CURRENT STUDYOregon State University
Dual major: Electrical & Computer Engineering + Computer Science · In progress
- Data Science minor
- Mathematics minor
- Physics minor
- Honors College
SYSTEMS ENGINEERING · APPLIED EXPLORATION
Complex systems.
Clear thinking.
Real-world impact.
I’m Joshua Randall. I connect infrastructure, software, and scientific curiosity to build systems people can depend on.
25+ years in technologyOregon State University
Joshua Randall
Oregon State University · Dual major: Electrical & Computer Engineering + Computer Science · In progress
Data Science minorMathematics minorPhysics minorHonors College
MIT · MIT Center for Quantum Engineering · Online professional development quantum curriculum via MIT xPRO · Tuition-based professional study · In progress
Oregon State University · Dual major: Electrical & Computer Engineering + Computer Science · In progressData Science minorMathematics minorPhysics minorHonors College
MIT · MIT Center for Quantum Engineering · Online professional development quantum curriculum via MIT xPRO · Tuition-based professional study · In progress
01 / EXPLORE THE WORK
Ideas you can interact with.
GEOMETRY & PHYSICS
See the shape of an idea.
Explore surfaces, curvature, diffusion, and geometric learning.
Open the Geometry Lab QUANTUM COMPUTINGChange a state. See the result.
Experiment with qubit states, measurement bases, and probability.
Explore a qubit INTERACTIVE WORLDSStrategy comes to life.
Step onto the board with themed pieces and animated captures.
Play Crown & Ash02 / EDUCATION & CONTINUING STUDY
One foundation.
New possibilities.
Connecting years of hands-on work with the science and engineering behind what comes next.
CURRENT STUDYQUANTUM ENGINEERINGMassachusetts Institute of Technology
Online Quantum Engineering Program · Tuition-based professional study · In progress
Quantum systems · Advanced computation
APPLIED FOUNDATION
Technology into practice.
BAS, Information Technology
AAS, Computer & Networking Technology
Pioneer Pacific College · Coding Temple · freeCodeCamp
Professional certifications & technical training
Microsoft
AZ-900 · AZ-104 · AZ-305 · AZ-400 · AZ-800/801 · MS-102 · MD-102 · MS-700 · SC-300
MCP · MCSA · MCSE · MCITP
Infrastructure & vendors
CompTIA A+ · Network+ · Security+ · Linux+ · Server+
Cisco CCNA · VMware VCP · Lenovo · HP · LSCE Server / Storage
03 / THE QUANTUM CONNECTION
Two measurements.
One joint state.
Explore an ideal entangled pair. Choose two measurement bases, run the experiment, and see how the outcomes relate.
|Φ⁺⟩ = (|00⟩ + |11⟩) / √2
The moving cubes are an artistic representation of a joint state. Entanglement does not send a signal between the particles.
JOINT STATE / BELL PAIR
Ideal probabilities: 00 and 11 each occur with probability 50%.