Job Title:
Electrical Design Lead
-----------------------------------
Key Responsibilities:
1. Oversee project execution from an electrical perspective, collaborating with cross-functional teams.
2. Analyze intricate engineering challenges and provide impactful solutions.
3. Support proposals for capital expenditures as needed.
In addition to these responsibilities, the successful candidate will be responsible for organizing and managing bid packages, approval documents, and construction-related electrical issues in an efficient manner. They will also supervise junior-level electrical engineers, reviewing their work for accuracy and quality, and conduct peer reviews. Furthermore, they will require extensive interaction with clients, vendors' representatives, and project field personnel. They will attend client meetings, direct or participate in site visits to monitor and review electrical installations, and provide input on technical matters.
Requirements:
* A degree in Electrical Engineering or a related field.
* At least 12 years of experience in heavy industrial design engineering.
* Chartered engineer status or working towards it.
* Proven expertise in a comprehensive range of electrical design services, including power distribution systems, generators, UPS systems, lighting, emergency lighting, vertical transportation, small power systems, voice/data systems, cable containment, fire alarm systems, security systems, lightning protection, earthing & bonding, hazardous area management, and specialist control systems.
The ideal candidate will have in-depth knowledge of all relevant electrical engineering standards, codes, and industry best practices. They will be commercially aware and capable of performing value engineering tasks and implementing new technologies where necessary to deliver cost-effective solutions for our clients. Strong verbal and written communication skills are required, along with the ability to draft specifications and contract documents. A solid understanding of short-circuit calculations, load flow analysis, and discrimination studies using proprietary modeling software (Amtech/SKM) is essential.