At BAG Electronics, we collaborate with our partners across the entire product development lifecycle—from concept and design to mass production and post-market support. Our engineering capabilities are tailored to meet the stringent quality, compliance, and performance requirements of sectors including automotive, industrial automation, smart lighting, medical devices, and a broad range of EMS applications.
By combining system-level thinking with precision execution, we empower customers to accelerate time-to-market, lower production risks, and achieve long-term cost efficiency.
Once the product concept is defined, we translate it into engineering blueprints and production-ready designs.
Multi-layer board design optimized for signal integrity, thermal management, and component density.
CAD modelling, tolerance analysis, thermal simulation, and enclosure design for IP-rated products.
Real-time OS, communication protocols (CAN, LIN, BLE), motor control algorithms, and custom drivers.
Signal simulation (SI/PI/EMC), 3D thermal models, and digital prototyping to reduce iteration cycles.
Addressing EMC/EMI, surge, and ESD requirements before formal testing begins.
We also support rapid prototyping, EVT/DVT builds, and validation documentation aligned with your internal stage-gate process.
We start by deeply understanding your product’s purpose, user requirements, and business context. Our engineering team collaborates with your R&D, product, and innovation teams to shape a concept that is both commercially viable and technically feasible.
Translating customer pain points into actionable features.
Rapidly evaluating functionality before committing to full development.
Selecting the best-fit technologies, microcontrollers, sensors, and communication protocols.
Assessing mechanical and electrical fit, lifecycle, and cost.
Evaluating emerging materials, wireless tech, or thermal solutions aligned with your vision.
Generating early estimates to align the design with your target pricing and scalability goals.
This phase ensures your idea is grounded in technical logic, manufacturability, and real-world constraints.
Designing great products isn’t just about function—it’s about foresight. Our DfX practice helps ensure that the product will perform reliably, assemble efficiently, and comply globally.
Aligning layout and mechanical design to SMT/THT processes, stencil printing, pick-and-place, and panelization requirements.
Minimizing part counts, improving cable routing, connector selection, and tool access.
Incorporating test points, boundary scan, and fixture design for ICT and functional testing.
Engineering for thermal cycling, vibration, moisture, and power transients.
Selecting high-availability components, optimizing for standard part usage and yield-driven decisions.
Our team ensures that every design is ready for scale with minimal rework or redesign in the production phase.
NPI is where engineering meets execution. Our dedicated NPI team handles the first builds with precision, ensuring feedback loops are tight, and any issues are resolved before full ramp-up.
This process ensures a seamless transition from lab to line, minimizing cost, improving ramp speed, and reducing early-life failures.
We provide long-term engineering support to help you respond to field issues, reduce cost, and adapt to component obsolescence without sacrificing performance.
Our sustaining engineering ensures that your products remain competitive, compliant, and cost-effective across their full lifecycle.
Whether you’re a startup exploring your MVP or an enterprise bringing next-gen electronics to market, BAG becomes an extension of your innovation team. We work under flexible engagement models—turnkey, joint development, or IP-sensitive collaboration—to support new technologies and disruptive product categories.
Our agile engineering model helps you prototype, validate, and scale disruptive ideas quickly and securely.