Prof. Ayodele Ekundare Odo photograph

Prof. Ayodele Ekundare Odo

Professor | Director of Online Teaching

Faculty of Physical Science · Department of Physics

Specialization (a) Computational Physics (b) theoretical and applied Materials science (c) Electronic Instrumentation and Measurement Science.

Office: Physics Department

Phone: +2348165722783

Email: ayodele.odo@fuoye.edu.ng

Biography

Prof. Odo Ekundare Ayodele holds a B.Sc. (Hons) degree in Engineering Physics from the Obafemi Awolowo University, Ile-Ife.
M.Tech degree in Electronic Measurement and Instrumentation from the Federal University of Technology Akure and a PhD. Degree
in Condensed matter/Solid State Physics with expertise in nano-semiconductor materials and device Physics from the University
of Cape Town, South Africa. Prof. Odo Ayodele was a DAAD scholar and have worked in reputable world facilities for materials
research, like the The Advanced Light Source at Lawrence Berkeley National Laboratory USA, the Brazilian Synchrotron Light
Laboratory (LNLS) for Research in Energy and Materials (CNPEM), in Campinas (SP), and the iThemba Laboratory for Accelerator
Based Sciences (iThemba LABS) South Africa were he worked as a Post-Doctoral Research scientist in Applied Nuclear and
Computational Physics. Prof. Odo Ayodele has also visited the International Center for Theoretical Physics Trieste Italy on
several occasion and has participated in more than six program on Advanced Instrumentation and reconfigurable devices using
Field Programmable Gate Array (FPGA) and other embedded system devices. He also participated in courses on Abi-initio
Electronic structure calculations. Prof Odo Ayodele, has two international Patents on the development and applications of
semiconductor nano-inks and he is reputed for the development of the Spherical density algorithm for the analysis and
visualization of A positron emission tomography (PET) and positron emission particle tracking (PEPT) data.
Prof. Odo Ayodele started as a research scientist with the Engineering Materials development Institute Akure in 1999 before
joining the Federal University of Technology Akure in 2011 and subsequently the Federal University Oye-Ekiti in 2014 as a
senior lecturer, he rose to become a full professor in 2020.

Research Interests

Condensed Matter Physics, Microelectronics Electronics Instrumentation. Computational Physics/Materials Science
1. Electronic Structure and Quantum Materials
One of my primary research areas is the investigation of metallic alloy compositional and structural properties. Using first-principles calculations, I explore the stability of their structures with emphasis on their mechanical, electronic and magnetic properties. Similar investigation is carried out using molecular dynamic simulation studies and the results produced are compared with experimental values.
2. Nanostructures Composite for Solar Cell development
The efficiency of solar cells is fundamentally linked to the properties of their active materials. My research explores quantum dots, 2D materials, and perovskite-based nanocomposites to enhance light absorption, charge carrier transport, and stability. Specifically, I focus on Quantum dot-sensitized solar cells (QDSSCs) for tunable bandgap engineering and enhanced photon absorption.

Qualifications

Selected Publications

  1. Molecular Study on the DKP Equation in (1 + 3) Dimensions with Isotropic Oscillator plus Inverse Quadratic Potential in Non-Commutative Space
    Authors: Oluwatimilehin Joshua OluwadareTolulope Olalekan AbiolaAyodele Odo[...]Kayode John Oyewumi
    nternational Journal of Theoretical Physics (2024)
  2. Recent advances in positron emission particle tracking: a comparative review: Reports on progress in physics 85 (1), 016101
    Authors: CRK Windows-Yule, MT Herald, AL Nicuşan, CS Wiggins, G Pratx, Sam Manger, AE Odo, T Leadbeater, Juan Pellico, Rafael TM de Rosales, A Renaud, I Govender, LB Carasik, AE Ruggles, Tz Kokalova-Wheldon, JPK Seville, David J Parker
    Reports on progress in physics (2022)
  3. A PEPT algorithm for predefined positions of radioisotopes relative to the tracer particle
    Authors: AE Odo, I Govender, A Buffler, JP Franzidis
    Applied Radiation and Isotopes 151, 299-309 (2019)
  4. Sub-oxide passivation of silicon nanoparticles through rapid mechanical attrition
    Authors: EA Odo, DT Britton, M Harting
    Powder Technology 317, 230-235 (2017)
  5. Synthesis of silicon nanocomposite for printable photovoltaic devices on flexible substrate
    Authors: EA Odo, AA Faremi
    Journal of Nanoparticle Research 19 (6), 213 (2017)
  6. Accelerated decolorization of Congo red by powdered termite mound
    Authors: OS Ayanda, EA Odo, D Malomo, KO Sodeinde, OS Lawal, OT Ebenezer,
    CLEAN–Soil, Air, Water 45 (12), 1700537 (2017)
  7. SAXS study of silicon nanocomposites
    Authors: EA Odo, DT Britton, GG Gonfa, M Harting
    Int. J. Compos. Mater 5, 65-70 (2015)
  8. Mechanism of DC conduction in silicon nanoparticles network
    Authors: EA Odo, DT Britton, GG Gonfa, M Harting
    The African Review of Physics 7 (2012)
  9. Structure and characterization of silicon nanoparticles produced using a vibratory disc mill
    Authors: EA Odo, DT Britton, GG Gonfa, M Harting
    The African Review of Physics (2012)
  10. Studies of the effect of tracer activity on time-averaged positron emission particle tracking measurements on tumbling mills at PEPT Cape Town
    Authors: TS Volkwyn, A Buffler, I Govender, JP Franzidis, AJ Morrison, A Odo,
    Minerals Engineering (2011)

Awards

Grants

Prizes

Membership of Professional Bodies

Course Teaching

Professional Skill

Embedded system design and programing (Embedded Linux, RTOS.)100%
C, C++, Python, Matlab, Maple, Net Core (C#) programing.100%
Circuit Prototyping and Design, Printed circuit Board development100%
Low voltages, low current and high impedance instrument design and fabrication.100%
Wireless networking of IOTs (e.g. WIFI, Cellular, Bluetooth, ZigBee).100%
Microcontroller (dsPIC, STM32, and other 16/32 bits Microcontroller).100%
Product and Software development for computer interfacing to laboratory instruments.100%

Custom Fields

(26) BRITTON, David Thomas, ODO, Ekundare Ayodele, HARTING, Margit. (2009). INKJET PRINTING OF NANOPARTICULATE FUNCTIONA: Microelectronics and Energy Science

(27) BRITTON, David Thomas, ODO, Ekundare Ayodele, HARTING, Margit. (2007). THICK FILM SEMICONDUCTING INKS. World Intell: Microelectronics and Energy Science