Alhussein Al-Jawad
Alhussein Al-Jawad of Madbury, NH has been named to the Dean's List at the University of New Hampshire for earning Highest Honors for the spring 2021 semester. Al-Jawad is majoring in Electrical En...
June, 24 2021 - University of New HampshireAlhussein Al-Jawad of Madbury, NH has been named to the Dean's List at the University of New Hampshire for earning Highest Honors for the fall 2020 semester. Al-Jawad is majoring in Electrical Engi...
January, 27 2021 - University of New HampshireAlhussein Al-Jawad of Madbury, NH has been named to the Dean's List at the University of New Hampshire for earning Highest Honors for the spring 2020 semester. Al-Jawad is majoring in Electrical En...
June, 23 2020 - University of New HampshireAlhussein Al-Jawad of Madbury, NH has been named to the Dean's List at the University of New Hampshire for earning Highest Honors for the fall 2019 semester. Al-Jawad is majoring in Electrical Engi...
January, 27 2020 - University of New HampshireAlhussein Al-Jawad of Madbury has been named to the Dean's List at the University of New Hampshire for earning Highest Honors for the spring 2019 semester. Al-Jawad is majoring in Electrical Engine...
June, 24 2019 - University of New Hampshire Fixed and repaired Apple computers of different malfunctions by working with logic boards of complex logic and various hardware
components.
Tested and repaired computer parts to be sold through KainosTech channels.
Managed the business of KainosTech and Josstec through communicating with different corporations and customers to ensure a
smooth flow of business.
Worked with a supervisor to analyze optical fibers and investigate their applications:
Investigated the concepts of signal dispersion, attenuation, modulation, and operating windows of optical fibers;
Produced a MATLAB code that investigates signal dispersion in optical fibers based on parameters given from a research paper
Experimented with TRITON Pipe Fusion, a device that uses electromagnetic radiofrequency waves in the welding of plastic pipes;
Used Ansys HFSS along with Ansys Mechanical to create models that simulate power and heat distributions for the welding process;
Acquired data using thermal camera and thermocouples to better understand the heat distribution inside the welding process. These data acquisitions also helped in acquiring model parameters that gave better agreement between the model and the real-time experiments;
Created an Access database that easily organized the data from modeled and real-time experiments conducted throughout the research period
Used different teaching techniques to work with students and people with needs to help them understand difficult concepts and motivate them in keeping up with their coursework:
Tutored General Chemistry I & II, Precalculus, Calculus I, and Algebra;
3 hours away from becoming a certified tutor before transferring to the University of New Hampshire.