Lead the tendering and application engineering function for Eaton’s Power Distribution business in Malaysia. Responsible for delivering technically compliant, commercially competitive and timely proposals for MV/LV power distribution projects, while supporting Sales from opportunity qualification through order handover.
Responsibilities
Lead end-to-end tendering activities for Power Distribution projects, from RFQ review, technical clarification and solution development through final proposal submission and order handover.
Review customer specifications, single-line diagrams, drawings and tender documents to establish technical requirements, scope, deviations and risks.
Develop optimized and competitive technical solutions covering MV switchgear, RMU, transformers, LV switchboards, busway, PTU and associated power distribution systems.
Coordinate with Sales, FAE, Product Management, factories and suppliers to obtain technical inputs, costing, lead times and project-specific solutions.
Prepare and review technical offers, compliance statements, deviations, equipment selections, system configurations and tender documentation in accordance with applicable IEC standards and customer requirements.
Requirements
Bachelor’s Degree in Electrical/Electrical Power Engineering or equivalent
Lead the tendering and application engineering function for Eaton’s Power Distribution business in Malaysia.
Responsibilities
Lead end-to-end tendering activities for Power Distribution projects
Review customer specifications, single-line diagrams, drawings and tender documents
Develop optimized and competitive technical solutions covering MV switchgear, RMU, transformers, LV switchboards, busway, PTU and associated power distribution systems
Coordinate with Sales, FAE, Product Management, factories and suppliers to obtain technical inputs, costing, lead times and project-specific solutions
Prepare and review technical offers, compliance statements, deviations, equipment selections, system configurations and tender documentation in accordance with applicable IEC standards and customer requirements
Requirements
Bachelor’s Degree in Electrical/Electrical Power Engineering or equivalent
Lead risk management for the Radar System Replacement initiative, developing and maintaining risk plans, registers, and mitigation strategies across program teams, vendors, and FAA stakeholders.
Compensation
$104,000 - $166,000. This represents the typical salary range for this position. Salary is determined by various factors, including but not limited to, the scope and responsibilities of the position, the individual’s experience, education, knowledge, skills, and competencies, as well as geographic location and business and contract considerations. Depending on the position, employees may be eligible for overtime, shift differential, and a discretionary bonus in addition to base pay.
Responsibilities
Develop and maintain the RSR Program Risk Management Plan
Maintain integrated risks, issues, and opportunities register
Evaluate program changes and assess impacts
Assess risks related to radar production and site access
Align risk mitigation with Integrated Master Schedule
Apply systems engineering across the ESCS lifecycle, translating business and operational needs into coherent, traceable system requirements, interface specifications and model artefacts.
Compensation
£47,600 - £61,000
Responsibilities
Develop and maintain clear, testable and traceable system requirements, interfaces and engineering artefacts
Model and analyse the behaviour, interfaces and non-functional characteristics of the ESCS solution
Support system integration and verification by ensuring requirements, interfaces, dependencies and acceptance evidence remain coherent
Elicit, analyse, decompose and manage functional and non-functional system requirements
Develop and maintain system models, functional and logical views, interface definitions and ICDs
Requirements
Nice to have: Solutions hosted across hyperscaler platforms; preferably AWS
Nice to have: Complex systems integration programmes that include enterprise SaaS and COTS systems
Nice to have: Supply chain, procurement, order management, logistics or ERP-related systems
Nice to have: Model-Based Systems Engineering and appropriate modelling notation/tooling such as SysML 1.6, SysML 2.0 or Archimate
Nice to have: Availability, reliability, capacity or performance modelling of distributed systems