Domestic Energy Assessor Training, A 5 Day Course.

My Guide To A 5 Day Course For Domestic Energy Assessor Training.

Course Overview:

Our comprehensive energy assessor course spans over a period of 5 days, providing participants with extensive on-site training. Throughout the course, candidates will conduct 5 Energy Performance Certificate (EPC) surveys and compile a complete portfolio, enabling them to attain certification as a Domestic or non-domestic Energy Assessor upon completion.

Included Course Benefits:

1. Pre-course Energy Assessor Reading Material: We provide comprehensive training manuals and informative reading materials to prepare participants for the course.
2. Classroom-Based Training: Our training sessions are conducted in a conducive classroom environment, facilitating effective learning and interaction with experienced instructors.
3. Energy Assessor Training Pack: On the training day, each participant will receive a carefully curated training pack, equipping them with the necessary tools and resources.
4. Live Property Visit with Experienced Trainer: Gain practical experience and firsthand knowledge by accompanying an experienced trainer on a live property visit. This immersive experience enhances your understanding of conducting accurate assessments.
5. RDSAP (Methodology) Software Training: We provide in-depth training on the RDSAP software, which is essential for performing energy assessments accurately and efficiently.
6. Full Registration with the City & Guilds: As part of the course, participants will be registered with the prestigious City & Guilds organisation, ensuring their qualifications are recognized and valued.
7. Exam & Portfolio Assessment Fee: The cost of the course covers the fees associated with the examination and portfolio assessment, providing a seamless certification process.
8. e-Certification: Upon successful completion of the course, participants will receive an electronic certification, validating their status as a qualified energy assessor.
9. Guide and Mentor Throughout: Our knowledgeable instructors will guide and mentor you throughout the course, offering support and answering any questions that may arise.
10. Free RdSAP Energy Assessor Software: We provide participants with complimentary access to the RdSAP energy assessor software, complete with personal login details. This valuable tool simplifies the process of creating energy performance certificates.
11. Free Refreshments during the Course: Enjoy complimentary refreshments throughout the training days, ensuring you stay energised and focused.
12. Technical Support and Help Line: We offer ongoing technical support and a dedicated help line, ensuring that participants receive assistance whenever they need it.
13. Friendly Tutorials: Our tutorials are conducted in a friendly and approachable manner, fostering a supportive learning environment.

Domestic & Non-Domestic Energy Assessor Courses:

Successful completion of the domestic or non-domestic energy assessor courses grants participants the necessary qualification to become certified domestic or non-domestic energy assessors. This qualification enables individuals to issue energy performance certificates (EPC) for both residential and non-residential properties.

Energy Performance Certificates:

Energy performance certificates are a legal requirement for all properties being constructed, sold, or rented in England and Wales. These certificates are essential documents collated by solicitors and conveyancers. Additionally, since October 2008, landlords are obligated to provide EPCs for all tenanted properties.

While the government has abolished the need for home information packs (HIPs), the requirement for an EPC remains in effect. These certificates must be issued by a qualified and registered domestic energy assessor. By completing our course, participants fulfil the necessary criteria to meet this requirement professionally and effectively.

Day 1 - Course Structure

On Day 1 of the course, participants will be welcomed and introduced to the program. The day begins with an overview of what an EPC (Energy Performance Certificate) is and its significance in the construction industry. The instructors will explain the purpose and importance of EPCs, as well as how they are used in assessing the energy efficiency of buildings.

Following the introduction to EPCs, the course will delve into the topic of Building Regulations and their scope. Participants will learn about the various regulations and standards that govern construction practices and ensure the safety and sustainability of buildings. This segment will provide an understanding of the legal requirements and guidelines that must be followed during construction projects.

Next, the course will cover the identification of different construction types. Participants will learn to recognize and categorise buildings based on their construction methods, materials used, and structural features. Understanding construction types is essential for accurately assessing a building's energy efficiency and identifying areas for improvement.

The day will continue with a focus on the style and age of properties. Participants will explore how architectural styles and the age of a building can influence its energy performance. They will learn about the characteristics and challenges associated with different architectural styles and how they impact a building's energy consumption.

