Conversations at the Cutting Edge of Engineering

Guest: Adrian Green at Heavy Lift Projects Ltd 

Embarking on a quest to spotlight Adrian Green alongside a cadre of equally brilliant engineers through a series of insightful dialogues, Reach Further Online traces its lineage back to a heritage deeply entwined within the engineering realm, a commitment nurtured across a spectrum exceeding ten fruitful years. Our experience with this sector has shown us that one thing is constant, change. There is both a personal interest and a business need to remain in lockstep with the ever-evolving industry because, in the dynamic world of engineering, change is the only constant, driving us towards innovations that redefine our reality and underscore the essence of progress. There is always more to learn, and what better way to do this than with first-hand accounts emanating directly from the core of this vibrant industry – the engineers themselves. It is within their everyday hurdles, ground-breaking solutions, and forward-thinking visions that the domain of engineering sees continuous metamorphosis and becomes a source of inspiration. 

In our constant quest for expansion and knowledge, we acknowledge the treasure trove of wisdom to be unearthed from these inspiring professionals who daily chart their course through the complex seas of engineering. Our ambition lies in assembling and deciphering data, equipping us to identify trends and furnish insights of a calibre that might remain elusive to engineers immersed within their specialities. We warmly extend an invitation to engineers stimulated by our revelations or those eager to share their distinctive insights in future dialogues to join forces with us. In undertaking this collective exploration and enlightenment, we aim to paint a comprehensive picture of the ever-evolving engineering world.

As we continue our journey, stay tuned because Reach Further Online is on a mission to illuminate the extraordinary intellects propelling the engineering sector onwards. 

Insights from HLPs – A feature presented by Reach Further Online 

Insights from HLP – A feature presented by Reach Further Online 

HLP are a team of pioneering heavy logistics engineers who are helping industrialise the construction phase of offshore wind projects, by developing the worlds largest and most capable, crane. Today, we delve into the insightful journey of Adrian Green, Director of Engineering and Contracts at HLPs, who has an unwavering belief in making the world a better place through his engineering expertise.

Adrian Green’s Engineering Voyage 

When asked to recount his journey, Adrian reflected on his deep-seated passion for engineering, a passion ignited during his childhood. “I’ve always had an interest in how things work, although admittedly, I wasn’t the most applied student at school,” he muses. Despite these early challenges, Adrian’s resilience became his defining trait. 

After school days, Adrian joined construction companies and worked with heavy steel, gradually climbing the professional ladder to notable heights — without initially holding an engineering degree. He shares, “It was surprising the types of things that I was able to achieve, building high-rise buildings and 35,000-tonne bridges, making sure that everything was put together correctly.” This period significantly influenced his career, shaping his approach to problem-solving and project management. 

Adrian explains, “It was great experience but because I hadn’t completed my degree yet, there was a glass ceiling.” Sheer determination saw him pursue and attain formal qualifications in engineering as a mature student, graduating with a first-class bachelor’s degree, progressing towards chartered status. Green states, “While I was working on my degree, I was fortunate enough to find opportunities in engineering companies in the North East that would allow me to do one day a week at university and the other four days in the office.”

“At one company in particular, I was given the incredible chance to learn from some of the industry’s most well-known icons — true forges of engineering excellence. Their approach was to throw people into challenging situations and push them to their limits.”

Adrian continues, “this method, although tough, helped me grow significantly. I saw it as an opportunity and dove right in. Over time, I ended up leading some of their significant projects, including industry-leading monopile grippers and up-ending hinges.”

Now, with 15 years of experience, he has amassed a substantial project track record, having designed and improved equipment for offshore wind farms, shipping, and subsea applications.

“I suppose I’ve always been fascinated by large-scale projects. Bridges, buildings, and anything labelled as the “world’s largest” typically captures my interest. So, when I heard about the world’s largest crane, I knew I had to be involved. That’s how I found my way to HLPs.”

When asked about his greatest achievement, Green reflects, “I’ve been able to overcome the fact that things haven’t gone linearly for me. The projects I’ve been involved in have earned significant accolades, particularly for the size and capability of the equipment we’ve built, as well as the scale of the projects themselves. If I hadn’t been able to turn things around, I wouldn’t be here today.”

“That being said, these achievements have not been gained without sacrifice”, Adrian continues, “Working on projects internationally has required some time apart from family.” 

“I wanted to set an example for my son by showing him the importance of pursuing your dreams, but I also didn’t want to sacrifice our time together. It’s a tough balance to strike.”

His journey to this point may not have followed a straight path, but his mission has always remained clear: to drive us towards a zero-carbon future through innovative technology. 

Feet on the Ground: Professional Experience and Vision

Adrian’s work is not confined to theoretical models. He emphasises a practical approach, ensuring the reliability of vital components while considering environmental factors.

“I believe that I should leave this planet in a better condition than when I entered it. As an engineer, I intend to use my skills and experience to improve the world in which we all live,” says Adrian.

He talks about the rapid growth and complexity of offshore wind projects, explaining that the immense size and scale of these projects are pushing current port infrastructure and vessel capacities to new limits. For example, foundations can weigh up to 5,000 tonnes and turbines have hub heights of 150-160 meters, making the logistics highly challenging. 

