Head of Engineering

Objective:The Head Engineering - responsible for leading all substation-related engineering functions, ensuring operational efficiency, safety, and cost-effectiveness. This role is pivotal in driving the design, execution, and optimization of substation projects, aligning with BU's strategic focus on expanding its transmission network and enhancing reliability. The position supports pre-bid activities, project execution, and operations & maintenance (O&M) while fostering innovation and leveraging advanced technologies to achieve excellence in engineering outcomes.Key Responsibilities:Lead substation design activities, ensuring compliance with IS, IEEE, CBIP, CEA, and IEC standards, and alignment with project specifications.Collaborate with the pre-bid team to deliver accurate and compliant engineering documentation, drawings, and Bill of Quantities (BOQs) to strengthen competitive bidding.Guide the estimation team in preparing detailed cost analyses and reliable estimates during pre-bid stages to ensure competitive and financially sound project proposals.Drive cost-effective design solutions by identifying and implementing design improvements that optimize substation layout, reduce material costs, and extend asset lifespan. Integrate advanced engineering software and tools such as ETAP, AutoCAD Electrical, and PLS CADD to enhance design precision and efficiency.Provide robust technical support to O&M teams, conducting root cause analyses for system malfunctions and implementing proactive maintenance strategies to ensure substation reliability. • Oversee engineering documentation and testing protocols for substation systems to facilitate successful commissioning and ensure readiness for operational requirements. Champion the adoption of advanced technologies, including AI-driven design tools and real time monitoring software, to streamline substation design and improve project timelines.Foster strong collaboration between engineering, procurement, project management, and O&M teams to ensure seamless communication and project alignment.Mentor and develop engineering team members, fostering a culture of excellence and continuous improvement.Required Qualifications & Experience:Proven experience in managing engineering teams and driving cost and reliability-focused engineering solutions.Extensive experience with different types of substations, including Outdoor (Air) and Gas (Indoor) substations.In-depth knowledge of electrical distribution and substation design, with expertise in standards such as IS, IEEE, CBIP, CEA, and IECEducational BackgroundB.E. / B.Tech. in Electrical or Civil Engineering.Master’s (M.E. / M.Tech.) degree is preferred.Years & Type of Experience:15+ years of experience in substation engineering, including design, execution, and O&M support. Demonstrated expertise in large-scale substation projects and advanced engineering tools. Domain ExpertiseDeep technical knowledge of substation design, including load calculations, earthing, and grounding designs.Familiarity with advanced engineering software such as ETAP, AutoCAD Electrical, and PLS CADD.Expertise in integrating innovative technologies to enhance substation performance and reliability.Digital & Operational ToolsProficiency in ETAP for electrical system analysis and design.Expertise in AutoCAD Electrical for detailed engineering drawings.Familiarity with PLS CADD for transmission line design and optimization.Requirements: Substation Engineering ExpertiseThe candidate must possess in-depth knowledge and experience in substation engineering, including Outdoor (Air) and Gas (Indoor) substations. This expertise is critical for ensuring the design, optimization, and execution of substation projects align with AESL's strategic goals of operational efficiency and cost-effectiveness. The ability to work with standards such as IS, IEEE, CBIP, CEA, and IEC is essential to maintain high-quality design standards and regulatory compliance.Leadership and Team ManagementThe role requires strong leadership skills to manage and mentor a team of engineers effectively.The candidate must foster a culture of excellence and continuous improvement, ensuring the team aligns with project goals and company standards.This is vital for driving innovation, enhancing team performance, and achieving successful project outcomes in line with AESL's vision of revolutionizing energy delivery.Technology Integration and InnovationProficiency in advanced engineering software and tools like ETAP, AutoCAD Electrical, and PLS CADD is non-negotiable. The candidate must champion the adoption of new technologies and implement data-driven decision-making processes to enhance engineering capabilities. This aligns with AESL's strategic priority of leveraging technology to improve project timelines, data accuracy, and overall engineering outcomes.