MECHANICAL The MEICA School of Engineering has the following two courses for the Mechanical Discipline: MECHANICAL PROCESS & POWER ENGINEERING TECHNICAL DEVELOPMENT PROGRAMME MECHANICAL BUILDING SERVICES & HVAC ENGINEERING TECHNICAL DEVELOPMENT PROGRAMME Further Details on each course is given below BACK MECHANICAL PROCESS & POWER ENGINEERING TECHNICAL DEVELOPMENT PROGRAMME Process & Power To fully complete this programme is 120 hours of Continual Profession Development (CPD). The subject topics covered by this Courses are: Process Drawings, (PFD and P&IDs). Pipework & Pipework Design. Cathodic Protection Valve Types, Specification and Selection. Pump Types, Specification and Selection. Mixers Types, Specification and Selection. Compressor Specification and Selection. Airblower Specification and Selection. Stairs and Platforms. Pressure Vessels Chemical Systems Plant Equipment General Arrangement Layouts Wastewater Pumping Stations. Water Pumping Stations Wastewater Equipment such as Penstocks & Screens Water Equipment Surge Welding Vibration Anchors Corrosion Protection. Boilers Steam & Gas Turbines Combined Heat & Power Turbines & Engines Heat Exchangers. Water Cooling Towers Natural & Biogas Systems Diesel Generators Water Industry Mechanical & Electrical Standards, (WIMES) Design Risk Assessments Assessments Mechanical Quality Management Mechanical Commissioning ATEX Requirements & Hazardous Areas Energy Assessments. Sustainability Safety File. Mechanical Site Installations Method Statements & Risk Assessments Building Services & HVAC To fully complete this programme is 120 hours of Continual Profession Development (CPD). The subject topics covered by this Courses are: Chartered Institute of Building Services Engineers, (CIBSE), Standards. Process Drawings, (PFD and P&IDs). Pipework & Pipework Design. Valve Types, Specification and Selection. Pump Types, Specification and Selection. Ventilation Design Ducting & Ducting Design. Damper Specification and Selection. Fire Specification and Selection. Noise Attenuation In Ducting Fans, Specification and Selection. Air Handling Unit Specification and Selection. Fan Coil Units. Cooling & Refrigeration Tanks Compressors & Plant Equipment General Arrangement Layouts Boilers Space Heating Plumbing Wastewater Fire Fighting Systems Corrosion Protection. Anchors Combined Heat & Power Engines Heat Exchangers. Natural Gas Systems Diesel Generators Design Risk Assessments Mechanical Quality Management Mechanical Commissioning Legionnaires Disease. Medical Gases Solar Gain BCAR Energy Assessments Sustainability Safety File. Mechanical Site Installations Method Statements & Risk Assessments MECHANICAL BUILDING SERVICES & HAVC ENGINEERING TECHNICAL DEVELOPMENT PROGRAMME

MEICA School of Engineering has the following courses for Softskills SOFTSKILLS TRAINING The MEICA School of Engineering has the following courses for Softskills SOFT SKILLS PROGRAMME BACK Further Details on each course is given below SOFT SKILLS PROGRAMME Soft Skills To fully complete this programme is 40 hours of Continual Profession Development (CPD). The subject topics covered by this Courses are: PEOPLE - Focuses on the soft skills needed to lead a project team effectively. Build a team Define team ground rules Lead a team Support team performance Manage conflict Collaborate with stakeholders Mentor relevant stakeholders Promote team performance through emotional intelligence OTHER Ethics Communication C Body Language Tone. Being Assertive Work Ethic Facilitation Time Management

CONSTRUCTION ENVIRONMENTAL MONITORING MEICA Consulting Engineers have during the Construction phase of various water projects on behalf of Uisce Eireann, as part of our Resident Engineering Services undertaken numerous Environmental Audits and Site Surveys. These include the following: Site Noise survey for Osberstown WWTP. Site Noise survey for Osberstown Sludge Hub. Odour compliant investigation and survey for Site Noise survey for Osberstown WWTP in accordance with Irish EPA guidelines. Site Noise surveys for various Wastewater Pumping Stations forming part of commissioning checks. External Lux Level surveys for various Wastewater Pumping Stations forming part of commissioning checks. Site Noise survey and Lux Level survey as part of commissioning checks on Windmill Hill Reservoir Site. Site Noise surveys during construction activities on Ringsend WWTP Sludge Contracts. Environmental Audits on Ringsend WWTP Sludge Contracts ensuring compliance with both the Employer's Outline cEMP and the Contractor's EMP. Hydrogen Sulphide Surveys on at various pumping station sites on Upper Liffey Valley Pipeline Projects 2A and 2B. Review of Contractor's Construction Environmental Management Documentation including plans and procedures. By-product (Regulation 27) - Soil and Stone By Products - Waste Action Plan for a Circular Economy seeks to reduce the environmental and health impacts of waste and improve resource efficiency. The fundamental goal is to achieve a circular economy that avoids unnecessary waste generation and allows for the use of materials as a resource, wherever possible. This in turn minimises the requirement for the extraction of additional natural resources. By-products can play a key role in achieving this. BACK

