Careers

Job Responsibilities:

1. Optical device testing and verification:

   Responsible for the performance testing (such as insertion loss, return loss, eye diagram, bit error rate, bandwidth, wavelength stability) of optical modules, optical modulators, tunable lasers, detectors, fiber optic components and other optical devices.

   Improvement of test yield.

2. Test plan design and optimization:

   Design test plans based on product requirements, formulate test cases and standardized processes (such as TIA-492, IEEE 802.3 standards).

   Develop automated test scripts (Python/LabVIEW) to improve testing efficiency and data accuracy.

3. Problem diagnosis and improvement:

   Analyze test data to locate the cause of optical device failure.

   Collaborate with the R&D team to optimize product design and propose process improvement suggestions.

4. Test system construction and maintenance:

   Build optical test platform, calibrate test equipment and write operating specifications.

   Maintain test environment and ensure equipment complies with ISO/IEC 17025 laboratory standards.

5. Documentation and Reporting:

   Test report CPK summary, writing technical documents and failure analysis reports.

   Support technical communication with customers and provide test data and compliance certification documents.

Job Requirements:

1. Educational background and major:

   Bachelor degree or above, major in optical engineering, optoelectronics technology, physical electronics, communication engineering and other related majors.  

2. Skills and experience:

   More than 3 years of testing experience in the optical communications industry, familiar with optical modules (such as QSFP-DD, OSFP), optical modulators (such as silicon photonic integrated transceiver modulator) or optical fiber sensing product testing processes. Experience in PAM4 modulation type high-speed (400G/800G) optical module products, and a deep understanding of the principles of optical modules are preferred. 

   Proficient in optical test equipment (OSA, BERT bit error meter, oscilloscope, VNA) and data analysis tools (MATLAB).  

   Familiar with optical communication protocols and standards (such as ITU-T G.652/G.654, IEEE 802.3ba/bs).  

   Have automated test development capabilities (Python/LabVIEW/C#), and be familiar with GPIB/LXI communication protocols.  

3. Priority conditions:

   Familiar with high-speed optical device testing (100G/400G/800G PAM4 modulation technology), optical debugger (QPSK, 16QAM modulation technology).  

   Understand the packaging process and failure mechanism of optical chips (such as silicon photonic chips, InP lasers).  

   Candidates with experience in testing optical communication systems (5G fronthaul, data center interconnection) will be given priority.  

4. Soft skills:

   Clear logic and ability to independently analyze and solve problems.  

   Good cross-department collaboration and communication skills.

Job Responsibilities:

1. Mass production process control and optimization:

   Responsible for the full process control of MPO/MTP/MMC/EBO fiber optic connectors and jumpers. Optimize process parameters and improve yield. 

2. New product introduction and trial production project implementation:

   Connect R&D, business and customer needs, and undertake MPO/MTP/MMC/EBO process review, sample trial production, and small batch trial production work.

3. Quality abnormality analysis and closed-loop rectification:

   Responsible for following up on issues such as abnormal quality during mass production, defective production lines, customer returns, and unqualified third-party testing.

4. Construction and maintenance of process standardization system:

   Sort out the entire MPO production process, prepare, revise, and update technical information such as SOP operating instructions, process parameter specifications, product inspection standards, and process control documents.

5. Equipment, data and mass production technical support:

   Proficient in operating a full set of production and testing equipment such as optical fiber insertion and return loss testers, end-face interferometers, high-definition end-face detectors, precision grinders, and constant temperature curing ovens. Responsible for daily equipment inspections, parameter calibration, simple troubleshooting, and maintenance docking.

Job Requirements:

1. Educational major: College degree or above, optoelectronic information engineering, electronic information, communication engineering, optics and other related majors. Candidates with excellent experience can relax the academic requirements.

2. Work experience: 3 years or more of relevant work experience in MPO/MTP/MMC/EBOP connector process technology in the optical communications industry.

