Senior EICA Design Engineer

Job Purpose As part of the Design Team, the Senior EICA Design Engineer will be responsible for the design, development, and delivery of Electrical, Instrumentation, Control, and Automation systems for water and wastewater treatment projects for various clients This role involves working as part of a multidisciplinary team to ensure that all EICA elements are integrated effectively into project designs, meet regulatory requirements, and adhere to industry best practices. The Senior EICA Engineer will manage the design process from concept through to detailed design, supporting project delivery and ensuring systems operate efficiently, safely, and within budget. Job Responsibilities Lead the EICA design process for water and wastewater treatment projects, ensuring integration with civil, mechanical, and process design elements Develop and produce high-quality electrical, instrumentation, control, and automation designs, including SLDs, BCDs, Load Schedules, Systems Architecture, Cable Calculations, I/O schedules, and Electrical Install, MCC & SI Datasheets/Specifications. Ensure that designs are compliant with technical standards, industry regulations, and safety codes, with a focus on electrical safety and automation security. Manage the development of control strategies for water treatment processes, ensuring proper functionality of instrumentation and control systems. Collaborate with project teams to ensure that EICA designs are aligned with overall project objectives and integrate effectively with other engineering disciplines. Conduct technical reviews of EICA designs and drawings, ensuring accuracy, quality, and compliance with project specifications and client requirements. Provide technical expertise during construction, commissioning, and handover stages, ensuring that EICA systems are installed, tested, and operated according to design specifications. Develop functional specifications and technical documentation for electrical and control systems. Assist with tender evaluations and selection of vendors for electrical and control equipment. Liaise with clients, contractors, and regulatory authorities to ensure designs meet project and regulatory requirements. Stay up to date with technological advancements and industry best practices in EICA design and water treatment automation systems. Mentor and provide technical guidance to junior EICA engineers and other team members. Candidate Specification Personal Attributes Strong analytical and problem-solving skills with a deep understanding of electrical and control systems.. Excellent communication and teamwork abilities, capable of collaborating with multidisciplinary teams and stakeholders. Analytical mindset with strong attention to detail. Detail-oriented with a focus on producing high-quality, precise designs. Proactive and organised, with the ability to manage competing priorities and work under pressure. Strong leadership skills with the ability to guide and mentor junior team members Technical Specification Experience Required Minimum of 7-10 years of experience in EICA design engineering, preferably in the water or wastewater treatment industry. Strong knowledge of control system architectures, PLCs, SCADA, and instrumentation for water treatment processes. Thorough understanding of relevant regulations, safety standards, and industry codes, particularly related to electrical systems and automation. Experience in working through the full project lifecycle, including concept, detailed design, construction, and commissioning.. Essential Qualifications Bachelor’s degree in Electrical Engineering, Control Systems Engineering, or a related discipline. Chartered Engineer (CEng) status or working towards it. Strong knowledge of electrical safety standards, control systems, and instrumentation in the water industry. Proficiency in using electrical design software and tools, as well as SCADA, PLCs, and other automation systems. Desirable Qualifications Master’s degree in Electrical, Control, or Automation Engineering. Familiarity with BIM (Building Information Modelling) and other advanced digital design tools. Experience in sustainable design principles, including energy-efficient electrical systems and automation solutions