01
Requirements & architecture
Traceable requirements, interfaces and feasibility.
DEFINESTJOBUS / PRODUCT ENGINEERING
Complex products.
Dependable systems.
One engineering partner for the hard parts between prototype and production—across electronics, embedded software, cloud, applications and AI.
From bench to fieldOne stage · specialist support · full lifecycle
ENGINEERING / 001CONCEPT → PRODUCTION
DEVICE→DATA→DECISION
Our stackOne connected system
01Hardware
02Firmware
03Cloud
04Web + mobile
05AI
01 / Services
Every layer of the
product, in one view.
Join for one stage, specialist depth or full product delivery.
01Explore & prototypeTest the riskiest idea02Build the productHardware, firmware and control03Connect intelligenceCloud, apps and AI04Prove & transitionValidation, EMC and production05Strengthen your teamSpecialist support at any stage
02
Prototype & concept validation
Proof-of-concept hardware, firmware or software to test the riskiest assumptions.
VALIDATE03
Embedded & firmware
MCUs, RTOS, Linux, drivers, diagnostics and OTA.
CONTROL04
Cloud, web & mobile
APIs, device data, dashboards, portals and apps.
CONNECT05
Algorithms & Edge AI
Signal processing, sensor fusion, TinyML and anomaly detection.
INTERPRET06
Electronics & enclosure
PCB, mixed-signal design, 3D CAD, fit, thermal and DFM.
PACKAGE07
Electrical panel design
Panel layouts, wiring diagrams, components and controls.
INTEGRATE08
EMC & EMI certification
Pre-compliance reviews, lab coordination and corrective design.
PROVE09
Production transition
DFM/DFA, manufacturing files, suppliers, pilot builds and handover.
SCALE10
System integration & validation
Test hardware, firmware, cloud and user flows with release evidence.
VALIDATE11
Engineering support at any stage
Join at discovery, design, build, verification or production. Add capability to accelerate delivery and strengthen your team.
AUGMENT12
Component value engineering
Cost-down reviews, alternate parts, supply risk and derating.
OPTIMISE13
Maintenance & lifecycle support
Field diagnostics, corrective updates, revalidation, spares and obsolescence planning.
SUSTAIN02 / Technical depth
Technical depth.
Visible in the details.
Hardware, firmware, data, cloud, applications, AI and lifecycle engineering in one connected system.
See our delivery path ↗System architectureSignals become outcomes
01ComputeMCU · SoC · SoM · GPU
→02StorageRAM · Flash · Data
→03SensingInputs · ADC · Signals
→04ActuationOutputs · Drives · Control
→05CommunicationCAN · Ethernet · Wireless
Product layerFirmware→Cloud→Web→Mobile→AI / ML→Lifecycle
Typical outputsDecision recordWorking prototypeTest evidenceProduction pack
Compute platforms
Select processing, memory and acceleration around latency, power and product life.
Firmware engineering
Drivers, middleware, diagnostics, update paths and fault handling built for maintainability.
Electronics design
Partition the design, place with intent and route for performance and manufacture.
Power & signal integrity
Control rails, decoupling, return paths, crosstalk and high-speed interfaces.
Thermal & mechanical
Move heat, protect margins and keep components within limits over their service life.
Quiet, robust operation
Suppress noise at its source with grounding, filtering and shielding that improve reliability.
Connected applications
Device identity, event pipelines, dashboards and mobile workflows that stay observable.
AI/ML engineering
Build data pipelines, evaluate models, optimise inference and monitor performance at the edge and in the cloud.
Standalone to machine-integrated
Portable field devices, bench-top products, mechanical enclosures and electrical panels designed to integrate with larger machines.
03 / Industries
Where engineering
has to hold up.
Field conditions, safety, connectivity and people—not just the lab—shape every design decision.
01
Robotics & industrial automation
Motion, control, industrial networks and condition monitoring.
02
Agritech & smart farming
Field sensing, irrigation controls and connected equipment.
03
Smart home & consumer IoT
Low-power devices, mobile control and secure updates.
04
Healthcare & medical technology
Wearable sensing, monitoring and connected clinical workflows.
05
Energy & utilities
Metering, equipment telemetry and renewable systems.
06
STEM & education technology
Programmable learning kits and companion applications.
07
Telecom & networking
Gateways, wireless interfaces and remote diagnostics.
08
Transport & mobility
Vehicle connectivity, telematics and fleet platforms.
04 / Approach
Progress you
can see.
When a prototype is promising but not yet dependable, we turn uncertainty into evidence—one engineering gate at a time.
- 01FrameUse case, requirements and feasibility
- 02PrototypeTest the riskiest assumptions with a focused proof of concept
- 03ArchitectSystem design, interfaces and risk
- 04BuildHardware, firmware, apps and AI
- 05ProveIntegration, test, EMC and certification
- 06TransitionProduction handover and lifecycle support
05 / Applications
Engineering in
the real world.
Representative application patterns showing how the stack comes together.
Connected devices
Reusable embedded platform
PCB · Firmware · Cloud API · Mobile interface
Industrial automation
Real-time intelligent controller
RTOS · CAN FD · Edge AI · Diagnostics
Healthcare technology
Wireless physiological sensing
Signal acquisition · BLE · Analytics · Cloud06 / About STJOBUS
Good engineering
feels connected.
STJOBUS is a Melbourne engineering partner for teams building dependable electronic and connected products.
01Whole-systemHardware, software and mechanical decisions made together.
02Evidence-ledPlans, tests and artefacts you can review.
03Production-mindedCost, manufacturability and lifecycle considered early.
Careers
Build what reaches the real world.
07 / Contact
What needs to
work next?
Tell us where the product is stuck—from concept to production.
Emailinfo@stjobus.com
LocationMelbourne, Victoria, Australia