Engineers TV

As a member of Engineers Ireland you have access to Engineers TV, which contains over 700 presentations, technical lectures, courses and seminar recordings as well as events and awards footage and interviews.

From aeronautical to structural, Letterkenny to Waterford, higher certificate to master’s, CAO route and apprenticeship route – there is a world of options for those looking to study engineering in Ireland, write Dr Richard Manton, registrar, and Dr Maria Kyne, Accreditation Board chairperson. 

University of Galway: President of Engineers Ireland John Power, director general, Damien Owens, and West Region chairperson, Justin Martin, presented accreditation parchments to the president of the University of Galway, Professor Ciarán Ó hÓgartaigh, head of school, Professor Edward Jones, and other staff at the School of Engineering.

To ensure that all of these programmes meet international standards, Engineers Ireland operates a robust accreditation system. This article introduces Engineers Ireland’s accreditation and provides some highlights of the past year.

Accreditation by Engineers Ireland is an objective evaluation of higher education engineering programmes against international standards and informed by the perspectives of students, graduates, employers and academic staff.

Accreditation assessors visit university campuses, review evidence and gather the perspectives of those involved in the programme. Once a programme is accredited by Engineers Ireland, it is recognised internationally through the Washington, Sydney and Dublin Accords and the EUR-ACE label.

University College Cork: President of Engineers Ireland John Power presented the accreditation parchments for the eight programmes at the School of Engineering. Seated are: head of School of Engineering Professor Jorge Oliveira, John Power, president of Engineers Ireland, deputy president and registrar of UCC Professor Stephen Byrne and Michal Dymet, chair of the Cork Region of Engineers Ireland. Standing: Professor Brian Ó Gallachóir, Dr Dominic O’Sullivan, Professor Peter Parbrook, Dr Richard Manton, registrar of Engineers Ireland, Dr Kevin McCarthy, Dr Fatemeh Kavousi, Professor Jerry Murphy, Dr Denis Kelliher and Professor Edmond Byrne. Photo: Tomas Tyner, UCC.

Engineers Ireland’s Accreditation Board is responsible for decisions on the accreditation of programmes as well as the development of accreditation criteria to represent education standards for the Engineers Ireland’s membership grades and professional titles (Chartered Engineer, associate engineer and engineering technician).

The board’s membership encompasses various sectors of industry and the majority of HEIs, who meet approximately four times each year to review and approve reports from accreditation panels and consider other accreditation matters such as international agreements.

National Ploughing Championships 2023: Dr Ann Rogers, RMR Consulting, Professor Anil Kokaram and Professor Alejandra Kaszubowska from Trinity College were on hand to support and inspire our future engineering talent in our ‘Pathways to a Career in Engineering’ area. This exhibit highlighted apprenticeship pathways and CAO pathways to engineering.

Last year, as Ireland exited the Covid-19 pandemic, it was possible to return to in-person visits to campuses around Ireland. A hybrid procedure was developed combining the best of physical and remote working while fully maintaining the robustness of processes.

New Accreditation Criteria were introduced in 2021 and the first accreditation visits under the new criteria were conducted in 2022. In all, 74 engineering programmes were accredited in 2022, including 29 extensions.

Higher education minister Science Simon Harris is pictured at the Mechanical & Manufacturing Engineering exhibit with Dr Phillip Grifffin, associate professor of mechanical engineering at the University of Limerick and Niall O’Neill, mechanical engineering master’s student. Our marquee at the National Ploughing Championships featured similar exhibits for chemical and biomedical engineering; civil & building engineering; electrical & electronic engineering; and energy engineering. Each one listed the disciplines offered, the number of accredited programmes and depicted the locations of the universities delivering these programmes.

Accreditation activity in 2023

Engineers Ireland’s accreditation process has been in full swing in 2023 with visits to: Munster Technological University Cork, Technological University Dublin City Campus, University of Galway Computer Science, Technological University of the Shannon Limerick and Maynooth University. A total of 84 volunteer assessors from academia and industry took part in accreditation panels.

Separately, the Accreditation Board met on five occasions in 2023 to review panel reports and make recommendations on the accreditation of programmes. Our accreditation function would not be possible without the dedication, expertise and commitment given by our volunteer assessors and members of our board.

Education minister Norma Foley pictured with director general Damien Owens and president Professor Edmond Harty, sampled the ice cream delivered by ENG-E the Robot. ENG-E was one of the main attractions at our stand and attracted considerable engagement from Ploughing attendees. We would like to thank the REEdI at MTU team who sponsored the commissioning of ENG-E and the IMaR research centre at MTU who developed this robot.

There have been 72 programmes accredited in 2023, including 13 extensions, and involving the following HEIs: Atlantic Technological University, Dublin City University, Technological University of the Shannon, Munster Technological University, Technological University of Dublin, University College Cork, University of Galway and South East Technological University.

This included the accreditation of the manufacturing engineering apprenticeship which is delivered across four campuses and a very large number of employers around Ireland.

Maintaining international mobility

The past year has been an extremely busy year for international reviews (which were postponed due to the Covid-19 pandemic). These reviews are critical to maintain signatory status under the educational accords and therefore mobility for graduates of accredited programmes.

The Student Formula racing car was also a hit with visitors at the three-day National Ploughing Championships. Built by third level mechanical and manufacturing students, the car, which previously took to the track at Silverstone, is a representation of the innovation and creativity of engineers. Throughout the event, a number of TU Dublin representatives, including John Brennan (pictured) were on hand to discuss car and student competition and opportunities available with mechanical and manufacturing engineering.

For the Sydney Accord and Dublin Accord review, there were observers for visits  (AC1) to MTU Cork and TU Dublin City. Engineers Ireland has also applied to become a signatory to the Seoul Accord (computing programmes) and observers joined the visits to University of Galway and Maynooth University. A review under the Washington Accord will take place next year.

The International Engineering Alliance and Seoul Accord meetings took place in Taichung, Taiwan’s second largest city, in June, attended by Damien Owens, Richard Manton and Shirley McDonald. Indonesia and Mexico became full signatories to the Washington Accord and Nigeria became a provisional signatory. Kenya, Mauritius and Zambia have expressed an interest.

