At a Glance
- Tasks: Develop synthetic load profiles for domestic heat demand using air source heat pumps and heat networks.
- Company: Join a pioneering research initiative focused on decarbonising the UK's domestic heating sector.
- Benefits: Receive funding for tuition fees and a stipend, plus gain valuable research experience.
- Other info: Ideal for those passionate about energy solutions and eager to tackle real-world challenges.
- Why this job: Contribute to a sustainable future while enhancing your skills in engineering and data science.
- Qualifications: Must have a BEng/MEng in Engineering with a minimum 2:1 degree and UK home student status.
The predicted salary is between 20000 - 30000 £ per year.
The decarbonisation of heat demand for the domestic sector in the UK is expected to require significant deployment of air source heat pumps (ASHP), with heat networks also contributing, while other technologies play minor roles. For air source heat pumps, the UK Government policy aims for installations to reach 600,000 per year by 2030. Currently, the deployment rate is significantly lower than this target.
Smart meter technology has the potential to provide a good understanding of domestic heat demand. However, these demand profiles are influenced by the heat delivery technology, which is predominantly gas-fired condensing boilers with wet radiator systems, and either on-demand hot water (from a combi boiler) or a hot water cylinder. A transition from natural gas to more decarbonised heat sources has implications for heat network demand and electricity network demand. Modeling the implications of widespread adoption of new technologies requires new demand profiles that these networks will experience. Currently, uptake of these technologies is limited, and measured demand profiles are relatively few and not fully representative of the GB domestic market.
Aim: To develop a portfolio of synthetic load profiles for domestic heat demand delivered via ASHPs and heat networks.
Objectives:
- To evaluate existing heat demand based on available data sets;
- To analyze how existing demand profiles for heat (space and water) are characterized by the technology of delivery;
- To develop a catalogue of synthetic demand profiles for ASHPs and heat networks, informed by the characteristics of the technology of delivery;
- To validate profiles using available demand data;
- To incorporate barriers and enablers into the model of ASHP installation.
Person specification:
- BEng/MEng in Engineering disciplines such as Chemical, Mechanical, Electrical, or Energy Engineering (minimum 2:1 degree or higher)
- UK home student status holder
- Excellent oral and written communication skills in English
- Strong problem-solving abilities
- Interdisciplinary interests in data science and energy
- Ability to work independently and collaboratively
Essential skills:
- Experience with data manipulation methods
- Experience with data privacy and governance
- Familiarity with, or keen interest in, large data sets
Funding notes: This scholarship covers UK home tuition fees and stipend, which aligns with the national UK standard.
PhD Studentship: Synthetic load profiles for future, decarbonised, domestic heat demand in GB in Birmingham employer: University of Birmingham
As a leading institution in the field of energy engineering, we offer a dynamic and supportive work environment that fosters innovation and collaboration. Our commitment to employee growth is evident through our comprehensive training programmes and opportunities for interdisciplinary research, particularly in the exciting area of decarbonisation. Located in the UK, we provide a unique chance to contribute to meaningful projects that address pressing environmental challenges while enjoying a vibrant academic community.
StudySmarter Expert Advice🤫
We think this is how you could land PhD Studentship: Synthetic load profiles for future, decarbonised, domestic heat demand in GB in Birmingham
✨Tip Number 1
Network with professionals in the energy and engineering sectors. Attend relevant conferences, workshops, or webinars to meet people who can provide insights into the industry and potentially refer you to opportunities at StudySmarter.
✨Tip Number 2
Engage with online communities and forums related to decarbonisation and heat demand. Sharing your thoughts and asking questions can help you build connections and demonstrate your passion for the field, making you a more attractive candidate.
✨Tip Number 3
Stay updated on the latest developments in air source heat pumps and smart meter technology. Being knowledgeable about current trends and government policies will show your commitment to the field and can give you an edge during interviews.
✨Tip Number 4
Consider reaching out to current or former PhD students in similar fields. They can provide valuable insights into their experiences and may offer tips on how to approach your application to StudySmarter effectively.
We think you need these skills to ace PhD Studentship: Synthetic load profiles for future, decarbonised, domestic heat demand in GB in Birmingham
Some tips for your application 🫡
Understand the Role:Read the job description thoroughly to grasp the specific requirements and objectives of the PhD studentship. Highlight how your background in Engineering aligns with the aims of the project.
Tailor Your CV:Craft your CV to emphasise relevant experience, particularly in data manipulation and engineering disciplines. Include any projects or coursework that demonstrate your problem-solving abilities and interdisciplinary interests.
Write a Compelling Cover Letter:In your cover letter, express your enthusiasm for the decarbonisation of heat demand and how your skills can contribute to the development of synthetic load profiles. Be sure to mention your communication skills and ability to work both independently and collaboratively.
Showcase Relevant Skills:Make sure to highlight your experience with large data sets and any familiarity with data privacy and governance. This will demonstrate your readiness to tackle the challenges outlined in the job description.
How to prepare for a job interview at University of Birmingham
✨Understand the Role and Its Context
Make sure you have a solid grasp of the decarbonisation goals for domestic heat demand in the UK. Familiarise yourself with air source heat pumps and their significance in achieving these targets, as well as the current challenges in deployment rates.
✨Showcase Your Technical Skills
Be prepared to discuss your experience with data manipulation methods and any relevant projects you've worked on. Highlight your familiarity with large data sets and how you've applied your engineering knowledge to solve complex problems.
✨Communicate Clearly and Effectively
Since excellent communication skills are essential, practice articulating your thoughts clearly. Be ready to explain technical concepts in simple terms, especially when discussing your interdisciplinary interests in data science and energy.
✨Demonstrate Your Problem-Solving Abilities
Prepare examples of past challenges you've faced and how you approached solving them. This will showcase your strong problem-solving abilities and your capacity to work both independently and collaboratively.
