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Master in Mechatronics Engineering
#4b4b4b
Master
duration
2 years
location
Rome
English
University of Rome Tor Vergata
gross-tution-fee
€0 Tuition with ApplyAZ
Average Gross Tuition
program-duration
2 years
Program Duration
fees
€30 App Fee
Average Application Fee

Study in Italy in English at the University of Rome Tor Vergata

The University of Rome Tor Vergata (Università degli Studi di Roma “Tor Vergata”) is a modern public campus in Rome. It offers a wide range of English-taught programs in Italy across science, engineering, economics, and the humanities. Many students choose it to study in Italy in English while enjoying the capital’s culture and career links. As one of the leading tuition-free universities Italy admits to through scholarships, it stands out among public Italian universities for research, practical training, and international partnerships.

Study in Italy in English at the University of Rome Tor Vergata

Founded in 1982, Tor Vergata grew with a clear mission: connect high-level research with real industry needs. The campus sits in southeast Rome, with green space, modern labs, and a teaching hospital. Its schools cover economics, engineering, science, medicine, pharmacy, law, and humanities.

The university appears in major global rankings each year. It is especially respected for physics, mathematics, economics, and engineering. Researchers publish widely and work with international teams. Many departments host European projects that bring new equipment and visiting scholars to campus.

Tor Vergata welcomes an active international community. Bachelor’s and master’s degrees in English include options across business, economics, finance, computer engineering, ICT, physics, chemistry, and cultural heritage. There is a competitive medicine and surgery degree taught in English. Joint and double degrees with European partners allow students to spend terms abroad and graduate with added credentials.

Teaching focuses on practical skills. You will see project work, case studies, and internships built into courses. Professors invite guest speakers from government agencies, banks, consulting firms, and tech companies. Student associations run hackathons, investment clubs, model diplomacy, and cultural events. Support services help with Italian language classes, housing, and integration.

ApplyAZ works closely with Tor Vergata and other public Italian universities. Our team guides you on degree selection, scholarship options, and deadlines. We help you plan a path that fits your budget and career goals, from the first shortlist to the visa interview.

What you can study

Popular English-language tracks at Tor Vergata include:

  • Business, economics, finance, and data analytics
  • Engineering fields such as ICT, automation, energy, and management
  • Natural sciences, including physics, chemistry, and materials science
  • Medicine, pharmacy, and biomedical studies
  • Social sciences, law, international relations, and cultural studies

If you want to align your studies with key markets in Rome and Lazio, consider:

  • Aerospace and defence, including satellites and advanced materials
  • Finance and insurance, with roles in risk, compliance, and analytics
  • ICT and cybersecurity, with strong demand for software and network skills
  • Life sciences and healthcare, linked to hospitals, pharma, and biotech labs
  • Creative industries, archaeology, and heritage management

Tor Vergata’s teaching hospital and science departments provide strong lab experience. Engineering and computer science courses link to practical projects in automation, AI, and telecommunications. Economics and finance degrees connect to internships at banks, consultancies, and public offices.

English-taught programs in Italy: Academic strengths at Tor Vergata

Tor Vergata’s faculties run English-taught programs in Italy with a balance of theory and application. Here are the strengths students value:

  • Research-led teaching: Courses reflect up-to-date methods, from machine learning to behavioural finance.
  • Facilities: Modern labs for physics, chemistry, and engineering. A teaching hospital supports clinical exposure for health-related tracks.
  • International networks: Erasmus+ exchanges, visiting scholars, and industry talks broaden your perspective.
  • Employability: Workshops on CVs, interviews, and LinkedIn help you prepare for Italian and EU job markets.

Many modules include teamwork and presentations. You practise clear communication and problem solving. Assessment mixes exams with projects, reports, and real data tasks. Professors encourage office-hour discussions, and mentors support you through your research or capstone project.

If your interests are technical, you will find strong clusters in ICT, networks, and automation. These match regional demand for embedded systems, cloud services, and cybersecurity. If your interests are business-facing, finance and economics programmes train you in econometrics, risk models, and sustainability reporting. Social science students can explore EU policy, migration, and cultural heritage—useful for NGOs and public agencies based in Rome.

