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GRADUATE DEVELOPMENT PROGRAMME MEICA Consulting Engineers offers the opportunity to grow and succeed as part of a committed team, work with and learn from the best in the business, make a difference and excel by bringing fresh ideas and be part of a new era of professional services. Our Graduate Development Programme, is a 2 year programme, with 450 hours of formal Continual Professional Development, (CPD). You'll be put at the heart of client projects from day one. You'll gain first-hand experience in problem-solving, collaborating with industry leaders and working with multi-disciplinary teams to address complex challenges. GRADUATE DEVELOPMENT PROGRAMME - COMPREHENSIVE REWARDS AND BENEFITS FOR YOU. We offer an excellent range of rewards and benefits to suit your lifestyle. Full details of all initiatives and criteria are available on upon joining. We have outlined the benefits you can expect below. Graduation day off Enhanced study leave Paid professional subscriptions. Support from our Professional Team in monitoring your career developments. Annual Continual Professional Development Review Workshop. Access to School of MEICA Engineering. Private health insurance allowance Employee Assistance Programme (EAP) Bike to Work scheme Secondments. Access to Senior Engineers to act as Mentors for Career Development. Learning and Development in MEICA is based on a 60-15-15-5-5 model: 60 on-the-job learning, 15% learning from others, 15% Online Training, 5% Formal Training and 5% Self Directed Learning. We encourage Self Directed Learning as this method helps the development of independent Engineering Judgement. In our operational procedures we have a designated Training Manager who oversees the implementation of our Training and Knowledge Management Procedures. BACK GRADUATE DEVELOPMENT PROGRAMME - COMPREHENSIVE REWARDS AND BENEFITS FOR YOU. Graduate Development & Training To fully complete this programme is 450 hours of formal Continual Profession Development (CPD) over two years. The subject modules covered by this programme are: Health & Safety. Professional Studies including ethics and client communication. Project Management including Softskills Further Technical Training in the engineer's discipline. Technical Report Writing. Contract Awareness Resident Engineering Training & Experience. Quality Management.

HIGH VOLTAGE & MEDIUM VOLTAGE ENGINEERING SERVICES MEICA Consulting Engineers Ltd offers engineering consultancy services for High Voltage and Medium Voltage Systems such as design and protection co-ordination. Our team are highly familiar with Operation and Maintenance of these systems, including Safe Shutdown Systems. We offer clients support in this area to assist them with the execution of their maintenance requirements. MEICA Consulting Engineers Ltd have completed projects in the Wastewater Sector in Ireland associated with the installation of new CHP driven generators syncnised to the main grid. These projects also included the upgrading of the Medium Voltage site delivery system. Our team provided design review and site supervision services to the Employer. Other project work delivered by our team included substations. We operate in the following Sectors; Wind Renewable - Electrical Design for a Contestable Build 110kV Eirgrid and IPP Substation. Solar Renewable - Electrical Design Battery Energy Storage System, (BESS), - Electrical Design. CHP& Renewable Gas Infrastructure . Substations - Electrical Design Our Global Partners Collaborating with global industry leaders, we ensure quality and innovation in our solutions. Experience the power of our partnerships, driving growth and sustainable progress in power delivery. BACK TO RENEWABLES Design & Studies Include: Software Employed ETAP. - Power Simulations, Arc Flash Analysis & Short Circuit Studies EPLAN - Enclosures First Strike - Lightning AutoCAD - Schematics & Layouts CSEGS - Earthing Risk Assessment. Digital Twin The Software utilised by MEICA Consulting Engineers Ltd is capable of creating Digital Twin of facilities for Clients during their operation. BACK Earthing Design. Protection Co-ordination studies Busbar Current Carrying. Capacity Calculations. Short Circuit studies. System Studies. Grid Compliance Studies / Witnessing. Substation Layout Design. Lightning Studies. Arc Flash Studies. Secondary Schematic Design. Harmonics studies. Load Flow Studies Reactive Capacity Studies. Transformer Energisation studies. HV & MV Cable Design. Cable Calculations. Reliability & Availability Studies.