Under Sections 19 and 20 of the Safety, Health and Welfare at Work Act 2005, employers and those who control workplaces are legally required to prepare a written programme to protect employees and others who may be affected by workplace activities. This includes identifying hazards and assessing associated risks to health and safety in the workplace. HEALTH & SAFETY TRAINING The MEICA School of Engineering has the following courses for Health & Safety Training HEALTH & SAFETY DEVELOPMENT PROGRAMME Further Details on each course is given below BACK HEALTH & SAFETY DEVELOPMENT PROGRAMME Health & Safety To fully complete this programme is 80 hours of Continual Profession Development (CPD). The subject topics covered by this Courses are: Design Risk Assessments Designing For Safety In Construction. Risk Mitigation Project Supervisor Design Process, (PSDP). Preliminary Health & Safety Plan. Project Supervisor Construction Stage, (PSCS). Construction Regulations Safety File Health and Safety Plan. Site Induction and Access Control Manual Handling Slips, Trips, and Falls Working at Height Excavations and Trenches Electrical Safety Isolation Procedures - Lock Out & Tag Out Use of Personal Protective Equipment (PPE) Confined Spaces Plant and Machinery Safety Hazardous Substances (COSHH) Fire Safety Permit To Work Systems Isolation Procedures - Lock Out & Tag Out Hot Works Noise and Hearing Protection Vibration (HAVS) Scaffolding Safety Working Near Services (Buried or Overhead) Toolbox Talks Housekeeping and Waste Management Mental Health and Wellbeing Incident Reporting and Investigation ATEX Lone Working Weather-Related Hazards Lifting Operations Demolition Safety Asbestos Awareness VDU (Visual Display Unit) Assessments. Welfare Facilities Fatigue Management Health & Safety Audits Public Protection

SUSTAINABILITY We embed sustainable environmental, social and economic principles into all our business processes. Our day-to-day operations and design principles focus on reducing and eliminating negative impacts across these three core areas INNOVATION FOR SUSTAINABILITY Renewable Technologies At MEICA, we strive to make a mark on our customers, our community, and our environment. This goal underpins the way we operate and the work that we choose. We are heavily involved in the design and integration of wind and renewable gas. We aim to play an active role in helping the energy network to become a sustainable clean energy source now and for future generations. ENVIRONMENTAL RESPONSIBILITY Waste Management We promote, develop, and implement waste prevention, reduction, reuse, and recycling on-site in a systematic and cost-effective manner. Property Management We refurbish and manage our buildings in a manner that reduces the associated environmental impacts and is sympathetic to the external surroundings. By addressing the issue of energy efficiency in our buildings, we contribute to reducing greenhouse gas emissions in line with national and international agreements. Property Management We favour suppliers and contractors that demonstrate a strong commitment to environmental best practices. We aim to foster a sustainable supply chain that aligns with our company’s environmental and social values. JOIN US ON OUR GREEN JOURNEY At MEICA, sustainability is an ongoing journey. We are committed to adapting, innovating, and leading the way in sustainable engineering practices. We recognise that our actions today shape the world of tomorrow, and we are dedicated to making a positive impact for a sustainable future. We invite you to learn more about our sustainable projects and join us in our mission. Together, we can build a future that’s not only technologically advanced but also in harmony with nature LEARN ABOUT OUR SUSTAINABILITY PROJECTS Learn how you can join our team BACK

Uisce Éireann, working in partnership with Kildare County Council and Dublin City Council, is progressing the commissioning the Barrow Water Supply Scheme Area Extension project. This project has extended the water supply from Srowland Water Treatment Plant in Co. Kildare and facilitated a strategic link with Ballymore Eustace Water Treatment Plant. BARROW WATER SUPPLY SCHEME AREA EXTENSION Uisce Éireann, working in partnership with Kildare County Council and Dublin City Council, is progressing the commissioning the Barrow Water Supply Scheme Area Extension project. This project has extended the water supply from Srowland Water Treatment Plant in Co. Kildare and facilitated a strategic link with Ballymore Eustace Water Treatment Plant. David Walsh Civil Engineering was the Contractor appointed to carryout these works. With the demand for water increasing, it is essential that water resilience projects are progressed to ensure that there is an adequate supply of treated water for now and into the future, to support population growth and social and economic development. This vital project has increased the security and resilience of the drinking water supply for Kildare and the wider Greater Dublin Area (GDA). The works for this project included: Construction of two new booster pump stations at Brannockstown and Carnalway to facilitate the transfer of water from the Old Kilcullen reservoir towards Ballymore Eustace Water Treatment Plant. Upgraded the pipework connections, controls and telemetry at Ballymore Eustace Water Treatment Plant and Old Kilcullen Reservoir. MEICA Consulting Engineers Ltd provided MEICA Resident Engineering Services including review of Contractor's Design for the project. MEICA Consulting Engineers were working for Nicholas O' Dwyer on this project. BACK