Tuition-free universities Italy and public Italian universities: Funding your degree

As one of the major public Italian universities, Tor Vergata offers low tuition compared to many Western European capitals. Costs are income-based. With the right documents, fees can be very low. This is why it is often listed among tuition-free universities Italy applicants target when they rely on regional aid.

International students can apply for scholarships for international students in Italy. The most well-known is the DSU grant (regional student support). The DSU grant may include a tuition waiver, a living stipend, and meal or housing benefits, depending on your family income and merit. Some departments also offer performance-based fee reductions. National and EU schemes fund high-achieving students, especially in STEM and digital fields.

ApplyAZ helps you prepare the financial documents you need. We show you how to meet deadlines, request the right translations, and avoid common errors. Our guidance increases your chance of securing aid in the first application cycle. We also help you compare living costs and plan your budget for rent, transport, and books.

Cost of living and budgeting tips

Rome is more affordable than many other EU capitals if you choose student areas and use campus services. Typical savings come from:

  • Shared apartments or student residences in areas near the campus or Metro lines
  • Discounted student transport passes
  • University canteens and fixed-price menus
  • Free or reduced museum and event entries for students

ApplyAZ can advise on neighbourhoods, transport routes, and realistic monthly budgets based on your programme and lifestyle.

Student life in Rome: culture, climate, and transport

Rome blends ancient history with a modern lifestyle. You can visit world-famous sites after class and still find quiet parks for study. Cafés, libraries, and co-working spaces make it easy to focus between lectures. Evenings bring street music, exhibitions, and student meetups.

The climate is Mediterranean. Winters are mild and summers are warm and sunny. You can enjoy outdoor events for much of the year. Universities and local groups organise festivals, language exchanges, and sports leagues. Football and cycling are popular, and there are affordable gyms around campus.

Public transport covers the whole city and suburbs. Metro lines, buses, and regional trains connect the campus area with the centre. Many students mix modes: a bus to a Metro stop, then a short ride to museums, internships, or language classes. You can also use bike routes and shared bikes or scooters for short trips.

Daily life is simple once you learn the routines. A student card helps with discounts. Supermarkets, markets, and canteens keep food costs in check. With a basic level of Italian, which the university helps you build, everyday tasks become easy. Language skills also help you in part-time work and internships.

Community and support

Tor Vergata has international offices, tutors, and student mentors. They help with residence permits, health insurance, and tax codes. They also guide you to Italian language courses at different levels. Clubs and associations create community across cultures. You will find groups for sports, music, tech, finance, and volunteering.

ApplyAZ complements campus support. We help you review your progress, track deadlines, and apply for grants and housing. If you need advice on banks, SIM cards, or part-time work rules, we provide clear steps and document lists.

Careers and internships in Rome: industries, employers, and hubs

Rome is the capital of Italy and a major European centre for government, culture, research, and services. This creates strong job and internship demand across sectors. International students benefit from the mix of public organisations, private companies, and start-ups.

Key industries

  • Aerospace and defence: Satellite design, space operations, materials, and systems testing.
  • Information and communications technology: Software development, cloud infrastructure, cybersecurity, and data analytics.
  • Finance and insurance: Retail and corporate banking, payments, fintech, risk, and compliance.
  • Healthcare and life sciences: Hospitals, clinical research, pharmaceuticals, and medical devices.
  • Energy and environment: Renewables, grid management, and sustainability consulting.
  • Culture, media, and tourism: Museums, creative agencies, film, and hospitality.
  • Public policy and NGOs: EU-related projects, development, migration, and cultural heritage.

These sectors match Tor Vergata’s academic strengths. Engineering students see paths into telecoms, automation, and mobility. Science students fit into labs, quality control, and R&D. Economics and finance students move into banking, analytics, and consulting. Social science and humanities students find roles in policy, communications, and cultural management.

Major employers and where to look

Rome hosts national ministries, regulatory bodies, and international agencies. Many large companies keep offices for IT, operations, compliance, and procurement. Banks, insurers, system integrators, and telecoms firms recruit graduates with English and Italian skills. Start-ups and scale-ups cluster near incubators and tech parks. Coworking spaces host meetups on AI, fintech, and climate tech.

University career offices circulate internship calls during the year. Professional networks and alumni groups also share leads. Job portals list roles in English, especially in tech, data, and business functions. With a clear CV and a short cover letter, you can secure interviews in a few weeks.