One important aspect of conducting energy assessments is accurately describing a property. Participants will be guided on effective property description techniques, including documenting key features, measurements, and relevant details. Clear and precise property descriptions are crucial for accurate energy assessments and EPC generation.

In the latter part of Day 1, participants will be introduced to the RdSAP (Reduced Data Standard Assessment Procedure) energy assessor software. They will learn how to use this software for data input, calculations, and generating energy performance reports. The instructors will provide hands-on training and practical exercises to ensure participants are familiar with the software's functionalities.

Finally, the day will conclude with a session on determining levels of insulation. Participants will learn about the importance of insulation in reducing heat loss and improving energy efficiency. They will gain insights into different insulation materials, techniques, and standards. Understanding insulation levels is crucial for accurately assessing a building's energy performance and providing recommendations for improvement.

Overall, Day 1 of the course will provide participants with a comprehensive foundation in EPCs, building regulations, construction types, property description, and energy assessment software. They will gain knowledge and skills necessary to conduct effective energy assessments and contribute to improving the energy efficiency of buildings.

Day 2

Day 2: Renewable Energy Sources, Heating & Lighting, Surveying Process, Site Notes, Floor Plans, Dimensions-Perimeter, Importance of EPC Photographs, Measuring Conventions

On the second day, we delved into various topics related to renewable energy sources, heating and lighting systems, the surveying process, site notes, floor plans, dimensions and perimeter calculations, the importance of EPC (Energy Performance Certificate) photographs, and measuring conventions.

The morning session began with an informative presentation on renewable energy sources. We explored the different types of renewable energy, such as solar power, wind energy, hydroelectricity, geothermal energy, and biomass. We learned about their benefits, including their positive impact on the environment, their potential for reducing carbon emissions, and their contribution to sustainable development. The session also covered the importance of integrating renewable energy sources into building design and the latest advancements in renewable energy technology.

Afterward, we shifted our focus to heating and lighting systems. The discussion revolved around the various heating systems commonly used in buildings, including boilers, heat pumps, and radiant heating systems. We examined their efficiency, cost-effectiveness, and environmental impact. Additionally, we explored different lighting technologies, such as LED (Light Emitting Diode) and CFL (Compact Fluorescent Lamp), and their advantages in terms of energy efficiency and longevity.

The afternoon session commenced with an engaging presentation on the surveying process. We learned about the essential role of surveying in construction projects and the different methods employed to obtain accurate measurements and data. The discussion covered techniques like total station surveying, GPS (Global Positioning System) surveying, and 3D laser scanning. We also explored the importance of surveying in ensuring proper alignment, compliance with regulations, and the prevention of potential hazards.

Site notes were the next topic on the agenda. We understood the significance of documenting detailed site notes during the construction process. These notes capture crucial information such as site conditions, topography, existing infrastructure, and any challenges or constraints that might impact the project. Proper documentation of site notes is essential for project coordination, risk management, and facilitating effective communication between various stakeholders.

We then moved on to discussing floor plans. Floor plans are graphical representations of a building's layout, displaying the arrangement of rooms, walls, doors, and windows. We learned about the standard symbols and conventions used in floor plans to ensure clarity and consistency in architectural drawings. The session emphasised the importance of accurate floor plans in conveying design intent, aiding in space optimization, and facilitating communication between architects, contractors, and clients.

The topic of dimensions and perimeter calculations followed. We explored various measurement conventions used in construction and architecture, such as metric and imperial systems. We discussed the significance of precise measurements in ensuring accurate construction and the implications of errors or discrepancies in dimensions. Additionally, we examined how to calculate the perimeter of different shapes, including rectangles, squares, triangles, and irregular polygons, using appropriate formulas and techniques.

Towards the end of the day, we focused on the importance of EPC photographs. EPCs are documents that assess the energy efficiency of a building, providing recommendations for improvements. We learned how photographs play a crucial role in documenting and verifying the building's condition during the EPC assessment process. High-quality photographs provide visual evidence and help in accurately assessing factors like insulation, heating systems, lighting, and renewable energy installations.

Lastly, we delved into measuring conventions used in construction and architecture. We explored the importance of standardised units and measurements for ensuring consistency and compatibility across different projects. The discussion covered the use of scales, rulers, measuring tapes, and laser measuring devices in accurately measuring distances, heights, and dimensions. We also examined common measuring conventions used in architectural drawings, such as scale drawings and proportional relationships.