Adrian highlights that the offshore wind industry’s short-term focus doesn’t align with the need for substantial long-term investments in infrastructure. He states, “Ports need to invest heavily, but short one-year project commitments aren’t enough to cover these costs.” 

Green adds, “There is a tendency to oversimplify these complexities in planning stages, using digital models that don’t fully capture the real logistical and engineering requirements.” He notes a gap between ambitious energy transition goals and the current capabilities to achieve them, particularly in terms of financing. “Short-term projects do not justify the substantial investments needed for upgrading ports and infrastructure, emphasising the need for realistic planning and significant investment,” he explains. 

“As a result, developers aren’t forming long-term plans that would make it easier to manage resources efficiently. They prefer to deal with each project separately, which ends up being quite wasteful. This situation has arisen due to the way the industry has evolved, with many different stakeholders involved, leading to a somewhat messy and inefficient process.”

However, Adrian is tackling issues such as this by focusing on innovations that, while relatively small in scale, can provide significant efficiency gains. For example, Adrian’s team is developing solutions that can save around 30% of the marshalling area in ports, addressing the critical issue of limited space. These savings can reduce a project’s capital expenditure by about 2-3% during the construction period. 

Although these savings might initially seem minor, when considered against a total project lifetime cost of £ 6 billion, small savings are substantial. This demonstrates Adrian’s and HLP’s commitment to incremental improvements and innovative thinking. By addressing these smaller inefficiencies, they’re helping to make the overall process more efficient, one step at a time, contributing positively to the industry’s long-term success. 

His systematic approach to problem-solving and extensive experience in detailed design, concept development, hand calculations, and 3D analysis illustrate his comprehensive skill set. Moreover, Adrian excels in the client-facing aspects of engineering. His ability to build and retain client relationships highlights a critical component of his professional success. “I enjoy speaking to and connecting with people; from learning client requirements to concept, development, final design, and through to commissioning stages, good communication is key”, he adds.

HLP: Pioneers in Heavy Logistics Engineering 

Adrian’s expertise complements the mission of HLPs, a company aimed at optimising project execution and site utilisation. The collaborative environment within HLPs ensures that the team can leverage their skills to mitigate risks, reduce costs, and enhance efficiency on a grand scale. 

Advice for Aspiring Engineers 

Throughout our conversation, Adrian also shared valuable advice for aspiring engineers and those considering a career in this dynamic field. His insights are a blend of learned lessons and forward-thinking vision, providing a beacon for future engineering professionals.

He emphasises the importance of pushing beyond self-imposed limits and not being constrained by expectations. Adrian says, “A lot of people talk about self-limiting beliefs, but you can end up feeling you’re achieving when there’s still something left in the tank. I’m a big believer in not leaving anything in the tank.” 

This mindset of continuous learning and pushing beyond limits has helped him reach his current position, and he feels accomplished for it. He concludes, “Give it your all, always, and learn as you go. It’s about pushing yourself further than maybe you initially thought you could.”

Resilience and Continuous Learning 

Adrian emphasises the importance of resilience and persistence, especially in a field as demanding as engineering. “Your educational background might not always pave the perfect path, but your determination can make all the difference. Despite initial challenges in my career, I kept pushing myself and attained my degree and professional status,” he says, “it wasn’t always easy, but the hard work and perseverance were worth it. Experience has taught me the value of resilience and the importance of never giving up on your goals.”. His own journey, which saw him transition from fieldwork to formal studies, exemplifies this resilience and tenacity. 

“The engineering field is constantly evolving, with new technologies and methodologies emerging regularly. Keeping up-to-date through further education, certifications, and self-study is crucial. Never stop learning,” he advises. “This mindset not only keeps an engineer relevant but also opens up new opportunities for innovation and improvement.”

Practical Experience and Problem Solving 

Adrian’s extensive experience with offshore wind farms, shipping, and subsea applications showcases the breadth and depth of his expertise in practical engineering work. “Hands-on experience is invaluable”, Adrian highlights. “Working on real projects teaches you how to think critically and solve problems effectively. It’s essential to meld theoretical knowledge with practical applications,” he says. 

His systematic problem-solving approach is another key takeaway. “Approach each problem methodically. Break it down into smaller parts, analyse the variables, and formulate a solution. Engineering often requires creative thinking within a structured framework,” he explains. This approach has allowed Adrian to ensure the reliability and efficiency of vital components in challenging environments. 

Sustainability and Ethical Responsibility 

Green passionately speaks about the role engineers play in sustainability and ethical practices. “We have a responsibility to the planet and future generations. Strive to develop solutions that are not only efficient and effective but also sustainable. Aim for innovations that reduce carbon footprints and encourage a healthier environment,” he shares. His own work in advancing a zero-carbon future through innovative technologies stands as a testament to this commitment. 

He adds, “Ethics should guide our decisions. As engineers, the safety, well-being, and progress of society are in our hands. Uphold high standards of integrity and responsibility in all your projects.” This ethical framework is crucial in maintaining public trust and ensuring long-term positive impacts. 

Building Relationships 

Another vital skill Adrian draws attention to is the importance of building and maintaining relationships. “Engineering is not just about technical skills; it’s about teamwork and communication. Develop good relationships with colleagues, clients, and stakeholders and work to maintain them”, he says. 