EIA COORDINATION Environmental Impact Assessment and the production of an Environmental impact Assessment Report is integral to the planning and development process, ensuring that the likely effects of developments on the environment are understood and taken into account. In some cases, it is beneficial to prepare an early Ecological Impact Assessment (EcIA) to help refine thoughts on the best approach for a project. Our team has expertise from both in-house and with sub-consultants to guarantee the correct steps are taken to complete a comprehensive EIAR. BACK

MEICA Consulting Engineers Ltd offers a wide range of opportunities for both graduate and experienced engineers. CAREERS Discover where a MEICA career can take you? MEICA Consulting Engineers Ltd offers a wide range of opportunities for both graduate and experienced engineers. We have been growing steadily over the past 10 years, and people are a big part of our success. We are continually on the lookout for talented, innovative and dedicated people of all levels to expand our teams. If you are working overseas and considering moving home, we would welcome the opportunity to discuss your future career with you. Consider contacting us if you are thinking of changing positions in the future, even if you are not immediately available. We empower our people with the knowledge to provide innovative and robust solutions by focusing on delivering work with purpose and intention whilst ensuring our personal wellbeing remains healthy and balanced. Please note that we do not accept unsolicited CVs from recruiters or employment agencies. CVs submitted outside of a formal agreement will be considered the property of MEICA Consulting Engineers Ltd. We reserve the right to pursue those candidates and no referral compensation or fee will be paid. We recruit candidates from the following backgrounds: College / University Engineering Graduates Mechanical Engineering. Electrical Engineering,(including High Voltage & Low Voltage). Controls & Automation, (including SCADA & PLC Programming). Instrumentation Engineer Chemical Engineering. Validation Engineers. Water Process Engineering. Wastewater Process Engineering. Building Services Engineering, (including Mechanical & Electrical). HVAC Engineers. BER Assessor. Energy Engineering. Energy Management. Environmental Engineering. Environmental Science. Project Management Commercial Management. Commissioning (Including process, electrical, instrumentation, controls & automation). MEICA Field & Site Engineers. Resident Engineers. Gas or Oil Engineering Check out our open positions here and on Linkedin. To submit your CV, please email your CV and cover letter to hr @meicaeng.com with the role you are applying for in the subject line. All applications will be treated in the strictest confidence. BENEFITS INCLUSION & DIVERSITY GRADUATE DEVELOPMENT PROGRAMME INNOVATION SUSTAINABILITY JOIN US Phone +353 59 9135361 Email hr@meicaeng.com Social Media First Name Last Name Email Message HOME Send Thanks for submitting!

Attracting, developing and retaining the best talent is key to our success. We’re looking for a new generation of talent to bring their perspective and new ways of thinking to our business. In return, you will gain a unique experience, develop and advance your skills and enjoy a generous salary and comprehensive benefits package. BENEFITS Attracting, developing and retaining the best talent is key to our success. We’re looking for a new generation of talent to bring their perspective and new ways of thinking to our business. In return, you will gain a unique experience, develop and advance your skills and enjoy a generous salary and comprehensive benefits package. Competitive Salary Health Insurance Bike to Work Scheme Group Pension Scheme Membership Subscription Payment To One Professional Institute Income Protection Life Assurance Paid Graduation Day Employee Assistance Programme Hybrid Working (remote and office) & Flexible Working Policy Annual Continual Professional Development Review Workshop Personalised Career Development Plan Professional Certifications, pathways to become a Chartered Engineer Life Assurance BACK

HEALTHCARE Full Operating Theatre Suite MEICA Consulting Engineers Ltd proudly served as a core project design partner for a major Healthcare Turn-Key Contractor, engineering the full Mechanical and Electrical (M&E) infrastructure for a high-specification Operating Theatre Suite. Collaborating closely from concept to completion, MEICA managed the intricate design layouts required for modern surgical environments. Every aspect of the M&E engineering was meticulously aligned with Health Technical Memoranda (HTM) standards, ensuring absolute compliance with healthcare regulations, optimized patient safety, and robust system redundancy. BACK

