Apply automation tools such as Dynamo, DiRoots, and RF Tools to enhance workflows.
Coordinate design information across disciplines, identifying and resolving clashes.
Set up and manage ICT and AV models, ensuring clarity, quality, and efficiency (adding of Assets into models e.g. Racks, Data Points, AV Equipment, Smart Systems).
Deliver accurate, data-rich 3D models and 2D outputs using Autodesk Revit.
Support the use of CDE platforms (including BIM 360 / ACC) and information management processes.
Share your knowledge with team members and contribute to internal knowledge-sharing initiatives.
Review external models and document changes clearly.
Develop and present design concepts for Audiovisual systems.
Produce reports, specifications for tender, commissioning documentation, and design notes.
Requirements
revit
autocad
solibri
dynamo
iso 19650
clash detection
The ability to manage modelling responsibilities independently.
Strong Revit project experience.
A willingness to contribute ideas, improve processes, and support others.
An interest in automation or visual programming (Dynamo).
Good basis of knowledge in physical and cyber security principles.
An understanding of ICT & AV concepts, confirming you will be immersed within the department and will be learning the trade of ICT & AV consultancy on the job.
Understanding of Audiovisual principles.
Understanding of IOT.
Familiarity with the BS EN ISO 19650 suite of standards.
Experience with AutoCAD, Solibri, and Microsoft Excel.
Familiarity with clash detection, CDE workflows, and automation tools.
Understanding of architectural requirements (e.g. fixings, containment, rack equipment accommodation etc.) for ICT equipment installation. Technical room design.
Benefits
Information not given or found
Training + Development
Information not given or found
Interview process
introductory call (about 30 minutes) after shortlisting
panel interview via microsoft teams or in person
Visa Sponsorship
Information not given or found
Security clearance
Information not given or found
Company
Overview
Founded in 1862
Year Established
The company was established in 1862 by Henry Lea, marking the beginning of its pioneering work in mechanical and electrical engineering.
£121 million
Annual Revenues
The firm generates over £121 million annually, reflecting its strong financial performance and market presence.
2021
Joining Tetra Tech
The company became part of Tetra Tech’s High Performance Buildings Group in 2021, expanding its global reach.
Cabot Circus 2001
Iconic Project Year
The firm delivered the iconic Cabot Circus project in Bristol, marking a significant milestone in its history.
The firm pioneered mechanical and electrical engineering and introduced one of the first electrical lighting systems in public buildings.
In 1939, it merged with Edwin S. Hoare & Partners, becoming the modern form of the business and evolving into the UK’s largest MEP consultancy.
Over its long history, the firm has delivered iconic projects like One New Change in London and the Royal Victoria Hospital in Belfast.
Specialist services span acoustics, fire engineering, lighting design, public health, utilities, and sustainable building systems.
The firm's project portfolio ranges from historic conversions and civic buildings to cutting-edge research centres and transport hubs.
Unusually for its sector, the original founder’s vision still resonates: early adoption of air-conditioning and electrical lighting set a tone of innovation that endures today.
Culture + Values
Great people in engineering and specialists.
Relaxed working environment
Good culture and values
The work life balance is good
Great team and morale
Structured career paths enabling talent growth and career progression
Encouragement of collaboration, creativity, innovation and technical excellence
Empowerment through autonomy, ownership and professional development support
Environment + Sustainability
12 offices
Office Emissions Baseline
A baseline for operational emissions was established across 12 offices during the 2021-2022 period.
147 kWh/m²/year
Energy Intensity
The average energy intensity of offices in the 2022-2023 period, measured in kilowatt-hours per square meter per year.
300 tCO₂e
Building-Related Emissions
Total building-related emissions in the 2022-2023 period, measured in metric tons of carbon dioxide equivalent.
Signatory to the World Green Building Council’s Net Zero Buildings Commitment
Target to achieve net zero carbon in all offices by 2030
Remaining emissions offset via approved international carbon standard and UK community project investment
All office energy purchased from renewable sources or offset to operate at net zero