Lead Engineer – Battery to serve as a principal authority and visionary leader within our organization, responsible for spearheading all technical aspects related to battery pack, cell, and assembly line design and commissioning.
Compensation
The anticipated hiring range for the role you are applying for is between $130,000 and $160,000 annually. Total compensation package: Competitive base salary, Short-Term Incentive Plan (STIP) bonus, and commission on new business
Responsibilities
Lead the conceptualization, design, and optimization of battery development
Serve as the hands-on lead architect and technical expert for next-generation battery cell and pack prototype design
Direct the full lifecycle of battery prototype development, from concept generation and simulation to material selection, detailed design, fabrication, and performance validation
Initiate and manage research projects to explore emerging battery technologies
Provide expert guidance on intellectual property generation and protection related to new battery designs and manufacturing processes
As a Sr Systems Architect in this space, you aren't just managing processes; you are wielding the evaluative judgment and operational acumen to shape budgets, steer cross-functional teams, and influence the trajectory of the entire business.
Compensation
For candidates applying to a U.S. based position, the pay range for this position is between $152,400.00 and $254,000.00.
Responsibilities
Develop and govern integrated power generation system architectures from generator terminals through transmission interconnection facilities, ensuring alignment with customer performance, reliability, and operational objectives.
Lead technical definition and integration of "inside-the-fence-line" power generation assets including gas turbines, generators, generator step-up transformers (GSUs), isolated phase bus systems, HV/LV electrical gear, substations, protection and control systems, STATCOMs, BESS, and auxiliary plant systems.
Establish system requirements, architecture baselines, interface definitions, and design standards for complex power generation and industrial electrification projects.
Partner with Systems Engineering teams to define solution validation strategies, requirements traceability, verification plans, Factory Acceptance Tests (FAT), Site Acceptance Tests (SAT), commissioning milestones, and performance validation criteria.
Lead equipment coordination and system integration activities between multiple engineering disciplines to ensure maximum uptime, operational resilience, maintainability, and system performance.
Senior Systems Architect responsible for developing and governing integrated power generation system architectures, leading technical definition and integration of power generation assets, and providing technical leadership across GE Vernova business units.
Compensation
For candidates applying to a U.S. based position, the pay range for this position is between $152,400.00 and $254,000.00. The Company pays a geographic differential of 110%, 120% or 130% of salary in certain areas.
Responsibilities
Develop and govern integrated power generation system architectures
Lead technical definition and integration of power generation assets
Establish system requirements and architecture baselines
Partner with Systems Engineering teams for validation strategies
Lead equipment coordination and system integration
Requirements
Bachelor’s degree in Electrical Engineering, Power Systems Engineering, Mechanical Engineering, Systems Engineering, or related discipline
Nice to have: advanced degree in Electrical Engineering or related discipline
Senior Electrical Power Systems Engineer with senior level knowledge, skill, and experience in the challenging space of; large, complex, high- reliability, highly regulated industry and first of a kind (FOAK) new facility or power plant design.
Compensation
The base compensation range for this role in the posted location is: $82,082 - $193,440.
Responsibilities
Lead the design and integration of SC1/Class 1E (safety-related) and SC2 and SC3 electrical systems, including Medium Voltage (MV) and Low Voltage (LV) distribution.
Perform complex electrical studies such as load flow, short circuit, motor starting, and protective relay coordination using ETAP software using ANSI / IEC standards.
Prepare electrical engineering deliverables such as Requirements Specifications, Electrical Load Lists, One-lines, Calculations, Schematics and 3-Line lines.
Develop detailed procurement specifications for major components, including main transformers, switchgear, diesel generators, and UPS systems and collaborate with suppliers.
Navigate regulatory requirements (CA-CNSC and US-NRC), support licensing processes, ensuring all designs meet nuclear-specific standards.
Support engineering activities in all types of project sizes and complexities, focusing on Low Voltage Switchgear design, from specification review to final documentation.
Responsibilities
Reviewing of Customer specifications, commercial/technical documents, product requirements.
Identifying and defining preliminary scope of work for Switchgear and its associated components.
Preparing Bills of Materials, Layout Drawings, Single line Drawings, Cable Scheduling and Specifying Review documents.
