Bridging the gap between silicon physics, robotics, and practical education.
I am Aryan Jaiswal — an Electronics and Communication Engineering student at SRMIST Delhi-NCR and the founder of Alistron. My work focuses on low-voltage memory circuits, embedded instrumentation, and empowering the next generation of engineers through hands-on robotics.
1. The Engineer: Physics, Rigor & Hardware
My discipline in Electronics and Communication Engineering focuses on hardware constraints from the silicon level upward. I examine how gate voltages scale below 1V, how transistor sizing dictates noise margins in SRAM cells in Cadence Virtuoso, and how embedded microcontrollers process real-time tactile inputs without software latency.
2. The Founder: Alistron & STEM Accessibility
Through Alistron, I work to demystify engineering for young makers and students. Many educational programs teach coding without physical intuition, or introduce robotics through toy kits that conceal how transistors and sensors truly work. Alistron replaces memorization with hands-on making, breadboard wiring, firmware logic, and physical troubleshooting.
Academic & Milestone Timeline
Verified educational progression, intellectual property grants, and executive appointments.
Registered Design Grant — Brain-Controlled Bionic Hand
Design No. 504827-001 officially granted and registered under the Designs Act 2000. Co-inventor with SRMIST on an AI-driven, brain-controlled prosthetic hand with closed-loop adaptive grasp regulation and tactile feedback.
Scaling Alistron Robotics & STEM Programs
Formalized school and college outreach curricula spanning 6 core technology tracks, 4 workshop formats, and practical project builds.
Low-Voltage SRAM Memory Cell Analysis in Cadence Virtuoso
Began comparative simulation study of 6T and 8T SRAM topologies under sub-1V VDD scaling to investigate static noise margins and leakage trade-offs.
President of Electronica@SRM & Vice President of NSS Cell
Elected to lead departmental technical symposia, undergraduate circuit labs, and campus-wide community welfare programs.
Commenced B.Tech in Electronics & Communication Engineering
Began undergraduate engineering studies (current CGPA: 7.69), building fundamental skills in circuit theory, semiconductor physics, microcontrollers, and digital electronics.
Completed Senior Secondary (XII: 71%) & Secondary (X: 91.3%)
Built disciplined foundations in physics, chemistry, and mathematics with analytical honors.
Academic Credentials
Executive Leadership
- •Leading the departmental technical society for Electronics and Communication Engineering.
- •Organizing technical symposiums, hands-on circuit prototyping bootcamps, and VLSI seminars for undergraduate engineers.
- •Mentoring junior students in hardware debugging, PCB layout fundamentals, and embedded C programming.
- •Overseeing community engagement, national service activities, and grassroots outreach programs.
- •Coordinating institutional blood donation drives, educational awareness camps, and social development initiatives.
Review Official Credentials or Initiate Contact
Download the official VLSI resume or explore collaboration channels.