Oil-Tank Fire-System ArchitectureA multidisciplinary safety-system design developed through mechanical-engineering requirements, modelling and system integration.P17Electromechanical Commissioning Across 23 InstallationsCommissioning and field optimization of motors, inverters, controllers, sensors, actuators and embedded monitoring systems.P24Backhoe Teeth Wear Prediction with DEMDiscrete-element simulation applied to the industrial problem of predicting wear in earthmoving components.