Overall, day 2 was filled with comprehensive discussions on renewable energy sources, heating and lighting systems, the surveying process, site notes, floor plans, dimensions and perimeter calculations, the importance of EPC photographs, and measuring conventions. These topics provided us with valuable insights into sustainable building practices, accurate measurement techniques, and effective documentation processes necessary for successful construction projects.

Day 3

Day 3: Paper-Based Written Exams, Introduction of RdSAP Energy Assessor Software, RdSAP Data Collection & Live Survey, Producing and Explaining EPCs for Domestic or Non-Domestic Properties, Calculating EPCs, Creating EPCs

On the third day, our focus shifted to the practical aspects of energy assessment and the process of producing Energy Performance Certificates (EPCs). We engaged in activities related to paper-based written exams, learned about the RdSAP (Reduced Data Standard Assessment Procedure) energy assessor software, conducted data collection and live surveys, produced and explained EPCs for domestic and non-domestic properties, calculated EPC ratings, and finally, created EPC reports.

The day began with paper-based written exams that tested our understanding of the concepts and regulations covered in the previous sessions. These exams aimed to assess our knowledge of renewable energy sources, heating and lighting systems, surveying processes, site notes, floor plans, dimensions and perimeter calculations, EPC photographs, measuring conventions, and other relevant topics. The exams allowed us to demonstrate our comprehension of the subject matter and provided an opportunity to consolidate our learning.

Following the exams, we were introduced to the RdSAP energy assessor software. RdSAP is a widely used software tool designed specifically for energy assessors to assess and produce EPCs. We learned about the features and functionalities of the software, including data input fields, calculation algorithms, and the generation of EPC reports. The software simplified the assessment process by automating calculations and ensuring compliance with regulatory standards.

After familiarising ourselves with the software, we proceeded to the practical aspect of data collection and live surveys. Under the guidance of experienced energy assessors, we visited a domestic or non-domestic property to collect the necessary data required for an EPC assessment. This involved taking measurements of the building's dimensions, assessing insulation levels, documenting heating and lighting systems, and recording details of any renewable energy installations. The live survey allowed us to apply the knowledge gained in previous sessions to real-world scenarios.

Using the collected data, we moved on to the process of producing and explaining EPCs. We used the RdSAP software to input the collected information and generate EPC reports for the assessed properties. The reports included an energy efficiency rating, recommendations for energy improvements, and estimated energy costs. Additionally, we learned how to interpret and explain the EPC findings to property owners or occupants, highlighting areas for energy efficiency improvements and providing guidance on potential upgrades.

The next step involved calculating the EPC ratings. We learned about the methodologies and algorithms used to determine the energy performance ratings of domestic and non-domestic properties. The calculations considered factors such as heating systems, insulation, lighting, renewable energy sources, and CO2 emissions. By performing these calculations, we gained a deeper understanding of how EPC ratings are derived and the significance they hold in assessing a building's energy efficiency.

Finally, we learned how to create EPC reports using the RdSAP software. We explored the report generation process, which involved reviewing and validating the input data, ensuring the accuracy of calculations, and generating a comprehensive EPC report. The report included information on the property's energy performance, recommendations for improving energy efficiency, and details on the assessor's accreditation and qualifications.

Throughout the day, we had hands-on experience with the RdSAP software, conducted live surveys, produced EPC reports, and gained practical knowledge in assessing and calculating energy performance. These activities provided us with the necessary skills to conduct energy assessments, create accurate EPC reports, and contribute to improving the energy efficiency of buildings.

Day 4

Day 4: City & Guilds Assignments, Property Visit, Producing and Explaining EPCs for Domestic or Non-Domestic Properties, Calculating EPCs, Creating EPCs, Commencing Portfolio Compilation

On the fourth day, our focus continued on practical applications and assessments related to energy performance. We engaged in City & Guilds assignments, conducted a property visit, produced and explained Energy Performance Certificates (EPCs) for domestic or non-domestic properties, calculated EPC ratings, created EPC reports, and began compiling our portfolios.