Adrian also discussed the necessity of understanding client needs and translating them into viable solutions. “From capturing requirements to the final commissioning, ensure that you are aligned with what the client needs and expects. This way, you not only build trust but also deliver successful projects,” he explains. “Meeting and exceeding client expectations consistently can lead to long-term partnerships and referrals.” 

Looking Ahead: A Commitment to Progressive Engineering 

Adrian’s journey underscores a significant narrative within engineering—one that is continually evolving through perseverance, innovation, and a steadfast commitment to making the world a better place. His work at HLPs not only addresses current engineering challenges but also paves the way for future advancements aimed at achieving a sustainable, zero-carbon world.

Conclusion 

Through dialogues that capture the essence of pioneering minds like Adrian Green, Reach Further Online aims to illuminate the compelling stories that drive the engineering sector forward. These insightful conversations reveal the depth of expertise and vision required to navigate and shape the ever-evolving landscape of engineering. As we continue to highlight these influential voices, it becomes clear that the progress and innovation within the field are driven by the dedication and ingenuity of engineers like Adrian. Stay with us as we continue to bring you more stories from the extraordinary intellects propelling the engineering sector onwards. 

Key Takeaways

1. Background and Passion

– Adrian Green has had a passion for engineering since childhood, despite not excelling academically at first. 

2. Professional Journey

– He began his career in construction and heavy steel, progressing through practical experience and resilience. – Earned a first-class bachelor’s degree in engineering, progressing towards chartered status. 

3. Experience

– 15 years of experience, specialising in offshore wind farms, shipping, and subsea applications. – Proficient in detailed design, concept development, hand calculations, and 3D analysis. 

– Skilled in building and maintaining client relationships from requirements capture to final commissioning. 

4. Sustainability Commitment

– Dedicated to contributing to a zero-carbon future through innovative technology. 

– Advocates for sustainable solutions and high ethical standards. 

5. Advice for Aspiring Engineers

– Resilience and Persistence: Determination can overcome academic or professional setbacks.

– Continuous Learning

Staying updated with industry advancements is crucial for staying relevant and encouraging innovation. 

Hands-on Experience: Practical experience is invaluable for effective problem-solving and integrating theoretical knowledge. 

Systematic Problem-Solving: Approach problems methodically and creatively within a structured framework. 

Sustainability and Ethics: Engineers should strive for sustainable solutions while upholding high ethical standards. 

– Building Relationships: Effective communication and understanding client needs are critical for successful projects and long-term partnerships. 

6. Vision and Future Goals

– Adrian Green’s work at HLPs focuses on mitigating risks, reducing costs, and enhancing efficiency, while making significant strides towards a sustainable engineering future. 

Through dialogues that capture the essence of pioneering minds like Adrian Green, Reach Further Online aims to illuminate the compelling stories that drive the engineering sector forward. These insightful conversations reveal the depth of expertise and vision required to navigate and shape the ever-evolving landscape of engineering. As we continue to highlight these influential voices, it becomes clear that the progress and innovation within the field are driven by the dedication and ingenuity of engineers like Adrian. Stay with us as we continue to bring you more stories from the extraordinary intellects propelling the engineering sector onwards.

Conversations at the Cutting Edge of Engineering

Guest: Mike Watchorn

Embarking on a quest to spotlight Mike alongside a cadre of equally brilliant engineers through a series of insightful dialogues, Reach Further Online traces its lineage back to a heritage deeply entwined within the engineering realm, a commitment nurtured across a spectrum exceeding ten fruitful years. Our experience with this sector has shown us that one thing is constant, change. There is both a personal interest and a business need to remain in lockstep with the ever-evolving industry because, in the dynamic world of engineering, change is the only constant, driving us towards innovations that redefine our reality and underscore the essence of progress. There is always more to learn, and what better way to do this than with first-hand accounts emanating directly from the core of this vibrant industry – the engineers themselves. It is within their everyday hurdles, ground-breaking solutions, and forward-thinking visions that the domain of engineering sees continuous metamorphosis and becomes a source of inspiration.

In our constant quest for expansion and knowledge, we acknowledge the treasure trove of wisdom to be unearthed from these inspiring professionals who daily chart their course through the complex seas of engineering. Our ambition lies in assembling and deciphering data, equipping us to identify trends and furnish insights of a calibre that might remain elusive to engineers immersed within their specialities. We warmly extend an invitation to engineers stimulated by our revelations or those eager to share their distinctive insights in future dialogues to join forces with us. In undertaking this collective exploration and enlightenment, we aim to paint a comprehensive picture of the ever-evolving engineering world.

As we continue our journey, stay tuned because Reach Further Online is on a mission to illuminate the extraordinary intellects propelling the engineering sector onwards.

Insights from Mike Watchorn – A feature presented by Reach Further Online

Engineering a Legacy: Mike Watchorn’s Ascent from Rural Roots to Industry Vanguard 

From the rustic charm of Rutland’s farmlands to the sharp, cutting edge of modern engineering, Mike Watchorn’s journey encapsulates a life transformed by ambition, ingenuity, and relentless pursuit of improvement. In this detailed feature, Reach Further Online explores how Mike’s roots in a farming lifestyle laid the groundwork for his ascendance into engineering excellence, and how he continues to influence and redefine the industry’s landscape today. 