The meetings also discussed the implementation of the new Graduate Attributes and Professional Competences. Director general Damien Owens completed his term on the IEA Governing Group, while Shirley McDonald joined the governing group as deputy chair of the Agreement for International Engineering Technicians.

In November, registrar Dr Richard Manton and Accreditation Board member Professor Edward Jones attended the general assembly and committee meetings of the European Network for the Accreditation of Engineering Education (ENAEE) in Paris. ENAEE oversees the EUR-ACE label which recognises engineering programmes and supports mobility across Europe. Prof. Jones represents Engineers Ireland on the EUR-ACE Label Committee.

We were also pleased to have the support of Dr Oliver Mulryan and Dr PJ McAllen from ATU who volunteered at this year’s event and helped to support student engagement. In addition to those mentioned above, we also received considerable support from academic representatives from TUS, TCD, UCC, UCD, the University of Galway and the University of Limerick and support from Solar Evolution and Gas Networks Ireland.

Promoting accredited programmes

Engineers Ireland participated in the National Ploughing Championships exhibition in September to promote accredited programmes, to showcase the latest in engineering technology and innovation and support our future engineering talent to explore the limitless opportunities that exist in the engineering sector. Our stand included exhibits on routes to engineering and the various disciplines on offer across all the universities in Ireland.

More than 6.5% of all attendees visited our stand, this included thousands of school students, parents, engineers and members of the public as well as a host of politicians and media.

Fantastic support was provided by almost 50 academic volunteers from the following universities: Atlantic Technological University, Munster Technological University, Technological University Dublin, Technological University of the Shannon, Trinity College Dublin, University College Cork, University College Dublin, University of Galway, University of Limerick. ENG-E the Robot (created by IMaR research centre at Munster Technological University), which served ice cream, and the formula student racing car (by Technological University Dublin) were star attractions.

Throughout 2023, we hosted accreditation parchment presentations at six universities: Dublin City University, Atlantic Technological University Sligo, Atlantic Technological University Galway, University College Cork, University of Galway and University College Dublin.

These events represent opportunities to showcase the achievement of the programme team, to thank volunteers and staff for their efforts, to connect universities and the Sectors of Engineers Ireland, and generally to promote the value of accreditation.

To find out more about Engineers Ireland’s accredited programmes, to volunteer as an accreditation assessor or to arrange a campus visit or parchment presentation, please visit the Engineers Ireland accreditation webpage or contact accreditation@engineersireland.ie.

Authors: Dr Richard Manton, registrar, and Dr Maria Kyne, Accreditation Board chairperson.

Accreditation: Promoting top-quality engineering education in 2023

Five chartered engineers have been shortlisted for the prestigious Chartered Engineer of the Year Award, supported by Arup.

The professional title of chartered engineer, considered to be the gold standard of the profession, was established in Ireland more than 50 years ago.

Within the Republic of Ireland, Engineers Ireland is the sole authority to award the title, which is granted to professional engineers who, through a rigorous review process, have shown their ability to apply their professional competencies in the workplace.

Damien Owens, director general of Engineers Ireland, said: “Achieving the registered professional title of Chartered Engineer is an important goal in any professional engineer’s career.

"Beyond the specific statutory functions reserved for Chartered Engineers, achieving this registered professional title is a public statement of an engineer’s competence to practice as a professional.

"It is a seal of approval by their peers that they have developed an ability beyond that achieved during their academic years to that of a professional practitioner.  It is also a mark of an engineer’s commitment to the continuing development of their professional expertise and ethical practice.

“I would like to extend my congratulations to each of the finalists on being shortlisted for this year’s Chartered Engineer of the Year Award and I would also thank Arup for their continued support of this award.”

1) Ilaria Bernardini, senior engineer, Roughan & O’Donovan

Ilaria Bernardini is a senior engineer at Roughan & O’Donovan (ROD) with more than six years’ experience in research and bridge engineering. Bernardini studied structural and civil engineering at Università degli Studi di Padova, Italy and completed her master’s thesis at Trinity College Dublin which examined structural identification procedures applied to the Ha’Penny Bridge as a case study.

She actively sought a career that combines her passions in both research and bridge engineering, which has resulted in her involvement in several challenging and innovative projects that seek to deal with current issues faced within the civil engineering discipline.

Over the past six years, she has increasingly assumed more responsibility and a management role whilst acquiring experience in bridge design, bridge assessment, asset information management, development of frameworks, and road safety.

Today, she leads and collaborates with multidisciplinary teams, actively supports the professional development of her colleagues, and is heavily involved in the detailed design of complex movable bridge projects.

2) Eoin Casserly, principal and founder, VOLUTA

Eoin Casserly leads VOLUTA, a specialist structural engineering consultancy operating internationally, based in Sligo. Previously, he held structural engineering positions in Paris, New York, and Stuttgart. He has designed advanced structures such as gridshells, cable nets, facades, stadia, and artworks in more than 20 countries, working through six languages.

Project highlights include the highest outdoor observation deck in the Western Hemisphere, the world’s first cable net with curved glass, the largest-spanning glazed roof in South America, and gridshells for the largest botanic garden in the world.

He is a regular contributor to books, conferences, and journals, with a focus on glass structures, complex facades, long-span structures, and the architectural response to the climate crisis. He also lectures at ATU in Structures, Computational Design, and Advanced Technologies.

His current research combines pre-industrial materials with innovative construction and analysis techniques. He holds BSc and ME degrees in Structural Engineering with Architecture from UCD.

3) Catherine Hurley, energy and construction expert, AIS Interiors

Catherine Hurley is an energy and construction expert and chartered engineer with a track record of delivering complex international projects. She sits on the senior leadership team of AIS Interiors, heading strategy and execution of international enterprise accounts, and the Malta branch. In addition, she provides energy advisory through her own consultancy ‘iniskara'.