3. Professional ability:

   Proficient in the entire MPO production process, familiar with the core process principles and parameter logic of fiber threading, curing, grinding, and detection, and proficient in the analysis and improvement methods of various process defects;

   Familiar with optical communication industry standards such as IEC and Telcordia, and master the performance index requirements of MPO/MTP/MMC/EBO products (insertion loss, return loss, end face parameters, eccentricity, etc.);

   Proficient in using various types of optical communication testing equipment, able to independently complete process debugging, defect analysis, and parameter optimization; proficient in writing process technical documents such as SOP, trial production report, 8D rectification report, and capable of independent project follow-up.

4. Comprehensive quality:

   Have good communication skills and experience in successfully connecting with customers. Be proactive and have a team spirit.

   Have good English reading and writing skills.

Job Responsibilities:

1. Responsible for the manual/automatic coupling alignment, optical path debugging, optical fiber assembly, UV dispensing, curing and shaping and other process debugging of optical modules, optical fiber components, lenses, wavelength division devices and other products. 

2. Proficient in using automatic coupling machines, optical power meters, light sources, end-face detectors, microscopes and other equipment to complete product coupling debugging, parameter matching, performance testing, and ensure that product insertion loss, return loss and other indicators meet specifications.

3. Cooperate with R&D and process engineers to complete new product samples, small batch trial production, and process verification.

4. Be proficient in the basic judgment and simple repair operations of common defects in the production line coupling process (large losses, misalignment, debonding, defective end faces, etc.), and cooperate to complete the production line yield improvement work.

Job Requirements:

1. College degree is acceptable, no major restriction is required, majors in optoelectronic information, electronics, and mechatronics are preferred.

2. Two years of experience in optical communication coupling, optical device packaging, dispensing, optical debugging, and precision assembly.

3. Strong hands-on ability, able to adapt to the operation of precision optical devices, work carefully, steadily and obey the workshop production arrangements.

4. Have basic data recording and problem feedback capabilities, good sense of teamwork, and strong execution ability.

Job Responsibilities:

1. Coupling process development and implementation:

   Responsible for the design, feasibility assessment and verification of manual/automatic coupling process solutions for optical components such as optical chips, fiber arrays, lenses, and wavelength division devices, and adapt to the needs of high-speed optical modules, silicon optical devices, passive couplers and other products.

2. New product trial production and project follow-up:

   Participate in the entire process of new product development, samples, and small batch trial production, and be responsible for sample coupling and sample preparation. 

3. Mass production process optimization and yield improvement:

   Responsible for optimizing mass production coupling parameters and continuously optimizing coupling efficiency, product yield, and production efficiency.

4. Technical support and document management:

   Solve various technical problems in the production process. Responsible for establishing a standardized process system. Cooperate to complete supplier technology docking, equipment and process verification.

Job Requirements:

1. Professional qualifications:

   College degree or above, majoring in optoelectronic information engineering, optoelectronic technology, communication engineering, electronic information, precision instruments, physical electronics and other related majors, bachelor degree or above is preferred.

2. Work experience:

   More than 3 years of experience in optical module/silicon optical device/passive coupler coupling process development and mass production optimization. Applicants with experience in high-speed optical devices and fiber array coupling projects are preferred.

3. Professional skills:

   Proficient in the basic principles of optical coupling, and familiar with core processes such as optical device packaging, coupling alignment, dispensing and curing, fiber splicing, and end-face processing;

   Proficient in operating automatic coupling equipment, optical fiber fusion splicers, end-face detectors, optical power meters, spectrum analyzers and other testing and production equipment;

   Familiar with coupling process parameter debugging and defective failure analysis methods, and have the ability to independently solve mass production process problems and optimize yield;

4. Comprehensive quality:

   Have good communication skills and experience in successfully connecting with customers. Be proactive and have a team spirit.

   Have good English reading and writing skills.