MEICA School of Engineering has the following courses for the Instrumentation Discipline INSTRUMENTATION TECHNICAL DEVELOPMENT TRAINING The MEICA School of Engineering has the following courses for the Instrumentation Discipline: INSTRUMENTATION TECHNICAL DEVELOPMENT PROGRAMME Further Details on each course is given below BACK PROCESS & FUNCTIONAL SAFETY TECHNICAL TRAINING PROGRAMME Instrumentation To fully complete this programme is 120 hours of Continual Profession Development (CPD). The subject topics covered by this Courses are: Transducers, (Measuring Elements) & Transmitters. 4-20 mAmp Scale Switches. PLC Digital & Analogue Inputs. Relay Outputs. Intelligent Instruments. Flowmeters. Flow Switches Ultrasonic Level Measurement. Radar Level Measurement. Hydrostatic Level Measurement. Float Level Switches. Conductivity Level Switches. Pressure Measurement. Pressure Switches. Temperature Measurement. Temperature Switches. Density Measurement. Dissolved Oxygen Monitors. Mixed Liquor Measurement. Ammonia Measurement. Nitrate Measurements. Turbidity Meters. pH Measurement. Chlorine Measurement. Fluorine Measurement Vibration Redox Monitoring. Gauges Specification & Selection. Loop Power Instrumentation. Power Supplies. Process Control with PID Loop Current Transformers. Voltage Transformers. Power Meters HART Protocol Calibration and 4 Point Calibration. CE Marking. ATEX Resolution, Accuracy, Repeatability and Linearity Process Connection Water Industry Mechanical & Electrical Standards, (WIMES) Design Risk Assessments Specification, Datasheets and Selection Safe Isolation Procedures - Block and Bleed Systems Safe Access & Egress Permit to Work Systems Pre-Commissioning Checks. Commissioning Checks. Validation Safety File.

CONTAMINATION, RISK ASSESSMENT AND REMEDIATION MWP offers a comprehensive service in the field of Contaminated Land Assessment. The assessment involves determining the origin, nature and likely distribution of contamination within a site and the potential impacts that this could have on human health and the wider environment. This assessment is undertaken in 3 Phases, detailed below. Phase 1: Initial Investigation The first part of the assessment is to determine whether the site is contaminated and includes: Desk Study Walkover Survey and Visual inspection of the existing site Production of a detailed report documenting all findings and recommendations. Phase 2: Site Investigation Following from this, an appropriate Phase 2 investigation can be planned and includes: Intrusive (e.g. trial pits) and non-intrusive (surface sampling) ground investigation techniques Soil and Groundwater Sampling Analytical Data Interpretation Production of a report documenting the nature, extent and significance of contamination, if relevant Phase 3: Remediation Assessment Finally, if investigation results exceed intervention values, it will be necessary to: Determine the available remediation options available Determine the appropriate course of action Liaise with the enforcement authority BACK

LEIXLIP WATER TREATMENT PLANT Uisce Éireann, working in partnership with Fingal County Council, are upgrading works at the Leixlip Water Treatment Plant (WTP). This investment will benefit over 620,000 people across the Greater Dublin Area (GDA) through an improved water supply. Glan Agua Limited is the Contractor for these upgrade. This project involved the following works: Upgrade of the filtration system at the plant which comprised the full refurbishment and upgrade of 15 rapid gravity filters at the plant. The installation of an emergency ultraviolet (UV) disinfection system process at the plant to provide additional resilience. Upgrade of the existing on-site electro-chlorination disinfection system including construction of a new back-up system and other refurbishment works. Cleaning, repairing and upgrading of the existing Clearwater tank. The installation of new turbidity, flow and UVT monitoring system at the plant as well as other ancillary works. Upgrade of the control and monitoring systems to improve the performance of the plant. MEICA Consulting Engineers Ltd provided MEICA Resident Engineering Services including review of Contractor's Design for the project. MEICA Consulting Engineers are working for Nicholas O' Dwyer on this project. BACK WASTEWATER TREATMENT & PUMPING

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

MEICA School of Engineering has the following courses for the Project Management Discipline PROJECT MANAGEMENT The MEICA School of Engineering has the following courses for the Project Management Discipline: PROJECT MANAGEMENT DEVELOPMENT PROGRAMME Further Details on each course is given below BACK PROJECT MANAGEMENT DEVELOPMENT PROGRAMME Project Management To fully complete this programme is 60 hours of Continual Profession Development (CPD). The Project Management Professional (PMP) exam is based on the framework defined by the Project Management Institute (PMI), primarily drawing from the PMBOK® Guide and other relevant resources. The PMP exam content is organized into three performance domains. 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 PROCESS - Emphasizes the technical aspects of managing a project. Execute project with the urgency required to deliver value Manage communications Assess and manage risks Engage stakeholders Plan and manage budget and resources Manage project changes Plan and manage schedule Manage quality of deliverables Use project management methods (predictive, agile, hybrid) BUSINESS ENVIRONMENT - Addresses the connection between projects and organizational strategy. Plan and manage project compliance Evaluate and deliver project benefits and value Support organizational change Evaluate and address external business environment change

