Introduction: Looking Forward To Contributing And Developing Knowledge

[Kirti_Vardhan_1]

How did you find PF?

Google search

Hello I am a new member here. I have been browsing physics forums since 2015 however due to work and study related commitments was relatively unable to engage with the community to the extent I required.

Looking forward to contributing and developing knowledge.

I have experience in informatics, engineering, and taught in a university of applied sciences prior (In Germany).

Currently employed in writing and content creation. I am keenly interested in mathematics, physics, and engineering, technology and computation.

 

[berkeman]

Welcome to PF membership.

 

[Kirti_Vardhan_1]

Thank you sir.

Welcome to PF membership.

I have a bachelors degree in computer applications, wherein my major project was centered on signal processing. My academic background is very humble.

In teaching as a university assistant I accomplished the following:

1 Year 3 months Duration.

Official Teaching Assistant
Responsibilities:
• Provided solutions for 25 official module exercises, assisting in exam preparation and ’
conceptual clarity in Engineering Circuit Analysis: Electrical Engineering 1 and
Electrical Engineering 2.
• Recommended relevant literature to further supplement learning and enhance
understanding of key concepts.
• Taught precise methodologies for calculating, measuring, and evaluating voltages and currents in
various AC and DC networks.
• Network theorems & electromagnetism
• Facilitated practical sessions, offering students hands-on experience with oscilloscopes and
circuit analysis.
Modules Covered:
• Electrical Engineering 1 (EE1):
Introduction to measurement, voltage, current, power, and basic circuit analysis. DC networks, maximum power transfer theorem, network analysis
• Electrical Engineering 2 (EE2):
Advanced AC networks, measurement of AC/DC signals, sensors, transients in LCR circuits, and
transformer theory & calculations, Fourier analysis, Second And Higher Order Systems, Filters
Programming Languages & Tools


I am keenly interested in science communication, teaching, and research, as well as digital transformation, and leveraging the use of computation and AI/ML systems for enhancing research, learning, and productivity, wherever possible to the extent applicable (if any)

And acquiring these advantages in all domains whenever possible.

 

[Kirti_Vardhan_1]

Official Teaching Assistant
Responsibilities:
• Provided solutions for 25 official module exercises, assisting in exam preparation and ’
conceptual clarity in Engineering Circuit Analysis: Electrical Engineering 1 and
Electrical Engineering 2.
• Recommended relevant literature to further supplement learning and enhance
understanding of key concepts.
• Taught precise methodologies for calculating, measuring, and evaluating voltages and currents in
various AC and DC networks.
• Network theorems & electromagnetism
• Facilitated practical sessions, offering students hands-on experience with oscilloscopes and
circuit analysis.
Modules Covered:
• Electrical Engineering 1 (EE1):
Introduction to measurement, voltage, current, power, and basic circuit analysis. DC networks, maximum power transfer theorem, network analysis, network theorems, network topology
• Electrical Engineering 2 (EE2):
Advanced AC networks, measurement of AC/DC signals, sensors, Impedence, Sinusoidal Steady State, Resonance, RLC Circuits, transient and steady state analysis,
transformer theory & calculations, Fourier analysis, Second And Higher Order Systems, Filters, Frequency Domain Analysis, Black Box Networks And Devices, VHF - lumped to distributed network and element models, lumped matter discipline model, parasitic inductances and capacitances
Programming Languages & Tools: Pspice, Falstadt, MATLAB, C.


Mathematics For Electrical Engineering;
- Linear Algebra
- Complex Numbers
- Linear Ordinary Differential Equations With Constant Coefficients (LTI systems)
- Exponentials And Logarithms
- Standard Waveforms/Signals/Functions In Systems And Networks
- Sinusoids
- Proof For Network Theorems including Resistance, Impedence, Current, Voltage based on conservation laws

Dear Sir,

Please see my updated and current responsibilities and experience in the field concerning my role as a teaching assistant. It is a modest background and i have some further experience in Signal Processing.

I currently work in an environment where staying upto date not just at a knowledge level, but personal application and usage, with the latest technologies and tools, esepciallly AI, ML and enterprise solutions remains paramount, as the world and life can be quite messy and painful at times, it helps to have a vibrant, rich and robust community such as the PF, to where I hope to enrich via contribution and communication.

However as enterprise technology and solutions remain relatively inapplicable for small scale users, with several barriers to entrey including subscription based costing, private usage, etc, poses these players with tremendous advantages that single and small players seek to leverage.
Overall my work also seeks to apply this to all domains including teaching, E-learning, and the model of the digital classroom, to enhance and accelerate certain outcomes in teaching and learning for STEM, wherein at a personal level, I experienced significant improvements in personal learning outcomes, and some for research.

And it means a lot to me, to be allowed to contribute to the community.

 

[berkeman]

This highly detailed introduction thread is now closed.