Portfolio
Examples of Our Daily Activities and Completed Work Segments
Electronics
- Creating various functionalities utilizing microcontrollers (MCUs)
- Controllers with specific inputs and outputs as per client requirements
- Signal Converters (RS232, RS485, DMX, CAN, Wiegand, USB, SPI etc.)
- RFID solutions, including custom Mifare reader antennas
- Custom printed circuit boards, including those with milled pockets
- Application-specific enclosures, including waterproof options
- Effective heat management for internal components
Sensors
- Developing sensors for measuring various parameters
- Choosing measurement technology based on client specifications
- Measuring multiple parameters within a single sensor housing
- Designing and organizing the production of sensor enclosures
- Stand-alone sensors that send data directly to cloud solutions
- Local sensor networks that transmit data via a central controller
- Offering sensor calibration services at Metrosert
Rapid prototyping
- 3D printing prototypes using various plastic filaments
- Milling prototypes and products from plastics and aluminum
- Creating larger prototypes from planar laser-cut details
- Ordering PCBs from factories with quick-turn conditions
- Hand-assembling electronics for small volume prototypes
- Assembling proof-of-concepts from off-the-shelf products
- Assembling simple prototypes on breadboards
Off-grid solutions
- Solutions for locations without permanent power and network
- Creating custom solutions powered by solar energy
- Integrating off-the-shelf products into a single device
- Connecting to mobile networks via LTE or NB-IoT (M2M)
- Designing and dimensioning various battery packs
- Storing data locally or sending it to the cloud in real-time
- Solutions for sending information from isolated locations
Technological analysis
- Conducting electrical testing and compliance assessments
- Analyzing signal integrity for long cables and rectifying problems
- Evaluating and selecting devices based on technical suitability
- Performing calculations to dimension system components
- Assessing system feasibility and creating calculation models
- Increasing the technical detail of existing preliminary solutions
- Reverse engineering devices for integration purposes
Thermal imaging
- Designing thermal properties of devices for user comfort
- Designing PCBs with multiple thermal zones, such as for sensors
- Creating system designs for products with heat dissipation
- Analyzing integrated systems, such as power supply placements
- Identifying faulty components in existing devices
- Conducting thermal imaging of devices and electrical installations
- Building thermal imaging services in collaboration with a partner