Job Responsibilities:

1. New project/new material DB/WB process evaluation, development and verification

2. New project 3D structural review and risk assessment (DB/WB)

3. Locating and solving DB/WB related process problems

4. Design and acceptance of DB/WB related equipment fixtures, nozzles, and equipment debugging

5. Production of DB/WB process DFX

6. DB/WB process PFMEA & PCP

7. Programming of Besi Datacon DB machine and KS WB machine.

8. Debugging and optimizing DB/WB process parameters to improve mass production yield.

9. Provide solutions based on customer DB&WB needs or concepts. 

Job Requirements:

1. Bachelor degree or above, more than 5 years of optical communications related work experience

2. Be familiar with commonly used DB/eutectic/WB/Flip Chip equipment, and master the related debugging and use of equipment.

3. Proficient in detection methods and optimization plans of influencing factors of DB/WB/Flip Chip/Vcsel/SPAD process.

4. Have the ability to independently analyze and solve problems, be proficient in using minitab and other analysis software to analyze problems and improve process yield, and have DOE and SPC data analysis capabilities

5. Able to write relevant reports (new material research, technical reports, CIP, 8D)

6. Have good communication skills and experience in successfully connecting with customers. Be proactive and have a team spirit.

7. Have good English reading and writing skills.

Job Responsibilities:

1. Responsible for PCB layout design of optical communication related products.

2. Independently complete the full-process layout of multi-layer high-speed boards (8–16 layers) and HDI PCBs, including stack-up planning, impedance design, component placement & routing, DFM/DFT verification, and Gerber file generation.

Job Requirements:

1. Bachelor’s degree or above, majoring in Electronic Engineering, Communication Engineering, Microelectronics, Electromagnetic Field and Microwave Technology, Optoelectronic Information or other related disciplines.

2. Minimum 5 years of full-time PCB Layout experience; candidates with hardware development experience on high-speed optical modules (100G/200G/400G/800G) are preferred.

3. Master hardware design tools; proficient in layout design using Cadence and other related software.

4. Candidates with knowledge of SI/PI simulation and RF simulation are preferred.

5. Possess solid English reading skills for understanding English datasheets.

Job Responsibilities:

1. Proficient in using simulation tools such as Zemax to design and simulate various optical coupling structures, including but not limited to facet coupling, grating couplers, edge couplers, evanescent wave couplers, and free-space coupling systems.

2. Setup various Complex Optical Test Benches, Precisely measure and characterize key performance metrics of couplers, including insertion loss, return loss, bandwidth, alignment tolerance and alignment sensitivity.

3. Analyze experimental data to identify root causes of low coupling efficiency, and propose corresponding solutions for performance optimization.

4. Work closely with chip design, packaging, electronics and software teams to integrate optical coupling solutions into complete system-level products.

Job Requirements:

1. Bachelor’s degree or above in Optics or related majors.

2. Over 5 years of working experience in relevant fields; in-depth understanding of electromagnetic wave theory, waveguide optics, diffractive optics and micro-nano photonics with abundant hands-on experience.

3. Proficient in one or more optical simulation software tools such as Zemax.

4. Hands-on experience in precision optical experiments including optical packaging, active alignment and passive alignment technologies.

5. Extensive experience in building complex optical test setups (utilizing lasers, polarization controllers, spectrometers, photodetectors, fiber arrays, etc.) and automated data acquisition via LabVIEW, Python and other tools.

6. Strong data analysis capabilities; skilled in scientific computation and data visualization with Python, MATLAB or equivalent software.

7. Prior experience in high-density fiber array coupling for Co-packaged Optics (CPO) is preferred.

8. Good English communication skills are preferred.

Job Responsibilities:

1. Develop and optimize Thin Film Lithium Niobate (TFLN) manufacturing processes according to R&D and product development requirements, with particular focus on thin film deposition, vacuum technologies, and dry/plasma etching.

2. Lead process industrialization activities and support the transfer of developed processes from R&D into manufacturing, both internally and at qualified external foundry partners.

