Project Know-How | Clemios' Proven Expertise in Action

Project Know-How: Proof of Expertise in Action

At Clemios, our Project Know-How is demonstrated through the successful projects we’ve delivered across a range of industries. We specialize in offering high-quality, tailored solutions that address the unique needs of each client.

We approach every project with a structured, methodical approach, ensuring reliable and high-quality outcomes. From initial concept to final implementation, we collaborate closely with our clients, aligning every step with their vision and business objectives. Our engineers adhere to industry best practices to create scalable, maintainable, and efficient solutions.

Note: Due to Non-Disclosure Agreements (NDAs), we cannot disclose client names or specific details. However, we can share the broad scope and technologies used in the successful projects we’ve completed.

Our Project Know-How Approach to Delivering Successful Projects

We take a collaborative approach to every project, ensuring alignment with your goals throughout the process. By following industry best practices, we guarantee scalable, maintainable, and efficient solutions at each stage.

Learn more about best practices in project management from the Project Management Institute.

Why Our Project Know-How Sets Us Apart

Tailored Solutions: Every project is customized to meet the specific needs and objectives of our clients.
Cross-Industry Expertise: With proven experience across industries like healthcare, consumer electronics, and finance, we can handle a diverse range of challenges.
Innovation at the Core: We leverage cutting-edge technologies and follow industry best practices to deliver scalable, competitive solutions. Learn more about emerging technologies at TechCrunch.

Our Delivered Projects:

Project Type	Technologies Used	Key Activities	Outcome/Benefit
1- Custom PCB Design and Firmware	Altium Designer, C Programming, Ceedling	– PCB layout and routing for embedded systems – Firmware development and optimization – Unit testing with Ceedling for reliability	– Seamless integration of hardware and firmware – Reduced operational costs and high reliability
2- Custom Embedded System with Advanced Safety and Communication Features	C Programming, CAN Bus, RTOS, Temperature Compensation	– Implemented safety protocols like failsafe activation and temperature-based communication control. – Developed and integrated advanced communication protocols over CAN. – Addressed issues related to temperature compensation for precise positioning.	– High safety standards maintained – Reliable communication and operation even under extreme conditions
3- Programming Tool for STM32 MCU	C Programming, STM32 Hardware, Hex File Flashing	– Developed functions to flash a hex file into the STM32 MCU – Implemented read/write memory operations – Created functions to start the main application	– Automated MCU programming – Efficient memory handling – Simplified application startup process
4- Advanced Hysteresis Control for Positioning	C Programming, CAN Bus	– Developed logic to send error messages via CAN – Implemented position difference detection to trigger error messages only when the difference exceeds 3 degrees	– Optimized error reporting – Reduced unnecessary CAN traffic – Improved system response time and accuracy
5- Automated Unit Testing for MCU Verification	Python, pytest, MCU Communication	– Developed Python test scripts using pytest for automated unit testing. – Communicated with the MCU to verify the integrity of flashed source code. – Ensured that the firmware code running on the MCU met the required functionality.	– Reliable unit testing for MCU firmware – Automated verification process – Increased efficiency in identifying issues early in development
6- Training and Workshop on Advanced MCU Integration	Ethernet/IP, MCU Communication, Networking Protocols	– Conducted an in-depth training on MCU functionality, including Ethernet/IP and integration methods. – Participated in a workshop with an industry leader to explore advanced capabilities of the MCU. – Gained expertise in networking protocols and their implementation.	– Enhanced team knowledge on MCU integration and Ethernet/IP protocols. – Strengthened capabilities for advanced firmware and communication systems. – Improved understanding of MCU usage and network integration.
7- Unit Testing Framework Comparison	Ceedling, GoogleTest, C Programming	– Conducted a detailed comparison of Ceedling and GoogleTest for unit testing. – Evaluated their respective capabilities, performance, and integration in embedded systems. – Tested both frameworks in real-world scenarios to assess ease of use and reliability.	– Gained insights into best-fit unit testing frameworks for embedded systems. – Enhanced testing efficiency by selecting the most suitable framework. – Improved understanding of testing tools for embedded and non-embedded systems.
8- Enhanced Data Integrity with CRC Check	C Programming, EEPROM, CRC Algorithms	– Implemented CRC checks after each EEPROM operation to ensure data integrity. – Integrated error detection to guarantee that data written to EEPROM is valid and accurately read. – Optimized CRC algorithm for low-latency performance in embedded systems.	– Enhanced data integrity in EEPROM operations – Improved system reliability by detecting and preventing data corruption. – Reduced errors and increased confidence in data storage and retrieval processes.
9- System Integration and Error Handling	Modbus TCP/RTU, Task Scheduling, Voltage Detection	– Unit testing for system reliability and stability. – Developed voltage and short-circuit detection systems. – Integrated Modbus TCP/RTU for secure communication. – Implemented task scheduling for efficient system operation.	– Enhanced system reliability through unit testing and error detection. – Improved communication protocols and power management. – Optimized system performance with reliable task scheduling.
10- Modbus RTU Communication and Time Synchronization Fix	Modbus RTU, Time Management, C Programming	– Fixed Modbus RTU communication issues to ensure reliable data exchange. – Resolved hour counter timing discrepancies, ensuring accurate time tracking. – Improved synchronization between devices for enhanced system performance.	– Reliable Modbus RTU communication. – Accurate timekeeping and synchronization. – Improved overall system efficiency and reliability.
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Ready to Learn More About Our Projects?

If you’d like to explore how Clemios can bring your next project to life, we’re here to help. Schedule a discovery call with us today to discuss your project needs.

Why Choose Clemios?

Proven Expertise: Our past projects demonstrate our ability to deliver successful outcomes.
Skilled Engineers: Expertise in both hardware and software development.
Client-Centered Solutions: We tailor our solutions to meet your unique goals.

Projects We’ve Delivered