Arjun Malhotra

Arjun Malhotra

New York City Metropolitan Area
554 followers 500+ connections

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About

Hello there! I have a strong background in data analysis and energy management. I enjoy finding patterns in data to answer critical energy problems. I am always on the hunt for more sustainable technologies.

I am the happiest person when I am traveling, meeting new people, or making meaningful connections with them. My superpower is my attention to detail and my ability to break down complex things into simpler subunits.

Activity

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Experience

  • NYISO Graphic

    NYISO

    Rensselaer, New York, United States

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    Connecticut, United States

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    Tampa, Florida, United States

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    New York, United States

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    Ithaca, New York, United States

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    Ithaca, New York, United States

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    Noida, Uttar Pradesh, India

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    Noida, Uttar Pradesh, India

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    Hannover, Lower Saxony, Germany

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    Delhi, India

Education

  • Graphic

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    Activities and Societies: Finance Club, Public Relations Club, Indian Society for Technical Education, Table Tennis Team

Licenses & Certifications

Volunteer Experience

  • Counselor

    “Khwaahish – Educating the Underprivileged”, India

    - 5 months

    Education

    • Mentored 50+ students in Math and Science at the elementary level and conducted training sessions for vocational skills.
    • Managed group discussions, guest lectures, and cleanliness drive for social awareness and personality development.

Publications

  • Large nucleation barrier for Ni oxide on Rh(110) driving Ni into subsurface sites upon oxidation

    Surface Science Journal

    The behavior of ultrathin layers of nickel (0.5 ≤ θNi ≤ 1.4 monolayers (ML)) on Rh(110) has been studied in oxidation/reduction experiments with O2 and H2 at T = 770 K. The reaction has been followed with Auger electron spectroscopy (AES), low-energy electron diffraction (LEED), X-ray photoelectron spectroscopy (XPS) and scanning photoelectron microscopy (SPEM). The adsorption of oxygen leads to a large decrease (up to 90%) of the Ni signal in AES. Subsequent titration with hydrogen restores…

    The behavior of ultrathin layers of nickel (0.5 ≤ θNi ≤ 1.4 monolayers (ML)) on Rh(110) has been studied in oxidation/reduction experiments with O2 and H2 at T = 770 K. The reaction has been followed with Auger electron spectroscopy (AES), low-energy electron diffraction (LEED), X-ray photoelectron spectroscopy (XPS) and scanning photoelectron microscopy (SPEM). The adsorption of oxygen leads to a large decrease (up to 90%) of the Ni signal in AES. Subsequent titration with hydrogen restores nearly the initial Ni signal. The peculiar behavior of Ni on Rh(110) upon O2 adsorption is attributed to a large nucleation barrier for Ni oxide formation on Rh(110). This barrier leads to the preferential formation of chemisorbed oxygen on Rh sites forcing Ni into subsurface sites. SPEM reveals that also small NiO particles with a diameter of ≈1 µm develop during O2 adsorption. For comparison, a Rh(110) surface with a thick Ni layer of an estimated thickness of about 8–9 ML has been prepared. On this thick Ni layer Ni oxide develops spontaneously during O2 adsorption in the in 10−6 mbar range at T = 770 K.

    See publication

Courses

  • Matlab

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Honors & Awards

  • Director Silver Medal

    National Institute of Technology Hamirpur

Languages

  • English

    Professional working proficiency

  • Hindi

    Native or bilingual proficiency

  • Punjabi

    Limited working proficiency

Organizations

  • Chemical Engineering Department Club

    President

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    • Elected by 200+ club members, overseeing the development of all technical projects from inception to final presentation. • Organized the annual Chemical Engineering conference and raised sponsorship worth USD 7000 (25% YoY growth).

  • “Hillffair”, National Level Cultural Fest

    Club Coordinator

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    • Spearheaded a team of 16 clubs to conceptualize and organize 8+ engagement events for 1400+ students. • Boosted fest participation by over 30% through improved public relations strategies and augmented digital presence.

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