Secondary Engineering Manager at GE Vernova

Pallavaram, tamil nadu, India -

Full Time

Start Date

Immediate

Expiry Date

20 Jun, 26

Salary

0.0

Posted On

22 Mar, 26

Experience

10 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

System Design, Material Selection, Quantity Estimation, Technical Consultation, Industry Standards Adherence, Safety Regulations Adherence, Quality Requirements Adherence, Cost-Efficiency, Control & Protection, Substation Automation Systems, Interface Engineering, Telecom Requirements, LV Auxiliary Systems, E-CAD Tool Proficiency, IEC61850, Relay Setting Calculations

Industry

Electric Power Generation

Description

Job Description Summary The Secondary Engineering Manager – Electrical Component will play a key role in supporting the sales and business development by providing technical expertise in the design of electrification solutions for the EHV/HV Substations. This individual will be responsible for system design, material selection, quantity estimation, various engineering activities associated for a project and customer technical consultations. The candidate will also ensure that the proposed solutions meet customer needs while adhering to industry standards, safety regulations, quality requirements, delivery and cost-efficiency objectives. The candidate shall execute with association of workgroups, where applicable, in order to meet assigned objectives. In this role, the candidate will work within defined parameters to make decisions, apply concepts to issues of moderate complexity, and resolve issues through immediate action or short-term planning. This role involves in leading the secondary engineering activities (Control & Protection, Substation Automation Systems, Interface Engineering, Telecom Requirements & LV Auxiliary Systems for EHV/HV Electrical Substations (AIS / GIS / HVDC / FACTS / Onshore / Offshore / Renewable/etc.,) The candidate ensures leadership, skills development and motivation of the teams, manages engineering workload plan of the region, allocates keys resources on the projects, defines with Operations make or buy strategy for engineering activities. Candidate aligns processes and tools spanning ITO and OTR phases with Project Engineering function. The candidate will work with GSI Global Engineering Centre (GSI GEC) to coordinate with the GSI Regions / Business Lines / as per Project requirement. Job Description Roles and Responsibilities Specific Role Requirements: Design and prepare Engineering drawings (SLD/KLD/PSLD/CRP) as per project requirement in anyone of E-CAD Tool (Ex. Engineering Base software/E-Plan/ AutoCAD Electrical/equivalent) for up to 400/765kV Substations. Design/Review the Substation automation system based on IEC61850 & interconnections. Review BOQ and Network drawings of PLCC/FOTE engineering and need to interface between CRP & SAS with Telecom Equipment. Review equipment drawings of major Substation Equipment for AIS / GIS like Circuit breakers, Isolators, Earth switches, CSD, PDM, Transformers/Reactors & associated Conditional Monitoring Devices etc., Perform CT and VT and its sizing calculations. Design and Review the control/Power cable engineering in substations. Design the LV/LT auxiliary systems for Electrical Substations and interface with the SAS/SCADA. Perform/review the protection relay application / setting calculations and coordination including tripping analysis. Add-on Competency (Optional) Renewable project engg i.e. Solar, On-shore / Off-shore Wind, Battery Storage or hybrid. HVDC/FACTS integrated project applications. Perform/Review the study on Electrical Power systems and load flow and short circuit studies etc., Competency on specialized tools like CANECO, ETAP, DIG Silent or equivalent Working experience in SAS, Database Preparation in the automation/RTU software Review / consolidate the IO Mapping with respect to the scheme drawings/troubleshoot of database issues in SAS system / RTU based system. Able to work with different make IEDs, Numerical protection relays and BCUs. Qualifications / Requirements Bachelor’s degree in electrical engineering or related field, from an accredited college or university. Minimum of 15+ years of experience in EHV/ HV AIS & GIS Substation design. Good understanding of power system components (transformers, switchgear, protection systems) and renewable energy integration. Experience in EPC (Engineering, Procurement, Construction) environments with multidisciplinary teams. Experience of Secondary (CRP/SAS, Aux Systems, Telecom, Interface) engineering up to 765kV/400kV/220KV and HVDC Substations (AIS/GIS/SOLAR/WIND). Experience/Knowledge on Relay Testing, Equipment Testing, Control / Protection scheme testing & SAS Commissioning experience (min 1 year) shall be given additional weightage. Excellent communication skills, capable of explaining complex technical concepts to both technical and non-technical stakeholders. Strong analytical and problem-solving skills, with the ability to balance technical requirements and business needs. Ability to work collaboratively across teams and with clients. Ability