The day began with City & Guilds assignments, which provided an opportunity to apply our knowledge and skills acquired throughout the course. These assignments were designed to assess our competency in areas such as renewable energy sources, heating and lighting systems, surveying processes, EPC production, calculations, and portfolio compilation. Completing these assignments allowed us to showcase our understanding and practical abilities related to energy assessment and efficiency.

Following the assignments, we embarked on a property visit. Accompanied by experienced energy assessors, we visited a domestic or non-domestic property to conduct a comprehensive assessment and produce an EPC. During the visit, we collected data related to the building's dimensions, insulation, heating and lighting systems, and renewable energy installations. This on-site experience enabled us to gain a deeper understanding of the practical aspects of energy assessment, as well as observe the unique characteristics of different properties.

Using the data collected during the property visit, we proceeded to produce and explain EPCs for the assessed properties. Leveraging the knowledge and skills acquired in previous sessions, we utilised the appropriate software (such as RdSAP) to input the data and generate EPC reports. These reports provided an overview of the building's energy performance, energy efficiency ratings, recommendations for improvements, and estimated energy costs. We also practised explaining the EPC findings to property owners or occupants, highlighting key areas for energy efficiency enhancements and providing guidance on potential upgrades.

Following the EPC production, we delved into the calculations involved in determining the EPC ratings. By applying the relevant methodologies and algorithms, we derived the energy performance ratings for both domestic and non-domestic properties. These calculations took into account factors such as heating systems, insulation levels, lighting efficiency, renewable energy utilisation, and carbon dioxide emissions. Through this process, we gained a deeper understanding of how EPC ratings are calculated and their significance in assessing a building's energy efficiency.

Next, we focused on creating EPC reports using the software. We reviewed and validated the input data, ensuring accuracy in the calculations and generating comprehensive EPC reports. These reports consisted of detailed information on the property's energy performance, recommendations for improving energy efficiency, and the energy assessor's accreditation and qualifications. This exercise allowed us to refine our skills in creating professional and informative EPC reports.

Lastly, we commenced the compilation of our portfolios. The portfolio served as a comprehensive collection of our work, showcasing our skills, knowledge, and practical experience in the field of energy assessment. It included completed assignments, EPC reports, calculations, and any other relevant documentation. Compiling the portfolio enabled us to demonstrate our proficiency and professionalism as energy assessors, while providing a tangible representation of our capabilities to potential clients or employers.

Throughout the day, we engaged in City & Guilds assignments, conducted a property visit, produced and explained EPCs, calculated EPC ratings, created EPC reports, and began compiling our portfolios. These activities reinforced our understanding of energy assessment procedures, honed our practical skills, and prepared us for real-world applications in the field of energy efficiency.

Day 5

Day 5: City & Guilds Assignments, Data Input Exercise in the RdSAP Energy Assessor Software, Calculating EPCs, Creating EPCs, Producing Five EPCs Based on the Property Matrix, Portfolio Guidance & Completion, Assignment Feedback, and Result Sheet

On the fifth day, our focus remained on practical applications and assessments in the field of energy performance. We engaged in City & Guilds assignments, participated in a data input exercise using the RdSAP energy assessor software, calculated EPC ratings, created EPC reports, produced five EPCs based on the Property Matrix, received portfolio guidance and worked towards its completion, received assignment feedback, and obtained result sheets.

The day commenced with the continuation of City & Guilds assignments. These assignments allowed us to demonstrate our understanding and application of energy assessment concepts, calculations, and report generation. The assignments covered various topics, including renewable energy sources, heating and lighting systems, surveying processes, EPC production, and portfolio compilation. Completing these assignments enabled us to showcase our knowledge and skills in practical scenarios.

Following the assignments, we engaged in a data input exercise using the RdSAP energy assessor software. This exercise provided hands-on experience in inputting data collected during property assessments into the software. By accurately inputting the data, we ensured the software's calculations and algorithms would generate accurate EPC ratings. This exercise reinforced our proficiency in using the software and improved our efficiency in handling real-world data during the energy assessment process.

Building on the data input exercise, we proceeded to calculate EPC ratings. Using the RdSAP software, we applied the appropriate methodologies and algorithms to the inputted data. The calculations considered various factors, including the building's insulation, heating and lighting systems, renewable energy utilisation, and carbon dioxide emissions. By accurately calculating the EPC ratings, we provided a standardised measure of a building's energy efficiency and contributed to the overall assessment process.