Collaborating with Engineers within the Business Unit to generate technical solutions for the ABB MNS product.
Preparing set of Electrical Drawings - General Arrangement, SLD, Typical Wiring , detailed drawings.
Requirements
Degree in Electrical engineering from reputed university
The Electrical & Automation Engineer supports the Director of Technical Engineering & Guarantee in driving technology development and research initiatives across MSC Cruises’ maritime projects, acting as a subject matter expert in electrical and automation systems.
Responsibilities
Maintain professional relationships with shipyards, Classification Societies, regulatory authorities, equipment manufacturers, consultants and industry organisations
Support development of procedures, inspection programmes, testing schedules, commissioning strategies and technical standards for electrical and automation systems
Assess technical viability, maturity and commercial readiness of emerging technologies and benchmark them against existing market solutions
Lead/coordinate technical reviews and plan approvals process for electrical and automation systems associated with newbuilding, conversion and retrofit projects
Review and approve technical documentation by shipyards, designers, consultants and equipment manufacturers, ensuring designs adhere to required regulations and standards
Requirements
Bachelor’s degree in electrical engineering
Masters degree in electrical engineering
Bachelor’s degree in Marine Electrical Engineering
Bachelor’s degree in Automation Engineering
Bachelor’s degree in Electro-Technical Engineering
Support the development and certification of quantum computing systems and related hardware, ensuring products meet applicable safety, electromagnetic compatibility, environmental, and market-access requirements throughout the product lifecycle.
Compensation
The base pay range for this role is: 104,000 - 143,000 CAD per year (Burnaby)
Responsibilities
Participate in product and system design reviews to identify compliance risks early in the development lifecycle
Support compliance assessments, testing, certification activities, and technical documentation for new and existing products
Identify and interpret applicable product safety, regulatory, and industry standards with guidance from senior team members
Work with engineering teams to identify and address compliance requirements during product development and changes
Coordinate pre-compliance and formal testing with internal teams, external laboratories, and certification bodies
Requirements
Bachelor’s degree in Engineering or a related technical field, or equivalent combination of education and experience
The Electrical Design Engineer will be responsible for planning, electrical system design, DBR/concept note preparation and detailed engineering of electrical systems for industrial, data centre, and commercial building projects.
Responsibilities
Prepare and review Single Line Diagrams (SLDs) for HT and LT electrical distribution systems
Perform electrical load estimation, demand calculations, diversity analysis, and power balance studies
Develop layouts for substations, transformer yards, DG sets, UPS and battery rooms, electrical rooms, switchgear rooms, and utility corridors
Prepare General Electrical Layouts, equipment layouts, cable tray layouts, trench layouts, earthing layouts, and lightning protection layouts
Prepare Bill of Quantities (BOQ), technical specifications, datasheets, and material requisitions for electrical systems
Requirements
B.E./B.Tech/M.tech in Electrical Engineering
Nice to have: Data Centres experience
Nice to have: Industrial utility systems experience
Nice to have: Multidisciplinary engineering organizations experience
Lead technical specification strategy across the UAE and Oman, building relationships with consulting engineers and specifiers to grow switchgear and electrical power distribution business.
Responsibilities
Develop and execute a regional technical engineering specification driven Business strategy to grow market share in switchgear and related electrical power distribution and industrial control products
Build and maintain strong relationships with consulting engineers, specifiers and influencers in the electrical design community
Actively track and infuence early stage construction projects to ensure our switchgear is included in the project vendor list via using engineering skillset
Provide technical engineering presentations, lunch and learn sessions, design support to engineering firms and design build contractors
Collaborate with internal application engineers and product managers to support the specifier community with drawings, technical data and bid documentation
Requirements
Bachelors Degree in Electrical or Electronics Engineering or equivalent
Bachelor’s degree from an accredited university or college in Electrical Engineering, Power Systems Engineering, Mechanical Engineering, Systems Engineering, or related engineering discipline
Nice to have: Advanced degree in Electrical Engineering
Nice to have: Advanced degree in Power Systems Engineering
Nice to have: Advanced degree in Systems Engineering
Nice to have: Utility-scale power generation plants
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