Hi, I am Yafang Wu.
Pronounced /yʌfɑŋ/, or "Yah-fun."
Electrical Engineer
Since the age of 15, engineering has held a profound fascination for me. I love engaging with challenging ideas, exploring innovative problem-solving approaches, and creating unconventional yet exceptional solutions.
Contact MeAbout Me
Introduction
I graduated from Rensselaer Polytechnic Institute in 2023 with a deep
passion for a multitude of engineering disciplines, and my diverse background provides me with
unique insights, allowing me to come up with unexpected yet awesome solutions to problems.
As I seek out opportunities in the field, I am continuously expanding my knowledge and skills in different engineering disciplines, I am currently working toward my E.I.T. Certification in Electrical and Computer Engineering. After all, there is always something new out there!
Experience
Completed
Skills
Technical CompetenceC++
IntermediateMATLAB
BeginnerPython
AdvancedAutodesk Fusion 360
ProficientCadence Virtuoso
IntermediateLogicWorks
BeginnerSiemens NX
ProficientSOLIDWORKS
ProficientSkills
3D Printing
ProficientCAD
ProficientEmbedded Controls
IntermediateEngineering Design Process
AdvancedIntegrated Circuit Design
BeginnerMicrocontrollers
IntermediateLaser Cutter
ProficientMachine Shop Tools
AdvancedMicrocontrollers
IntermediateRenewable Power Generation
IntermediateSensors
AdvancedSimulink
BeginnerVLSI Design
BeginnerProjects
Skills applied: 3D
printing, Bluetooth Beacon, CAD, Design Analysis, Design Report, Project
Development, Prototyping, Schematics, Sensors(LiDAR, IMU), Wiring.
In collaboration with Boeing professionals, the
team at RPI aimed to revolutionize aircraft exterior scanning, creating a precise
digital twin for failure inspection with 0.5in precision, documenting failure point
imagery, and coordinates.
Responsibilities encompassed project development, CAD design, 3D printing, Bluetooth
beacon creation, prototype testing, and integrating LiDAR and IMU sensors.
The image depicts the initial mount design for the
electronic components, employing interlocking mechanism for effortless disassembly
during inspections, eliminating the need for screws or glue.
The CAD rendering displays the electronic mounts
designed for easy disassembly and quick access to its components. Calculations
factored in 3D printing material expansion and tolerances to ensure optimal
functionality
The image captures the testing phase of the
assembly, accessing both output precision and electronic noise interference.
Skills applied:
Arduino, Bluetooth,
Laser Beam, Laser Cutter, Living Hinge, Motors, Power System, Project Development,
Resistors(Photoresistor, Potentiometer), Schematics, Soldering, Wiring.
The puzzle box features intricate locking
mechanisms requiring precise adjustments, including decorative elements, remote
keys, and a yin-yang symbol. Crafted without 3D CAD, it showcases advanced spatial
visualization and laser cutting skills. Illuminated dragon eyes indicate progress,
and its dictionary-like design blends seamlessly with other books, offering both
practicality and novelty.
The image depicts a Bluetooth remote controlling
circuit, integrated with Arduino, undergoing testing alongside a potentiometer.
The image depicts the practical use of the puzzle
box, where two individuals who forgotten their phones overnight engaged in puzzle
solvings to retrieve their devices the following day. This not only offered a secure
place for lost and found, but also provided an enjoyable interactive activity that
many people participated in.
The image depicts the second iteration of the
puzzle box, integrating new design features like light reflection, laser beams,
photoresistors, and living hinges.
Skills applied: 3D
printing(ABS, Carbon Fiber, PLA, TPU), Hand Tools, Lift Mechanism, Linkage and Gear
Mechanism, Machine Shop Tools, Motors, Pneumatic, Project Management, Prototyping,
Soldering, SOLIDWORKS, Wiring.
Led Team 4454 of 20+ teammates in the FIRST
Robotics Competition.
Led 2+ subsystems of 4+ teammates each year and assisted other subsystems at any
opportunity.
Became proficient in the engineering design process and participated in the
research, design, prototype, CAD, and assembly of 3+ robots, and mentored new
teammates.