The Formative Years 

Born into a family deeply embedded in agriculture, Mike’s early years were dominated by the cycles of planting and harvest. His parents, understanding the limits and rigours of farm life, made the decision to enrol him in boarding school at Oakham.

Reflecting on those years, Mike notes, “Making the transition was tough; I really missed home. That feeling hung over me until I found sport. I started swimming competitively and playing Water polo, and it was transformative. The discipline and resilience I developed in the pool have stayed with me, helping me navigate challenges throughout my life.” 

Mike’s evolution through school, marked by his emergence as head boy, was only the beginning of a burgeoning leadership saga—one that would later define his professional ethos. 

Agricultural Engineering and the Pivot to a New Path 

Universally, the leap from academic theory to practical application represents a daunting transition for many undergraduates, but for Mike, the move was almost second nature. His choice to attend Newcastle for agricultural engineering was driven by a blend of familial influence and personal interest. It was here that he began melding the tactile knowledge from farm mechanics with structured engineering principles. “There’s a rhythm to engineering, similar to farming, but it’s punctuated by bursts of rigorous innovation—something that truly resonated with me,” Mike explains. 

Halfway through his degree, a critical reflection on the volatility of farm life and the potential of a career in engineering led Mike to a decisive crossroad. “Around my second year, I realised I was really enjoying engineering. My brother and I had been building a lot of farm equipment ourselves, and I loved it. Simon, my brother, had studied agriculture, so I went into agricultural engineering, thinking I’d bring that back to the farm. I’ve always loved farm work.”

Opting out of a return to farming, Mike instead envisioned a future where his passion for engineering could flourish. This change was not without its difficulties, as it necessitated a departure from expected family roles and into relatively uncharted professional waters. 

Real-World Applications and Building a Career 

While in his third year at university, Mike’s budding career faced its baptism by fire through his early work with a well-known North East engineering company, where practical engineering applications became his daily reality. The job combined his familiarity with heavy machinery—a skill borrowed from his farming days—with detailed engineering tasks. This blend of old and new knowledge vectors empowered him to stand out, making tangible impacts early in his tenure. 

“When I completed my final year, I looked for an engineering job, but there weren’t opportunities due to a downturn. So, I secured funding to pursue an MPhil in Rotary Shear cutting of grass. Partway through, one of my contacts reached out, his business needed engineers for new work they had secured. I was halfway through my MPhil, with most of the field experiment work underway. We struck a deal: I would complete my fieldwork and data collection, then write up my thesis while working. I found writing a research thesis whilst starting a new job and career extremely hard. After a few months of little or no progress and with my first subsea cable plough project coming towards its first use, I actually finished the draft of my thesis while I was offshore using the downtime caused by bad weather.”

Career Advancement and Mentorship 

Mike then discussed the early part of this transition, saying, “I started as their seventh employee, early into the company’s development, and grew along with them. Even though I had experience designing and building machines from university and knew how to build and operate farm machines working there was a whole new level. I was fortunate to have Tim Grinstead as my technical director and mentor.”

“Living in the same village, Tim and his wife, became like an elder brother and sister to my wife and I.  They would often help us by taking our daughter for walks, giving us a much-needed break; this closeness made me incredibly lucky not just to have Tim as a brilliant boss, but also as a close family friend.”

Learning Through Challenge

Mike shared that Tim was an exceptional engineer and an even more impressive educator because he never just handed out answers. Instead, he encouraged a deep learning environment by allowing Mike (and other engineers) to confront challenges head-on. Watchorn recalled an instance where his initial attempt at a hand-drawn project was thrown out several times under Tim’s guidance, forcing him to start from scratch repeatedly. This approach, though tough, turned into a significant learning experience that profoundly shaped his professional skills.

Tim realised the importance of efficiently transferring cable ploughs from ships to the seabed and designed a wide-angle A-frame to facilitate this. Mike then built on this design by making a larger version, starting with a 25-ton A-frame after the initial 15-ton model, and eventually designed and built over 40 A-frames over years from 8-tonne to 500-tonne SWL for a wide range of vehicles and seabed structure handling.

Business Development and Innovations 

“I was responsible for selling and designing the handling systems for our products while my colleague handled the main sales of the subsea vehicles. It felt a bit like running a small business within the larger organisation.” He also shared how his interest in business developed: “Growing up on a farm, you’re always close to business discussions, they’re even happening at the kitchen table, which sparked my interest from a young age, though I didn’t really understand it, I knew I wanted to know more about the processes of business,” Mike explained.

Reflecting on the next steps in his career, Mike added, “After gaining practical business experience over the years, in 1998, I joined forces with some of my colleagues and we started our own engineering business for reasons that are quite complex.”

Emerging Challenges and Market Changes

Mike recounted the challenging yet invigorating journey the team undertook to become a presence in the industry. He remarked, “The industry had been under the grip of a monopolistic supplier for 15 years and deeply felt the effects of that dominance. There was a palpable demand for competition, and they really encouraged us to step up.” 

With enthusiasm, he explained their strategic move, “We developed new cable ploughs and revamped our A-frames. It was an energising time as we responded to the industry’s call for innovation.”

Strategic Marketing and Adaptation 

Mike highlighted the pivotal role of their marketing strategy during this period, noting, “We were fortunate enough to have a marketing genius among us. He crafted an external view of us as a much larger entity than we actually were. His expertise gave us the springboard we needed to grow.”

