Infrastructure Civil Engineer – Hybrid Work & Growth Path in Norwich

Infrastructure Civil Engineer – Hybrid Work & Growth Path in Norwich

Norwich Full-Time 34650 - 42350 Β£ / year (est.) Home office (partial)
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At a Glance

  • Tasks: Design highways and drainage systems using AutoCAD and Site 3D.
  • Company: Join a growing practice in the energy sector with a focus on infrastructure.
  • Benefits: Enjoy hybrid work, flexible hours, pension, and professional development support.
  • Other info: Mentoring and CPD support available for continuous growth.
  • Why this job: Make a real impact on diverse infrastructure projects while advancing your career.
  • Qualifications: 3-5 years' UK experience in civil engineering and a valid driving licence.

The predicted salary is between 34650 - 42350 Β£ per year.

Energy Jobline CVL in Norwich is seeking a Civil Engineer with 3-5 years' UK experience to join a growing practice handling a varied portfolio of infrastructure projects. You will work on highways and drainage design, with AutoCAD and Site 3D, PDS and Causeway Flow, and contribute to high-quality technical reports.

The role offers hybrid and flexible working, a 37.5-hour week, and a pension, plus mentoring and CPD support; driving licence is required and occasional travel to the office.

Infrastructure Civil Engineer – Hybrid Work & Growth Path in Norwich employer: Energy Jobline CVL

Join a reputable contractor as a Gas Engineer in Newark-on-Trent, where you'll enjoy a supportive work culture and the stability of ongoing projects within social housing. With competitive pay, immediate start opportunities, and a focus on employee growth through consistent work, this role offers a meaningful chance to make a difference in the community while developing your skills in a collaborative environment.

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Contact Details:

Energy Jobline CVL Recruitment Team

We think you need these skills to ace Infrastructure Civil Engineer – Hybrid Work & Growth Path in Norwich

Civil Engineering
Highways Design
Drainage Design
AutoCAD
Site 3D
PDS
Causeway Flow