Provides input to the project execution plan and coordination procedures for the project
Provides support to procurement for long lead items: approves Technical Requisitions, vendor documentation reviews and Technical Bid Evaluation to ensure design conformance.
Coordinates preparation and presentation of the final documentation in accordance with requirements of the Client acceptance certificates. Participates in a formal review of the project with relevant parties on completion, and identifies opportunities for learning and development
Provides all necessary input and support to project progress and reporting
Manages and leads a small team of Multi-discipline Engineers to work collaboratively with the Tier 1 Engineering contractor to coordinate production of engineering deliverables in accordance with the project plan
Identifies a clear scope of work and supervises preparation of the Technical Document Register (TDR). Responsible for planning/scheduling all engineering activities and manpower resource. Quantifies the total number of engineering deliverables, man-hour allocation and format of delivery, and other requirements for execution of the work. Provides necessary regular project controls/ reporting input to Project Management.
Attends project review meetings and ensures that associated reports are compiled and distributed accordingly
Consults Quality Assurance with any quality issues ensuring compliance with Quality procedures, Project Quality plan and Design Integrity processes and procedures. Coordinates Internal and 3rd party audit requests and facilitates audit procedures of engineering systems within the department.
Ensures compatibility and conformance with client specifications and recommends cost effective improvements to equipment selection/specifications within the scope of client specifications and requirements
Participates in and may lead multi-discipline Engineering Design Reviews and provides all necessary input and approval to close out of actions
Participates in employee performance evaluations, establishes performance criteria, identifies employee strengths and weaknesses and recommends training and development requirements
Monitors the engineering progress, addresses shortfalls, develops recovery plans where required and ensures plans are implemented. Provides feedback to Project Manager and engineering discipline supervisors as and when required on the progress.
Provides assistance as and when required in the strategic procurement planning
Approves all engineering deliverables and ensures appropriate personnel in place to undertake competent checking across all disciplines
Technically responsible for all engineering work and allocating, supervising and directing preparation of project deliverables. Subject to project size, will delegate some level of supervision and specific checking/approval activities to Project Engineers
Provides input to contractors engineering to ensure optimised and cost effective solutions are incorporated into the FEED design
Reviews the ITB (Invitation to Bid) documents submitted in the proposals stage, prepares/reviews man-hour estimates and provides input to project execution plan
Supports the Project Management Team in planning and identifying technical issues that could limit progress or impact project budgets. Interfaces with the FEED contractor
Requirements
feed
epc
chartered
master's
safety
coordination
Typically works on a large and/or complex FEED and/or detailed design project
Excellent Communication skills
Has appreciation of multi-discipline engineering design activities. Manages all disciplines to achieve design consistency and timely response to contractor queries/approvals
Broad knowledge of engineering discipline activities
Quality Consciousness
Excellent Coordination skills
Capable of formulating resolutions to technically challenging and/or high profile issues with support from consultants and discipline Engineers and effectively communicating with Clients and Senior Management.
Crisis Responsiveness
Knowledge of international equipment specifications and codes
Ability to work under pressure
Attention to detail
Analytical and problem-solving mind
Experience of FEED/ Detailed Design and EPC projects
Ability to plan execution interfaces and takes corrective action with regards to engineering design.
Tactfulness in resolving issues
Knowledge of standard international specifications and codes
Master's degree in engineering. Chartered Status preferred.
Significant related project engineering management experience working for Engineering/Client organisations
Knowledge of Safety and Quality procedures
Capable of performing duties with no direct supervision and within agreed schedules and budgets
Benefits
Group Life Insurance
Cycle to work loan
Season ticket loan
Discretionary annual salary review
Learning & Development opportunities
Income Protection
25 days annual leave
Benefits HUB - discount portal
Private Medical Insurance
Auto enrolment in pension following 3 month's service
Competitive salary & discretionary bonus
Training + Development
Information not given or found
Interview process
Information not given or found
Visa Sponsorship
Information not given or found
Security clearance
Information not given or found
Company
Overview
2005
Founded
The company was established in 2005 as a pioneering force in energy storage technology.
£300m funding
Raised Investment
The company secured £300 million in funding from key investors including the UK Infrastructure Bank and Centrica.
50MW/300MWh
Energy Storage Plant
A utility-scale energy storage plant capable of delivering 50MW power with 300MWh storage capacity.
400MWh
US Energy Project
A large-scale energy storage project with a 400MWh capacity in Vermont, United States.
It pioneered liquid-air energy storage, offering utility-scale solutions without geographic limits.
Its proprietary CRYOBattery™ tech liquefies excess renewable power, storing it cryogenically for hours or days of dispatch.
Projects span from UK demonstrators to planned multi-gigawatt schemes in Australia and across the UK.
Systems deliver grid services like inertia, peak shaving, black-start, frequency support, and renewable firming.
With modular tanks and mature components, its storage scales cost-effectively and rivals battery and thermal baseload performance.
A standout: zero-emission, zero-water, non-chemically-based tech boasting a 30–40 year lifespan and half the LCOE of lithium batteries.
Culture + Values
17 Years Invested
Long-term commitment to innovation
Demonstrates a dedication to developing proprietary LAES technology over an extended period, reflecting innovation and perseverance.
Multi-GWh Storage
Large-scale project delivery
Indicates expertise in executing ambitious energy storage solutions, showcasing technical capability and scalability.
Multi-hundred MWh Duration
Energy storage capacity
Evidences the ability to deliver长时间 energy storage solutions, highlighting technical innovation and practical application.
6 Countries Operated
Global expansion strategy
Reflects a strategic focus on international growth and market presence, establishing a global footprint.
No explicit publicly stated ‘official’ culture or values found on Highview Power’s website or LinkedIn.
Strategic partnerships with UK Infrastructure Bank, Centrica, Sumitomo, Rio Tinto, Goldman Sachs, KIRKBI, Mosaic, etc., indicating a collaborative and investment-attractive culture.
Delivery of multi-GWh / multi-hundred-MWh storage projects, evidencing an execution-oriented, results-driven environment.
Environment + Sustainability
£300M Investment
CRYOBattery Project
First UK commercial-scale CRYOBattery plant (50 MW/300 MWh) financed and under construction for operation early 2026.
10% Target
UK LDES Contribution
Developing four 2.5 GWh plants by 2030, contributing over 10% of UK long-duration energy storage targets.
2GW Pipeline
LAES Capacity
Program pipeline includes over 2 GW lithium-ion free energy storage capacity by 2035, supporting ~7.6 million homes.
£9B Infrastructure
Investment Over 10 Years
Planning over £9 billion in infrastructure investment over 10 years, supporting over 6,000 jobs.
Net zero target to enable a zero‑carbon electricity grid by 2030 (UK Future Energy Scenarios) via long‑duration energy storage
Technology stores energy for weeks, lower levelized cost than lithium‑ion, zero emissions, zero water impact, providing grid stability and synchronous inertia
Inclusion & Diversity
No DEI strategy or gender‑specific data found on Highview Power’s public website or LinkedIn