Ishaan Jain

With a solid academic background in Physics and hands-on experience in electronics and mechanics, I want to pursue an internship in the semiconductor industry, combining my knowledge in materials and physics. As a creative problem solver committed to excellence, I believe I can contribute to developing innovative technology. I am excited to join a team that values collaboration, continuous learning, and pushing the boundaries of what is possible. My skills in electronics as well as manufacturing multiple mechanical aspects, have led me to believe that my correct career path would be a combination of all these aspects along with my degree in physics, which leads to the semiconductor industry

INSTRUCTOR AND CONTENT DESIGNER (June 2022 - July 2022) at Rancho Labs, Designed and taught an introductory robotics course including electronics and mechanical systems, Arduino programming in C++ and how to use various digital and analogue peripherals to about 50 secondary and senior secondary school students and mentored to do projects like prosthetic arm, Piezoelectric Music Player.
Junior Engineer in AXLR8R Formula Racing | Accumulator Department worked on Extensive costing analysis of the electric vehicle manufacturing processes for the Cost event of Formula Bharat and Formula Italy. Co-led XLR20 worth INR ~10 Million and mentored 50+ Juniors to develop a wide skillset. Chief Technical Officer of business plan for Formula Bharat and worked on the Design presentation for the accumulator department.

Lab experiences -
Electronics: Verilog HDL coding in Quartus Software and Simulation on CPLD Solid State and Semiconductors: Synthesis of thin films, multilayers, and nanoparticles by physical and chemical vapour deposition techniques, phase diagrams, the study of surface, design of thin film resistor and magnetic field sensor, Resistivity of metals and semiconductors, band gap, charge carrier density and mobilities of semiconductor, basics of junction diode and its characteristics in solar cell configuration, the study of crystal structure, dielectric constant, specific heat and superconductivity.