LVS Solutions Technical Leader

Accountabilities

• • Lead the mechanical systems engineering function in developing LVS solutions engineering capabilities through process optimization, training, best-practice development, and lessons-learned sharing.
  • Drive global standardization and optimization of LVS solution offerings for international customers, ensuring consistency, quality, and scalability.
  • Establish and monitor technical interfaces, processes, and standards with global solution suppliers, including internal business units and third-party partners.
  • Provide technical risk assessments and contribute to risk management for global LVS projects, supporting informed business and engineering decisions.
  • Participate in critical technical discussions and provide expert input for strategic decisions involving complex solutions and customer requirements.
  • Provide technical consultation to sales and marketing teams to support market opportunities, bids, and customer engagement.
  • Act as a primary technical point of contact for customers on LVS solutions, translating technical requirements into viable engineering approaches.
  • Support tendering and engineering teams in assessing and responding to complex technical requirements.
  • Collaborate with data center teams, factory engineering teams, and other organizational units to align technical standards and project requirements.
  • Coordinate with internal and external technical suppliers to ensure effective system integration and resolution of technical interfaces.
  • Contribute to market and competitor intelligence in collaboration with commercial teams.
  • Promote cross-functional and cross-organizational collaboration while influencing stakeholders effectively without direct reporting authority.

  Requirements

  • Bachelor’s degree in Mechanical Engineering, Electrical Engineering, or a related technical discipline.
  • More than 10 years of relevant professional experience in a comparable engineering, solutions, or technical leadership environment.
  • Strong expertise in low-voltage switchgear products, technical standardization, and applicable IEC standards.
  • Hands-on knowledge of e-house, skid, enclosure, or integrated low-voltage system design.
  • Experience with geometric dimensioning and tolerancing (GD&T) and sheet-metal structural design.
  • Strong technical understanding of LVS solutions integration and the ability to manage interfaces across multiple engineering disciplines and suppliers.
  • Demonstrated risk management capabilities and sound technical judgment when assessing complex projects.
  • Strong communication and stakeholder-management skills, with the ability to influence and align teams without direct authority.
  • Excellent English communication skills; additional foreign-language proficiency is an advantage.
  • Knowledge of busduct and UPS systems is desirable, as is experience with electrical system analyses such as selectivity, power-loss calculations, and inter-arc calculations.
  • Ability to collaborate effectively across international teams, customers, suppliers, sales, engineering, and other business functions.
  • Strong analytical, problem-solving, consulting, and decision-making capabilities, combined with a practical and customer-focused approach.

  Benefits

  • Full-time position with a remote working model.
  • Opportunity to work in a global, multidisciplinary engineering environment with international customers and stakeholders.
  • Significant technical ownership and influence over global LVS solution standards and engineering practices.
  • Exposure to complex industrial, infrastructure, and data-center-related projects.
  • Opportunities to develop engineering capabilities through training, best-practice sharing, and continuous improvement initiatives.
  • Supportive and inclusive workplace focused on professional growth, collaboration, and innovation.
  • Access to a broad range of employee benefits, rewards, and career-development programs.
  • Opportunity to contribute to solutions designed to improve industrial efficiency, sustainability, and technological performance.