Uisce Éireann has completed the installation of a new modern trunk watermain and constructed a water storage reservoir as part of the Windmill Hill Reservoir and Trunk Watermain project. WINDMILL HILL RESERVOIR & TRUNK MAIN TO RATOATH Uisce Éireann has completed the installation of a new modern trunk watermain and constructed a water storage reservoir as part of the Windmill Hill Reservoir and Trunk Watermain project. Shareridge Ltd. was the appointed Contractor for this project. The MEICA works were conducted by CSL of Carlow. The MEICA works for this project included: New Secondary Chlorine Dosing system. Updating and enhancement of Telemetry. Updating and installation of instrumentation including Residual Chlorine Monitors, Flowmeters and level monitors. Enhanced Control. Increasing of the electrical power supply to the site. Building Services Site Lighting. Lightning Protection. Solar Panel installation. 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

WATER & WASTEWATER Water is fundamental to life, and at MEICA Consulting Engineers, we bring the expertise needed to support all your water project requirements. From water and wastewater engineering to MEICA Engineering, you can trust us to meet your requirements. With extensive experience in Ireland, we successfully manage projects from initial feasibility studies through concept design, detailed design, procurement, construction, commissioning, testing, and handover. Sustainability remains at the core of everything we do. Since our establishment a decade ago, our Water Division has been a cornerstone of our organisation. We have proudly provided technical engineering services nationwide, specializing in water supply, wastewater collection, and treatment. At MEICA Consulting Engineers, we are committed to delivering innovative and sustainable solutions for every project we undertake. HOME Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping Water Treatment & Pumping WATER TREATMENT & PUMPING Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping Wastewater Treatment & Pumping WASTEWATER TREATMENT & PUMPING & SLUDGE

WHITE GATE WATER TREATMENT PLANT Uisce Éireann, working in partnership with Cork County Council, has commenced works to improve the Whitegate Regional Public Water Supply with a major upgrade of Kilva Water Treatment Plant. This investment will ensure a safe, secure, and reliable supply of drinking water to approximately 10,300 people in the region. Glanua has been appointed Contractor. The Works included: Provision of a new 6,000,000 litre/day water treatment plant, on a site adjacent to the existing plant and reservoir. Construction of a new 450,000 litre raw water balancing tank. A new coagulation, flocculation and clarification system. A new filtration system with rapid gravity filters. Ultraviolet (UV) Disinfection - including two new UV reactors. Construction of a new clear water tank. All associate buildings, control and ancillary items. Decommissioning of the existing water treatment plant. This project will address risks to water quality by providing enhanced treatment facilities at a brand-new water treatment plant adjacent to the existing plant. 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

SCHOOL OF MEICA ENGINEERING At MEICA Consulting Engineers Ltd, we have developed a comprehensive training and development programme for each Engineering Discipline. This is solely for the development of our team members and it is freely available to them. We hold annual Continual Professional Development Workshops with each of team member from which an unique individual personalised career plan is developed. MECHANICAL PROCESS & POWER ENGINEERING TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 120 hours of Continual Profession Development (CPD). MECHANICAL BUILDING SERVICES & HVAC ENGINEERING TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 120 hours of Continual Profession Development (CPD). ELECTRICAL LOW VOLTAGE TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 60 hours of Continual Profession Development (CPD). ELECTRICAL BUILDING SERVICES TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 60 hours of Continual Profession Development (CPD). ELECTRICAL HIGH VOLTAGE TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 60 hours of Continual Profession Development (CPD). INSTRUMENTATION TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 120 hours of Continual Profession Development (CPD). CONTROL & AUTOMATION TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 150 hours of Continual Profession Development (CPD). WATER PROCESS TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 60 hours of Continual Profession Development (CPD). WASTEWATER PROCESS TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 60 hours of Continual Profession Development (CPD). SLUDGE TREATMENT TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 60 hours of Continual Profession Development (CPD). PROJECT MANAGEMENT TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 60 hours of Continual Profession Development (CPD). HEALTH & SAFETY DEVELOPMENT PROGRAMME - To fully complete this programme is 80 hours of Continual Profession Development (CPD). PROCESS & FUNCTIONAL SAFETY DEVELOPMENT PROGRAMME - To fully complete this programme is 50 hours of Continual Profession Development (CPD). QUALITY MANAGEMENT DEVELOPMENT PROGRAMME - To fully complete this programme is 120 hours of Continual Profession Development (CPD). ENVIRONENTAL MANAGEMENT DEVELOPMENT PROGRAMME - To fully complete this programme is 120 hours of Continual Profession Development (CPD). RESIDENT ENGINEERING DEVELOPMENT PROGRAMME - To fully complete this programme is 100 hours of Continual Profession Development (CPD). SOFT SKILLS PROGRAMME - To fully complete this programme is 40 hours of Continual Profession Development (CPD) per year. GRADUATE DEVELOPMENT PROGRAMME - To fully complete this programme is a Two Year Programme with 450 hours of Continual Profession Development (CPD) per year. The above courses can be completed in their entirety or as single subjects covering individual topics from each course. For our team members this is outlined in their personalised career plan from their individual CPD Workshop. MEICA Consulting Engineers Ltd. has an extensive Technical Knowledge Repository. It is digitalised and freely available to all team members via Google Class Room. Learning and Development in MEICA is based on a 60-15-15-5-5 model: 60 on-the-job learning, 15% learning from others, 15% Online Training, 5% Formal Training and 5% Self Directed Learning. We encourage Self Directed Learning as this method helps the development of independent Engineering Judgement. In our operational procedures we have a designated Training Manager who oversees the implementation of our Training and Knowledge Management Procedures. BACK

