Hello, I'm

Joshua Hu

|

Sophomore Computer Engineering student at Binghamton University interested in the intersection of hardware and software.

Joshua Hu

Computer Engineering · BU '29

ABOUT ME

Building at the intersection of hardware and software

🎓

Binghamton University

Computer Engineering

📍

Based in

New York, NY

⚙️

Focus

Software / Hardware

🚀

Seeking

Summer 2027 Internships

Hi, and welcome to my personal website! My name is Joshua Hu, and I was born in New York City. I am currently a sophomore studying Computer Engineering at Binghamton University.

EDUCATION

Education

ACADEMIC SYSTEM SIGNAL ACTIVE

MAIN PROCESSOR

Binghamton University

B.S. in Computer Engineering

Expected graduation: 2029

Involvement

Vietnamese Student Association (VSA)
Watson Scholars
Emerging Leaders Program
StackHacks
Binghamton University's Society of Automotive Engineers
First-Year Research Immersion (FRI)

Relevant Courses

Calculus I
Calculus II
FRI Image & Acoustic Signals
Engineering Communications
Engineering Analysis
Physics I

Projects

Binghamton Tier List Web App FRI 3D Image Analysis Arduino Maze Runner Peak Flow Meter

Involvement · Ongoing

Organizations, leadership roles, and campus involvement will be updated throughout my second year.

Relevant Courses · Ongoing

Second-year Computer Engineering coursework will be added as my schedule and focus develop.

Projects · Ongoing

New technical projects and major project updates will be documented here as they progress.

Advanced CourseworkDeveloping deeper computer engineering knowledge Industry ExperienceApplying engineering skills in a professional setting System DesignBuilding larger hardware and software systems

Technical ElectivesRefining hardware and embedded-system interests Senior DesignPreparing for a full-scale capstone project Career PreparationConnecting academic work to future engineering roles

2029 Expected graduation

TECHNICAL EXPERIENCE

Technical Experience

August 2025 - Present

Undergraduate Researcher

First-Year Research Immersion (FRI)

Currently in progress

Overview

I collaborate with a seven-person research team to develop a computer vision and machine learning system for 3D model analysis. I build and train custom convolutional neural networks while testing feature-extraction techniques to improve model accuracy. I also create system diagrams and technical visuals that communicate our workflow and findings for research presentations.

Python PyTorch OpenCV Computer Vision Image Analysis

October 2025 - Present

Student Project Developer

StackHacks

Overview

I worked on B-Ranked, a community-powered tier-list platform designed around life at Binghamton University. My contributions included the sign-up workflow, account authentication, the drag-and-drop tier-list builder, and the database relationships that connect users to their tier lists and comments.

Python Flask JavaScript SQLAlchemy

Feature Highlights

B-Ranked lets students build campus-specific tier lists for dining halls, residence halls, study spaces, clubs, professors, and more. Users can add custom items and images, organize them through a responsive drag-and-drop interface, browse featured and community-created rankings, and participate through likes, comments, and replies. Secure accounts give users ownership of their published tier lists and comments while supporting editing, deletion, and validation that prevents duplicate accounts.

B-Ranked homepage showing featured and saved tier lists — Campus-focused home and discovery experience

B-Ranked tier-list creation interfaces — Custom drag-and-drop tier-list builder

B-Ranked likes and comments interface — Likes, comments, replies, and owner controls

B-Ranked account creation and validation states — Account creation, duplicate detection, and success states

July 2026 - Present

Low Voltage Team Member

Binghamton Motorsports

Currently in progress

Overview

I support collaborative vehicle development through engineering design, technical problem-solving, testing, and hands-on team projects.

ENGINEERING DESIGN DIVISION

Engineering Projects

Engineering Design Division

January 2026 - May 2026

Fish Tank Transport Device

CAD Designer

Overview

I contributed to S.A.L.T., a stabilized transport device designed to move fish tanks safely across indoor and outdoor environments. I focused on the all-terrain wheel and braking subsystem, as well as the thermal, light-blocking, and splash-protection layers that preserve stable conditions for aquatic life during transport.

SOLIDWORKS

Feature Highlights

The team designed a passive-first device that one adult could use to transport tanks from 2.5 to 10 gallons while limiting vibration, water agitation, temperature change, and environmental exposure. For mobility, I evaluated eight-inch pneumatic wheels to improve traction and absorb vibration over concrete, grass, gravel, and uneven terrain, paired with foot-actuated brakes that secure the device during loading and unloading. For aquatic protection, I helped specify a closed-cell neoprene shell and stretch sleeve that provide insulation, block external light, resist water and weather, and conform to different tank geometries.

Front locking caster and rear pneumatic wheel for the fish tank transport device — Front-locking caster and rear pneumatic all-terrain wheel selected for mobility and stability

Fish tank transport device with its outer thermal and light protection shell — Outer thermal and light protection shell surrounding the transport frame

Neoprene stretch sleeve fitted over the top of a fish tank — Flexible neoprene stretch sleeve for splash, light, and insulation protection

October 2025 - December 2025

Arduino Project: Maze Runner

Lead Software Developer

Overview

I led development of the Arduino/C++ codebase for an interactive maze game and contributed extensively to its physical build. I developed the game logic and LCD interface, then breadboarded, soldered, wired, debugged, and integrated the electronics into the finished castle enclosure for the Annual Watson Arduino Expo.

