Aashlesha Khanna
Computer Engineering @ UofT ECE (Canada's #1 Engineering School) | AMD Co-op (TPM + Power) | Hardware-software automation for faster board bring-up
I build systems that make hardware teams faster—automation for power analysis, SI/SerDes parameter tuning, and program tracking that unblocks board builds and reduces engineering time.
Reduced engineering effort via power automation
Builds visibility via SQL + Power BI dashboards
Genetic algorithm tuning of SerDes RX parameters
Where I've Made Impact
16 months at AMD building systems that accelerate hardware development
Technical Program Manager Co-op
AMD
Markham, Ontario • May 2024 – Aug 2025
Led cross-functional coordination for Data Center GPU NPI programs, managing Power, Signal Integrity, and Firmware teams to align on project milestones and board procurement.
Power System Design Engineer Intern
AMD
Markham, Ontario • May 2025 – Aug 2025
Developed Python automation tools for power block efficiency calculations and loss analysis, significantly reducing manual engineering effort.
Technical Portfolio
From SerDes optimization to PCB design — hardware-software projects that solve real problems
Signal Integrity & DSP Optimization — AMD SerDes
Jul 2025 – Aug 2025
Developed genetic algorithm optimization in Julia for CTLE/DFE/EQ tap tuning with BER objective across PAM-2/4/8 modulation schemes.
Signal Flow Graph Simulator for Analog Circuits
Apr 2025 – Present
Web-based CAD tool that imports LTspice netlists, constructs signal flow graphs, and performs stability analysis with parameter manipulation.
Flexible Radio Transceiver RX Chain
2024
Designed and tested RX chain including filter, limiter, quadrature mixer, and amplifier with full PCB design in Altium and lab validation.
TX Quadrature Mixer SDR
2024
Software-defined radio transmitter with quadrature mixer implementation.
Satellite Attitude Determination PCB — UTAT
2023-2024
PCB design for satellite attitude determination system as part of University of Toronto Aerospace Team.
Handwriting Recognition System
2023
Machine learning model for handwriting recognition using neural networks.
AI Email Helper
2023
AI-powered email composition and response assistant.
Skills with Proof
Every skill is backed by real work experience and project outcomes
How I Work
My Focus in Semiconductors
My focus in semiconductors is building systems that accelerate hardware development—from power analysis automation to cross-functional program execution. I thrive at the intersection of hardware understanding and software tooling.
University of Toronto ECE
Bachelor of Applied Science in Computer Engineering
🏆 Canada's #1 Engineering School
Edward S. Rogers Sr. Department of Electrical & Computer Engineering — Globally ranked, producing top talent for semiconductor, tech, and finance industries
Expected Graduation: 2026 • Minors: Artificial Intelligence, Business
Best-Fit Roles
Working Style
Operating Mode
Execution-first: plans → checkpoints → measurable outcomes
Team Style
Leads through alignment + clear ownership
Communication
Direct, positive, and high-trust
Execution
Sets goals, monitors progress, takes initiative. Strong at plans, record-keeping, accuracy/detail, learning new procedures fast.
Managing Others
Motivates people, aligns them behind a vision, gives feedback, prioritizes work, builds team spirit, collaborates to reach goals.
Communication
Knows the right thing to say, reads how people will react, speaks clearly, positive and sociable.
Working With Me
"Give me a measurable goal + constraints → I'll build a plan, track progress, and unblock people. I communicate directly and early; I'll surface risks before they become surprises."