Projects
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Who Are Team ESTEEM?
Team ESTEEM are a group of students from Heriot-Watt University taking on the Solar Decathlon Middle East 2021 (SDME) project. There are roughly 120 students in this group, ranging from engineering, business, computer science, and so much more!
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I joined the group back in August 2018 as team member until January 2019 that I became Head of Communications, Event and PR as well as an AutoCAD Designer & IESVE Modeller. We created more than 75 campaigns including Destination Dubai to raise awareness for eco-friendly living by travelling the distance from Edinburgh to Dubai after their competition there was postponed due to the pandemic.
Edinburgh Evening News. The marketing & communications team collaborated with all stakeholders including SDME organizers and media agencies such as Telemetro Panama, Gulf News Dubai, Construction Interior Design, Urban Realm UK, Revista Mujer and more here.
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We designed and built a sustainable, eco-friendly, solar powered home from the ground up. We found our own sponsors to help fund the project and, with help from the university, we showcased our prototype in Dubai in November of 2021 for the EXPO Dubai 2021. I had the opportunity also to work in 8 Deliverables in which the team had to collaborate to organize 8 documents to send to the organizers to get the house commission. The house was commissioned on November 17, 2021.
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https://www.hw.ac.uk/uk/research/engage/case-studies/team-esteem.htm
Carbon footprint of an Endoscope Decontamination Unit (EDU) 2021-2022
I had the opportunity to work in this project from August 2021 until May 2022 as IESVE Modeler and Researcher. We worked with Anne Campbell from the NHS Decontamination Unit and we did the researches listed below. We presented our findings at the BSG Live 22.
Research 1 -
The methodology used specialised energy use simulation software to assemble a digital representation of a typical endoscopy suite
The software used is now standard in Building Services Engineering: Integrated Environmental Solutions – Virtual Environment (IESVE).
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Research 2 -
Life Cycle Analysis - Single Use scopes Vs. Reusable Scopes:
A Framework for sustainable endoscopy.
Aims:
Explore the sustainability of single use endoscopes
Compare the life cycle analysis (LCA) of single use & reusable scopes
Objectives:
Define the scope of the life cycle analysis conducted
Determine the life cycle analysis of a single use endoscope
Determine the life cycle analysis of a reusable endoscope
Analyse and compare the different LCA’s.
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Vision: a Podcast by Team ESTEEM 2021
https://open.spotify.com/show/572g2QVpSZRh1QEXVdZ6rq?si=54c4acbe8f6a4e83
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Vision is a podcast brought to you by the members of Team ESTEEM from Heriot-Watt University.
We built a solar-powered house at the Solar Decathlon Middle East Competition in the EXPO 2021 on November 2021
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In the episodes we talked about student specific issues, sustainable building, and much more.
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I was the marketing and research officer as well as I was the guest of 2 episodes:
- Marketing and Sponsorship: https://open.spotify.com/episode/1z5HchhL2ugTeo7Z2yCcz0?si=ZW7O7Nn9T1CiLXOGRDHR-A
- Biophilia: https://open.spotify.com/episode/4aAh223xPCUpT94cEMZyHi?si=MDP66aQHRNiuEza_dnWPCQ
THE DIGITAL CONSERVATOIRE
Fourth Year Design Project 2020/21
My 4th year design project assignment was to design a Digital Conservatoire located on Abby Hill, Edinburgh. During the first week of class we collaborated with students from other courses such as civil engineering, structural, geography and project management. After the collaboration week, I had to take the ideas and advices from the team and work further on the water, safety systems, energy and building services. You can see some of the drawing and calculations. My final grade was 74, A+.
The building was designed to have an inclusive design in each space. Moreover, in early stages the reduction energy consumption and CO2 emission were developed by dividing the building into 3 sections. Each section can work independent to safe energy and water.
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Guidelines such as CIBSE Guide G, (2014), BREAM, LEEDS, WELL, ritish Standard, Gravity drainage systems inside building -part 2: sanitary pipework, layout and calculation, 1999, CIBSE Guide C, April 2007, CIBSE Guide B2 Ventilation and Ductwork: 2016, Plumbing Engineering Services Design Guide, 2002, ISBN, CIBSE Knowledge Series: KS11 Green roofs, CIBSE Guide K, electricity in building January 2004, CIBSE Guide TM46: 2008, Energy benchmarks, Sustainability CIBSE Guide L:Second edition July 2020, among others.
Dissertation 2020-21 Title:
General perception of indoor environmental factors on people’s health, well-being and productivity and the impact of biophilia in indoor office spaces.
I did my dissertation during the pandemic of 2020 and all the research done was online through the use of surveys. To gather more data, I translated the survey into Spanish, English and Italian. I had 131 responses. Due to the lack of paper studies about the perception of indoor office environments; benchmarks, guidelines and frameworks were taken as a based of study for the simulation. The hypothetical simulation of an indoor office environment was modelled and designed for the online survey. In which a 4 open spaces designs were added for people to choose which one had the perception to be more comfortable for the well-being, health and productivity. Followed by a set of questions about the indoor greenery perception in relationship to the Indoor Environmental Factors.