Watchorn also touched on the challenges they faced when the market landscape drastically changed, saying, “The dot-com bubble burst in 2002 was a tough period. Many of our clients went bankrupt, and we were left with significant assets that almost took us down. But, we didn’t give up.” Mike concluded with a note of resilience and optimism, “We managed to transition into offshore renewables, a sector I had always been interested in, which opened new doors for us and provided a pathway forward.”

Diversification and Growth

“We got involved in projects like tidal stream power generation and installation systems for wind turbines, along with access systems, and these ventures provided us three years of stability while the offshore industry reorganised itself. Following that, we expanded into the oil and gas installation sector with large pipeline systems, which led to significant growth.”

Mike shared, “We sold the company in its 11th year, to a larger industry organisation where I remained for another 12 years before taking voluntary redundancy, as I had become the last of the original team.”

Consultancy and Work-Life Balance

In discussing his career trajectory, Mike delved into the origins and evolution of his consultancy practice after he left. He explained, “Initially, I planned to start my own business for ad hoc consultancy, which led to the creation of Fresh Eyes Engineering. However, life had other plans.” He shared how his network reached out, leading him to an unexpected split schedule, “I ended up working three days a week for one company after they approached me, and then two days for another company when they offered me some testing work.”

This initially makeshift arrangement proved stable, though it later adjusted to a less demanding schedule. “Eventually, this arrangement shifted to a 3-1 split as projects slowed down, and I’ve found the balance to be quite effective,” Mike explained, reflecting on the flexibility and balance he has maintained in this chapter of his career.

Today’s Challenges and Philosophical Insights

We asked Mike how he maintains focus while managing multiple roles or projects. Detailing his compartmentalisation strategy, he shared, “I use exercise. I do a spinning session every week. I push myself hard to clear my mind completely. This helps me put aside the tasks from the first part of the week, ensuring that by Thursday morning, I’m ready to resume where I left off the previous Thursday without any overlap. It’s like putting down one folder and picking up another without letting them bleed into each other. I’m quite strict about it, and it’s been working quite well.”

When talking about the transition from managing a team to resuming his hands-on engineering duties, Mike expressed, “It took some getting used to, especially with the first major project requiring me to develop detailed test plans and manuals for a sophisticated system over almost two years. Ultimately, it’s about addressing the next challenge and keep moving forward.”

Mike discussed his career approach and his self-perception in the field of engineering, emphasising his broad expertise rather than deep specialisation. “I’ve always been a generalist,” he stated. “I’m not a super knowledgeable stress person. I’m not a super knowledgeable hydraulics person. I’m a typical farmer. I know a bit about a lot of things, and I’m quite confident.” He attributes his broad range of knowledge and self-assurance as the forces driving his willingness to embrace new challenges. “And that confidence has allowed me to try things,” he explained.

Mike emphasises his practical approach of meticulously documenting his progress and reflections, likening it to leaving “tracks in the snow.” He has always kept detailed, handwritten notes to facilitate future reviews that challenge his previous thoughts and assess whether his perspectives or solutions have evolved correctly. This practice, he suggests, helps navigate the unreliability of memory and provides a clear, unchanging record of the journey an idea takes as it evolves, encouraging regular revisitation and introspective questioning to further development and clarity.

“Engineering demands more than just theoretical knowledge. It requires a willingness to adapt, to continuously learn, and to fundamentally understand the evolving challenges of our world.”

When discussing leadership, Watchorn states “True leadership is tested and revealed not during times of calm, but in moments of crisis. It’s easy to lead when situations are favourable, but the real measure of a leader emerges when things start to fall apart. Observing how leaders handle extreme challenges—how they react and guide their teams through adversity—is where valuable lessons are learned. A leader who demonstrates resilience, decisiveness, and the ability to inspire confidence under duress is worth emulating. Their actions in these scenarios are indicative of genuine leadership capabilities.”

Leadership Insights and Personal Growth

During our conversation, Mike emphasised a pivotal lesson in leadership: the importance of sometimes scaling back one’s own force to amplify the strength of the team. “If you’re too dominant,” Mike explained, “the team might rely too heavily on you, limiting their own potential. But, if you can inspire each of your team members to contribute strongly, the collective output is significantly greater.” He admitted that understanding this dynamic and its effect on productivity took him a considerable amount of time to master.

As a respected voice in the engineering community, Watchorn talks about his journey with a mix of pride and humility. He credits his partner, Caroline, for her integral role in his life and career, highlighting her as a pillar of support and a key factor in his personal and professional growth. He emphasises that Caroline’s unwavering support has not only helped him stay grounded but also propelled them to continually support each other in achieving their individual and collective goals. Their partnership is marked by mutual encouragement and collaboration, creating a solid foundation from which both can thrive.

Mike also shared how a severe unrelated health scare reshaped his perspective, stating, “I was hit with a tough viral infection, not related to work, but the recovery time allowed me to deeply reflect and grow. Though tough on my family and isolating for me, it became a period of significant personal learning. It changed me, making me stronger and continuously influences my life.” 

His ongoing work, particularly in the realm of sustainable engineering practices, is not just a professional duty but a personal crusade to ensure that the engineering solutions of today do not become the environmental dilemmas of tomorrow. 

