Design manager wind energy

Mydas Recruitment
Guildford
1 month ago
Applications closed

Related Jobs

View all jobs

Senior Manager - Reactor Waste Systems Design

Senior Manager - Residual Heat Removal Systems

Project Manager - Design

Lead FPGA Engineer

Export Sales Manager

Account Manager

Mydas Recruitment, established in 1993, is a specialist engineering and technical recruitment consultancy. With over 20 years of experience, Mydas Recruitment provides technical and resourcing solutions to internationally renowned companies in various sectors including Renewable's, Aerospace, Defence, Engineering, IT, and Pharmaceutical. The company focuses on building long-term working relationships and understanding shared goals to deliver the best talent in the industry.


Role Description

This is a hybrid role for a design manager within the wind energy sectorto oversee the regulatory compliance of offshore wind projects.

This is a hybrid role with home working available.


Candidates should have 5+ years experience from the wind energy sector in:

  • managing design contracts & suppliers
  • certification, control & review of documents
  • experience of design of off shore wind facilities
  • Key Responsibilities.
  • Project Leadership: Lead the foundation design process for offshore wind projects, from initial concept through final design and construction.
  • Technical Expertise: Apply advanced knowledge of geotechnical and structural engineering to create designs that ensure stability, durability, and cost efficiency in challenging marine environments.
  • Cross-functional Collaboration: Work closely with internal teams, external partners, and stakeholdersincluding structural engineers, geotechnical experts, environmental specialists, and marine contractorsto ensure seamless project delivery.
  • Regulatory Compliance: Ensure all designs meet local, national, and international standards for offshore foundations, including those specific to the wind energy sector.
  • Risk Management: Conduct detailed risk assessments and integrate mitigation strategies into design plans to address potential environmental, structural, and operational risks.
  • Innovation and Optimization: Implement new technologies and design methodologies to enhance foundation efficiency and minimize the environmental impact of offshore wind structures.
  • Project Documentation: Prepare detailed technical reports, design documentation, and project updates to keep stakeholders informed throughout project lifecycles.

Description of the position, key responsibility, and tasks.

  • Manage the operational and technical scope, including planning and execution of the package.
  • Manage schedule with (sub)contractors.
  • Develop risk and quality incorporations and act to continuously seek improvements.
  • Manage and keep up to date risk matrix.
  • Actively work together with other packages and solve interface related topics.
  • Ensure that a high focus on quality and HSE are maintained within the package.

Long term contract / hybrid working available

excellent salary & terms6-12 month contract

JBRP1_UKTJ

Get the latest insights and jobs direct. Sign up for our newsletter.

By subscribing you agree to our privacy policy and terms of service.

Industry Insights

Discover insightful articles, industry insights, expert tips, and curated resources.

Veterans in Space: A Military‑to‑Civilian Pathway into UK Space‑Industry Careers

Introduction Space is no longer the exclusive domain of superpowers—it’s a booming commercial arena. The 2024 UK Space Sector Report values the domestic industry at £17.5 billion, with the Government’s National Space Strategy committing £1.4 billion to launch sites, secure communications, and next‑generation navigation constellations. Defence intersects heavily: Skynet 6, Titania (space‑based quantum comms), and the UK Space Command’s responsive‑launch mandate all need skilled professionals. Military veterans bring mission focus, security clearance, and technical prowess—qualities the space sector craves. If you’ve maintained satellite uplinks on operations, guided aircraft via GPS under EW threat, or monitored ballistic trajectories, you already think in orbital mechanics and space situational awareness. This guide shows you how to leverage MoD transition programmes, translate military experience, and secure rewarding roles—from launch‑pad technician to satellite analyst—in Britain’s burgeoning space economy. Quick Win: Explore live Satellite Operations Engineer roles to see who’s hiring today.

Rural-Remote Space Jobs: Reaching for the Stars Beyond City Limits

A Fresh Horizon for UK Space Professionals When most people think of space industry jobs, their minds drift to launch pads in Florida, sophisticated mission controls at NASA, or even satellite facilities in the heart of London. However, the space sector is increasingly decentralised and offers abundant opportunities across the UK—well beyond the capital. At UKSpaceJobs.co.uk, we’ve observed a surge in vacancies that allow for rural or coastal living, prompting jobseekers to search for “space jobs in the countryside” or “tech jobs by the sea.” A variety of factors—rising remote work, cloud-based engineering tools, and demand for diverse local test sites—are fuelling this movement. Britain’s beautiful rural and seaside regions no longer represent peripheral backwaters for the space sector. Instead, they host emerging launch sites, small satellite enterprises, research hubs, and remote teams that keep pace with the nation’s growing ambitions in Low Earth Orbit (LEO), deep-space missions, and Earth observation technologies. If you’re a satellite engineer, an astro-data analyst, or a space project manager craving fresh air and lower living costs, this article is for you. Below, we’ll explore how rural-remote space roles are exploding in popularity, the specific benefits (and potential hurdles) of working outside major cities, and the practical steps you can take to launch your space career amidst rolling hills or ocean vistas.

Quantum-Enhanced AI in Space—Propelling the Next Frontier of Exploration

Space exploration has long been a showcase of human ingenuity—launching satellites that enable global connectivity, sending probes to other planets, and even eyeing the possibility of interplanetary travel. Yet, as missions become more complex—think long-duration travel, real-time data analysis from distant probes, and advanced Earth observation—traditional computing methods can struggle to handle the colossal volumes of data and the intricate physics involved. Artificial Intelligence (AI) has helped automate some decision-making (like autonomous rovers on Mars), but the tasks ahead—such as on-orbit servicing, space debris management, or deep-space exploration—demand a new tier of computational capability. Enter quantum computing, a revolutionary technology that harnesses phenomena like superposition and entanglement to perform certain computations at speeds unimaginable on classical hardware. By merging quantum hardware with AI—often termed quantum-enhanced AI—the space sector stands to overcome limitations in orbital mechanics, big-data analytics, and complex resource optimisation. From more efficient satellite constellations to cutting-edge astrophysical research, this synergy could herald a new era of space exploration and commercial ventures. In this article, we will: Survey the current challenges in space-based missions, from planning and operations to data processing. Demystify quantum computing—how qubits differ from bits and why quantum algorithms can outperform classical ones in specific contexts. Examine how quantum-enhanced AI can transform various space applications, such as satellite fleets, deep-space comms, Earth observation, and more. Identify the main roadblocks (hardware maturity, data transfer) and how the industry might address them. Highlight new career pathways, skills, and roles emerging at the crossroads of space technology, AI, and quantum computing—particularly in the UK. Whether you’re a satellite engineer, astrophysicist, data scientist, or a space enthusiast curious about where technology is heading, read on. Quantum-enhanced AI may become the linchpin for the next wave of advances in space exploration, driving more efficient missions, groundbreaking research, and a thriving job market.