Current PhD Opportunities at Lancaster University, UK

Postdoctoral Position in UK United Kingdom

Current PhD Opportunities: Explore exciting PhD opportunities at Lancaster University in the fields of synthetic chemistry, materials science, and innovative on-DNA synthetic transformations. Join cutting-edge research projects focusing on optoelectronic materials, electrically-switchable glazing for electric vehicles, and complexity within on-DNA synthetic transformations.

  • 🎓 Funded PhD Opportunities:
    • Various funded PhD positions available.
    • Funding from research councils, industries, or charities.
    • Join a research group with respected academics and experts.
  • 📚 Application Process:
    • Carefully read project information for eligibility and deadlines.
    • Advertised projects include funding details and application links.
    • Only consider applicants with relevant backgrounds and meeting criteria.
  • 🌐 Current PhD Opportunities:
    • Assembly of New Optoelectronic Materials:
      • Focus on synthetic chemistry for optoelectronic materials.
      • Project involves design, synthesis, and characterization.
      • Training includes a broad range of techniques.
      • Enthusiastic candidates with relevant degrees encouraged to apply.
    • Developing Electrically-switchable Glazing:
      • Fully-funded PhD with Jaguar Land Rover collaboration.
      • Project aims to create electrically switchable glazing for EVs.
      • Requires interest in functional materials, chemistry, and green tech.
      • Application deadline: 15th March 2024.
    • Innovating Complexity Within on-DNA Synthetic Transformations:
      • Transformative technology in drug discovery using DNA-encoded libraries.
      • PhD project focuses on innovative photocatalytic transformations on DNA.
      • Applicant should have a strong interest in organic synthesis and photochemistry.
      • Fully funded for 3.5 years.
    • Understanding Decoupled Electrochemistry:
      • Explore decoupled electrochemistry for energy storage and conversion.
      • Project involves a range of research skills including organic and inorganic synthesis.
      • Applicant should have an interest in physical chemistry and electrochemical systems.
      • Deadline: 15th April 2024.
  • 📅 How the Application Process Works:
    • Select the desired project and check eligibility and deadlines.
    • Apply via the online application system, indicating the project title.
    • Shortlisted candidates will be invited for interviews.
    • Successful candidates proceed to the admissions portal for a formal offer.
  • 🌍 Centre for Global Eco-Innovation:
    • Offers funded PhD opportunities in various sciences.
    • Established to drive innovation for clean and sustainable growth.
  • 📝 Other Methods of Applying for a PhD:
    • Develop your own self-funded PhD proposal.
    • Find a PhD Supervisor whose research aligns with your idea.

Optoelectronic Materials from Switchable Organoimido-Molybdate Chromophores

DesignationResearch AreaLocationEligibility/Qualification
PhD StudentAssembly of New Optoelectronic Materials from Switchable Organoimido-Molybdate ChromophoresLancaster University1st/2:1 UK Master’s or BSc in Chemistry or related field; 2:2 considered with excellent research skills

Job Description:

  • Synthesize redox/photoswitchable non-linear optical materials using polyoxometalate-based charge transfer chromophores.
  • Investigate assembly of designed chromophores onto conductive surfaces.
  • Study non-linear optical and fluorescence responses, exploring redox or light stimulus.
  • Engage in collaboration with experts at Lancaster and beyond for comprehensive characterizations.

How to Apply:

Funding Details:

  • UK-rate fees covered with a standard maintenance stipend.
  • May partially or fully contribute to fees and stipend for self-funded international candidates.

Last Date for Apply: 15th March 2024. Applications considered upon arrival; position may fill before the deadline.


Electrically-switchable Glazing for Electric Vehicles

DesignationResearch AreaLocationEligibility/Qualification
PhD StudentDeveloping Electrically-switchable Glazing for Electric VehiclesLancaster University1st/2:1 UK Master’s or BSc in Chemistry, Physics, Materials Science, Engineering, or Natural Science; 2:2 considered with excellent research skills

Job Description:

  • Develop electrically switchable glazing for electric vehicles.
  • Modulate heat absorption within the cabin to extend battery life.
  • Collaborate with Jaguar Land Rover for practical applications.
  • Gain valuable experience and a fully funded 3.5-year PhD position.

How to Apply:

Funding Details:

  • UK-rate fees covered. May partially contribute to fees and stipend for self-funded international candidates.

Last Date for Apply: 15th March 2024. Applications considered upon arrival.


On-DNA Synthetic Transformations

Supervisors:

  • Dr. Jamie H. Docherty (Chemistry)
  • Professor Sarah Allinson (Biomedical and Life Sciences)

Dates:

  • Deadline for applications: 15th March 2024
  • Provisional Interview Date: Mar – April 2024
  • Start Date: October 2024

Project description:

  • Develop innovative photocatalytic transformations on DNA.
  • Expand the range of synthetic reactions for DNA-encoded libraries (DELs).
  • Contribute to groundbreaking research in drug discovery and personalized medicine.

General Eligibility Criteria:

  • 1st/2:1 UK Master’s or BSc in Chemistry, biochemistry, or Natural Sciences.
  • Interest in synthetic and medicinal chemistry.

Project-specific Criteria:

  • Interest in innovative organic synthesis and photochemistry.
  • Strong problem-solving and analytical thinking skills.

Funding Details:

  • Fully funded studentship for 3.5 years for UK/Home students.

Enquiries:

How to Apply:

Note:

  • English proficiency evidence required for non-native speakers.
  • Applications processed centrally; follow provided instructions for submission.
  • Feedback available upon request if not contacted within four weeks of the closing date.

Link

Disclaimer: This job post is based on reliable information. For accurate details, refer to the official website. Verify information before applying.\

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