Reflecting and Looking Forward 

Mike expressed deep emotional fulfilment from his business achievements and their lasting impact. He recounted, “Starting and growing a company with a team of 230 at its peak, right out of the northeast of the UK, and seeing the incredible things we achieved together fills me with a deep pride. Knowing that many from our team went on to start their own ventures, thriving in the very ecosystem we nurtured, amplifies that pride even more.” He added, “Seeing a piece of equipment I designed decades ago, still performing its job, is sort of like watching my own child succeed in the world. It’s an unbelievable feeling that connects deeply to the heart of who I am.”

Mike Watchorn’s story is a vibrant narrative, rich with the colours of personal growth, professional challenges, and unwavering commitment to improvement. For those tracing the pathways of their own careers, his journey from the fields of Rutland to the sharp forefront of engineering innovation offers both inspiration and a blueprint for cultivating success through adaptability and ethical commitment.

Advocacy for Continuous Learning 

Beyond his daily responsibilities, Mike has become an avid advocate for continuous professional development. He champions the cause of lifelong learning as an essential component of engineering success. “Our industry is ever-evolving with rapid advancements in technology and methodologies. Staying updated through continuous learning isn’t just beneficial; it’s absolutely crucial to staying relevant,” Mike comments. 

This advocacy is born from his own experiences, where shifting from a potential life in agriculture to an accomplished career in engineering required not just skill and knowledge but an ongoing commitment to education and adaptability. 

Mentorship and Giving Back 

Understanding the opportunities that his unique path has afforded him, Mike is deeply involved in mentoring young engineers and students. He sees this as an opportunity to give back to the community that shaped him and to develop the next generation of engineers who will continue to push the boundaries of what is possible. “Mentorship,” Mike asserts, “is about lighting a path for others just as much as it is a chance to reflect on one’s own journey and growth.” 

Through his mentoring efforts, Mike not only shares technical knowledge but also imparts lessons on the soft skills essential for career growth, such as leadership, communication, and strategic thinking. 

The Future of Engineering 

Looking ahead, Mike is optimistic about the role of engineering in solving some of the world’s most pressing problems. He is particularly enthusiastic about the potential for green technologies and sustainable practices to revolutionise industries not just from an environmental standpoint but also economically and socially. 

According to Mike, “Engineering is not just about fixing problems. It’s about foreseeing challenges and pre-emptively crafting solutions that are sustainable and beneficial for society as a whole.” His vision for the future involves a synergy between technological advancement and sustainable development, advocating for projects that balance innovation with environmental stewardship. 

Personal Reflections and Final Words 

In a reflective mood, Mike looks back at his unexpected but fulfilling path from the fields of Rutland to global engineering stages. He emphasises that his success can be attributed to a blend of curiosity, hard work, and the courage to venture beyond known boundaries.

“If you’re just starting out in your career, whether it’s in engineering or anything else, remember that change is a given, but growth is a choice. Staying open-minded and being ready to learn will help you navigate both.” 

In Conclusion 

Mike Watchorn’s story, rich with insights and lessons, continues to inspire not just budding engineers but anyone seeking to navigate the complexities of modern career landscapes. As Reach Further Online delves into the narratives that shape our tomorrow, Mike’s journey firmly reminds us of the profound impact that lifelong learning, resilience, and proactive adaptation can have on our personal and professional lives. Stay tuned as we continue to explore and share more stories of remarkable individuals who are not just reaching further but also paving new paths for others to follow.

Key Takeaways

Early Challenges Shape Future Leaders

Mike’s initial struggles with homesickness at boarding school and the discipline he learned through swimming played a pivotal role in shaping his resilience and leadership qualities.

Turning Points Can Redefine Careers

The decision to shift from agriculture to engineering was a significant turning point for Mike. It highlights how critical moments of choice can redefine an individual’s career path, steering it toward unforeseen opportunities. 

Practical Experience Complements Academic Learning

Mike’s transition from theoretical studies in agricultural engineering at Newcastle to practical applications highlights the importance of hands-on experience in complementing academic learning, enhancing both understanding and employability. 

Continuous Learning Is Crucial

Mike’s ongoing commitment to education, both formal and informal, through an MPhil program and continuous professional development, demonstrates the necessity of lifelong learning in staying relevant and innovative in one’s field. 

Adaptability Is Key to Long-Term Success

Mike’s career journey exemplifies the importance of adaptability. His ability to pivot from expected family roles, embrace new professional opportunities, and continuously update his skills was crucial to his success. 

Mentorship Enriches the Mentor and Mentee

Through his mentoring efforts, Mike not only contributes to the growth of future engineers but also enriches his own understanding and personal growth, proving that mentorship is mutually beneficial. 

Vision for Future Integrations

Mike’s optimistic outlook on integrating technology with sustainable practices reflects a forward-thinking vision for engineering. His focus on creating solutions that are environmentally sustainable and socially beneficial sets a template for future innovations. 

Personal Philosophies Drive Professional Excellence

Mike’s reflections on his journey highlight the importance of personal philosophies such as curiosity, hard work, and embracing change. These traits not only guided his professional journey but also enriched his personal life.