  Hurley led the ‘LNG to Power’ project in Malta bringing gas to the island for power generation for the first time. The project included construction of a power plant, LNG regasification plant, a jetty and conversion of a vessel to provide long term LNG storage at the facility. This successful project cut national emissions from power generation by circa 53%.   She was CEO of Quad Central, Malta’s first development to be LEED platinum rated. She also worked for over ten years with ESB Power Generation in Ireland. She is vice chair of the Irish Business Network Malta and holds a Diploma in Company Direction from the Institute of Directors.

4) Oliver Hearn, senior electrical engineer, Natural Power

Oliver Hearn has worked in the renewable energy industry and the university sector for 15 years. He currently serves as a senior electrical engineer at Natural Power in Dublin, where his responsibilities include providing electrical engineering, grid advisory, and project management services to clients across various technologies, including wind energy, solar PV, and battery projects.

Hearn is an award-winning student, holding a Bachelor of Engineering (Honours) in Electrical and Electronic Engineering from Technological University Dublin and a Master of Science in Renewable Energy Systems Technology from Loughborough University UK, achieved with distinction.

His passion for renewable energy is evident through his accomplishments. Hearn has made appearances on prime-time TV in Ireland, authored articles on wind energy for print media, and delivered lectures to universities, industry bodies, and state agencies. He has also volunteered his time to promote wind energy and engineering in schools.

Additionally, he is an active member of several Wind Energy Ireland working groups dedicated to driving positive change in the industry and helping Ireland reach its 2030 renewable energy targets.

5) Daniel Keating, chartered senior structural engineer, Arup

Daniel Keating is a Chartered Senior Structural Engineer at Arup and has a Masters degree in Structural Engineering with Architecture from UCD. 

With a strong interest in digital technology, Keating was appointed as digital transformation manager for Arup’s Buildings team in Ireland. In this role, he is responsible for the integration of digital solutions across our wide range of building projects. He advises on strategies to improve and automate processes for optimal outcomes on projects, through hands on assistance and digital reviews. 

One prominent project Keating has worked on involves a large-scale confidential buildings remediation programme spanning multiple years. Leveraging his digital expertise, he assessed the buildings, identifying and prioritising required remediation activities to ensure a feasible delivery timeline.

He developed a suite of adaptable solutions presented as a ‘kit of parts’, allowing for optimal flexibility and economies of scale to accommodate as-built conditions. Collaborating closely with the contractor, Keating ensured chosen solutions were practical and feasible for construction.

For more information about the Chartered Engineer of the Year Award, supported by Arup, visit: https://www.engineersireland.ie/Businesses/Events/Featured-events/Chartered-Engineer-of-the-Year

Five chartered engineers shortlisted for Chartered Engineer of the Year Award

The death has occurred of Engineers Ireland's esteemed past president and former director general, Dr Finbar Callanan CEng FIEI.

Dr Finbar Callanan.

Dr Callanan BE MAI CEng FIEI Eur Ing FIAE FICE FIE (Aus) Reg Cons, Secretary of the Irish Academy of Engineers 1997-2004; former director general, the Institution of Engineers of Ireland; past president, the Institution of Ireland 1974-75; and former chief civil engineer, Bord na Móna, passed away on July 5, 2023. 

L-R: Former director general Caroline Spillane; Dr Finbar Callanan; former president Marguerite Sayers; Dr Ron Cox; Murt Coleman and Orla Lonergan.

"The president, Council, Executive Board, members and staff of Engineers Ireland express our deepest sympathy on the death of our esteemed past president and former director general Dr Finbar Callanan CEng FIEI," the organisation said in a statement. Dr Callanan chaired the Joint Executive Committee which coordinated the unification in 1969 of Cumann na nInnealtóirí and the Institution of Civil Engineers of Ireland to form the Institution of Civil Engineers of Ireland (now known as Engineers Ireland). In 1979, Dr Callanan assumed the role of director general and secretary of the Institution of Engineers of Ireland. He also held key roles in our organisation as the secretary of the Midland Region of Cumann na n-Innealtóiri (the Engineers Association) in 1960. He also was the founder of the Dublin Region and the Engineers' Club. Damien Owens, director general of Engineers Ireland, said: “On behalf of our institution, our Council, Executive Board, members and staff, I express my sincere condolences to the family of Dr Callanan. 

"I had the pleasure of working closely with Dr Callanan over a number of years. He raised the stakes for what could be accomplished by us as an institution. He was at the forefront of internationalising the engineering profession through pioneering work on the Washington Accord and building relationships with FEANI. His insights were always impressive, and opinions invaluable.”

'Exercised strong leadership'

Professor Edmond Harty, president of Engineers Ireland, said: “Dr Callanan exercised strong leadership for which he will be remembered. Dr Callanan had an intellectual vigour which inspired and influenced many.

"He made such an indelible mark on our engineering community and was a positive force for good throughout his tenure as president and director general of Engineers Ireland. His loss will be deeply felt throughout the wider engineering community, and by his family and many friends.” 

Dr Finbar Callanan was born on March 15, 1931, in Cork city, the son of Denis Callanan, railway agent, and Annie Elizabeth Fry. He was educated at Mount Sion CBS, Waterford and University College Cork, where he studied civil engineering, obtaining a BE degree in 1951.

On graduating, he undertook his early training with Westmeath county council before joining the marine section of the Office of Public Works (OPW) in 1953 to survey the coastal regions of Connemara for potential fishery harbours.

His interest in harbours continued with Waterford Harbour Commissioners and TJS Mallagh, consulting engineers, before joining Bord na Móna in 1956 as senior civil engineer at the Boora Works, then the largest peat producing works in western Europe.

The varied engineering works were all related to milled peat production for Ferbane power station and for briquette production at Derrinlough. In 1960, Dr Callanan moved to HQ as assistant development engineer and in 1965 became project engineer in charge of forward planning for the expansion of sod peat production and the mechanisation of peat winning processes.

Former president Prof Jane Grimson; former president Marguerite Sayers; Dr Finbar Callanan; and former director general Caroline Spillane.

