I was born and raised in Indonesia, spending my first 11 years in Jakarta before moving to Irvine, California. Growing up between two very different worlds taught me to adapt quickly and stay curious — traits that shaped how I approach engineering today.
There's something about having to rebuild your world from scratch that makes you comfortable with ambiguity. That mindset follows me into every hard problem I work on.
Started life in one of the world's most dynamic cities.
New language, new school, new culture — adapted fast.
Admitted to the #1 public university for Electrical Engineering & CS.
Engineering, to me, is about understanding the foundations of the modern world and using that knowledge to build things that matter. I'm drawn to every level — from silicon to software.
I'm especially interested in the intersection of hardware and AI: how physical constraints of silicon meet intelligent systems. It feels like the frontier of everything interesting right now.
My long-term goal is to contribute to technologies that advance the future of computing — from the silicon level to intelligent systems — and build tools with real, lasting impact.
Right now I'm especially excited about hardware-AI co-design: how we build chips optimized for intelligent workloads. I think the next decade of breakthroughs lives at that boundary.
Looking for SWE, hardware, or AI systems roles — building real things at scale.
Graduating with focus on computer architecture and AI systems.
Contribute to the next generation of computing — silicon to intelligent systems.
I want to live a life full of experiences. I love being active and outdoors — hiking, trying new sports, exploring new places. Physical challenge resets the mind in a way no screen can.
I also love quiet time: learning new skills out of pure curiosity, working on creative projects, reading things completely unrelated to engineering. The best engineers have wide-ranging interests.
Growing up between Indonesia and California means I have a deep appreciation for food, culture, and travel. There's no better way to think differently than experiencing how other people live.
Fluent in English and Indonesian. I think in both, sometimes simultaneously.
Literally made a working MOSFET on a silicon wafer in a cleanroom. Not everyone can say that.
Designed the circuit, built it, then played through it. Engineering meets music.
Try the icon in the bottom-right corner. I built it. It knows quite a bit about me.
Description
↩ tap to flipDesign project: implementation of a full three-stage RISC-V processor system, with caches, graphics acceleration, and external peripheral components. The design is mapped and demonstrated on an FPGA hardware platform.
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↩ tap to flipIn-progress full-stack AI-powered platform integrating simulations, data analysis and generation. Built with a scalable architecture, tier-based access control, usage tracking, and responsive UI design for real-world deployment.
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↩ tap to flipFabricated MOS transistors and microstructures on silicon wafers using processes like oxidation, ion implantation, lithography, and etching, and evaluated their electrical and mechanical performance.
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↩ tap to flipModeled and designed an NMOS transistor across operating regions (cutoff, triode, saturation), extracting key parameters and validating behavior with SPICE simulations. Analyzed short-channel effects, threshold shifts, and variability; documented design trade-offs and measurements.
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↩ tap to flipDesigned and built a circuit that takes as input the signal from the output jack of an electric guitar, processes the signal to both enhance its treble (i.e., high frequency) content and raise its amplitude.
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↩ tap to flipFunctionality: display time and counts steps per day (accelerometer). Power source is from lithium batteries that go through a regulator to power the ESP32. Layout: accelerometer, display screen, and a button all connected to the ESP32. Buttons can switch between displaying the count steps and the time.
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↩ tap to flipBuilding a voice controlled car, by understanding DACs, ADCs, PWM, BJT, Mic board circuits.
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↩ tap to flipBuilt a light-sensing circuit using a photodiode to scan real images and applied linear algebra and matrix representations to model image data. Reconstructed images through linear systems theory and Fourier transforms, demonstrating how mathematical tools translate into practical imaging applications.
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↩ tap to flipDesigned and implemented an end-to-end encrypted sharing system supporting user registration, invitation, revocation, and tamper-evident storage. Combined asymmetric keys for identity with symmetric encryption for content, plus HMACs and nonces to prevent replay and forgery.
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↩ tap to flipPerformed hands-on exploitation of unsafe string operations and stack frames, crafting inputs that trigger buffer overflows and control-flow hijacking. Used disassembly and debugging tools to reason about calling conventions, mitigations (ASLR/DEP), and secure coding practices.
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↩ tap to flipDesigned a working CPU from first principles, integrating an ALU, register file, instruction decode, and control unit. Implemented and verified ISA functionality and hazards, then analyzed performance and correctness on test programs.
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↩ tap to flipBuilt a terminal snake game in C with careful pointer use and dynamic memory management. Focused on clean APIs, unit tests, and robustness against invalid input and edge cases.
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↩ tap to flipAccelerated an image classifier by optimizing memory access patterns and computation kernels. Explored vectorization and cache-friendly layouts to reduce runtime while preserving correctness.
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↩ tap to flipBuilt generic graph search solvers and admissible heuristics to navigate grid worlds efficiently. Compared completeness and optimality of BFS/DFS/UCS, and tuned A* for strong runtime with minimal path cost.
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↩ tap to flipImplemented adversarial planners for stochastic, multi-agent environments. Built evaluation functions and pruning strategies to act robustly against opponents and chance nodes under depth limits.
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↩ tap to flipSolved grid-world tasks using dynamic programming and model-free learning. Tuned discount, exploration schedules, and learning rates to converge to policies with strong expected returns.
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↩ tap to flipTracked hidden agents by updating belief distributions over positions using noisy sensor models and transition dynamics. Compared exact and approximate inference for speed vs. accuracy.
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↩ tap to flipImplemented and compared classic classifiers on image/text tasks. Built data pipelines, engineered features, and analyzed accuracy/precision-recall tradeoffs under cross-validation.
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↩ tap to flipDeveloped a 2D tile-based world generation game in Java featuring randomized terrain, user interaction, and persistent save/load functionality.
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↩ tap to flipA's Before BaeS: Designing and building an application for students to find study partners. Users can create their own profile and swipe on other profiles to find ideal partners.
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↩ tap to flipImplemented the tile-merging logic, scoring, and win/lose conditions for the classic puzzle. Structured a clean model with deterministic testing to validate all move edge cases.
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↩ tap to flipBuilt a generic double-ended queue using a sentinel doubly linked list. Supported amortized-constant front/back operations and thorough unit tests for correctness and edge cases.
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↩ tap to flipImplemented a deque backed by a circular array with dynamic resizing. Ensured constant-time amortized operations and efficient memory usage with minimal copying.
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↩ tap to flipBuilt a word-frequency exploration tool over large corpora. Parsed datasets, modeled relationships among terms, and answered time-bounded queries with efficient indexing and graph traversal.
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↩ tap to flipProgrammed a dice game engine with turn logic, special rules, and scoring strategies. Used higher-order functions and randomness to evaluate tactics over many simulated games.
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↩ tap to flipBuilt a typing-assistant that measures speed/accuracy and provides autocorrect suggestions using customizable edit-distance functions. Implemented performance tracking and fairness across players.
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↩ tap to flipDeveloped a strategic tower-defense simulation using object-oriented design. Implemented specialized unit behaviors, resource constraints, and game progression with clean class hierarchies.
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↩ tap to flipImplemented a functional language interpreter supporting nested expressions, lexical scoping, special forms, and tail recursion. Built a REPL and evaluator with environment frames and dynamic error handling.
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