Conversations at the Cutting Edge of Engineering

Guest: Andrew Gething, Lead Design Engineer

Embarking on a quest to spotlight Andrew Gething alongside a cadre of equally brilliant engineers through a series of insightful dialogues, Reach Further Online traces its lineage back to a heritage deeply entwined within the engineering realm, a commitment nurtured across a spectrum exceeding ten fruitful years. Our experience with this sector has shown us that one thing is constant, change. There is both a personal interest and a business need to remain in lockstep with the ever-evolving industry because, in the dynamic world of engineering, change is the only constant, driving us towards innovations that redefine our reality and underscore the essence of progress. There is always more to learn, and what better way to do this than with first-hand accounts emanating directly from the core of this vibrant industry – the engineers themselves. It is within their everyday hurdles, ground-breaking solutions, and forward-thinking visions that the domain of engineering sees continuous metamorphosis and becomes a source of inspiration.

In our constant quest for expansion and knowledge, we acknowledge the treasure trove of wisdom to be unearthed from these inspiring professionals who daily chart their course through the complex seas of engineering. Our ambition lies in assembling and deciphering data, equipping us to identify trends and furnish insights of a calibre that might remain elusive to engineers immersed within their specialities. We warmly extend an invitation to engineers stimulated by our revelations or those eager to share their distinctive insights in future dialogues to join forces with us. In undertaking this collective exploration and enlightenment, we aim to paint a comprehensive picture of the ever-evolving engineering world.

As we continue our journey, stay tuned because Reach Further Online is on a mission to illuminate the extraordinary intellects propelling the engineering sector onwards. 

Insights and Inspirations from Andrew Gething – A feature presented by Reach Further Online 

Andrew Gething’s journey through the labyrinth of the engineering world is narrative-rich with lessons on resilience, innovation, adaptability, and the spirit of entrepreneurialism.

With a career spanning over two decades across multiple sectors, Andrew’s path serves not only as a testimony to his individual prowess but also lights the way for current and future generations in the engineering field. This piece, delves into the life and achievements of an individual whose contributions extend significantly within the engineering discipline, highlighting Andrew as a shining example of dedication and innovative thinking in engineering. Beginning in 2001 as a lab technician for Electrolux, Andrew embarked on what would become a remarkable journey. His role in assessing the energy efficiency of electric appliances set the stage for a career characterised by a relentless pursuit of knowledge and a penchant for practical application.

“One of the projects I contributed to involved the energy labelling system, which was introduced in 1992. The familiar A, B, C, D, E, F, G ratings seen on washing machines and other appliances were already in use. However, my role focused on an important phase where we reviewed the existing benchmarks and introduced a new set of targets and applications for the labelling system.”

While working, Andrew pursued a Master’s Degree in Automotive and Mechanical Engineering from Newcastle University, seamlessly blending academic pursuits with practical experience—a hallmark of his approach to professional growth.

During his university years, Andrew was deeply involved in the practical side of engineering, dedicating himself to rigorous work schedules, hitting a target every hour, over 12-hour shifts. At that time, he was hands-on in planning tooling swap outs, testing and certifying parts, and ensuring everything was created to meet targets.

In another domain, Andrew played a key role in designing hydraulic test rigs for powertrain testing, showcasing his ability to tackle intricate problems and contribute valuable solutions in engineering. Despite the allure of his diverse experiences, Andrew prefers to be discreet about his contributions to front-end engineering design (FEED) studies that spanned from offshore wind to subsea resources.

This cautious approach highlights not just his versatile engineering expertise but also a thoughtful consideration of the impact and confidentiality of his work. Andrew’s journey in engineering, marked by an insatiable curiosity and a commitment to problem-solving, illustrates his belief in the vast possibilities within the field, even as he navigates its complexities with both enthusiasm and discretion. His resilience was put to the test during the downturn in the oil and gas market and the financial crisis of 2008. These moments, fraught with personal and professional peril, highlighted his tenacity and unwavering spirit. Andrew’s journey through adversity was not solitary; it was cushioned by the solidarity of colleagues and the strength derived from loved ones, underscoring the importance of community in personal and career resilience.

Significantly, Andrew’s participation in a major cable lay project exemplifies his knack for overcoming design and manufacturing challenges through collaborative effort and innovative thinking. It’s in such projects that Andrew’s philosophy comes to the fore: the power of a holistic approach, effective leadership, teamwork, and flexibility to navigate complex engineering challenges.

We asked Andrew, “What advice would you give to your younger self, or young engineers entering the industry today?”

“Surround yourself with good, honest people who aren’t afraid to tell you their true opinion.  Track your own happiness in different situations and feel confident in making changes if something isn’t working.”

“Don’t be afraid to change your path if you’re not happy with the project or people you are working with, no project or company is worth personal stress or discomfort. There are plenty of people out there needing help with their projects and a change of industry, people or projects can help stimulate your passion for the subject of engineering again. We’ve had ‘the fear’ of changing careers or paths hammered into us quite heavily by society.”

Gething continues, “Something they don’t teach you at university is how to deal with and overcome setbacks. They happen to everyone and it’s important to not take it personally.  Avoid tying yourself to one dream.  Be flexible, move with the times and diversify your experiences.  That’s one of the reasons I make my own beer, I want to experiment, I want to taste different things. That’s my plan B. If engineering goes down, I’m going to set up a brewery. I do a bit of farming on the side as well. You always have to have different oars.”

