CAP-01
Systems engineering
Translate complex requirements into architectures with clear interfaces, measurable risks and an executable validation path.
- Requirements and interface control
- Architecture and trade studies
- Verification planning
Integrated engineering / 01
From difficult questions to dependable systems.
EBAT brings research, controls, software and field engineering into one accountable team. We turn operating constraints into technology that can be tested, deployed and maintained.
01Input
02Model
03Build
04Proof
System state / verified
One team across the complete technology stack.
Our disciplines are organized around the system outcome, not departmental handoffs. Each engagement combines the right depth of physical, digital and operational expertise.
CAP-02
Automation and controls
Build deterministic control layers that connect equipment, operators and plant systems without obscuring how decisions are made.
- Motion and process control
- Industrial connectivity
- Safety and interlocks
CAP-03
Data and intelligence
Turn machine signals into trusted operational context through observable pipelines, interpretable models and useful interfaces.
- Edge data architecture
- Predictive analytics
- Operator decision support
CAP-04
Lifecycle services
Protect performance after commissioning with diagnostics, structured knowledge transfer and a practical improvement backlog.
- Field commissioning
- Reliability engineering
- Training and sustainment
Evidence at every engineering decision.
A gated path reduces uncertainty before it reaches operations. Teams can see what has been learned, what remains open and what qualifies the next step.
- 01
Discover
Observe the process, map constraints and define the outcome in operational language.
- 02
Architect
Compare solution paths, expose interfaces and retire the highest technical risks first.
- 03
Prototype
Create representative hardware and software that answers the critical unknowns.
- 04
Validate
Test performance, failure behavior, security and maintainability against agreed criteria.
- 05
Deploy
Commission in the field, transfer knowledge and measure real operating results.
An engagement model matched to the problem.
Some challenges need a focused technical answer. Others need a multidisciplinary program or a long-running engineering partner. Scope and governance adapt without lowering rigor.
MODEL / A
Embedded team
Specialists join your delivery organization and work inside established technical governance.
- Best suited to
- Capability gaps and critical workstreams
- Working cadence
- Integrated weekly delivery
MODEL / B
Outcome program
EBAT owns a defined result from architecture through field acceptance with transparent gates.
- Best suited to
- New systems and modernization
- Working cadence
- Milestone-led execution
MODEL / C
Technical advisory
Senior engineers test assumptions, diagnose risk and shape an independent action plan.
- Best suited to
- Decisions with high consequence
- Working cadence
- Focused review cycles
Designed for the day after handover.
A system is successful only when operators can understand it, maintain it and trust its response under pressure.
Interoperable by design
Explicit interfaces and open protocols prevent unnecessary dependence on a single component or supplier.
Observable in operation
Health signals, decision logs and useful alarms make performance legible to the people responsible for it.
Maintainable in the field
Documentation, spares strategy and diagnostic workflows are developed with the system, not after it.
Typical program controls
Context-setAvailability objective
Defined jointly for each program and operating environment
Boundary-setControl response objective
Specified and validated at the relevant system boundary
Evidence-ledRequirement assurance
Critical requirements connect to planned acceptance evidence
Start with the constraint
Bring us the requirement that does not fit the standard answer.
We will frame the technical decision, identify the first evidence needed and define a responsible path forward.