Engineering ownership
Defined technical workstreams and deliverables.
Dedicated semiconductor engineering. Built around execution.
AionSi builds dedicated engineering teams around semiconductor workstreams in Design Verification, Physical Design and DFT/DFX — combining specialist engineering depth, technical ownership and governed delivery.
01
Design Verification
IP • Subsystem • SoC • UVM • Coverage • Debug
02
Physical Design
Implementation • STA • Timing Closure • Sign-off
03
DFT / DFX
DFT • Scan • ATPG • DFX • Test Readiness
An ODC is more than engineering headcount.
The AionSi model is designed around technical ownership of defined engineering workstreams — with specialist engineers, technical leadership, delivery governance and milestones aligned to the customer's program.
Specialist depth
Teams built around semiconductor engineering disciplines.
Scalable execution
Proven workstreams can grow into dedicated pods.
Specialist engineering depth where AionSi has evidence to show.
Design Verification
Verify IP, subsystems and SoCs with structured, coverage-driven execution.
SystemVerilogUVMAssertionsFunctional coverageRegressionDebug
Physical Design
Support the implementation and sign-off path from RTL/netlist through timing closure.
SynthesisPhysical implementationSTATiming closureECOPhysical verification
DFT / DFX
Support design-for-test and design-for-X engineering for complex semiconductor programs.
DFT engineeringScanATPGDFXDFT verificationTest readiness
ODC experience across real semiconductor engineering work.
ODC 01
ConfidentialAutomotive Semiconductor — DFT / DFX Engineering
Domain
Automotive semiconductor
Engagement
Dedicated engineering ODC
Representative scope
DFX / DFT engineering, test-oriented design support and customer-aligned semiconductor execution.
What the engagement demonstrates
- Specialist DFT / DFX engineering capacity
- Dedicated technical ownership of defined workstreams
- Structured execution inside a semiconductor development environment
- Governed milestone-based delivery
ODC 02
ConfidentialTransceiver IP & Subsystem — Design Verification
Domain
Semiconductor IP / subsystem
Engagement
Dedicated engineering ODC
Representative scope
IP and subsystem verification with planning, environment development, stimulus/checking, regression, coverage and debug.
What the engagement demonstrates
- IP-level and subsystem-level verification execution
- Coverage-driven regression and closure
- Debug and issue-resolution ownership
- Dedicated team execution against defined milestones
Customer names, product names and confidential implementation details are intentionally omitted where disclosure is restricted. The examples describe representative engineering scope and delivery characteristics without exposing customer-sensitive information.
Implementation, timing and sign-off engineering.
AionSi's physical-design positioning is focused on the engineering path from RTL/netlist through implementation, timing closure and physical verification.
01
Implementation
Synthesis, floorplanning, placement, CTS and routing.
02
Timing
STA, constraint analysis, optimization and ECO-driven closure.
03
Sign-off
Physical verification and sign-off readiness.
Infrastructure ready for dedicated semiconductor execution.
AionSi can support dedicated engineering workstreams with controlled access, customer-aligned workflows, technical collaboration and governed delivery. This section is intentionally designed to accommodate approved infrastructure photography as the visual evidence matures.
Dedicated engineering workspaceControlled accessCustomer-aligned workflowsTechnical collaboration
01
Engineering workspace
02
Verification environment
03
Secure collaboration
Customer control. AionSi execution.
Customers retain product architecture, roadmap and final technical decisions. AionSi owns defined engineering workstreams, delivery execution and agreed milestones.
Customer retains
AionSi owns
Product architecture
Assigned engineering workstreams
Product roadmap
Engineering execution
Final technical decisions
Milestone delivery
Acceptance criteria
Engineering deliverables
IP / product ownership
Team management & governance
From one measurable workstream to a dedicated engineering pod.
01
Technical discovery
02
Engineering scope
03
Team formation
04
Technical onboarding
05
Workstream execution
06
Scale
Governance designed for semiconductor programs.
Technical lead ownership
Milestone tracking
Deliverable ownership
Issue and risk tracking
Quality / closure metrics
Customer reporting
Built for confidential semiconductor engineering.
NDA-first engagement, customer-aligned tools and processes, controlled engineering access and deliberate anonymization of customer-sensitive program information.
Have a semiconductor workstream that needs dedicated engineering capacity?
Start with one defined engineering problem. Validate execution. Scale into a dedicated ODC when the engineering case is proven.
Representative engagements are presented at a high level. Customer and product details remain confidential where restricted by NDA.