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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

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

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

BUILDING SERVICES MEICA Consulting Engineers Ltd offer the following Building Services design expertise to our clients: Low Voltage and High Voltage Installations Lighting and Emergency Lighting to IS 3217. Fire Detection and Alarm to IS 3218. Power and General Services Intruder Alarm Access Control Power, Control Panels and Cabling Earthing and Lighting Protection Green Energy Solutions HVAC Installations Water & Waste Services Building Management Systems Hazardous Area Electrical Installation Stand-by Generator Integration Combined Heat and Power/Cogeneration Building Energy and Advance Modelling including Thermal Analysis. Environmental and Sustainable Engineering Lighting, Including Daylight Modelling Due Diligence / Building Surveys M&E Cost Control / Value Engineering Feasibility Study Building Energy Audits Daylight & Shadow Studies BER Assessments. LEED & BREEAM Assessments. Ancillary Certification M&E Certification for BCAR. Lux Level Surveys. Noise Surveys. Ventilation System balancing. HVAC validation and commissioning. BCAR M&E Inspection Plans. Commissioning supervision and management using BlueRithm platform. Quality Management System. Project Supervisor Design Process, (PSDP). Sectors Healthcare. Educational. Industrial. Commercial. Office Fitout. Water Residential PROJECTS HOME

INTEGRATED PROJECT SOLUTIONS Fully integrated project management, engineering and environmental design solutions At MEICA Consulting Engineers Ltd, we understand that delivery of capital projects can be complex and often involves the bringing together of multi-faceted design and construction processes. Over the 10 plus years of our history we have grown and diversified our service offering to ensure we can deliver our Clients’ projects as they want them delivered. Depending on the specific project we can offer the services required whether that is a stand alone service, two or more services or full project services as part of our Integrated Project Solution offering. We have assembled a diverse team of both highly experienced professional and emerging talents to provide complete multi-disciplinary solutions across a range of sectors to include feasibility studies including front end engineering design, master planning, statutory approvals, detailed mechanical and electrical engineering design, environmental impact assessment, monitoring and compliance, procurement, cost management, construction quality assurance, project management and post-occupancy services. Having these services available to us in-house allows us to provide a single point of contact multi- disciplinary teams to partner with our Clients to deliver a whole project value driven approach from concept through to handover and beyond. The development of our teams has been mirrored in the use of technology with BIM now a key feature of our integrated project delivery service. Comprehensive multi-layered models are developed and shared to prove concepts and resolve conflicts and coordination errors, thus contributing to overall value and Client experience. BACK

COMBINED HEAT & POWER MEICA Consulting Engineers Ltd has been involved with the installation of two CHP projects. The works for these involved the design, installation, testing, and commissioning of an Anaerobic Digester, Biogas System Upgrade and Combined Heat and Power (CHP) plant for processing sewage sludge. These projects are also included associated Thermal Hydrolysis and electrical system upgrades. The sites were: Osberstown Sludge Hub redevelopment. This was a 1MW CHP Gas/Biogas Gas Engine project. Ringsend WWTP Sludge Contracts. This was a 3MW CHP Gas/Biogas Gas Engine project. MEICA Consulting Engineers Ltd provided MEICA Resident Engineering Services including review of Contractor's Design for the project. As part of this we completed: Pipework Flexibility Analysis. Pipework check calculations Pipework and pipework support design review. Steam Boiler Design Review. Water Systems. Building Services of the Energy Centre. MEICA also has in-house expertise for a CHP upgrades: preliminary design feasibility study, specimen design, tender documentation. detailed design. building services design Construction Management. Testing and Commissioning 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

ENVIRONMENTAL Environmental considerations are a critical part of engineering project design and implementation. Projects must address potential impacts on nearby receptors, including biodiversity, cultural heritage, water resources, noise, and air quality. Thoughtful design integrates mitigation measures to minimize or eliminate negative effects. Our environmental engineering team, supported by trusted sub-consultants, deliver effective environmental solutions that prioritize sustainability and ensure the environment remains central to every project we undertake. Our services include the management and coordination of: specialist studies for Environmental Impact Assessments. the planning application throughout the process and provide a full suite of planning documents including reports, Appropriate Assessment (AASR, NIS, HDA) Screening, Environmental Impact Assessment Reports, Invasive Species Surveys and Glint and Glare Assessment reports. licensing applications to ensure regulatory compliance. developing of Construction Environmental management, plans, procedures and emergency responses plans. Our team carry out monitoring during the site investigation of the pre-planning stage, during the construction phase of projects, and for operational developments. We undertake assessment and monitoring on behalf of Developers, Contractors and for our Industrial clients who have commitments to meet under their operational licences, as regulated by the EPA. MWP can assist with assessment and monitoring requirements associated with conditions of Planning Consent, Licences and Permits conducting site surveys for Noise, Lux Levels and Hydrogen Sulphide associated with Odour Control. Odour compliant investigation associated with Wastewater above ground facilities. conducting site environmental audits for both contraction and operational site. MEICA provide the full range of consultancy services for waste authorisations, waste management plans, End of Waste and By-Product assessments and Circular Economy. Our in-house waste specialists work closely with our clients and design teams to develop innovative, legally compliant and cost effective solutions for waste management throughout the entire life cycle of our projects. ENVIRONMENTAL STUDIES HOME

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

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

RENEWABLES - BATTERY ENERGY STORAGE SYSTEM (BESS) MEICA Consulting Engineers Ltd can provide the following services on this type of project in the role of Owner's Engineer: Contract Drafting including Employer’s Requirements/Specification Contract Negotiation Declaration of Identify Assisting in queries related to Financial Close. Administering the D&B Contract General Project Management Reviewing Civil & Electrical Designs Acting as SPOC with EirGrid Monitoring quality and programme Site attendance and placement of a Resident Engineer Monitoring interfaces Assessing payments and issuing Payment Certificates Assessing contractors claims and issuing Engineers Determinations BACK TO RENEWABLES ELECTRICAL MEICA Consulting Engineers bring the essential skills, experience, and technical expertise required to deliver electrical design solutions for medium- and high-voltage systems, including associated substations.