As planning engineer from 1973 to 1975, he was responsible for the short and long-term planning of the board’s diverse activities, including the future of cutover peat lands.

He was appointed chief operations engineer in 1975 and concluded his career with Bord na Móna in 1979 as chief civil engineer heading up the Third Programme of Development, which had as its ultimate objective the doubling of the peat output of the company.

It was at this time that Dr Callanan accepted the invitation of the IEI president, Lucas Collins, to become director of the institution (later to become director general). The reason for this initiative by the institution was the necessity to greatly increase its membership and to steer the organisation into a new era with a rapidly expanding engineering and diverse profession, expanding engineering schools, and the need for greater integration of industry and the schools of engineering with the institution.

There was also the need to establish strong overseas relations with the increasing internationalisation of the Irish engineering profession, many of whom were looking abroad for employment and work opportunities.

His involvement in the organisation of the engineering profession had begun as far back as 1960 when he was secretary of the Midland Region of Cumann na nInnealtóiri (the Engineers Association).

He was subsequently the founder of the Dublin Region and the Engineers Club at 22 Clyde Road. He chaired the Joint Executive Committee which coordinated the unification in 1969 of the Cumann and the Institution of Civil Engineers of Ireland to form the Institution of Engineers of Ireland (IEI).

Dr Finbar Callanan was president from 1974-75.

A Chartered Engineer and a Fellow of the IEI, he succeeded Hugh Delap as president in 1974-75. In his role as director general, Dr Callanan was intimately involved with the accreditation of Irish engineering courses leading to international agreements, such as the Washington Accord between the United States, Ireland, Australia and New Zealand, later to be joined by the UK and Canada.

'Going for Growth'

He also oversaw a major extension to the Clyde Road premises in the form of a highly acclaimed education centre, including a theatre and library. Apart from his commitment to Continuing Engineering Education and involvement in national and international conferences, one of his abiding legacy to the institution must include the series of policy documents he presented to the Executive and Council over the years, perhaps the most significant being the policy statement 'Going for Growth', published in 1993.

Following his retirement from the directorship of the IEI in 1996, he was the prime instigator in the foundation of the Irish Academy of Engineering (IAE).

He was its first secretary (1996-2004), and its president in 2006. He was made an Honorary Fellow of the IAE in 1997 and also an Honorary Member of the Association of Consulting Engineers in Ireland.

In 1995, he was conferred with an honorary doctorate by the National Council for Educational Awards. Dr Callanan received many other awards, including an Honorary MAI from the University of Dublin, and was a fellow of a number of professional bodies, including the Institution of Civil Engineers, and the American and Australian societies.

According to the publication Called to Serve: "On becoming president of the IEI in 1974, Dr Callanan revived the annual conference, which had fallen into abeyance, and the 'Crossroads' Conference was held in Trinity College Dublin in October of that year.

"Additionally, the Council agreed to the establishment of a Conference of Engineering Education, drawn from employers and academics, to act as a ‘Think Tank’ with regard to current and future directions for the IEI. This development was coupled with visits to the various engineering schools with the objective of strengthening ties between the colleges and the profession." 

The involvement of the IEI in the European Federation of National Engineering Organisations (FEANI) continued actively with Dr Callanan taking over as national representative in succession to Professor Wright who, as vice-president of FEANI, had played such a significant role in representing the IEI in the organisation.

Dr Callanan was nominated as president of the Industry Commission of FEANI and had responsibility for the organisation of the 14th International Seminar of FEANI ‘Case Studies in Technology Transfer’, held in Trinity College Dublin the same week as the IEI’s 150th anniversary annual conference.

The important and significant work achievement of FEANI was the establishment of a register of European engineering qualifications and the creation and furthering of the Eur Ing title – a Pan-European designatory title denoting a recognised equivalence of academic education and training for European engineers, the objective of which was to facilitate the free movement of engineers throughout Europe.

This title and its procedures were agreed by FEANI and the first ceremonial conferrings took place in Paris in 1987. The first Irish recipients of the award were Dr Callanan, the then IEI president, Michael O'Donnell, and Professor James Calderwood. The Irish and British chartered engineer designations were recognised by FEANI as equivalent to Eur Ing.

The Bord na Móna years – in Dr Finbar Callanan's own words 

"I joined Bord na Móna on June 1, 1956. Prior to joining the board I was engaged on the design of the new jetties and harbour facilities for the port of Waterford which had a sizeable expansion programme under way. I had been considering a career change  at the time and I attended an interview for a civil engineering position in Bord na Móna which, at the time, seemed to be going places consequent on the major changeover from sod peat to milled peat for power generation.

"I was interviewed for the job by Eugene Redahan, chief civil engineer, and Patrick Cogan, asstistant chief engineer; one comment of Eugene Redahan’s which stuck in my mind was that Bord na Móna would be an utterly different engineering experience compared to anything I had done before.

"This turned out to be very true. The interview was successful and I was offered the post of civil engineer in Boora. As I had been recently married, the offer of a house in the new village at No 6 St Cormac’s Park, Kilcormac, was a major inducement.

"Before taking up duty I reconnoitred the whole area and a number of things struck me. They were the immensity of the areas in development and the tidiness of everything – on the bog, the offices, the workshops, the railways and the village itself which to me was a model of layout and care.

"The machinery was certainly very different from anything I had seen or worked with previously and the first sight of a ditcher working up to the north line in Boora was an eye opener to say the least.

"My neighbours in St Cormac’s Park were Dan Davy and Mick Coughlan on one side and Sean Treacy and Tom Quinn, production engineer and later manager of Clonsast, on the other, and we were made very welcome.

"I didn’t have a car, so Sean Treacy, who afterwards left the Bord to go into private business, introduced me to Boora on my first morning, where I was greeted by the manager, Lewis Rhatigan, with whom, in various capacities, I was to work very closely over the next 23 years.

'A lot to learn'

"I was assigned to work on the development of Boora 3 which, at that time, consisted of Derrybrat, Drinagh, Noggus, Falsk, and Clongawneymore, and I don’t mind admitting that I had a lot to learn.