How international students benefit

  • Many teams work in English, especially in tech and finance.
  • EU projects create short-term research roles in labs and centres.
  • Part-time internships let you build experience during the semester.
  • Summer placements can extend into paid roles after graduation.
  • Networking events give you access to recruiters and founders.

ApplyAZ coaches you through each step. We align your course choices with local demand. We suggest certifications that boost your profile, like cloud, data, or cybersecurity badges. We also help you prepare a Europe-ready CV and a portfolio that shows your projects, code, or reports.

Living and studying with support: visas, housing, and practical steps

For non-EU students, the visa process can seem complex. We make it manageable. You will collect the right financial proofs, insurance, and academic documents on time. After arrival, you will apply for your residence permit, tax code, and health cover. We provide checklists and reminders so you do not miss deadlines.

Housing is competitive in big cities, but planning solves most issues. We help you search early, read contracts, and choose safe, well-connected areas. We explain utility bills and deposits, and how to set up internet service. If you prefer a student residence, we advise on application windows and criteria.

Language learning is part of your success. Even if you study in English, basic Italian opens doors in daily life and work. The university offers language courses, and we recommend practice tools and meetups. With steady effort, you can reach a comfortable level by the end of your first semester.

Building your path with ApplyAZ

Our role is to reduce cost, risk, and confusion. First, we confirm your eligibility for low-fee options. Next, we shortlist English-taught degrees that match your grades and goals. We then plan a calendar of tasks across university admissions, scholarships, and the DSU grant.

We prepare your documents once and reuse them across applications. When interview practice is needed, we schedule mock sessions. When you receive offers, we compare total costs and aid. We advise on visa timing and travel plans. After enrolment, we keep supporting you as you apply for internships and part-time roles.

A sample success path

  1. Profile review: We match your background to the right faculties and recognise any credit you may transfer.
  2. Scholarship strategy: We focus on the DSU grant and other schemes you can realistically win.
  3. Application sprint: We submit polished applications to multiple public Italian universities, including Tor Vergata.
  4. Offer stage: We help you read conditions, accept the best option, and plan your budget.
  5. Visa and arrival: We guide your permit and health cover steps, then your housing and transport setup.
  6. Career launch: We tune your CV, practise interviews, and target roles in Rome’s key industries.

Each stage has clear monthly goals. You always know what comes next. Our approach saves time and cuts stress, so you can focus on your studies.

Why Rome + Tor Vergata is a smart choice

  • Academic balance: High research quality and accessible teaching.
  • City advantages: Culture, internships, and networks in one place.
  • Lower costs: Public fees with strong aid options and the DSU grant.
  • Career links: Clear routes into tech, finance, healthcare, and policy.
  • International support: Campus services plus ApplyAZ guidance.

You will graduate with both knowledge and practical experience. You will also build a network across Italy and Europe. This combination is powerful when you start applying for graduate roles or master’s/PhD places.

Ready to take the next step?

Studying at the University of Rome Tor Vergata gives you strong academics, a global city, and real career links. If you want to study in Italy in English, this is a rare blend of quality and value. Explore English-taught programs in Italy that align with your interests, apply for scholarships for international students in Italy, and make the most of Rome’s opportunities. With ApplyAZ, you can move from research to enrolment with confidence and a clear plan.

In two minutes we’ll confirm whether you meet the basic entry rules for tuition-free, English-taught degrees in Italy. We’ll then quickly see if we still have space for you this month. If so, you’ll get a personalised offer. Accept it, and our experts hand-craft a shortlist of majors that fit your grades, goals, and career plans. Upload your documents once; we submit every university and scholarship application, line up multiple admission letters, and guide you through the visa process—backed by our admission-and-scholarship guarantee.

Mechatronics Engineering (LM-29) at University of Rome Tor Vergata

If you plan to study in Italy in English and build smart machines, Mechatronics Engineering (LM-29) is a strong choice. It belongs to English-taught programs in Italy and follows a clear European model. Because it sits within public Italian universities, fee rules are transparent and income-based. With planning, the DSU grant and scholarships for international students in Italy can support routes many describe as tuition-free universities Italy.

Mechatronics blends mechanics, electronics, control, and software. You learn to design systems that sense, decide, and act. Teaching is in English, so you read standards, present designs, and deliver results teams can use. By graduation, you can turn a customer need into a verified prototype and a safe plan for production.

