Robotics & motion
Mechanism concepts, structures, enclosures, actuators, interfaces and integration of moving systems.
Explore robotics →Engineering for next-generation products
Build what’s next. Engineer what works.
Design and engineering support for robotics, drones, custom electronics and consumer products—connecting mechanical systems, electronics, batteries and the decisions that carry a product into production.
DESIGN THINKING / SYSTEM INTEGRATION / PRODUCT LIFECYCLE
Texas-based · Approximately 60 miles from the planned Tesla–SpaceX Terafab site in Grimes County.
Connected capabilitiesRobotics & autonomous hardwareDrones & electromechanical systemsBattery & BMS reviewAI-assisted engineering workflows
What we support
Product engineering across disciplines.
A product is more than a CAD model or a circuit board. We connect mechanical design, electronic integration, performance expectations and the practical realities of building and maintaining hardware.
Drones & mobile systems
Mechanical design and integration considerations for airborne and mobile platforms, payloads and power systems.
Explore drones →Electronics & connected products
Product architecture, packaging, custom electronic-system integration and manufacturable consumer hardware.
Explore electronics →LFP batteries & BMS
Engineering review of lithium iron phosphate battery integration, protection, monitoring and battery management systems.
Explore battery work →AI-assisted design
Use AI as an engineering aid for research, concept exploration, technical documentation and iterative evaluation—with human review.
Explore AI workflows →Lifecycle & supply chain
From requirements and supplier decisions through build readiness, engineering changes and ongoing technical support.
Explore lifecycle support →Battery systems
Look beyond the cell specification.
In an LFP-powered product, electrical performance depends on the whole system: cell selection, pack configuration, BMS logic, charging behavior, thermal conditions, protection and operating requirements.
We can support engineering review of battery architectures, management-system requirements and test evidence, with attention to the interfaces between power, controls and the finished product.
Battery & BMS capabilities ↗
Cells → management → integration → evidence
From idea to in-market product
Engineering doesn't stop at the prototype.
Our approach considers the product lifecycle: defining the need, developing the design, evaluating suppliers, observing tests and supporting the changes that follow production.
01 / DEFINE
Requirements & feasibility
Translate needs into product functions, constraints, risks and technical objectives.
02 / DESIGN
Develop & integrate
Align mechanical, electrical and battery interfaces with assembly and manufacturing needs.
03 / EVALUATE
Test observation & reporting
Observe agreed test activities, document conditions and results, and prepare factual third-party reports.
04 / EVOLVE
Production & ongoing support
Review supplier questions, engineering changes, field feedback and product revisions.
Work with CGL
Discuss your project Have a product challenge in mind?
Share the concept, design question or testing need. We can discuss scope and next steps.