Securing approval from regulatory bodies, such as planning and licensing authorities, is a vital step in any project's success. Our team can manage this process, ensuring all application requirements are met and regulations are fully complied with. PLANNING & LICENCING Securing approval from regulatory bodies, such as planning and licensing authorities, is a vital step in any project's success. Our team can manage this process, ensuring all application requirements are met and regulations are fully complied with. We act as the key interface with planning authorities, coordinating pre-planning meetings to clarify requirements and assembling all necessary documents, drawings, and reports. Our team also handles public consultations and stakeholder engagement, managing websites, organising public information meetings, and sharing project details ahead of consent application submissions. For large infrastructure projects that progress to oral hearings with An Bord Pleanála, we oversee the entire process, manage the team, and provide training to prepare for evidence presentation during hearings. Many projects also require additional approvals or licenses from regulatory authorities such as the EPA, government departments, or local authorities for construction or operation. We can provide advice and guidance throughout these statutory processes. Our experience includes securing licenses such as Wastewater Discharge Authorizations. Our Suite of Services includes: Contaminated Land Assessment Waste Management Environmental Impact Assessment Environmental Management Acoustics and Noise Monitoring Ecology/Appropriate Assessment Water Resources Air and Odour Impact Assessments Environmental Monitoring Industrial Emissions Licence Applications BACK

We collaborate with our clients to assess the energy footprint of existing assets and identify innovative solutions that lower operating, maintenance, and lifecycle costs, improve energy efficiency, and reduce emissions—enhancing the societal benefits of sustainable infrastructure. EFFICIENCY & AUDITS We collaborate with our clients to assess the energy footprint of existing assets and identify innovative solutions that lower operating, maintenance, and lifecycle costs, improve energy efficiency, and reduce emissions—enhancing the societal benefits of sustainable infrastructure. Our process begins with a comprehensive energy audit, which includes a detailed evaluation of the asset and tailored efficiency recommendations. From there, we work closely with our clients to realize a shared vision for a future of optimized energy use. ENERGY & RENEWABLES BACK