to guide/groom team and execute project in line with client/project requirement. Ability to expand the competency domain, being able to take new learning challenges. Good knowledge of Engineering interface with Civil, Mechanical & Primary/Plant Engineering as per project. Successful experience in management of engineering teams Strong influencing and relationship building skills Knowledge of project execution risks and financial processes Willingness to work in different locations for short or medium period and to travel in the region (Global). Demonstrated presentation skills and ability to succinctly communicate complex messages Demonstrated ability to lead in an unstructured environment and deliver results Demonstrates ownership & accountability, judgment and decision making, influences & inspires team, creates a vision and strategy, and has passion for the role Global experience and mindset including high technical cultural competence and sensitivity Engineering strategy Involve the project engineering function at ITO phase and make it accountable for engineering budget and technical solution proposed. Regionalize and rationalize the engineering function in the region Align the ‘Make or Buy ‘strategy for engineering activities within the region and define the needs with the discipline Owners Define with discipline owners’ competence requirement per activity function of targeted business. Management of engineering offices Nominate discipline Owners with support of Operations Nominate the key people on project execution with support of discipline owners Responsible of the engineering offices’ budget (investments, overheads, other costs) with support of regional offices controller Consolidate engineering workloads and manage resources issues Consolidate skills assessment and perform competence gap analysis on a regular basis and ensure action plan to fill the gap, as per Grid Solutions’ engineering process. Define required recruitment plans per discipline Engineering process and tools Ensure implementation of consistent process and tools Deploy GRID engineering tools and process, including KPI used to measure engineering performance and effectiveness. Secure with the support of IT function the adequacy between Engineering tools and IT infrastructure Ensure knowledge capitalization through ROE, toward sales, tendering team and Project Engineering People management Lead and manage engineering teams, and more specifically ensure performance standards, annual objectives, policies and procedures are met and to give coherent objectives across all engineering categories Organize and animate engineering community with regular communication Ensure the teams have the right level of know-how and competency to perform their responsibilities through coaching and development Regularly manage and review performance of lead team according to GE practices. Quality Comply with Quality Procedures, work instructions and Processes at Grid solutions level and Project Engineering function Report or resolve any non-conformances to process in a timely manner Performance Measurement Evidence of monthly workload plan At least a yearly engineering process review for any improvement Attends gate reviews with execution team to assess review effectiveness Attend tender technical validation meetings to bring Return of experience on past projects and ensure effective involvement of Engineering at ITO phase KPI in place, some consolidation done region level with analysis and associated improvement plan Budget followed on regular basis (as per finance requirement), anticipation and analysis of potential Budget deviation (Increase or decrease) Evidence of regular engineering team information/exchange meeting Development of key talents, in both leadership and technical depth, & Yearly skills improvement plan Safety leadership and performance Zero safety deviations, no safety non-conformances Additional Information Relocation Assistance Provided: Yes Addressing the climate crisis is an urgent global priority and we take our responsibility seriously. That is our singular mission at GE Vernova: continuing to electrify the world while simultaneously working to help decarbonize it. If we want our energy future to be different…we must be different. Our mission is embedded in our name. We retain our treasured legacy, “GE,” in our name as an enduring and hard-earned badge of quality and ingenuity. “Ver” / “verde” signal Earth’s verdant and lush ecosystems. “Nova,” from the Latin “novus,” nods to a new, innovative era of lower carbon energy that GE Vernova will help deliver. Together, we have The Energy to Change the World. www.gevernova.com

Responsibilities

This role involves leading secondary engineering activities for EHV/HV Substations, including system design, material selection, and customer technical consultations, while ensuring solutions meet customer needs and industry standards. The manager will also be responsible for leading secondary engineering activities such as Control & Protection, Substation Automation Systems, and Interface Engineering for various substation types.