From first login
to real silicon.
A corporate-style engineering environment where students work on real ASIC implementation activities—with mentors guiding the work, the college retaining its infrastructure and IP, and every milestone connected.
Not a training dashboard. Not a collection of lectures. A structured engineering journey: access → assignment → execution → review → iteration → evidence.
08:58 · Ready for stand-up
Your team lead is about to assign the day's engineering tasks.
Everyone sees the same engineering system differently.
Students see work. Mentors see teams and decisions. College leadership sees progress, participation and outcomes.
“What am I doing today?”
Accounts are created by node beyOnd™ using the college-provided email IDs. The student sees the current project, today's assigned task, mentor touchpoints and what is expected by the evening design review.
Assignment → work → review
“What is moving? What is blocked?”
Project managers and team leads assign work, review results, respond to tickets and keep the team moving. Reviews can happen remotely through the college server environment.
Stand-up → ticket → design review
“Is the program actually producing engineering capability?”
The HoD sees a high-level view of participation, project progress, mentor engagement, review cadence and evidence—not a day-to-day task list.
From participation to evidence
Leadership can see that students are not just attending sessions—they are completing engineering work inside the institution's controlled environment, with mentor reviews and project evidence.
Login once. Work where the IP lives.
College infrastructure remains the source of truth for EDA, PDK and design data.
EDA + PDK + design data stay here.
Students work in the lab. Project managers and team leads can review remotely through VPN. The design environment remains under the college's control.
Student
College email account → SiliconMesh™ → assigned workspace → engineering tasks.
Mentor
Project manager / team lead → remote review → college server → same engineering context.
Onboard like an engineering team—not a classroom.
Students build familiarity with the environment and flow before moving into daily project implementation work.
Environment
Linux OS, shell, repositories, collaboration habits and the engineering workspace.
Flow
Advanced process nodes, RTL, synthesis, timing concepts and the ASIC implementation path.
Readiness
Practice the workflow, understand checks, inputs, outputs and review expectations.
Real work
RISC-V design projects, daily assignments, implementation tasks and mentor-led reviews.
A day inside SiliconMesh™.
The demo below plays the journey automatically so students and leadership can see how the platform is actually used.
Mentoring happens where the engineering happens.
Video is the primary human touchpoint. Tickets capture issues that need continuity between meetings.
Review request · timing path issue
“The path is failing after the latest constraint update. I have checked the generated clock definition and attached the latest report for review.”
Video review · work + decision
The mentor reviews the student's actual result, asks why the result changed, and records the agreed next action.
Not “Did you attend?” — “What changed because you worked on it?”
The platform keeps the task, result, review and next action connected.
- Source revision linked
- Implementation run completed
- Timing result captured
- Mentor comments recorded
- Next action assigned
- Student contribution demonstrated
- Engineering issue resolved
- Review accepted
- Evidence attached
- Milestone moves forward
See the experience—not just the interface.
A short visual story of the student journey: access, stand-up, engineering work, mentoring, review and achievement.
Real projects · real mentors · real engineering rhythm
The experience becomes evidence.
Engineering Passport™ turns the work students actually complete into a durable record of demonstrated achievement.
From project work to demonstrated achievement.
Design contributions, execution results, issue resolution, reviews and accepted delivery can accumulate across projects.
A stronger engineering culture.
Students experience professional engineering practice; mentors get a structured operating rhythm; leadership gets visibility into real project activity and progress.
Walk in as a student. Work like an engineer.
The point of SiliconMesh™ is not another screen of numbers. It is a complete operating rhythm around real engineering work.