Radio Engineer (Felixstowe)

Radio Engineer
Ipswich (Felixstowe)
�30,000-�40,000 (D.O.E) + Weekday Based Role + Excellent Work Life Balance + Great Progression and Training Opportunities + Benefits
Do you have a technical background in Radio Installation and Servicing and want to join an industry leading company?
On offer is the opportunity to take on an interesting role, where you receive ongoing training to become an expert in this specialist area, as well as, the chance for great progression opportunities to work on different projects and maximise earning potential.
This company are specialists in their industry, providing modern communication systems to their wide range of construction and transportation clients. With over a decade of experience, this company is looking to add to their dedicated team to support their growth.
The day-to-day responsibilities of this role are based at Felixstowe, and includes the servicing, maintaining, and surveying of radios and various other telematic equipment.
The ideal candidate will have a strong technical background and will be experienced with radios and infrastructure. Ex forces candidates (Signals, Telecoms, Navy) encouraged to apply, will be offered training.
The Role:

• Weekday based (7am-3pm)
• Designing/Servicing/Maintaining wireless radio systems
• Site based at Ipswich, Felixstowe

The Person:

• Experience as a Systems Engineer/Radio Frequency Technician/Network Installer
• Able to pass a security clearance
• Locally based to Ipswich

Reference Number: BBBH(phone number removed)
To apply for this role or to be considered for further roles, please click "Apply Now" or contact Eve Terry at Rise Technical Recruitment.
Rise Technical Recruitment Ltd acts an employment agency for permanent roles and an employment business for temporary roles.
The salary advertised is the bracket available for this position. The actual salary paid will be dependent on your level of experience, qualifications, and skill set. We are an equal opportunities employer and welcome applications from all suitable candidates.