Why choose LM-29 when you study in Italy in English

This master’s turns theory into tools. You build a common core in modelling, hardware, and code. You then apply it to robotics, vehicles, industrial automation, or medical devices. You practise short technical memos and clear diagrams, so others can build and test your work without guesswork.

You also learn responsible habits: risk thinking, privacy by design, and energy-aware choices. These matter in regulated sectors and in companies that scale products fast and safely.

What you will learn in practical terms

  • Mechanical design: dynamics, stress, materials, and CAD workflows.
  • Electronics: sensors, actuators, signal conditioning, and embedded circuits.
  • Control: feedback, stability, tuning, and robust performance.
  • Software: embedded C/C++, Python, real-time basics, and test-driven code.
  • Robotics: kinematics, dynamics, perception, and planning.
  • Manufacturing: tolerances, DFM/DFA (design for manufacture and assembly), and quality.
  • Systems engineering: requirements, interfaces, and verification.
  • AI for mechatronics: estimation, classification, and optimisation for real-time use.

Skills employers value

  • Clean schematics, readable code, and safe wiring.
  • Clear requirements with measurable targets.
  • Test rigs, calibration routines, and fair comparisons.
  • Version control, issue tracking, and review discipline.
  • Risk logs, FMEA (failure modes and effects analysis), and change control.

English-taught programs in Italy: how LM-29 is structured

English-taught programs in Italy use the European Credit Transfer and Accumulation System (ECTS). A two-year master’s usually totals 120 ECTS. Credits cover lectures, labs, design studios, internships, and the thesis. You start with a common core, then choose focus areas and projects that fit your goals.

Foundations you will master

  • Modelling and simulation
    Differential equations, state-space models, and numerical solvers.
  • Sensors and instrumentation
    Analogue and digital acquisition, filtering, noise, and calibration.
  • Embedded systems
    Microcontrollers, real-time tasks, timers, interrupts, and safe drivers.
  • Power electronics
    Converters, motor drives, and thermal management.
  • Control engineering
    PID tuning, loop shaping, MIMO (multi-input multi-output), and robustness.
  • Mechanisms
    Gears, linkages, compliant elements, and lightweight structures.
  • Software engineering
    Interfaces, testing, documentation, and CI/CD for firmware and tools.
  • Data and AI
    Estimators (Kalman filters), classifiers, and optimisation under real-time limits.

Laboratories and studio culture

You learn by doing. Labs turn designs into hardware and code that work under load and noise.

  • Sensing lab
    Wire sensors, build low-noise front-ends, and validate calibration. Deliver a memo with uncertainty and a reproducible script.
  • Actuation lab
    Drive DC/BLDC/stepper motors. Measure torque, speed, and efficiency. Compare control strategies and thermal limits.
  • Control lab
    Close the loop on real plants. Tune gains, test robustness, and document stability margins with clear plots.
  • Embedded lab
    Write drivers, schedule tasks, and handle interrupts. Add watchdogs, safe boot, and recovery routines.
  • System integration sprint
    Merge mechanics, electronics, and code. Track interfaces and test coverage. Produce a run-book others can follow.

Each lab ends with five parts: goal, method, results, limits, and next steps. You include a “how to reproduce” page so a teammate can repeat your work.

Curriculum in depth: from components to complete systems

Mechanical and structural design

  • Materials and fatigue
  • Lightweight frames and vibration control
  • Bearings, seals, and thermal expansion
  • CAD practice, tolerances, and drawings ready for manufacture

Electronics and power

  • Sensor bridges, amplifiers, and ADC/DAC choices
  • EMI/EMC (electromagnetic interference/compatibility) basics
  • Power stages for motors and heaters
  • Layout rules for mixed-signal boards and safe clearances

Control and estimation

  • PID and loop shaping
  • State observers and Kalman filters
  • Feedforward and disturbance rejection
  • Multi-rate control and anti-windup measures

Software and real-time behaviour

  • RTOS (real-time operating system) concepts
  • Deterministic timing and jitter control
  • Drivers, HALs (hardware abstraction layers), and portable code
  • Testing: unit, integration, and hardware-in-the-loop

Robotics and autonomy

  • Forward/inverse kinematics and dynamics
  • Trajectory planning with constraints
  • Perception at the edge: cameras, IMUs, LiDAR basics
  • Safety envelopes and graceful degradation

Systems engineering and verification

  • Requirements and interface contracts
  • Verification plans and traceability
  • Configuration management and change control
  • Documentation others can maintain

Public Italian universities: funding, DSU grant, and scholarships for international students in Italy

Because LM-29 sits within public Italian universities, fees use income bands and instalments. International learners can apply for support that lowers costs and protects time for study and lab work.

