This speciality integrates engineering fields of modern metrology, measurement technologies, optoelectronics, laser engineering, and quality assurance systems for products, processes, and software.
The training program covers the full cycle — from the development of measuring instruments, laser and optical systems to digital signal processing, integration into IoT platforms, and metrological support of production. Special attention is given to high-precision technologies, photonics, sensor networks, and quality control of software and products.
What do students study?
- Theoretical and applied metrology, standardization, calibration
- Laser and optical measurement systems
- Optoelectronics, photonics, spectroscopy, holography
- Modern sensor systems, microcontrollers, IoT
- Programming and processing of optical and electrical signals
- Quality control methods, auditing, certification, and software testing
- Technologies for ensuring precision in complex technical systems
Who do graduates become?
- Laser and optoelectronic systems engineer
- Developer of measuring and analytical equipment
- QA/test engineer in IT and high-tech industries
- Metrologist, specialist in verification, calibration, certification
- Engineer in quality control, certification, standardization
- Engineer in defense, medicine, energy, or telecommunications
Where do graduates work?
- Manufacturers of laser, optical, and electronic equipment
- IT companies (software development, testing, certification, smart devices)
- Research institutes in photonics, optics, and metrology
- Medical institutions (optical diagnostics, biophotonics)
- Security and defense sector (laser rangefinders, detection systems)
- Standardization bodies, testing centers, and quality laboratories
Information and measurement technologies mean precision, intelligence, lasers, and quality control. Choose G6 — engineer the technologies of the future!