"There was a large amount of survey work to be done for acquisition, bridges, railways and drainage, which also entailed a lot of discussion with the local landowners with whom we were always most anxious to maintain good neighbourly relations.

"I was very fortunate to avail of the experience and local knowledge of Mick Doyle who was foreman in Boora 3 and who was an exceptional man in every way.

"Others with whom I worked closely were surveyors Sean Linehan, later to be manager of Kilberry Works, and Pat Higgins from Leitrim who did so much of the fundamental survey and setting out work throughout the group. Mick Gorman, asstistant foreman, was always most knowledgeable and helpful as were other staff, including John O’Brien from Carna who fabricated the famous milled peat model in the Boora offices and other men such as Sean Dolan and Jimmy Connerton, who were not only skilled staff men on survey and setting out but were also very helpful with their knowledge of the people and the areas we were working in.

"In late 1956 some of us were more than a little perturbed that there might be staff cutbacks consequent on the cutting back by ESB of their programme of expansion involving the peat stations. However, that matter was eventually sorted out to our great relief by the government decision to use the surplus peat production capacity to build two briquette factories in the Boora group and in the Derrygreenagh group.

'Very demanding programme of work'

"That really initiated a very demanding programme of work with a well-established deadline for completion and I cancelled all thoughts of moving elsewhere and decided to stick with the company for the time being.

"The following years saw Boora Works developing into a hive of activity, which was led briskly by Lewis Rhatigan. Ferbane power station commenced taking peat. Drinagh and Noggus were brought into production and development advanced in Falsk.

"Development also accelerated in Clongawneymore, which had already been plough-drained and a most complicated drainage pattern was designed to take account of the ups and downs of the bog floor which would have done justice to a blanket bog in Co Mayo.

"Additionally Oughter, Pollagh, and other fringe areas were acquired with the objective of expanding the total area under production and so reduce the original target demand of 100 tonnes per nett acre to 70 tonnes per nett acre, which was more readily achievable.

"Clongawney was a unique bog in many ways in peat composition and in its surface flora and fauna. The derries on the islands throughout the bog were a unique feature and at least one of them was approached by a 'Danes Road' mainly composed of birch which was exposed in subsequent drainage.

"The site investigations carried out north and south of Crancreagh bridge on the Cloghan to Birr Road, eventually led to the purchase of a farm at Derrinlough, which became the site for the briquette factory.

"Preliminary works for construction commenced with Liam Dunne (who came from Lullymore) as manager and Harry Huggard as resident engineer. This set off a flurry of activity throughout the group including the renovation of the old hostels in Boora to house the German contractors who were not prepared to take second best.

"Changes in the administration saw Tom Quinn going to Lemonaghan as manager and Martin Kelly being appointed production engineer for the group. I took over from Martin in development, drainage, railways and construction, which kept me well occupied for the rest of my time in Boora as railway connections linked the various bogs, bridges were built and main outfalls were developed.

Construction of railways

"The board was very fortunate in all its developments in that almost without exception the neighbouring landowners were invariably very helpful in facilitating the construction of railways and the deepening of external outfalls.

"There is no doubt that the company’s compulsory powers of acquisition were a very powerful instrument, but where drainage was concerned the farmers generally welcomed us with open arms. In that regard, Bord na Móna added significantly to the improvement of much marginal land around its periphery.

"In all our works on development we were able to avail of the generous advice of Tommy Lee, head office development engineer, and of design engineer, Joe Larkin, who with Ernest Vivion Switzer had designed the first Bord na Móna bridge across the Shannon at Lanesboro and many other lesser bridges besides.

"Additionally the service provided locally to the civil engineering side by the mechanical side under the ever helpful Andy Brown was always appreciated. I recall with gratitude the ready assistance afforded us by Peter Usher, Andy Freer, Bernie Jennings, and others in those areas where mechanical and civil engineering crossed.

"The year of 1958 was a complete disaster for the Bord with one of the worst summers ever. Apart from the effect on the peat harvest I remember it for the difficulty of building the railway and machine bridges across the Silver River, the number of times flash floods swamped our works and the problems of excavating the site at Derrinlough and building the railway embankment from the factory to the Little River.

"During most of my time, Mick Dempsey was supervisor on the bridges. His experience of working in water gained on the Brosna drainage was invaluable and I had great admiration for him. It was there also that I became acquainted for the first time with a very young Lal Daly, ­subsequently a director of the company.

Final pour on one of the bridges

"I am sure Lal and others will remember how we finished a final pour on one of the bridges one evening by the light of diesel soaked clods of turf stuck on reinforcing rods, which were inserted upright around the site. It may not have been advanced technology but it got the job completed at a time when a flood was expected.

"However difficulties were overcome and by 1960 all the bogs were linked by rail. Derrinlough briquette factory was up and running and Ferbane power station was also working well.

"It was a great time to be in the Bord. The summer of ’59 was brilliant and we harvested almost up to October. We had visits from the Russians, who photographed plenty, but language was always a problem unless Capt Brunicardi was present to translate.

"There were also visits from other organisations and individuals and we were always proud to show what we could do and outline what we were hoping to achieve in the future.

"There was a great spirit in the board where all recognised that a significant Irish enterprise was receiving international acclaim. It would be remiss in this trip down memory lane not to pay tribute to Lewis Rhatigan, the manager who was later to become managing director, for his dedication to best management practice and training and the highest standards.

"Coupled with him should be Hubert Collins, general foreman, whom I came to appreciate for his knowledge and overall ability in a demanding role. Lewis Rhatigan was promoted to assistant chief engineer in 1959 and was succeeded by Maurice Keane, former manager of Ballydemot Works.

Large-scale milled peat transportation

"Others I remember with great respect were Kieran Egan who brought such enthusiasm to the job, Dan Davy with whom I worked subsequently on the Suck bogs and Christy Doolan who was so effective in the organisation of large-scale milled peat transportation and who worked so well with his counterparts in the power station.