DSU grant: what it offers

The DSU grant (Diritto allo Studio Universitario) is public aid for eligible students. Depending on your profile and yearly thresholds, it may include:

  • a tuition waiver, full or partial
  • a cash scholarship paid in parts
  • services that reduce everyday study costs

Applications require family income documents and identity papers. Some files may need translation or legalisation (official recognition). Deadlines are strict. If you qualify, the DSU grant can free time for labs, internships, and thesis milestones.

Scholarships for international students in Italy

Beyond DSU, look for:

  • Merit awards for high grades or strong projects.
  • Mobility support tied to relocation and start-up costs.
  • Discipline awards in robotics, control, or embedded systems.
  • Paid roles under academic rules with defined duties and hours.

Check how awards combine and how renewals work. Keep scanned PDFs of applications, receipts, and results in dated folders so renewals are smooth.

Systems integration projects you can build

  • Mobile robot
    Localisation, path planning, motor control, and safety stops. Report energy use, speed, and collision tests.
  • Collaborative arm
    Torque control, force sensing, and human-robot interaction basics. Provide risk analysis and safe limits.
  • Automated line module
    Conveyors, pick-and-place, vision checks, and reject logic. Include uptime, defect rates, and changeover time.
  • Mechatronic prosthesis prototype
    Myoelectric sensing, actuator choice, and comfort trade-offs. Track reliability and user feedback.
  • Aerial platform
    Estimation, control allocation, and fail-safe routines. Document flight envelopes and no-fly rules.

Each project should include BOM (bill of materials), drawings, schematics, firmware, tests, and a “how to reproduce” file.

Assessment and the LM-29 thesis

Assessment blends problem sets, design reviews, lab reports, and oral exams. Markers value explicit assumptions, readable code, and safe, repeatable tests. The thesis proves independent skill and judgement.

Common thesis paths

  1. Precision motion control
    Design a drive and controller; show performance and robustness with clear plots.
  2. Embedded perception
    Deploy a vision or IMU pipeline on constrained hardware; report latency and accuracy.
  3. Energy-aware actuation
    Reduce power draw without losing performance; explain trade-offs.
  4. Human-robot interaction
    Force/impedance control with safety-rated limits; document tests and risk controls.
  5. Reliability and diagnostics
    Predict failures from sensor data; tie alerts to maintenance actions.

A good thesis begins with a precise question and ends with guidance others can reuse.

Admissions and preparation

Committees look for readiness in maths, physics, circuits, and coding, plus careful lab habits.

Who should apply

  • Academic background: mechanical, electrical, electronic, or computer engineering; or a close field.
  • Core preparation: calculus, linear algebra, dynamics, circuits, and programming.
  • English ability: enough to study, write, and present in English under current rules.
  • Motivation: a concise letter linking your goals to mechatronic systems you want to improve.

Application materials to prepare

  • Degree certificate and transcripts (with official translation if required).
  • Short syllabi for core modules to confirm coverage.
  • English-language certificate if needed.
  • CV of one or two pages.
  • Motivation letter with specific examples.
  • Passport bio page and any requested ID.

Submit early so there is time to answer questions or replace missing items.

How to prepare before semester one

  • Refresh modelling: free-body diagrams, state-space, and simple simulations.
  • Practise embedded basics: GPIO, timers, PWM, and serial links.
  • Review control: PID, stability, and tuning with noisy sensors.
  • Revisit electronics: op-amps, filters, and safe power design.
  • Write: draft a 600-word design note with assumptions and limits in plain English.

Study plan and weekly rhythm that work

A simple plan helps you balance depth and output.

Semester 1
Modelling and simulation, sensors and instrumentation, embedded systems, and a control lab. Deliver a sensing report with calibration, uncertainty, and code.

