- Faculty Advisor for Engineering and Technology Club- Teach physics 2111 - Calculus based mechanics and 2112 - Calculus based electricity and magnetism.- Committees: Honors Advisory Committee, STEMCON, Diagnostic Medical Imaging

- Creator of Physics Ninja YouTube Channel: +190K Subscribers, +75M views, +300 video tutorials- Creator of 8 physics courses on Udemy (+3K students currently enrolled across 81 countries, average course rating 4.7/5.0). - Run online group tutorials for introductory physics courses across the US and Canada. Interactive group tutorials offered using Zoom/Webex and interactive whiteboard. Online groups as large as 300 students.- Provide in-person tutoring to students in math and physics. One-on-one tutor for +500 students.- Provide consulting services (modeling, theoretical calculations).

- Reduce noise and distortion in measurement test systems. - Design and develop test systems capable of testing 80dB SNR MEMS microphones and below 0.5% THD in a factory environment.- Extensive use of COMSOL modeling (Acoustic, Thermo-viscous, Structural, AC-DC, Heat Transfer and Flow Modules) to develop acoustic test systems for high SNR MEMS microphones. Prototyping and optimizing acoustic pressure cavities used in acoustic test systems.- Build complex transducer models (electrical, mechanical, and acoustic domains) using lumped parameter models and simulate their behavior (LTSpice).- Test development and extensive signal processing experience.- Characterization of Balanced Armature receivers - Experienced with acoustic and vibration hardware and software, Audio Precision, high precision measurement microphones and accelerometers, LabView programming, National Instruments hardware, signal processing and algorithms, measurements in anechoic chambers.- Mentor for summer interns

- Physics video solutions creator for several textbooks. Created over 500 video solutions- Review submitted answers and online resources.- Consultant for online education material.

- Teach introductory physics classes:- PHYSICS 101 - Algebra based mechanics - PHYSICS 102 - Algebra based electricity and magnetism

- Physics instructor for introductory physics courses (Mechanics - PHY 121 and Electricity and Magnetism -PHY 122)- Experienced with Blackboard, Web of Science, Mastering Physics, Pasco/Vernier sensors.

Construct physics-based passages and develop test questions for educational assessments.

05/2012 - 07/2016: Test Development Engineer-Develop and apply a broad range of leading disc drive head and media test technology on spinstand testers.-Develop specialized tests for better understanding of recording physics in advanced magnetic recording.-Mentor summer interns.01/2008-05/2012: Transducer Design in current product design group.-Recommend and define design path to improve the recording head performance and reliability. -Generate innovative and creative solutions (intellectual property) to help boost performance and reliability of recording head transducer.- Seagate Inventor Hall of Fame award recipient for 10 US patents granted.-Extensive knowledge of micromagnetic simulation packages (Magpar, FEMME) that use a parallel computing environment and Finite Element Modeling Software (Flux3d) for design evaluation.- Extensive use of scripting programming (Perl and Python), advanced visualization software (Paraview) used for data analysis and statistical software (JMP and Origin).

-Teach physics section of MCAT preparatory course. Each course has 10 - 3 hour lectures and covers all first year undergraduate physics.-Promoted to Physics Master Trainer after first year of teaching where I evaluated and trained new teachers for the company during intensive training sessions held several times a year to recruit new teachers.-Responsible for evaluating fundamental physics knowledge of new teachers and helping new hires develop their teaching skills.-Trained over 30 physics teachers for Princeton Review offices in Toronto, Vancouver, Chapel Hill, Atlanta, and Minneapolis.

-Study of critical phenomena of frustrated spin systems using Monte Carlo simulation techniques.-Study of spin-waves in ultra-thin films using micromagnetic simulations.-Organize and chair seminar series for the magnetic materials research group at Memorial University.

-Theoretical study of magnetic excitations in thin magnetic films characterized with a large anisotropy. -Extensive experience using Green's function techniques to investigate dynamic properties in magnetic systems.-Detailed comparison between theory and experimental data for the inelastic light scattering from magnetic excitations in several compounds.-Teaching assistant for undergrad courses including many senior undergrad course including quantum mechanics and statistical physics.- Awarded Department of Physics Teaching Excellence Award - Awarded Faculty of Science Teaching Award.- Received the J. D. Jackson Award for highest standing in the physics graduate program.