I will provide expert iot product consultation and technical rd
About this Gig
Many great ideas fail because they lack a solid engineering foundation before the first circuit is ever printed. I provide professional R&D and Technical Consultation to bridge the gap between your hardware concept and a production-ready reality.
As the Head Engineer at 2L Tech, I specialize in reducing "vendor friction" by designing integrated systems where the hardware, firmware, and software work as one. This gig is designed for Phase 1 of your project: ensuring your idea is technically viable, cost-effective, and scalable.
What I can help with:
- Technical Feasibility: Can it be built? What are the risks?
- System Architecture: Defining the Body (Hardware), Brain (Embedded), and Interface (Software).
- BOM Optimization: Selection of MCU (ESP32, STM32, ARM) and sensors for cost/performance.
- Power Management: Designing for battery-operated or low-power IIoT environments.
- Manufacturing Strategy: Preparing for PCB fabrication and enclosure 3D-printing/tooling.
I provide actionable engineering documentation that you can use to start your build immediately.
Please message me before ordering so we can discuss the specifics of your niche.
Platform:
ESP32
Expertise:
Firmware development
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RTOS
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Microcontrollers
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IoT
Other Electronics Engineering Services I Offer
FAQ
Do I own the intellectual property (IP) and design files?
Yes. Once the order is completed and the project is closed, all rights to the designs and technical documentation are transferred to you. As a professional studio, 2L Tech ensures that you have full ownership of your product’s IP.
Can you help if I only have a rough idea and no technical documents?
Absolutely. Most of our clients come to us at the "Phase 1" stage. We specialize in taking a concept or a "napkin sketch" and turning it into a professional technical roadmap, including component selection (BOM) and system architecture.
Which platforms and microcontrollers do you work with?
While we specialize in industrial-grade platforms like STM32 and ESP32 using C++ and Rust, we are highly versatile. We support everything from Arduino and Raspberry Pi for rapid prototyping to PLC systems and Nordic Semiconductor for low-power Bluetooth applications.
Why do you recommend a "Consultation/R&D" phase before starting the build?
In hardware engineering, mistakes are expensive. A dedicated R&D phase allows us to identify technical risks, optimize component costs, and ensure the system is scalable before you spend money on PCB fabrication and assembly. This reduces "vendor friction" and saves you money in the long run.
Do you handle the software/mobile app side as well?
Yes. We are a Full-Stack studio. We design the Body (Hardware), the Brain (Firmware), and the Interface (Web/Mobile Apps). We can build companion apps in Flutter or React Native and cloud dashboards on Azure to ensure your hardware is fully connected.
