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Anish Singhani
ECE Student at Carnegie Mellon University
Pittsburgh, PA, United States
Details
Education:
Electrical & Computer Engineering
Carnegie Mellon University
2020 : 2024
Monte Vista High School
2016 : 2020
Pre-Collegiate Studies
Artificial Intelligence
Stanford University
2018 : 2018
Carnegie Mellon University
2020 : 2024
Monte Vista High School
2016 : 2020
Pre-Collegiate Studies
Artificial Intelligence
Stanford University
2018 : 2018
Experience:
- Developed and taught a course on ASIC chip design using open source tools
- Taught lectures based on Yosys, NextPNR, OpenLane, Verilator, CocoTB, Chisel, LiteX, and several other cutting-edge open source EDA tools
- Guided 30+ students to submit designs to be taped out on Skywater foundry
https : //github.com/asinghani/open-eda-course
2022 : Present
Carnegie Mellon University
Student Instructor for Intro to Open Source Chip Design
- Revamped class assignments and labs, including implementing 15+ new CTF-style problems to teach security concepts to ECE students
- Configured and maintained CTF server for the 60+ student class
2022 : 2023
Carnegie Mellon University
Teaching Assistant & SysAdmin for 18-631 Intro to Information Security
Developing novel & efficient sensor fusion hardware and software for localization of drones and other low-power robots. Using Augmented Reality to build user-friendly experiences including robotic digital-twins and other mixed-reality interactions.
Working in the Wireless Sensing & Embedded Systems Lab under Professor Anthony Rowe.
2021 : 2022
Carnegie Mellon University
Undergraduate Researcher
14-741 is the main computer security course for CMU Master's students in the Information Security and ECE programs (with over 180 students in the class each semester).
Responsibilities include :
- Developing CTF-style problems for students to exploit as part of homework assignments.
- Helping educate students on security topics (including cryptography, binary exploitation, web exploitation, networks, and Linux security) and teaching how to exploit real-world systems.
2021 : 2022
Carnegie Mellon University
Teaching Assistant for 14-741 : Intro to Information Security
Worked on network stack for low-latency FPGA autotrader systems
2023 : 2023
Optiver
FPGA Engineering Intern
- Taught lectures based on Yosys, NextPNR, OpenLane, Verilator, CocoTB, Chisel, LiteX, and several other cutting-edge open source EDA tools
- Guided 30+ students to submit designs to be taped out on Skywater foundry
https : //github.com/asinghani/open-eda-course
2022 : Present
Carnegie Mellon University
Student Instructor for Intro to Open Source Chip Design
- Revamped class assignments and labs, including implementing 15+ new CTF-style problems to teach security concepts to ECE students
- Configured and maintained CTF server for the 60+ student class
2022 : 2023
Carnegie Mellon University
Teaching Assistant & SysAdmin for 18-631 Intro to Information Security
Developing novel & efficient sensor fusion hardware and software for localization of drones and other low-power robots. Using Augmented Reality to build user-friendly experiences including robotic digital-twins and other mixed-reality interactions.
Working in the Wireless Sensing & Embedded Systems Lab under Professor Anthony Rowe.
2021 : 2022
Carnegie Mellon University
Undergraduate Researcher
14-741 is the main computer security course for CMU Master's students in the Information Security and ECE programs (with over 180 students in the class each semester).
Responsibilities include :
- Developing CTF-style problems for students to exploit as part of homework assignments.
- Helping educate students on security topics (including cryptography, binary exploitation, web exploitation, networks, and Linux security) and teaching how to exploit real-world systems.
2021 : 2022
Carnegie Mellon University
Teaching Assistant for 14-741 : Intro to Information Security
Worked on network stack for low-latency FPGA autotrader systems
2023 : 2023
Optiver
FPGA Engineering Intern
Company:
Carnegie Mellon University
Years of Experience:
5
Skills
Amazon Alexa, Android, Android Development, Arduino/AVR, Artificial Intelligence, Bootstrap, Brain-computer Interfaces, C (Programming Language), Chisel3, Computer Vision, Deep Learning, Electrical Engineering, Field-Programmable Gate Arrays (FPGA), HTML5 / CSS3, Internet of Things, iOS Development, Java, JavaScript, Kotlin, Leadership, Linux, Linux System Administration, Machine Learning, Meteor.js, MongoDB, Node.js, Programming, Public Speaking, Python (Programming Language), Raspberry Pi, React.js, Shell Scripting, SystemVerilog, Unity3D, Verilog, VR/AR, Xilinx Vivado
About
Undergraduate Computer Engineering student at Carnegie Mellon University interested in computer architecture, FPGAs, and robotics
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