MEICA School of Engineering has the following courses for Environmental Management ENVIRONMENTAL MANAGEMENT TRAINING The MEICA School of Engineering has the following courses for Environmental Management ENVIRONENTAL MANAGEMENT DEVELOPMENT PROGRAMME Further Details on each course is given below BACK ENVIRONENTAL MANAGEMENT DEVELOPMENT PROGRAMME Environmental Management To fully complete this programme is 120 hours of Continual Profession Development (CPD). The subject topics covered by this Courses are: CORE CONCEPTS & FRAMEWORKS: Introduction to Environmental Management Principles of Sustainable Development Environmental Ethics and Responsibility Environmental Management Systems (EMS) – ISO 14001 Environmental Laws, Policies, and Regulations Global Environmental Agreements (e.g., Paris Agreement, Kyoto Protocol) Environmental Governance and Institutions ASSESSMENT, PLANNING, AND RISK: Environmental Impact Assessment (EIA) Strategic Environmental Assessment (SEA) Environmental Risk Assessment and Management Life Cycle Assessment (LCA) Environmental Auditing and Performance Evaluation Cost-Benefit Analysis in Environmental Decision Making POLLUTION AND WASTE MANAGEMENT Air Pollution: Sources, Effects, and Control Water Pollution and Water Resource Management Soil and Land Contamination Waste Management: Solid, Liquid, and Hazardous Waste Pollution Prevention and Cleaner Production ENERGY, CLIMATE, AND NATURAL RESOURCES: ENERGY, CLIMATE, AND NATURAL RESOURCES Climate Change Science and Mitigation Carbon Footprinting and GHG Management Energy Management and Conservation Renewable Energy Technologies and Integration Natural Resource Management (Water, Forests, Minerals, etc.) Biodiversity Conservation and Ecosystem Services SUSTAINABILITY AND BUSINESS INTEGRATION: NE ISO 140001 Standard Corporate Environmental Responsibility and CSR Sustainable Procurement and Green Supply Chains Environmental Economics and Ecological Valuation Toolbox Talks. Sustainability Reporting and Environmental Indicators Digital Tools and Technologies in Environmental Management (e.g., GIS, remote sensing) Public Participation and Environmental Education CONSTRUCTION: Construction Environmental Management Plan Environmental Emergency Procedures Incident Reporting and Investigation Waste Management Environmental Audits. Recycling of Rumble Waste SURVEY WORK: Invasive Species Surveys Noise Surveys. H2S Surveys Light LUX Surveys. Odour compliant investigation associated with Wastewater above ground facilities OTHER: Integrated Pollution Prevention and Control licence Asbestos. Appropriate Assessment Screening Uisce Eireann ENVIRO-KITS Ui

INNOVATION We foster a culture of innovation and continuous improvement. We value original thinking, the passion to challenge assumptions and find creative ways to solve tough problems. COLLABORATION We promote collaboration and idea exchange across our engineering teams and business specialisations, each contributing a unique perspective and skill set. We foster a collaborative approach with our customers, seeing them as integral partners in the co-creation of our solutions. We additionally collaborate with our technology partners through our endeavours. Through these collaborations, we tap into a pool of specialised knowledge, gaining exposure to innovative technologies and industry trends. CUTTING EDGE TECHNOLOGIES We harness the power of cutting-edge technologies to solve complex engineering challenges with innovative approaches. From digital transformation to state-of-the-art renewable generation, these technologies help us analyse complex data, simulate designs, and deliver groundbreaking results for our customers. CONTINUOUS LEARNING & IMPROVEMENT Continuous learning and improvement serve as the cornerstone of innovation. Our teams actively engage in continuous learning through online and classroom courses, professional development, and knowledge-sharing initiatives. Attending industry conferences, seminars, and workshops also provide the opportunity to learn from experts, participate in hands-on sessions, and network with professionals in the field. SUSTAINABILITY & RESPONSIBILITY We firmly believe that progress should not come at the cost of the environment and society. That’s why we’re committed to delivering solutions that not only meet our customers’ needs but also build a cleaner, greener future for all. We are proud to be a part of the global movement towards a more sustainable future, and we are determined to continue leading the way. Wind & Solar farms Combined Heat & Power Units Fuelled From Renewable Biogas Phosphorus Recovery From Wastewater. BACK

MEICA School of Engineering has the following courses for the Control & Automation Discipline CONTROL & AUTOMATION The MEICA School of Engineering has the following courses for the Control & Automation Discipline: CONTROL & AUTOMATION TECHNICAL DEVELOPMENT PROGRAMME Further Details on each course is given below BACK CONTROL & AUTOMATION ENGINEERING TECHNICAL DEVELOPMENT PROGRAMME Control & Automation To fully complete this programme is 150 hours of Continual Profession Development (CPD). The subject topics covered by this Courses are: Boolean Logic Hardware Design Specifications, (PLC Hardware Configuration). Control Architecture Drawings. P&ID Drawings. Software Design Specifications Digital Inputs and Outputs Analogue Inputs and Outputs Input & Output List Industrial Programming / PLC Coding to IEC 61131-3 PLC Coding Functional Blocks Alarms and Alarm Priority / Management. Process Control. Functional Design Specifications. Reading Electrical Panel Schematics PID Loop Control PLC Based communications PLCs & HART SCADA Systems. SCADA Mimic Configuration. SCADA Servers Telemetry Systems Factory Acceptance Testing. Factory Acceptance Testing Documentation Site Acceptance Testing. Site Acceptance Testing Documentation Cybersecurity For SCADA Systems SCADA Communication Protocols Water Industry Mechanical & Electrical Standards, (WIMES) Design Risk Assessments Quality Management Commissioning. Energy Usage Monitoring Principles of Distributed Control Systems. Safety File.