HH
Telecommunication Engineer specializing in VLSI design and applied machine learning.
B.Sc. student at Chittagong University of Engineering & Technology (CUET) with hands-on experience in IC layout and semiconductor design, embedded systems, and machine learning — focused on building reliable, technology-driven solutions.
Custom and semi-custom layout in Cadence Virtuoso, physical verification (DRC, LVS), and CMOS digital logic and standard cell design.
Training and fine-tuning models — from classical ML with scikit-learn to deep learning with PyTorch, including computer vision.
Microcontroller-driven hardware — sensors, motors, and the firmware and web layers that connect them to the world.
Full front-end-to-backend builds, from UI/UX wireframes to CMS-driven sites — including an industry internship in the field.
Finishing my B.Sc. in Electronics & Telecommunication Engineering at Chittagong University of Engineering & Technology (2022–2026), with project work spanning semiconductor layout, embedded IoT systems, and applied machine learning. Read more on the about section, or see what I've built in the portfolio.
Background, education, and professional experience — from IC layout to applied machine learning.
I'm a B.Sc. Engineering student with a multidisciplinary background spanning semiconductor technology, hardware development, software, and machine learning. My project work runs from custom IC layout in Cadence Virtuoso, through embedded microcontroller systems, to training and fine-tuning deep learning models — with an emphasis on system design, analytical problem-solving, and building practical, technology-driven solutions.
I'm drawn to the seam between hardware and intelligence: understanding a circuit at the transistor level, then bringing that same precision to the models and software layered on top of it.
Chittagong University of Engineering & Technology (CUET)
Chittagong Cantonment Public College
Chittagong Collegiate School
GOVALY PTE LTD. Completed a hands-on industrial attachment focused on web development, gaining direct exposure to how industry professionals build, optimize, and scale web applications in a real-world business environment.
Recognized for exceptional research presentation and the ability to convey complex ideas with clarity and confidence in a competitive scientific communication format.
IBM, via Coursera
University of Michigan, via Coursera
University of Michigan, via Coursera
A practical toolkit spanning IC design, programming, and embedded systems — organized by application area, not ranked by percentage.
Topics I study and follow outside coursework — many of which directly inform my project work.
The path from a logic diagram to a physically verified layout — and what working at that scale teaches about constraints.
Applying deep learning to satellite imagery — segmentation, land-cover classification, and what the models get wrong.
Where firmware meets the physical world — microcontrollers, sensors, and the web layer that ties them together.
Presenting research clearly under a time limit — a skill I've been sharpening through competitions like 3-Minute Thesis.
Physics and mathematics olympiads as a habit of keeping the fundamentals sharp between larger projects.
A long-running hobby alongside engineering — placed 4th in a district-level drawing competition.
Academic and independent projects spanning IC layout, embedded IoT systems, machine learning, and web development. The complete repository history is available at github.com/HamedHasann.
Fine-tuned a hierarchical transformer (SegFormer, MiT-B5) for 7-class land-cover semantic segmentation on the LoveDA benchmark — 81.54% pixel accuracy and 55.31% official mIoU, outperforming PSPNet and UNetFormer baselines.
View on GitHubTeam project built around an ESP32 microcontroller driving a stepper motor through a motor driver, paired with a website handling product selection, mobile banking payment, and a database for transactions and inventory.
View on GitHubBuilt a full university website from the ground up — UI/UX wireframing, a responsive front end, and backend/CMS integration for dynamic content like announcements, an event calendar, and a student portal.
View on GitHubCustom and semi-custom IC layout, schematic capture and simulation in Spectre, and physical verification — applying CMOS digital logic and standard cell design principles. The workflow covered floorplanning, cell placement, and routing, followed by design rule checking (DRC) and layout-versus-schematic (LVS) verification to confirm the physical layout matched the intended circuit. Extracted parasitics were then used to re-simulate the design, helping validate timing and functional correctness before finalizing the layout.
View on GitHubSignal-processing work on noise reduction, implemented in MATLAB as part of the EDGE project coursework. The project involved analyzing noisy signal data, designing and applying digital filters to suppress unwanted noise components, and comparing the filtered output against the original signal to evaluate the improvement. It reinforced core concepts in time- and frequency-domain analysis, filter design, and practical signal conditioning.
View on GitHubCenter-tapped transformer power supply converting 220V AC mains into regulated 9V, 6V, and 5V DC outputs, using a full-wave rectifier, capacitor filtering, and 7809/7806/7805 linear regulators. Bench-tested on a breadboard, holding all three rated outputs under load with no abnormal heating.
View on GitHubShort write-ups documenting projects, lessons learned, and technical challenges encountered along the way.
Notes on adapting a hierarchical transformer to the LoveDA benchmark — what pushed accuracy past the PSPNet and UNetFormer baselines, and what didn't work.
Walking through a custom layout, and where DRC and LVS caught mistakes the schematic simulation didn't.
How the stepper motor, payment flow, and inventory database fit together — and where the team hit integration issues.
Open to full-time roles, internships, and collaborations. Reach out directly, or use the form below.
Education, projects, certifications, and experience in one PDF.