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.

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

MEICA Consulting Engineers Ltd was commissioned by various clients, to design full mechanical building services for various office fit-outs. OFFICE FITOUT. Various Projects MEICA Consulting Engineers Ltd delivers comprehensive mechanical building services design for high-end office fit-outs, creating highly productive and comfortable environments for diverse corporate clients. Every Cat B fit-out project prioritizes occupant wellbeing, thermal safety, and peak energy efficiency. MEICA Consulting Engineers Ltd was commissioned by various clients, to design full mechanical and electrical building services for various office fit-outs. The firm's design methodology is strictly aligned with the latest Chartered Institution of Building Services Engineers (CIBSE) frameworks. By applying CIBSE Guide A (Environmental Design), MEICA mathematically models indoor air quality, acoustics, and thermal comfort criteria. This eliminates localized draughts and severe solar temperature spikes while keeping indoor operative temperatures within safe, productive ranges. Concurrently, the team integrates CIBSE Guide B2 (Ventilation and Ductwork) to engineer sophisticated air-distribution networks. These systems deliver precise fresh air supply rates, effectively diluting indoor carbon dioxide and organic contaminants without causing excessive noise pollution. To accommodate flexible corporate workspaces and modern hybrid occupancy trends, MEICA installs multi-zone Heating, Ventilation, and Air Conditioning (HVAC) infrastructure. These systems are managed via smart Building Management Systems (BMS) and variable-speed, inverter-driven fans. These demand-controlled setups automatically scale down airflow during low-occupancy hours, slashing building operational costs and carbon emissions. Beyond premium air treatment, MEICA designs compliant public health and domestic plumbing networks in line with CIBSE Guide G. This guarantees efficient, localized hot water delivery for employee tea stations, canteen facilities, and sanitary blocks. Finally, early-stage engineering models account for CIBSE Guide M (Maintenance Engineering and Management). By strategically mapping plant access hatches, valve isolation points, and filtration racks, MEICA ensures the final commercial space can be serviced safely without disrupting daily office operations. BACK

PHARMACEUTICALS MEICA Consulting Engineers Ltd provide numerous services to clients in the Pharmaceutical Sector. Our team has expertise and experience in: Project Management & Construction Management. Asset Management. Mechanical & HVAC Design. Electrical & Instrumentation Design. Contractor Tender Pack Preparation & Evaluation. Construction Support & Supervision. Validation. Quality Control & Quality Assurance. FAT DQ, IQ OQ and PQ Documentation. HAZOPs & Process Supervisor Design Process. Compressed Air Design. Wastewater Process & Plant Design. Water Process Systems. Support to Wastewater Plant Operation. Health & Safety Support. Environmental Management Support. BRISTOL MYERS SQUIBB - CRUISERATH PHARMACEUTICAL CLIENT - WASTEWATER TREATMENT PLANT Bristol Myers Squibb - Cruiserath 2,000m2 of HVAC per week. 42,000m2 total. MEICA Consulting Engineers Ltd was commissioned by our client, the Ducting Contractor for the entire site to provide Quality Management, Testing and Commissioning Services to them. T he construction of Bristol Myers Squibb’s (BMS) new facility represented the largest ever capital investment for the American bio-pharma company and was the first biologics drug substance facility built by the industry giant outside of the United States. A major project, BMS sought an experienced pharma HVAC provider with specialist knowledge of the pharma sector who could deliver at scale to a significantly compressed schedule. C ompressed Schedule Delivery Of 42,000m2 Of HVAC Services Our staff were co-located with our client for this project. We worked on 40,000m2 of ducting across the main process / production facility and the Central Utilities Building. All ducting was to designed, installed and commissioned in accordance with the standard DW 144. All submitted Quality, Test and Commissioning documentation had to meet the requirements of Good Documentation Practice. Our client were trusted with early design integration, installation and testing of 42,000m2 of HVAC services across two buildings: 6,000m2 in the central utilities building, and a further 36,000m2 in parallel in the large-scale cell structure (LSCC). This ambitious schedule demanded the installation and commissioning support of an average of 2,000m2 of equipment and HVAC services per week, which was fully supported by our off site fabrication workshop. The project was successfully delivered on schedule. Video Of Life Changing Opportunities Cruiserath, Ireland Bristol:- 2016 / 2017 the initial build of this Bio-Pharmaceutical Facility. Pharmaceutical Client - Wastewater Treatment Plant MEICA Consulting Engineers Ltd were engaged by a Pharmaceutical Client for the Design, Tendering and Site Supervision with Technical Support of the new Wastewater Treatment Plant on their Manufacturing Site. The main design includes a Moving Bed Biofilm Reactor (MBBR) system. We provided the Process and MEICA Works design. This system was selected for its advantages in: • Energy and operational cost efficiency • Reduced reactor volume and hydraulic retention time • Simplified control systems with a compact footprint. The Process MEICA elements of the project involved the design, procurement and site supervision for: • Inlet works, including screens and auger • Balance, pH Control, aeration, settlement and sludge holding tanks • MCC kiosk, including electrical and mechanical installations Substantial complete has been successfully achieved by the Contractor for the installation and Pre-Commissioning works in accordance with the Client’s schedule. Commissioning is presently in progress. The programme was achieved by dynamic, positive collaboration by all project partners throughout.

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