3. Act as technical interface between internal teams and external manufacturing partners, ensuring process specifications, performance targets, and quality requirements are correctly implemented and maintained.

4. Monitor process performance across internal and external production sites, identifying opportunities for yield improvement, cycle time reduction, and cost optimization.

5. Investigate process and product issues through structured root-cause analysis and corrective actions, coordinating activities with production engineering, quality, and external partners.

6. Establish and maintain Statistical Process Control (SPC) methodologies and process monitoring systems to improve process capability, yield, and manufacturing robustness.

7. Collaborate with equipment engineering, maintenance teams, and external suppliers on process-related equipment upgrades, qualification, and calibration activities.

8. Work closely with EHS representatives to ensure compliance with safety, environmental, and regulatory requirements.

9. Ensure process documentation, specifications, work instructions, qualification reports, and change management records are properly maintained and controlled.

10. Deliver technical training and knowledge transfer to manufacturing personnel and external partners when required

Job Requirements:

1. Bachelor’s or Master’s degree in Materials Engineering, Electronic Engineering, Physics, Chemistry, or related disciplines

2. 3+ years of experience in semiconductor, MEMS, nanotechnology, or advanced manufacturing environments (experience level may be adjusted according to organizational needs)

3. Experience with thin film deposition, vacuum processes, plasma processing, dry etching, or related wafer fabrication technologies

4. Experience in process development, process qualification, and manufacturing industrialization

5. Experience supporting technology transfer, subcontract manufacturing, foundry operations, or supplier qualification is highly desirable

6. Strong understanding of statistical process control, process capability analysis, DOE, FMEA, root-cause analysis, and continuous improvement methodologies

7. Ability to analyze manufacturing data and drive data-based decision making

8. Excellent communication skills and ability to coordinate activities across multidisciplinary teams and external organizations

9. Strong project management and stakeholder management capabilities

10. Fluent English, written and spoken

11. Availability for international travel to customer, supplier, and foundry sites

12. Knowledge of statistical software, data analysis tools, Python, LabVIEW, JMP, Minitab, or similar tools is considered a plus

Job Responsibilities:

1. Carry out the activities required at AFR Milan in the role of Health and Safety Prevention and Protection Service Officer (ASPP), collaborating with the Health and Safety Prevention and Protection Service Manager (RSPP). 

2. Collaborate in risk assessment activities and in updating the Risk Assessment Document (DVR). 

3. PPE management: assess requirements and support the selection and proper use of Personal Protective Equipment (PPE). 

4. Support the updating, implementation, and management of the waste disposal process. 

5. Participate in the definition, implementation, and monitoring of health, safety, and environmental procedures; coordinate periodic inspections within departments to monitor operating conditions, equipment, machinery, and PPE. 

6. Coordinate and support the organization of training and awareness activities for employees regarding occupational health, safety, and environmental matters, and monitor related deadlines and renewals. 

7. Collaborate with company departments to ensure compliance with environmental and safety regulations; verify suppliers and contractors through the collection and review of required documentation (e.g., DURC, technical-professional suitability certificates, POS, DUVRI). 

8. Monitor and manage reports of near misses, incidents, workplace accidents, and occupational illnesses, proposing corrective actions where necessary. 

9. Support internal and external audits related to health, safety, and environmental matters. 

10. Maintain up-to-date documentation and legally required records (e.g., Fire Safety Register); draft and update production and maintenance procedures and work instructions.

Job Requirements:

1. Technical diploma or degree in an engineering or technical discipline

2. Qualification as a Prevention and Protection Service Officer (ASPP) in accordance with Legislative Decree 81/08 and subsequent amendments

3. Previous experience in a similar role (preferred)

4. Knowledge of health, safety, and environmental regulations

5. Strong communication skills

6. Accuracy, attention to detail, and a problem-solving mindset

7. Good command of the English language