Semester 2
Power electronics, advanced control, software engineering, and a robotics elective. Produce a closed-loop system with test coverage and a run-book.

Semester 3
Electives in robotics, automation, medical devices, or vehicles. Draft the thesis proposal and pilot tests. Agree milestones and risks.

Semester 4
Thesis execution and defence. Provide clean figures, fair comparisons, and a concise “lessons learned” section.

Weekly rhythm

  1. Set three measurable goals every Sunday.
  2. Work in focused blocks; log decisions and results.
  3. Meet your supervisor or peers for quick feedback.
  4. Back up notes, designs, and code in two places.
  5. Review on Friday: what worked, what to change next week.

Practical competence: tools and habits you will use

  • Version control with branches and reviews.
  • PCB design with ERC/DRC checks and manufacturing files.
  • 3D design with assemblies, tolerances, and drawings.
  • Firmware build systems and hardware-in-the-loop tests.
  • Data logging with timestamps, units, and tidy formats.
  • Safety files: risk logs, checklists, and incident notes.
  • Documentation: schematics, wiring, harness plans, and cable schedules.
  • Procurement: lead times, alternates, and lifecycle notes.

These habits make your systems easier to build, test, and maintain.

Responsible practice: safety, ethics, and sustainability

Mechatronic systems interact with people and the environment. Responsible practice protects trust.

  • Safety by design: guards, interlocks, e-stops, and safe limits as defaults.
  • Privacy by design: collect minimal personal data; protect and delete it on time.
  • Energy awareness: efficient drives, sleep modes, and right-sized components.
  • Repairability: modular parts, standard fasteners, and clear disassembly notes.
  • Transparency: report full results, including failures and uncertainty.

Careers after LM-29

Your skills travel across sectors:

  • Robotics and automation: integration engineer, controls engineer, or robotics developer.
  • Automotive and mobility: electric drives, ADAS support, and test engineering.
  • Aerospace and defence: actuation, guidance, and embedded reliability.
  • Medical devices: mechatronic design under quality rules.
  • Manufacturing: process automation, condition monitoring, and quality.
  • Energy and renewables: power conversion and control.
  • R&D and startups: rapid prototyping and productisation.
  • Further study: PhD in robotics, control, or intelligent systems.

Employers look for clear thinking, careful methods, and honest reporting. Your thesis and portfolio are your best proof.

Portfolio pieces that earn trust

A compact, well-made set of outputs beats many unfinished drafts.

  • Two lab reports with calibration, plots, and uncertainty.
  • One PCB and firmware pair with BOM, tests, and readme.
  • One mechanism with drawings, tolerances, and stress notes.
  • One integrated prototype with safety checks and a run-book.
  • Thesis proposal with question, method, and milestones.

Keep files tidy and anonymised where needed. Use clear names, units, and captions.

Routes toward tuition-free universities Italy: plan, apply, and document

Many applicants align with tuition-free universities Italy by combining fee rules with grants. A clear plan improves your chances and reduces stress.

  • Start early: gather income documents and translations months before deadlines.
  • Track criteria: note grade and credit thresholds for renewals.
  • Submit on time: late files can block aid even if you qualify.
  • Combine support: where rules allow, stack the DSU grant with other awards.
  • Keep evidence: store confirmations, payments, and outcomes in a safe archive.

Even without a full waiver, these steps can make study costs manageable while you build a strong profile in English.

Bringing it all together

Mechatronics Engineering (LM-29) at University of Rome Tor Vergata (Università degli Studi di Roma "Tor Vergata") sits within English-taught programs in Italy that connect science to working machines. Because the programme belongs to public Italian universities, fees are clear and income-based. With the DSU grant and scholarships for international students in Italy, many learners keep costs under control and, if eligible, align with paths often called tuition-free universities Italy. You graduate ready to design, control, and deploy systems that people rely on every day.

Ready for this programme?
If you qualify and we still have a spot this month, we’ll reserve your place with ApplyAZ. Our team will tailor a set of best-fit majors—including this course—and handle every form and deadline for you. One upload, many applications, guaranteed offers, DSU grant support, and visa coaching: that’s the ApplyAZ promise. Start now and secure your spot before this month’s intake fills up.

They Began right where you are

Now they’re studying in Italy with €0 tuition and €8000 a year
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