Blackrock Engineering
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Industrial Precision Services

Production-ready engineering for modern industrial teams.

From mechanical design and additive manufacturing to embedded systems and data analytics, we deliver clear technical decisions, documented tradeoffs, and buildable outcomes.

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01

Requirements locked before detailed design

02

Design reviews tied to production risk

03

Prototype, test, and iterate with traceability

Tolerance

0.05 mm

Prototype

Rev B

Envelope

Locked

Risk

Reviewed

Capabilities

Disciplines that connect design intent to production reality.

Each service is structured around clear inputs, reviewable engineering decisions, and deliverables your team can act on.

CAD / FEA / DFX

Mechanical Design & Engineering

Custom mechanical and machinery design with CAD, FEA support, and manufacturability reviews that move concepts into production-ready products.

  • Custom mechanical design
  • Machinery and equipment design
  • CAD and FEA support
  • DFX and manufacturability reviews
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FDM / SLA / SLS

3D Printing & Rapid Prototyping

Additive manufacturing from prototype to low-volume production using practical material selection, process planning, and post-processing guidance.

  • Rapid prototyping
  • Material selection
  • Post-processing planning
  • Production-intent parts
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BI / Models / Reports

Data Analysis & Business Intelligence

Statistical analysis, predictive modeling, and interactive dashboards that turn operational data into clear engineering and business decisions.

  • Statistical analysis
  • Predictive modeling
  • Dashboards and reporting
  • Decision support workflows
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RTOS / BLE / CAN

Custom Firmware Development

Embedded firmware for ARM, ESP32, AVR, and RTOS platforms with connectivity, integration testing, and production support.

  • Embedded software
  • RTOS integration
  • Protocol implementation
  • Hardware integration testing
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Operating Model

A measured path from ambiguity to release-ready work.

The goal is not a prettier concept package. It is a controlled technical process that reduces uncertainty before production, integration, or field deployment.

01

Define the operating envelope

We clarify loads, interfaces, constraints, acceptance criteria, and commercial priorities before committing engineering hours.

02

Engineer for the real build

CAD, analysis, firmware, analytics, and prototypes are shaped around production realities instead of presentation-only concepts.

03

Validate and transfer cleanly

Deliverables are packaged with the context teams need to manufacture, integrate, maintain, or extend the solution.

Project Intake

Ready to turn a technical constraint into a buildable plan?

Bring the requirements you have. We will help identify missing inputs, production risks, and the right next engineering step.

Get Expert ConsultationReview FAQs

FAQ

Common questions before a technical kickoff.

These answers cover typical scope, deliverables, platforms, pricing, and IP expectations for new engineering work.

How long does a typical mechanical design project take?
Timelines vary by complexity. Simple components or concept studies typically take 1-2 weeks; complete machinery or production-ready designs can take 6-12+ weeks. We provide a detailed schedule after requirements review.
What 3D printing materials and technologies do you support?
We support FDM, SLA/DLP, SLS, and metal additive manufacturing with materials such as PLA, ABS, PETG, Nylon, TPU, engineering resins, aluminum, and stainless steel. Material choice depends on part function and environment.
What deliverables are included with data analysis services?
Deliverables typically include cleaned datasets, exploratory analysis, predictive models, interactive dashboards such as Power BI or Tableau, and a recommendations report with deployment guidance.
Which embedded platforms and microcontrollers do you work with?
We develop firmware for ARM Cortex-M platforms such as STM32 and NXP, ESP32, AVR, and RTOS-based platforms, and integrate BLE, Wi-Fi, LoRaWAN, and CAN when required.
How do you price projects and provide estimates?
We provide fixed-price quotes for well-defined scopes and time-and-materials estimates for exploratory or R&D projects. After a discovery call, we deliver a written proposal and timeline.
How do you ensure quality and intellectual property protection?
Quality is handled through design reviews, testing, DFMEA/DFX checks, and QA processes. We routinely sign NDAs and can include IP assignment or licensing terms in contracts.
Contact our team