personal photo of Rose Demo, Ph.D.

Rose Demo, Ph.D.

Tagline:Postdoctoral Fellow at University of Faculty Demo

England, UK

Bio

👋 Hi there! I'm Researcher Demo, a 31-year-old mechanical engineering wizard from Germany. With a PhD in Mechanical Engineering, my world revolves around creating sustainable energy solutions and innovative engine designs.

🌱 At a top university, my research primarily focuses on eco-friendly technologies. I've even patented an energy-efficient engine and published impactful papers in this field.

🌟 I value teaching both in the classroom and as a mentor to aspiring students. I have taught mathematics and statistics classes at all levels both undergraduate and graduate.

A skilled communicator and event organizer, I thrive on fostering collaboration. I bring ideas to life by expertly planning conferences and cultivating valuable networks.

☕️ In my free time, I love to paint portraits! I can whip one up as quickly as enjoying my favorite hot drink, a cappuccino!

Publications

  • Eco-Friendly Treatment of Leather Industry Wastewater Sludge Using Beneficial Organisms

    Journal ArticlePublisher:World Journal of Advanced Research and ReviewsDate:2023
    Authors:
    Author DemoAnother AuthorArthor Demo
    Description:
    • Pioneers an eco-friendly method to treat leather industry wastewater, showcasing a significant leap in environmental sustainability.
    • Demonstrates effective use of beneficial organisms in reducing harmful sludge, marking a major advancement in bioremediation technology.
    • Successfully merges biotechnology with environmental engineering, setting a new benchmark in waste treatment processes.
    • Achieves a notable reduction in toxic waste from leather processing, contributing to cleaner and safer industrial practices.
    • DALL·E Dec 23 Eco-Friendly Treatment

Talks

  • Intersecting Sets of Uniform Partitions

    Date: Dec 2023

    Event name: Physics Conference .Location: Salt Lake City, UT .

    Description:
    • Create a holographic display using a laser and holographic plate.
    • Investigate the physics of total internal reflection using optical fibers.
    • Study the properties of different types of lenses and their applications.
    • Build a simple spectrometer to analyze the spectra of different light sources.
    • Analyze the dispersion of light in a prism and its effects on a spectrum.
    • Result: Study the interference patterns of laser light with a double-slit experiment.
      Investigate the physics of polarized light and its applications in 3D glasses
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Conference Contributions

  • Graph and Mash NSERC

    From: 2023

    To: 2023

    Participant

Teaching History

  • Introduction to Dynamics. (DI102)

    From: 2023, Until: present

    Organization:University of Faculty DemoField:BSc Mechanical Engineering

    Description:
    • Educated a diverse class of 120 students, fostering a collaborative learning environment.
    • Integrated hands-on experiments and real-world applications to enhance understanding.
    • Achieved a 95% positive feedback rating from students for course effectiveness and engagement.
    • Implemented innovative teaching methods, including interactive simulations and group projects.
    • Guided students through complex concepts, leading to a noticeable improvement in their analytical skills.
    • DALL·E Researcher Demo (1)
    • DALL·E Researcher Demo

Work Experiences

  • Post Doc

    from: 2023, until: 2024

    Organization:University of ManitobaLocation:Regina City, Canada

Organization Experiences

  • Organizer

    from: 2021, until: 2021

    Organization:Combinatorics SeminarLocation:Oxford University

Lab Photos

Description:

A short description of the lab and the activitis

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Work with

  • DK

    Dr. Karen Shiri

    Erdos-Ko-Rado theorem

    date: 2023 - 2024

    Degree: Professional Degree .University: University of Regina .Department: Mathematics and Statistics .

    Co-supervisors:
    Prof. John Demo
    Description:

    We worked on 2 papers on applying methods from algebraic graph theory to design theory problems.

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Awards

  • CSJF scholarship

    date: 2024-01-01

    Issuer:University of Demo

    Description:

    Award value: $2000

Education

  • Ph.D. at Mechanical Engineering

    from: 2023, until: present

    Field of study:eco-friendly technologiesSchool:University of Faculty DemoLocation:Vancouver, BC, Canada

Academic Projects

Patents

  • High-Efficiency Hybrid Energy Harvester

    Date: Nov 2023

    Patent Number: US 1234567B2 .Status:Issued.

    Inventors:
    Collaborator #1Collaborator #2Another Author
    Description:

    This patent describes a novel hybrid energy harvester, a groundbreaking invention by Researcher Demo in the field of sustainable energy. The device uniquely combines solar and piezoelectric technologies to generate electricity. It features an innovative design that efficiently captures solar energy while simultaneously harnessing mechanical vibrations from the environment. This dual-mode operation significantly enhances energy output, making it highly effective for use in both industrial and residential settings. The energy harvester’s compact size and versatility allow for easy integration into various infrastructures, paving the way for more sustainable energy solutions.

Certifications

  • Python Intermediate

    Issue date: Jan 2024,

    Issued by: sololearn.com .

Research Interests

  • Sustainable Energy Solutions: Developing innovative technologies for eco-friendly energy production.

Soft Skills

  • Communication

My Super-Nerdy Hobby

  1. Painting

  2. Cooking

Here is one of my favorite portrait:

Image

Here is the link of my paintings on Instagram