Communicating technical information and site requirements back to the Service office
Providing an appropriate audit trail of documentation relating to servicing of customer sites
Completion of relevant paperwork using our online platform
Carrying out maintenance, repair, commissioning and service support to a range of smoke/fire dampers and control panels as well as ventilation equipment.
Controls qualification
Compliance with company policies, procedures and processes to ensure that regulations are complied with for our ongoing accreditation to REFCOM, Safe Contractor and CHAS
Liaising and developing working relationships both with the customer and other employees within the company
Lead generation, identifying commercial opportunities for business development
Requirements
hvac
nvq
hnd
cscs
smoke damper
customer communication
Basic knowledge of ventilation and smoke damper control and industry practices
Engineering/Mechanical type qualification
Full Driving Licence
Sound controls knowledge
Practical Smoke/Fire Damper or controls experience
Level 2 or 3 NVQ in an Engineering/Mechanical or Electrical type qualification
Level 2 or 3 NVQ Refrigeration & Air Conditioning
Dealing with customers and the ability to communicate technical information and site requirements back to the Service office
Awareness and appreciation of Health and Safety requirements to industry standards.
Understanding the importance of working in line with risk assessments and method statements
An appreciation and understanding of the benefits of lead generation and completion of relevant forms
HND/C Mechanical or Electrical engineering or similar
GCSE or equivalent
Completion and understanding of the importance of Dynamic Risk Assessments
Computer literacy
Previous experience in duct work
Knowledge of smoke damper control products
ACRIB / CSCS Card or other safety awareness course
Base level electrical and wiring knowledge
Manufacturer training
All round HVAC knowledge
Awareness and appreciation of Health and Safety requirements and completion of Dynamic Risk Assessments