Reflecting on his journey, Andrew holds his early contributions to energy efficiency in high regard. This endeavour not only showcased his ability to drive positive societal change but also attests to the broader impact engineers can have beyond the confines of their direct responsibilities.

We asked, “What do you see as being some of the biggest challenges facing the industry today?”

“I think the biggest criticism I have at the moment of the corporations is they want it done their way and they want you to comply like an internal resource, and follow the procedural path, and their house rules. They will not accept the fact that you can go away and do it differently, bring it back quicker and cheaper because it doesn’t fall within their systems. That’s the most frustrating thing from an engineering side of things. Because everybody does things differently. It would be boring if we all just sat there and solved every problem the same way. There are recommended ways and code, but if everyone designed everything the same way, every single product would be the same, and there would be no innovation. You’re not getting ahead anywhere. In fact, if anything, you’re putting yourself behind because you’re not pushing back against the bureaucracy that’s being forced on the industry. Nobody’s doing that anymore.”

Gething emphasises the value of creativity and the ability to approach problems from unique perspectives, qualities he believes are crucial for innovation and effective design. His observation that modern career trajectories in engineering are becoming increasingly linear and compliance-focused raises concerns about the potential stifling of innovation. He points out that while adherence to codes and regulations, especially concerning safety equipment, is essential, there should be room for creative problem-solving beyond these constraints.

“One of the best people I’ve ever worked for was a guy who never actually set out to be an engineer. He went into music, and then came into engineering. He was good at maths because he was good at music. He wanted to be a musician, and that didn’t go through, so he ended up in engineering. He was very creative, and he would try different things because he had that streak in him. If you want to be good at innovation and a good designer, you need to be creative. And, if you haven’t got a wide breadth of knowledge, you haven’t got that.”

Andrew recounts a particular experience with young engineers, illustrating the challenges of overly complex regulations. During this project, the team struggled to find the required cleanliness level for a hydraulic cylinder in a 17-page technical standard, only to discover it didn’t specify this crucial recommended oil cleanliness information.

Gething highlights that these scenarios often arise from regulatory bodies adopting an overly prescriptive methodology, rather than employing a guidance and allowable stress style approach, which would be more beneficial. This approach tends to prioritise compliance at the expense of practical applicability, inadvertently suppressing the potential for creativity in the engineering process. Such situations highlight the delicate balance between the essential need for regulation and the critical importance of encouraging innovation within the field of engineering.

“Standards should be guiding legislation, not a prescriptive set of rules and methodology, because you stick the same numbers in the same equations and the same geometry you all get the same answer, maybe more allowance for empirical testing is a good approach to allow more research and development, and innovation, and compliance through FAT (factory acceptance test).”

In conclusion, when we inquired about his views on engineers’ interaction with social media, Andrew shared, “Social media is all about stepping out of your comfort zone and embracing risks, but nobody wants to do that. It’s a problem.”

This account, delivered by Reach Further Online, not only charts Andrew Gething’s significant contributions to engineering but also heralds a crucial message for the engineering community. As professionals in a discipline that often grapples with rigid compliance standards, there lies a potent opportunity to cultivate creativity within these frameworks. Gething’s career is a compelling testament to the fact that engineers can, and indeed must, harness compliance as a cornerstone for innovative problem-solving. 

In addressing compliance and creativity, Andrew Gething’s perspective enriches the discourse on engineering practices, offering a valuable blueprint for melding these seemingly opposing forces. His journey serves as an inspirational and instructive narrative for engineers aspiring to transcend traditional boundaries, advocating for a balanced approach that advances the engineering field in compliance with its ethical standards and creative potential. 

Key Takeaways

1. Interdisciplinary Experience Enriches Engineering Insight: Andrew’s journey illustrates the value of an interdisciplinary approach. By traversing different sectors within engineering, he developed a multifaceted skill set that allowed for innovative problem-solving and adaptability. 

2. Continuous Learning is a Career Catalyst: Andrew advocates for ongoing professional development, whether through further education, certification, or engagement with the wider engineering community. This mindset is crucial for keeping pace with the ever-evolving technological landscape. 

3. Resilience is Key to Navigating Career Challenges: Through economic downturns and personal hardships, Andrew demonstrated the criticality of resilience. The capacity to persevere through adversity is a defining trait of successful professionals. 

4. Mentorship and Collaboration Drive Growth: Andrew’s emphasis on mentorship and teamwork highlights the importance of collective effort in the engineering world. Sharing knowledge and experiences not only fosters individual growth but also propels the industry forward. 

5. Engineers have the power to effect societal change: Andrew’s work in energy efficiency highlights the broader impact engineers can have. By focusing on projects that resonate with global challenges, engineers can contribute to a more sustainable and informed world. 

In summary, Andrew Gething’s exemplary career in engineering serves as a beacon for aspiring and established engineers alike. His trajectory, marked by versatility, innovation, and a profound understanding of the socio-technical dimensions of engineering, exemplifies the essence of the profession. 

Through this narrative, Reach Further Online aims to inspire engineering professionals to look beyond traditional paradigms, seeking ways to leverage their skills for broader societal impact. Andrew’s story is a clear reminder that in the rapidly evolving world of engineering, the only constant is the need for adaptability, continuous learning, and a relentless drive to improve the world around us.

Contact Andrew: sales@designdynamics.ltd

Website: https://www.designdynamics.ltd/