Once the EPC ratings were calculated, we moved on to creating EPC reports using the RdSAP software. We inputted the data, verified the calculations, and generated comprehensive EPC reports for the assessed properties. The reports included detailed information on energy performance, energy efficiency ratings, recommended improvements, and estimated energy costs. By creating these reports, we developed proficiency in accurately documenting and presenting the assessment results.

Building upon the previous exercises, we were tasked with producing five EPCs based on the Property Matrix. The Property Matrix provided specific scenarios and parameters for various domestic or non-domestic properties. Using the provided information, we applied our knowledge of energy assessment principles, calculations, and report generation to produce accurate and informative EPC reports for each property. This exercise challenged our ability to adapt to different scenarios and apply our skills to a range of real-world situations.

During this day, we also received portfolio guidance to assist us in completing and refining our portfolios. The guidance provided instructions and recommendations on how to structure and present our portfolio materials effectively. We learned how to showcase our skills, knowledge, and experience in a professional manner, ensuring that our portfolio accurately reflected our capabilities as energy assessors.

Additionally, we received feedback on our assignments, which allowed us to understand our strengths and areas for improvement. The feedback provided valuable insights into our performance and helped us refine our skills further. We also received result sheets, which documented our achievements and progress in the City & Guilds assessments.

Throughout the day, we engaged in City & Guilds assignments, participated in a data input exercise, calculated EPC ratings, created EPC reports, produced multiple EPCs based on the Property Matrix, received portfolio guidance and worked towards its completion, received assignment feedback, and obtained result sheets. These activities enhanced our practical skills, reinforced our knowledge, and prepared us for the final stages of becoming proficient energy assessors.

Energy Assessor Q&A Session

Towards the end of the course, we had an engaging Q&A session dedicated to addressing any questions or concerns learners had regarding the energy assessment process, portfolio requirements, and other related topics. The session provided an opportunity for us to seek clarification on specific areas of interest and gain further insights from experienced instructors and industry professionals.

Course Completion:

After successfully completing the 5-day course, participants received a certificate of completion. This certificate acknowledged their achievement in acquiring the necessary knowledge and skills related to energy assessment and energy performance certificates (EPCs). It served as a testament to their commitment and dedication throughout the course.

Portfolio Requirement:

As part of the course, learners were required to produce a portfolio of evidence to demonstrate their understanding and practical application of energy assessment principles. The portfolio showcased that they had acquired the required knowledge and had carried out a minimum of 5 inspections to the standard. The portfolio served as a comprehensive collection of their work, including completed assignments, EPC reports, calculations, and any other relevant documentation.

No Previous Qualifications or Experience Required:

One of the notable aspects of the course was that no previous qualifications or experience in the field of energy assessment were required. It provided an opportunity for individuals from diverse backgrounds to enter the field and gain the necessary skills to become energy assessors. This inclusiveness allowed learners to embark on a new career path or enhance their existing expertise with the course's comprehensive curriculum.

Basic Computer Skills and RdSAP Software:

To be an effective energy assessor, basic computer skills were essential. This was because all assessors were required to input data into the RdSAP energy assessor software program. Proficiency in computer usage enabled learners to navigate the software and accurately input the necessary data to produce energy performance certificates (EPCs). The course provided guidance and training on the use of the RdSAP software, ensuring learners could effectively utilise this crucial tool.

Completion of 5 EPCs During the Course:

During the intensive 5-day course, candidates had the opportunity to complete all five EPCs required for their portfolio work. This meant that no additional inspections or assignments were necessary beyond the course duration. Learners were able to carry out the required number of inspections, apply their knowledge to produce accurate EPCs, and incorporate these completed assessments into their portfolio. This streamlined approach allowed learners to progress swiftly and efficiently through the course requirements.

In conclusion, the course offered a comprehensive curriculum, addressing key areas of energy assessment and EPC production. Learners were required to produce a portfolio of evidence, including completed assignments and five inspections carried out to the required standard. Basic computer skills were necessary to utilise the RdSAP software for data input and EPC production. The course's structure allowed learners to complete all five EPCs during the 5-day duration, minimising additional work requirements beyond the course.