"There was a very good team in Boora during that period, including Tom Oliver the accountant, Joe Connolly, Jim O’Boyle in stores, Paddy Fitzpatrick, and the ever-popular Sean Meehan. Also in the administration were Breeda Sheridan (later Mrs Joe Connolly) and Maura Glynn, whom I subsequently met years later as a sister in Mount Carmel hospital in Dublin.

"Above all I remember the men and women at all levels who worked in every aspect of development, production, transport, sales and administration, and who were the heart and soul of Bord na Móna.

"However I also remember the tragedies. The first was the fatal accident to Joe Flanagan in Drinagh in 1956 and the other was the death of Sonny O’Donoghue in Tumduff a few years later. They were terrible accidents which remain in the memory of all who saw what happened. They cast a great shadow of sadness over everyone at that time.

"I had moved to Ferbane in 1957 and I was a transferred to head office in 1960 as assistant to Tommy Lee on milled and moss peat development throughout Ireland. I was sorry to depart from 'The Green Fields' round Ferbane.

"I had brought a young wife to Boora and left for Dublin with a young wife and three children and very good memories of Kilcormac and Ferbane. Life had moved on and there was a new and challenging job beckoning, which would be my challenge in life for the next 19 years." 

Retirement

At the end of March 1996, Dr Finbar Callanan retired from the position of director general of Engineers Ireland. Prior to his retirement, he had made a proposal to the Council of the IEI that an all-Ireland Academy of Engineering be set up, its membership to be made up of the most senior and eminent engineers in the island of Ireland.

The idea was that such an academy would harness the experience and wisdom of such members, many of them retired, who would provide a most useful and influential ‘think tank’ concerning matters in which engineering plays an important role. Elsewhere, such an academy had been formed in Britain in the early 1980s (the Royal Academy of Engineering).

It had been most effective in its operations and had earned an enviable reputation for the work it produced. Similar academies had also been set up throughout Europe and further afield, all with the same concept of availing of the contributions of the most eminent and experienced engineers and applied scientists in the service of their respective countries.

The proposal to set up the Irish Academy of Engineering (IAE) received enthusiastic support from former IEI presidents, Liam Fitzgerald and John Killeen, as well as from IEI Honorary Members, Sir Bernard Crossland and Sir Philip Foreman, and from Gordon Millington, OBE, Hon FICE from the north of Ireland. Killeen, who had worked very diligently to get the Academy up and running, was appointed its first president with Dr Callanan being appointed secretary. 

Loving family 

Dr Callanan was predeceased by his wife Maureen and son Barry. The loving father of Anne, John and Mary, he will be sadly missed by his family, son-in-law Jorg, grandchildren Lara, Brian, Rebecca and John, brother Noel, relatives and friends.   Our thoughts and prayers are with Dr Callanan’s family at this time.  

Ar dheis Dé go raibh a anam.

Remembering Dr Finbar Callanan 1931-2023

Confidence in the engineering sector is continuing to grow as 71% of employers expect financial position to improve this year, according to a new report by Engineers Ireland.

However, the report also shows that 72% of employers are concerned that the shortage of engineers with the correct skills is a major barrier to business growth. The top five skills sought after include fundamental engineering knowledge, effective communication, and the design of solutions of complex problems.

Apprenticeships as a pathway

The report, Engineering 2023: A barometer of the profession in Ireland, found that the outlook for recruitment in 2023 is positive. Of the engineering employers surveyed, 67% plan to recruit. When asked about apprenticeships as a pathway into the profession in Ireland, 63% of members agreed that it is an attractive route into engineering with a higher percentage of female (70%) than males (62%) agreeing.

Engineers Ireland’s latest report was launched ahead of the institution’s annual national conferring ceremony, with eligible engineers awarded registered professional titles on Thursday, May 25, at the InterContinental hotel, Dublin.

In total, more than 300 engineers will be conferred with professional titles of engineering technician; associate engineer; Chartered Engineer; and Fellow at this event and other regional events.

Engineers Ireland is the sole authority to award the title of Chartered Engineer in the Republic of Ireland, and it is considered the gold standard of the profession.

Ready supply of engineering skills

John Power, president of Engineers Ireland, said: “With so many engineering firms creating jobs in the short to medium term, the challenge as always is to ensure Ireland has the ready supply of engineering skills needed to fill those positions and deliver the vital infrastructural projects needed to galvanise Ireland’s post-pandemic recovery.

"In this year’s report, 85% of members agreed that there are plenty of job opportunities in the sector. A total of 79% of our members surveyed agreed that engineering is a rewarding career for young people and 76% of members believe the profession offers equal career opportunities for women and men.”

Damien Owens, director general of Engineers Ireland, added: “Engineering touches the lives of everyone, providing creative solutions to societal needs from tangible works, such as bridges and flood defences to heart stents and prostheses as well as the invisible technology around us and addressing the challenges of climate change and the circular economy.

“Engineering in Ireland is a robust industry which is predicting continued growth. We are all aware of the job cuts in the technology sector, however it must be noted that there are other sectors in urgent need of engineers eg, construction and consultancy with almost 8,000 new jobs anticipated in these sectors in 2023”.

The topic of engineering and sustainability was also explored in both the public and the member surveys. In April 2023, Engineers Ireland became the first organisation outside of the UK to be licensed by the Society for the Environment to award the Chartered Environmentalist title. Becoming licensed to register this title is an extremely positive development for Engineers Ireland members who are dedicated to excellence and who are committed to having sustainable practice integral to their role. 

The climate change and biodiversity crisis is a call to action for engineers of all ages and disciplines to use their problem-solving abilities to tackle this challenge. With this in mind, as part of the public survey, the participants were also asked how much they agree with the statement: ‘Engineers are critical to combating climate change and biodiversity loss.’ Seventy percent of those questioned agreed with this statement.

Engineers Ireland also asked their members: ‘What should Engineers Ireland focus our sustainability efforts on’. With 822 open responses, the two major areas of focus are transportation and energy usage.

