Critical Electrical Shift Leader - Kings Cross

Critical Electrical Shift Leader - Kings Cross

£60,000

📍

Location:

Kings Cross

💰 Salary: £60,000

🕒 Shift Pattern: 2 days, 2 nights, 4 off (rolling)

Are you an experienced Shift Leader seeking your next challenge?
Or perhaps a skilled Shift Technician ready to step up into a leadership role?

We are recruiting for a Critical Electrical Shift Leader to join a high-performing Critical Engineering Team in Kings Cross. In this role, you will take ownership of electrical PPMs, reactive maintenance, and general building services across a critical environment. This is an excellent opportunity to join a forward-thinking organisation offering long-term career progression, specialist training, and a strong benefits package.

• £60,000
• Annual leave + bank holidays
• Pension scheme
• Private healthcare
• Overtime opportunities
• First‑class training & clear career progression pathway

As an Electrical Shift Leader, you will:

• Oversee and coordinate HV electrical maintenance during your shift.
• Lead and support a team of engineers to ensure safe and efficient operations.
• Maintain compliance with all safety regulations and company procedures.
• Deliver both planned and reactive maintenance to minimise downtime.
• Act as the lead contact in emergency situations, ensuring risks are managed effectively.
• Mentor, train, and upskill technicians to keep the team aligned with industry best practice.
• Produce accurate shift reports, records, and performance updates.
• Drive continuous improvement initiatives to enhance reliability and efficiency.

• HV Authorised Person (experienced with HV systems)
• City & Guilds Parts 1 & 2 (or equivalent)
• 17th Edition IEE Wiring & Installation (18th Edition training provided if required)
• Proven experience in a critical environment
• Strong leadership and team management skills
• Ability to stay calm and decisive under pressure
• Willingness to attend on‑site and off‑site training
• Working knowledge of AC systems, UPS, generators, and LV systems with strong fault‑finding ability