An "S" shaped ball shooter
with a unique curved design tailored for launching projectiles, and a mechanism for
easy ball replacement facilitated by gravity.
The picture portrays a 1:16 scale model of the
team's robot, meticulously crafted using its CAD design and partially fabricated on
the laser cutter to produce microscale components.
Skills applied: 3D
Printing, Arduino, Bluetooth, C++, Design Report, Fusion 360, LCD, Power System,
Project
Development, Schematics, Soldering, SOLIDWORKS, Wiring.
The image showcases a pair of futuristic glasses
incorporating an Arduino Nano, designed to project words onto a translucent acrylic
lens. This innovative technology enables users to read information from the screen
while
maintaining awareness of their real-life surroundings.
The image depicts testing procedures where a
translucent acrylic sheet is utilized as a monitor screen, showcasing its viability
for
this application.
Skills applied:
LED, Power System, Prototyping, Sewing.
The image showcases the electronics and
power sources embedded under a light-up skirt, which are the mechanisms that
powering the illumination.
The image showcases the lightup skirt in
the twilight sky.
Skills applied:
Adobe Illustrator, Laser Cutter.
This series of projects delved into an
array of laser cutting techniques, encompassing intricate engraving, precise
cutting, and manipulation of material properties through pattern cutting. A
diverse range of materials, including gemstone, ultra-thin paper (0.10mm
thick), and fabric, were also incorporated.
The images showcases meticulously laser cut and
engraved paper pieces of exceptionally small size, highlighting the precision
achievable with this technology.
The image showcase wood being laser-cut into a
living hinge using a specialized pattern, transforming a piece of solid wood into a
flexible component. This demonstrates the versatility of laser cutters in altering
material properties.
The image showcases a laser-cut wooden piece,
demonstrating both cutting and engraving techniques achieved through laser
technology.
3D printing(ABS, Carbon
Fiber, PLA, TPU), Auotodesk Fusion 360, CAD, Siemens NX, SOLIDWORKS, Tolerance
Calculation, Troubleshooting.
Utilizing SOLIDWORKS CAD, the 3D printing and
performance evaluations of a carbon fiber reinforced gear mechanism were conducted,
showcasing proficiency in CAD design and thorough understanding in material
selection for mechanical applications.
The images depict a cactus shaped electronics
holder designed and rendered through Fusion 360 and then 3D printed, highlighting
proficiency in diverse CAD programs and additive manufacturing, while also
presenting a fun challenge for mastering novel techniques.
The images depict the designing and 3D printing of
a grappling hook for testing purposes without utilizing any printing supports,
demonstrating proficiency in CAD design and 3D printing techniques for complex
objects.
The images depict the designing and 3D printing of
a bird cage with a configuration optimized for support-free printing, demonstrating
mastery in both design and efficient 3D printing techniques
More Projects!
Machining
Machining
-
The design was drafted with precise measurements, with dimensions marked in layout fluids, and crafted using lathe, CNC lathe, and milling machine. Varied surface finishes were expertly applied, showcasing mastery across a range of machining techniques.
Embedded Controls
Embedded Controls Project
-
Utilizing C++ and embedded controls programming techniques such as port initialization and pulse-width modulation, the microcontroller robotic car performed an array of movements and additional functions, such as flashing lights in various patterns.
Greenwall
Greenwall
-
The images depict the process of a 3D printed cactus-shaped electronic holder, and the development of a circuit that regulates water valves based on soil moisture levels using sensors, all as integral components of an unified green wall system, highlights proficiency in managing multifaceted projects.
LEGO Mindstorm Ev3
LEGO Mindstorm Ev3
-
The images depicts the collaboration with a professor for the development of a summer course centered on sensor technology utilizing programmable LEGO Mindstorm EV3 and Python coding, showcasing both a deep understanding of the subject matter, and adeptness in teaching and debugging techniques.
Fiberoptic Fabric
Fiberoptic Fabric
-
The images depicts the design of a fiber optic fabric with a distinctive lighting pattern, diverging from conventional straight lines and remaining invisible in well-lit rooms, showcases innovative integration of fiber optics and LED technology, catering to practical needs and fashion aesthetics while highlighting the versatility and potential of such technology.