To see the report in full, visit: https://www.engineersireland.ie/Professionals/News-Insights/Campaigns-and-policies/Reports/Engineering-barometer

Revealed: Almost three-quarters of engineering companies expect growth in 2023

The recent annual dinner of the Republic of Ireland local association of the Institution of Civil Engineers (ICE) saw the presentation of the ICE RoI Outstanding Achievement Award for 2023 to Michael Hand, former CEO of Grangegorman Development Agency.

Each year, this award recognises a civil engineer who has made a significant contribution to the profession in Ireland. Candidates are nominated by previous recipients of the award, by the ICE RoI Committee and by the membership of the ICE in the republic. The recipient of the award is then decided by vote of the previous recipients.

Michael Hand is a Chartered Engineer, a chartered water and environmental manager and a chartered director, and is a fellow of ICE, Engineers Ireland, the Chartered Institution of Water and Environmental Management and the Irish Academy of Engineering. In a career spanning almost 50 years, he has left an indelible mark on Ireland’s infrastructure and personifies the commitment to society that is at the heart of the civil engineering profession.

Keith Elliott, right, chair, ICE Rol Branch and Michael Hand.

A professional of the highest integrity

He holds qualifications in civil engineering and the environment together with a master of business administration degree. In 2014, he was awarded an honorary doctorate by Dublin Institute of Technology (now Technical University Dublin) in recognition of his contribution to engineering in Ireland. He is recognised by all who have worked with him as a professional of the highest integrity.

Graduating in 1976 with an honours degree in civil engineering from University College Galway (now the University of Galway), Hand began his career as an assistant engineer with Laois County Council, before joining consultants PH McCarthy in 1978.

Since then, he has gained more than 45 years’ experience working with multidisciplinary technical teams in the planning and design of critical civil engineering infrastructure throughout Ireland.

In particular, he has had key leadership roles, as project manager and project director, in the delivery of several major national infrastructure projects, from concept to completion.

He is a recognised business leader with a national profile and reputation for public and private sector project delivery, often in very challenging environments.

As such, he has demonstrated an in-depth knowledge of all aspects of infrastructure planning and construction, together with associated stakeholder management. He has worked with a variety of statutory planning models including Part 8, Strategic Development Zone Planning Scheme and Strategic Infrastructure Development routes.

Particular expertise in negotiating and managing joint venture agreements

He has demonstrated particular expertise in negotiating and managing joint venture agreements with technical service providers and contractors. He has worked successfully with a variety of infrastructure procurement models including design build, design build operate, and public private partnerships. He has extensive knowledge of public procurement, both as a service provider and as a client.

He is an experienced director, having held various board positions since the 1990s. He has acted as director and chairman of PH McCarthy Consulting Engineers Ltd and McCarthy Hyder Consultants Ltd.

He has also acted as a director of White Young Green Ireland Ltd, part of White Young Green Group plc, and as a director of Grangegorman Development Agency, a state entity. He has also served at board level in the voluntary community sector, most notably as director of Rathfarnham & District/Heritage Credit Union, trading in the regulated financial services industry.

Hand has particular expertise in strategic planning and driving strategic change, acquired from leadership positions in public, private and quoted companies, and in the voluntary sector. He has been involved in the development and implementation of numerous strategic plans in his career.

He acted as CEO of Grangegorman Development Agency from 2010 to 2016, successfully leading the organisation through a period of economic turbulence while advancing the Grangegorman urban redevelopment project through stakeholder engagement, planning and funding challenges in accordance with the strategic plan. Today, the project is recognised as a flagship national project and a symbol of Ireland’s economic recovery.

Throughout his career, Hand has been prominent in the various engineering and environmental professional bodies as a committee worker or presenter of technical lectures.

He has represented the organisations where he worked in various public fora. He has made numerous presentations to public meetings, consultations, and public inquiries. He has also given sworn evidence in the courts and to An Bord Pleanála hearings and has given numerous interviews on radio and TV and in the print media.

As a chartered director, via the Institute of Directors in Ireland, he has attained the highest independent standard for Irish company directors. Accordingly, he has been appointed an independent non-executive director of Irish Archaeological Consultancy Ltd, EirGrid plc, Dublin Port Company and JB Barry Consulting Engineers.

Expertise in corporate governance and enterprise risk management

As well as his extensive civil engineering infrastructure experience, he brings expertise in corporate governance, enterprise risk management and strategic direction to these boards.

It is the true mark of a stellar career that Hand is still contributing to society at such a high level, more than 50 years after he embarked on his civil engineering career journey as a student in Galway. He has made a significant contribution to the advancement of the profession of civil engineering to date and continues to do so through his high-profile independent non-executive director positions.

On top of all his professional achievements, Hand has somehow managed to find time for a wide range of voluntary activities. In addition to his work with Rathfarnham Credit Union previously mentioned, he chaired the Development Committee of the Parish of the Divine Word, Rathfarnham for 17 years, he played a leading role in the operation and development of Ballinteer St. Johns GAA Club for 21 years and was chairperson of Edmondstown Golf Club for three years from 2018.

Presenting the award, Keith Elliott, chair of the ICE RoI Local Association, said: “Michael personifies all of the characteristics that our great profession aspires to, and more. He is a shining example of what civil engineers should be to society.”

 

Former Grangegorman Development Agency CEO Michael Hand's outstanding contribution to Irish civil engineering recognised

A graduate of mechanical engineering from Trinity College Dublin, William Fyans has built a notable career and reputation for pushing innovation through the development of novel technologies. Notable projects he has worked on include the structural design of principal elements of the lifting equipment aboard the world’s largest ship, the 'Pioneering Spirit'. 

Fyans also played a lead role in the mechanical design of tidal turbines with Openhydro and led the design of super-precision mechanisms for scientific instrumentation. 

William Fyans.

He is currently the engineering manager with SiriusXT, leading the design and regulatory approval of the world’s first laboratory-based soft X-ray microscope. This technology enables the generation of a through-thickness 3D image of a single cell and represents a significant development in disease and drug research. 

He is also the director of Fyans Engineering, which offers consultancy services. Recent projects include the development of a new system of multi-storey modular construction on behalf of Suretank, which has been implemented in the data industry.