SILLOGUE RESERVOIR AND PUMPING STATION - DUBLIN'S NORTH FRINGE WATER SUPPLY SCHEME. Part of the North Fringe Water Scheme, initiated by Dublin City Council (2004–2007), aimed at enhancing water supply and pressure in North Dublin and Fingal. It is located adjacent to the M50 between Ballymun and Finglas, near Dublin Airport, it serves as both functional infrastructure and a local landmark . The Sillogue site is a centerpiece in Dublin’s North Fringe scheme—a blend of utility and iconography. It ensures high-pressure water delivery across north Dublin, supports burgeoning developments, and stands as a visible testament to functional design. Its engineering complexity and architectural ambition earned it several awards, while its scale—5 ML tower, 30 ML reservoirs, and high-lift pumping—ensures robust service delivery Water Tower: Height: 39 m tall with a parabolic “wine-glass” shape . Capacity: 5 million litres (5 ML) stored in tower bowl . Shaft Diameter: Varies between 8 m (at 15 m height) to 16.8 m . Bowl Diameter: Spanning 17.2 m to 38 m .. Ground-Level Reservoirs: Configuration: Two adjoining cells, each 60 m × 45 m, 6 m high; combined capacity ~30 ML (2 × 15 ML) . Pumping Station High‑lift pumping station: Rated at 40 ML/day with a 45 m static head, housing pump hall, offices, control rooms, and ESB substation . Attenuation Pond: 7,000 m³ open overflow pond to manage surplus stormwater .. Team members of MEICA Consulting Engineers Ltd worked with Employer's Engineering Consultant McCarthy Hyder in the provision of the following: MEICA Employer Design. MEICA Contract Documents. MEICA Tenders Analysis. Review of Technical Submission for equipment from the Contractor. MEICA Resident Engineering Services. Final MEICA Works Account. Awards: 2007 Irish Concrete Society Infrastructure Award BACK

FUNCTIONAL SAFETY FUNCTIONAL SAFETY Functional Safety refers to the part of a system's overall safety that relies on automatic protection mechanisms operating correctly, especially in response to inputs or failures. It focuses on ensuring systems function safely, even in the face of electrical or electronic malfunctions. This includes preventing hazards and reducing risks to protect people, plant, and the environment BACK Process Hazard Analysis Our team have the experience to undertake a Process Hazard Analysis using the Hazard and Operability Study, (HAZOP), methodology. Our team has undertaken HAZOP work in Water and Energy Projects holding the roles of: Chairperson Scribe Operations Specialist Designer. Project Manager. SIL Determination MEICA Consulting Engineers Ltd have the technical expertise to conduct Safety Integrity Levels (SILs) Determination Studies based on Risk Assessment as per the IEC 61508 standard. The SIL risk is defined by examining the systematic capability, architecture constraints, and the probability of dangerous failure. The standard works to prevent avoidable mistakes and errors throughout the entire lifecycle. Hazard Identification (HAZID) study MEICA Consulting Engineers Ltd have the technical expertise to conduct Hazard Identification (HAZID) studies. A Hazard Identification (HAZID) study is a risk assessment technique used to systematically identify and evaluate potential hazards associated with a process, system, or operation. It's a multidisciplinary team workshop focused on uncovering possible dangers early in the project lifecycle, before detailed engineering design. The goal is to identify hazards, assess their potential consequences, and recommend preventative measures to minimize risks ATEX / DSEAR Assessments Our experienced team carry out ATEX / DSEAR Assessments for a number of clients across the Water industry in Ireland. Our consultancy services can highlight potential risks and work with you to ensure the safety of your business and your team. We have extensive experience using the Uisce Eireann ATEX Assessment Methodology We recognise that each client has a unique set of requirements and it is important to us to meet and exceed your expectations for your organisation. Risk Management & Layer of Protection Analysis MEICA Consulting Engineers Ltd have the technical expertise to undertake Layer of Protection Analysis, (LOPA) as well as Quantitative Risk Assessment (QRA). We also can undertake Risk Management studies using tools such as the BowTie Analysis.

SOLAR - WINDMILL HILL RESERVOIR MEICA Consulting Engineers have the expertise to carry out suitability assessment reports for the installation of solar photovoltaic (PV) panels at various sites. To assess the feasibility of the proposed Solar PV installation, a site walkover is carried out to measure potential shading obstacles such as buildings, trees, tanks and fences. During the site walkover, suitable areas for the Solar PV array are identified which are then modelled using PV Sol 3D software. Using the quarter hour energy consumption of the plant and the modelling software, an optimal capacity for the array based on the site conditions can be identified. Using the information gathered on site, a 3D replica model of the site is generated which also estimates the shading on the panels from the surrounding obstacles which would reduce energy generation. The array location, dimensions, pitch and orientation can then be altered to ensure maximum solar energy is harnessed at the selected location. We can manage the planning application for clients throughout the entire process. For Windmill Hill Reservoir site, MEICA Consulting Engineers Ltd, were selected to provide Resident Engineering services for the Employer. Working for Nicholas O' Dwyer, our expertise in solar enabled us to fulfill our role of design review, installation site supervision and commissioning site supervision. BACK

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