C++ Arduino TinkerCAD

Feature Highlights

Maze Runner is a Shrek-themed embedded game in which players use four directional buttons to guide a character through a custom LCD maze and reach Fiona's castle. I programmed the complete experience, including movement and collision logic, custom LCD characters, a life system, timer, completion bar, wall-hit sound cues, restart controls, and distinct win and game-over screens. I also helped turn the software into a reliable physical product by testing the circuit on breadboards, diagnosing miswired controls, labeling and resoldering connections, and integrating the Arduino, 20x4 LCD, buttons, and speaker into the handmade enclosure.

Completed Shrek-themed Maze Runner castle enclosure — Completed Shrek-themed Maze Runner enclosure with its LCD display and directional controls

Arduino and LCD Maze Runner breadboard prototype — Breadboard prototype used to validate the Arduino, 20x4 LCD, buttons, and game logic before soldering

Joshua developing the Maze Runner circuit and code — Developing and testing the control circuit alongside the online circuit model

Soldering the Maze Runner hardware connections — Soldering and assembling the final hardware after the breadboard validation stage

Open the Wokwi simulation

August 2025 - October 2025

Reverse Engineering: Peak Flow Meter

CAD-Focused Team Member

Overview

I reverse engineered a peak flow meter with a four-person team by disassembling the device and separating it into body, electrical, and power subassemblies. I focused on selecting individual parts from those subassemblies and accurately recreating the components in SOLIDWORKS for the final assembly.

SOLIDWORKS

Feature Highlights

The team reverse engineered an electronic peak flow meter by disassembling the device, identifying its components, and grouping them into body, electrical, and power subassemblies. My work centered on taking parts from across these different subassemblies, measuring and studying their geometry, and recreating the individual components in SOLIDWORKS. Those modeled parts were then brought together in the exploded assembly view to clearly show the device's internal construction and how each component fits into the overall product.

Peak flow meter SOLIDWORKS exploded assembly view — SOLIDWORKS exploded assembly view

June 2024 - August 2024

Intern

Stony Brook University

Overview

My primary work focused on studying and implementing a one-dimensional fluid model based on the Navier-Stokes equations in Python and designing a structural support system for a water channel in Fusion 360. I used numerical methods and plotted results to examine fluid behavior, then iterated on the CAD structure to create a stable, practical support for controlled-flow experiments.

Python NumPy Matplotlib Fusion 360

Highlights

The internship combined computational fluid dynamics, mechanical design, and hands-on engineering exploration. I learned how fluid scenarios are defined through parameters, discretized equations, and boundary conditions. I then used NumPy and Matplotlib to calculate, visualize, and compare numerical behavior with expected physical trends. Alongside the simulation work, I developed a Fusion 360 support structure for an aluminum water channel through repeated design revisions, researched pump options based on efficiency and cost, and explored Arduino sensors through guided hardware exercises.

Fluid simulation plots produced while studying Navier-Stokes behavior — Navier-Stokes simulation results across parameter and boundary-condition changes

CAD drawing of the support system designed for a water channel — Fusion 360 support-system design for the experimental water channel

June 2026 - Present

Website Designer & Developer

Personal Project

Currently in progress

Overview

I designed and developed this personal portfolio to share my education, technical work, projects, and campus involvement through an interactive visual experience. I continue to refine its content, responsiveness, and project presentations as my experience grows.

HTML CSS JavaScript

Feature Highlights

The website combines responsive layouts with interactive storytelling. Its main features include a personal introduction, an expandable circuit-board education timeline, a pinned technical-experience board, and lanyard-inspired cards for leadership and community involvement.

Responsive introduction and personal profile

Circuit-board education timeline for Binghamton University — Interactive circuit-board education timeline

Technical experience section presented as a sticker pegboard — Clickable technical experience sticker board

BEYOND THE TECH

Experience

August 2025 - December 2025

Activity Lead

Emerging Leaders Program - Technology in Society

I designed and led two interactive activities that introduced AI literacy concepts across 13 high school classes. I helped translate technical ideas into approachable lessons, guided students through the activities, and worked with my team to co-manage a $200 program budget. At the conclusion of the program, I presented our outcomes at the annual symposium to peers, mentors, and program directors.

April 2026 - Present

Event Coordinator

Vietnamese Student Association

Currently in progress

I coordinate the planning and execution of Mister and Miss Asia, a cultural showcase for more than 150 attendees. I manage the venue, catering, budget, rehearsals, and day-of logistics while coordinating publicity, fundraising, media, and treasury tasks across the executive board. I also guide contestants through weekly practices, provide performance feedback, and organize promotional content and outreach with other student organizations.

February 2026 - Present

Project Management Intern

StackHacks

Currently in progress

I improve coordination across four technical project teams by tracking goals, tasks, progress, and key learning outcomes. I help teams stay aligned and make their work visible while identifying where additional organization or support is needed. I also lead beginner-friendly programming events that introduce students to coding through approachable presentations and hands-on activities.

August 2025 - Present

Scholar

Binghamton University Watson College Scholars Program

Currently in progress

Scholar of the Month

Emerging Scholar Award

I participate in academic, professional, and community-building opportunities through the Watson College Scholars Program. I engage with fellow scholars, faculty, and program resources that support my growth as a Computer Engineering student while continuing to develop my technical interests, leadership skills, and involvement across campus.