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According to the World Health Organization, the definition of health is “a state of complete physical, mental and social well-being and not merely the absence of disease or infirmity” (WHO, Constitution, 2020). Several studies demonstrates how health and well being satisfaction is correlated to indoor environments factors such as thermal, lightning, noise and indoor air quality (Bluyssen, Janssen, van den Brink and de Kluizenaar, 2011), (Mansor and Sheau-Ting, 2020) (Richarson et all, 2005). Bluyssen P. (2009) (Skov, Valbjørn and DISG, 1987). As as as approximately 90% of people spend time in indoor environments and this percentage includes indoor office environments (Al horr, et all. 2016).
Indoor environmental factors are important topics to discuss and analysis because it can affects people health, wellbeing and productivity for years. Some terminology related to indoor environmental factors for instance: Sick Building Syndrome (SBS) have a lack of knowledge among people working in indoor office environments. Therefore, if people had knowledge about the some SBS symptoms while working in a particular indoor built space, workers could notified that maybe the indoor built environment might be causing: cough, red eyes or anxiety. The issues is that these symptoms can be mistaken for a cold, flu or feeling under the weather. Solution are including indoor greenery and biophilia in indoor office environments can add many benefits not only to people but also to the company annual cost. It is a non expensicve way to improve the air quality, cool down the building during summer and reduce energy consumption and CO2 emmisions.
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Creating satisfactory and comfortable indoor environments spaces that move towards green buildings can establish better understanding of occupants health, well being and productivity comfort. Indoor environmental factors can affect people perception in different ways do to past or none, experiences, demographics, traditional, gender and age (WBDG - Whole Building Design Guide, 2020), (Raanaas et al., (2011) (Burge, 2004). BREEAM and LEED are green rating tools used as a guideline to create some parts of the online survey (World Green Building Council, 2020), this will help to investigate if what people perceive correlated to the standards and frameworks. Lastly, Biophilia and indoor greenery are the main term use in this thesis, and both can many benefits for indoor office environments from cooling indoor spaces to enhance health and well-being (Dravigne, et all,. 2008), (Smith, Fsadni and Holt, 2017), (Gilchrist, et. All 2015), (Deng and Deng , 2018), (BREEAM, 2021).
Therefore, this study aimed to research about ‘General perception of indoor environmental factors on people’s health, well-being and productivity and the impact of biophilia in indoor office spaces’.
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All this is property of Jairis Alvarez, before using any information or for more information please contact me.
Music Scope Edinburgh 2018-2019
I had the opportunity to be part of an extraordinary project named "Music Scope Edinburgh" which was a non-profit society dedicated to bringing young music lovers together. During this project I had the opportunity to work with
Ruthanne Baxter FRSA which was the Museum Service Manager. I had the role of Event Officer and Marketing Lead for the The University of Edinburgh -St. Cecilia Concert Hall more specifically for the Three on a Thursday concert night. I had to find young artist online and give them the opportunity to perform in the Concert Hall, as well as organize the tickets with Eventbrite and coordinate people on duty during the night.
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University Projects 2021-22
During my 4 years at Heriot Watt University, I did several reports and projects, some of them listed below. I tried to diversify including social sustainability, architectural acoustic and design for low buildings to emphasis how the course was all about sustainable building design, from reduction of greenhouse gas emissions to smart, connected, resilient homes, architectural engineers design innovative, energy efficient indoor environments of the future.
Recco, Liguria: Social Sustainable Plan.
Rebuilding towards an age-friendly city.
Architectural Acoustic Report 2022
Analytical Portfolio Document
D11LC ; Design for Low Carbon Buildings
The vision of this social sustainable plan was to reorganize the city of Recco, Italy and promote more inclusivity, accessibility, outdoor activities, communication and safer urban areas not only for the ageing group but for everyone. The goal is to make Recco an Active Age-Friendly city.
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Four topic areas from the WHO - Global age-friendly cities: a guide (2007) were taken to create policies and recommendations to further support both the physical and mental infrastructure for the ageing group in Recco:
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Transportation: Accessibility, & Mobility
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Outdoor spaces and building: Built Environment, Public areas, & Services
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Social participation: Participation & Inclusion
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Communication and information
Final Grade 71, A.
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The final assignment presented a design for a new office development in which it was asked to investigate the ductwork noise coming between the plantroom and a conference room. The concern was sound transmission between the conference room and the single room. After calculating sound pressure level from the conference room, spound power level from the single room. The sound transmission from the common partition and from thje ductwork were found as well as the NR from both rooms. The solution to reduce sound transmission was to add a small attenuator next to the conference room, and/or adding lining inside the ductwork. Final grade 62, B.
In my D11LC analytical portfolio I did the Team ESTEEM because I worked on the project from 2019 until 2021 that we built the house in Dubai(Please see project 1 above). The house had a flexible design and construction were the foundation upon which the Team have intended to develop a net-zero carbon home for the Solar Decathlon Middle East competition (SDME). The team started working on May 2019 with events, meetings, and hackathons to gather ideas which then moved to reality on October 26th, 2021, which was the official day of construction in Dubai. The SDME competition was created to challenge university students all over the world in agreement with the Dubai Electricity Water Authority (DEWA). The teams had to follow the 13 rules document, 10 contests and 11 Building code (Team ESTEEM D7, 2021). The ESTEEM house design included natural and closed-loop recyclable materials and was enhanced by smart technology to be net-energy-positive in active use. Final Grade 75, A+.