Senior Electrical Engineer at Fyfe

Manila, Metro Manila, Philippines -

Full Time

Start Date

Immediate

Expiry Date

07 Oct, 26

Salary

0.0

Posted On

09 Jul, 26

Experience

5 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Electrical Engineering Design, LV and HV Power Generation, Power Distribution Systems, Etap, EMTP, PS CAD, Power System Studies, Single Line Diagrams, Switchboard Design, Australian Standards, Renewable Energy Design, Load Flow Analysis, Short Circuit Analysis, Arc Flash Analysis, Earthing and Harmonics, Instrumentation and Control Systems

Industry

Professional Services

Description

Fyfe is a multi-disciplinary consultancy providing comprehensive engineering, environmental, planning and surveying services throughout Australia. Fyfe work with a wide range of clients in the Energy & Resources and Property & Infrastructure sectors to provide high quality, commercially pragmatic solutions with a strong focus on client service and delivery. About the role Our Energy and Resources Division works with major energy developers to deliver large scale Wind, Solar, BESS and gas projects across the country. These include greenfield projects for new energy developments and brownfield projects to expand or upgrade existing facilities. There is an opportunity to work on a diverse range of projects. In the renewable energy sector, typical projects include Electrical Balance of Plant (EBOP) for large wind farms, solar farms and BESS projects. In the gas sector, typical projects include 33kV – 11kV distribution network design, well site facilities, pipelines, gas compression facilities, water treatment and transfer facilities. We are recruiting for a Senior Electrical Engineer to be based in our Philippines team and work remotely to support our team and clients in Australia. The successful candidate will initially be hired by our partner agency in the Philippines as Fyfe builds our presence in the Philippines. Skills & experience We are looking for an experienced qualified Senior Electrical Engineer with 8+ years' experience within a design consultancy working in the renewable energy, onshore gas, or power industries. You have experience in the delivery of electrical engineering design within a design consultancy. You are experienced in undertaking LV and HV power generation and distribution systems design and equipment selection such as circuit breakers, transformers, PFC etc. You are fluent in using software such as Etap, EMTP or PS CAD for electrical systems modelling. You are experienced in HV and LV power system studies including but not limited to load flow, short circuit, fault loop impedance, cable sizing, arc flash, discrimination and protection, TRV and EMT transient analysis earthing and harmonics. Producing electrical drawings such as single line diagrams, schematic diagrams and cable block diagrams comes as second nature. HV & LV Switchboard design experience as per AS 61439 and familiarity with Instrumentation and control systems are an advantage. You have practical working knowledge of relevant Australian Standards such as AS 3000, AS 3008, IEEE 1584, NFPA 70, IEEE S80. Design Experience with the following systems will be highly regarded Underground reticulation design Primary Engineering design to Australian standards Wind, Solar or BESS electrical design experience Requirements Tertiary qualifications in Electrical Engineering 8+ years relevant experience for a design consultancy Previous exposure to Australian projects Diverse experience including experience on Energy projects Proven experience in design, analysis, and delivery of electrical works in energy projects (renewables, transmission, substations, hydrogen, oil & gas, or power generation). Strong knowledge of Australian Standards, codes, and regulations High level communication, interpersonal and team management skills Advanced time management, planning and organisational skills Advanced initiative and ability to solve problems What we offer This is an excellent opportunity to progress your career with a growing national engineering consultancy. Fyfe can offer an environment committed to workplace diversity with a team of dedicated and experienced professionals. If you are still not sure, this is why you should apply: Permanent Work from Home arrangement Diverse role, working for a range of clients and learning new skills A chance to learn and share ideas with an offshore colleague Competitive pay and financial support for professional development Culture Fyfe values our clients and our people and has a culture built on respect, integrity and the delivery of value. This is achieved through a combination of flexible and contemporary working conditions supported by an inclusive management style which sees all levels of management being accessible through an open-door policy applicable to everyone. Fyfe have also engaged various corporate entities to offer benefits to staff and encourage an innovative and pro-active approach to projects. With 25+ offices nationally, staff are encouraged to tap into the wealth of knowledge that we have, welcoming information sharing and troubleshooting among colleagues. Benefits Permanent Work from Home: Enjoy the flexibility and convenience of working from the comfort of your own home. Competitive Pay & Professional Development: We offer competitive compensation. Our mentors are here to support and continue your professional development. Government Mandated Benefits: Full compliance with all government-mandated benefits. HMO: Comprehensive health coverage to ensure your well-being. Leave Credits: Generous leave credits to support your work-life balance. Free Learning & Development Courses: Access a wide range of courses designed to enhance both your personal and professional development. Diverse Role: Engage in a variety of responsibilities and projects.

Responsibilities

The role involves delivering electrical engineering designs for large-scale renewable energy and gas projects, focusing on Electrical Balance of Plant (EBOP) and distribution networks. Responsibilities include performing power system studies and producing detailed electrical drawings such as single line and schematic diagrams.