1) You have achieved the award of Chartered Engineer of the Year with Engineers Ireland recently. What does it mean to you, and why did you pursue the title ‘Chartered Engineer’ in the first place?  

I applied for my Chartered Engineer title to attain an industry-recognised certification of competence. Not only is it necessary for compliance issues, the title of Chartered Engineer has become a shorthand introduction to others that you have demonstrated your engineering competence throughout your career and have continued to develop your skills. To be awarded the tile of Chartered Engineer of the Year was a great honour and wholly unexpected. It will always remain a highlight of my career. 

2) Can you tell us about when you have had to face a particular challenge or manage a project outside of your experience range. How did you tackle it and what was the outcome?   

This has been a common feature of my career and in broad strokes I would describe my approach to such challenges as: A/ Establish what it is you’re trying to achieve; it is important to be as specific and comprehensive as possible here and to describe the actual specification/requirements rather than the solutions. B/ Research the field/problem in as much detail as is of value. This can include reading academic papers, researching related technologies, devising tests, informal conversations and everything in between (there are no prizes for reinventing the wheel). C/ Apply your newly acquired knowledge in concert with your experience and your knowledge of engineering first principles to the challenge.

An example of this would have been designing a system for the on-deck handling of undersea ploughs. These ploughs are used to bury gas pipelines under the seabed and weigh approximately 200t.

A system was required to safely move and reorient these ploughs on the deck of a vessel in the North Sea that could not use any wheels or exposed lubricants. The system was deployed successfully and is in use today. 

3) You’ve built a career and reputation for pushing innovation through the development of novel technologies. Notable projects that you have worked on include the structural design of principal elements of the lifting equipment aboard the world’s largest ship, the Pioneering Spirit. Can you tell us about this?

This was a project I worked on while I was working with a consultancy in Norway. The Pioneering Spirit is a catamaran made by combining two VLCC hulls (each approximately the size of an aircraft carrier).

The Pioneering Spirit.

The vessel is used to decommission fixed-platform oil rigs and is designed to pick up the entire platform and the undersea structure respectively and transport them to shore.

Allseas approached us with a project to develop their design concept for the mechanism that lifts the oil platform. This project involved evaluation of the concept from a structural, assembly and fabrication perspective along with associated redesigns. The vessel was successfully commissioned and is in use around the world today.

4) Who is your engineer hero, or the nearest you have to one?

Burt Rutan.

I tend to admire innovative engineers the most. Once a certain level of prominence in history is reached, the lore surrounding somebody can often overtake the person themselves but aircraft designer Burt Rutan and Nikola Tesla spring to mind as particularly accomplished. 

5) Have you travelled widely workwise – is there any country or experience that stands out?  

I have been lucky enough to work in several countries throughout my career but the one that stands out most is Norway. It was eye-opening for me to see a country with a similar population as our own with such a broad and industry-leading engineering field.

Their oil deposits naturally led to a thriving engineering industry to support it but their fields of expertise and involvement extend far beyond this.

It showed me that once a culture of developing technologies is inculcated in the industry, it becomes self-perpetuating. Ireland does some great work that we can be rightly proud of but I believe we have farther to go in recognising our abilities and applying them to a broader spectrum of industries. 

6) What are your favourite engineering feats – either in Ireland or globally?

My favourite engineering feats range from grand masterpieces like the SR-71 'Blackbird' aircraft (a design feat that beggars belief for its time) to much simpler things like the humble and under-appreciated nut and bolt. Modern foiling sailboats would have to get a mention too, I think. 

7) You’ve played a lead role in the mechanical design of tidal turbines with Openhydro and led the design of super-precision mechanisms for scientific instrumentation. And you are leading the design and regulatory approval of the world’s first laboratory-based soft X-ray microscope: can you elaborate about any of these projects, what the technology will achieve etc?

Sirius XT has developed and CE-marked the first laboratory-based, soft x-ray imaging microscope. Soft x-ray imaging allows us to generate through-thickness 3D images (akin to a CT scan) of an individual cell and its internal structure.

This imaging modality was previously only available at particle accelerators, which severely limited biologists’ access to it. The development of a laboratory-based system will facilitate important research into the subcellular mechanisms of diseases such as cancer.

8) What is the one piece of advice you would give to somebody starting out in the profession?

Put a particular emphasis on really understanding what you’re doing. Due to the maturity of engineering processes, it is often possible (and sometimes wholly appropriate) to follow a prescribed script.

This is so regularly the case that people sometimes confuse knowledge of the prescribed process with knowledge of the fundamental principles. Always ensure you understand the fundamental engineering principles at play and how the processes relate to them.

9) Recent projects that you have worked on include the development of a new system of multistorey modular construction on behalf of Suretank, which has been implemented in the data industry – can you tell us about this: aims, challenges etc?

Modular construction is an increasingly popular means of managing construction projects both big and small. It greatly streamlines the project management of complex infrastructure such as power distribution, as the specialist work can be outsourced and arrive on site ready to be deployed.

Modular construction.

Suretank has positioned itself as an industry leader in this field and I work in partnership with it through my own consultancy company. The project in question was of particular note as it was a three-storey structure consisting of six modules (each 18m x 5m x 4.5m).

Each floor had particularly high equipment and live loading requirements, had to be designed to satisfy design codes in two jurisdictions and was subject to seismic analysis.

Half of the modules had to have one wall open also (c-shaped in cross-section) due to geometric constraints. A new system of construction was therefore required to get such large modules to be lifted into position and connect together first time within the accuracy required to make one cohesive structure. The project was delivered successfully and is operational today.

10) What book is on your bedside table, or your favourite book?

Manchán Magan’s, Thirty Two Words for Field. A very interesting read about the Irish language and its roots.

11) What is the best piece of advice that you have ever received?

It was to do with parenting rather than engineering. When my wife and I had our first child, a friend with grown-up children advised me, “Everything is just a phase. Never congratulate nor berate yourself too much. It’ll all change next week/month/year”. He was right.

 

My engineering life Q&A: William Fyans

Theme picker