Insurance course for electric vehicles
About our
Electric Vehicle Insurance Course
Explore the specifics of insuring electric vehicles. Analyze the specific risks associated with high-voltage batteries, charging stations, and electric vehicle infrastructure. Focus on risk assessment, appropriate insurance coverage, and market trends in electric vehicle insurance, including new regulations and the impact of emerging technologies on the insurance sector.
The course provides training in understanding electric vehicle claims, from battery damage to collisions involving electric propulsion systems. It provides knowledge on electric vehicle valuation, claims management, and adapting existing policies. It prepares students for roles such as specialized insurance adjusters, electric vehicle insurance risk analysts, and insurance consultants, equipped to meet the growing demand in this market.
Insurance course for electric vehicles
- Format: Hybrid
- Duration: 3 months
- Hours: 300 H
- Language: English / Spanish
- Registration date: 23-10-2026
- Start date: 12-12-2026
- Available places: 2
299 $
Competencies and results
What you will learn
1. Expert Domain of Insurance for Electric Vehicles: Coverage, Risks and Trends
- Understand the evolution and specific characteristics of electric vehicle (EV) insurance.
- Identify and assess the specific risks associated with EVs: batteries, charging, infrastructure.
- Master the different types of EV insurance coverage: own damage, third-party liability, theft, and roadside assistance.
- Analyze trends in the EV insurance market: new business models, telematics, and cybersecurity.
- Evaluate the impact of new technologies on claims management and damage assessment for EVs.
- Learn to use tools and resources for quoting and selling EV insurance.
- Develop communication and advisory skills for clients interested in EV insurance.
- Analyze current regulations and legislation regarding EV insurance.
- Understand the role of data and analytics in optimizing insurance policies.
for EVs.
Explore business opportunities and the future of the electric vehicle insurance market.
2. In-depth Analysis of Electric Vehicle Insurance: Design, Evaluation and Optimization
Here is the requested content:
2. **In-Depth Analysis of Electric Vehicle Insurance: Design, Evaluation, and Optimization**
Understand the current and future landscape of the electric vehicle insurance market, including adoption trends and specific challenges.
Identify the unique risks associated with electric vehicles, such as batteries, charging systems, and advanced technology, and how these impact insurance policies.
Master the design of specialized electric vehicle insurance policies, considering battery coverage, damage to charging systems, and liability.
Learn to evaluate the claims experience of electric vehicle insurance by analyzing accident data, repair costs, and claims frequency.
Implement pricing optimization strategies for electric vehicle insurance, considering factors such as vehicle models, driver profiles, and geographic location.
Explore the use of data and predictive analytics to improve underwriting, risk management, and fraud detection in the Context of electric vehicle insurance.
Understand the importance of cybersecurity in electric vehicles and how to protect against cyber threats that could affect security and insurance.
Analyze the impact of autonomous driving technologies on electric vehicle insurance and how to adapt policies to new functionalities.
Evaluate current and future regulations and standards that affect electric vehicle insurance, including aspects of sustainability and social responsibility.
Develop skills for effective communication with electric vehicle insurance customers, informing them about coverage, benefits, and optimization options.
3. Comprehensive user-oriented design and validation (from modeling to manufacturing)
You will learn to integrate the entire product development process, from initial model conception to final validation, applying user-centered methodologies. You will develop skills in parametric design, ergonomics, simulation, sustainable materials, 3D visualization, and manufacturing management, ensuring efficient, safe solutions that meet current industry standards.
4. Master's Degree in Electric Vehicle Insurance: Policy Analysis, Claims and Challenges
4. **Master’s Degree in Electric Vehicle Insurance: Policy Analysis, Claims, and Challenges**
Understand the specific characteristics of electric vehicle insurance policies, including specific coverages such as batteries and charging systems.
Analyze claims related to electric vehicles, from collisions to component failures, identifying causes and responsible parties.
Evaluate the challenges the insurance sector faces with the increasing adoption of electric vehicles, such as risk assessment, premium setting, and claims management.
Study the technologies and trends in electric vehicle repair, including spare parts availability, technician training, and damage assessment processes.
Develop skills in data interpretation and the application of analytical tools for risk assessment and claims management in the electric vehicle sector.
Explore the impact of regulations and standards on The electric vehicle insurance market, including incentive policies and reporting obligations.
Analyze the role of technology in optimizing insurance processes, including the use of telemetry, artificial intelligence, and digital platforms.
Identify business opportunities and strategies for developing innovative products and services in the electric vehicle insurance market.
5. Expert in Electric Car Insurance: Coverage, Risk Analysis and SEO Strategies
- Master the fundamentals of electric vehicle insurance, including its current context and future projections.
- Understand the specific characteristics of electric vehicles that impact insurance coverage, such as their technology, components, and associated risks.
- Identify and analyze the different types of insurance coverage available for electric vehicles, including liability, own damage, theft, fire, and roadside assistance.
- Evaluate and manage the specific risks associated with electric vehicles, such as battery fire risk, damage to charging infrastructure, and liability for technical failures.
- Apply advanced risk analysis techniques to determine appropriate insurance premiums for electric vehicles, considering factors such as vehicle model, driver profile, and claims history.
- Design effective digital marketing and SEO strategies to promote the sale of electric vehicle insurance, including keyword optimization, creation of relevant content, and management of advertising campaigns.
- Implement on-page and off-page SEO techniques to improve search engine ranking and attract qualified traffic to electric car insurance websites and landing pages.
- Use web analytics tools to measure the performance of SEO strategies, identify opportunities for improvement, and optimize lead conversion.
- Stay up-to-date on the latest trends and developments in the electric car insurance market and SEO best practices.
online.
6. Mastering Electric Car Insurance: Coverage, Risk Assessment, and SEO Optimization
6. Mastering Electric Vehicle Insurance: Coverage, Risk Assessment, and SEO Adaptation
Understand the specific coverages for electric vehicles: batteries, chargers, and high-voltage components.
Evaluate the risks associated with electric vehicles: fire, charging damage, cybersecurity, and technological obsolescence.
Master risk assessment techniques: claims data analysis, predictive models, and exposure assessment.
Adapt SEO strategies for the electric vehicle insurance sector: keyword research, content optimization, and link building.
Create relevant SEO content for the target audience: guides, informative articles, comparisons, and resources on electric vehicle insurance.
Optimize your online presence: website speed optimization, responsive design, and user experience.
Analyze the competition and trends in the electric vehicle insurance market. electrical.
Who this program is for:
Insurance course for electric vehicles
- Insurance professionals interested in specializing in electric vehicle insurance, including its specific risks and coverage.
- Insurance agents and brokers who wish to expand their service offerings and knowledge in the field of electric vehicles.
- Insurance experts and appraisers who need to understand the specific characteristics of electric vehicles to assess damages and determine compensation.
- Fleet managers, from both private companies and public institutions, who seek to insure their electric vehicles efficiently and appropriately.
- Students and recent graduates in areas related to insurance, finance, automotive engineering, or renewable energy, who wish to start a professional career in this booming sector.
- Standards-driven curriculum: you will work with CS-27/CS-29, DO-160, DO-178C/DO-254, ARP4754A/ARP4761, ADS-33E-PRF from the first module.
- Accreditable laboratories (EN ISO/IEC 17025) with rotor bench, EMC/Lightning pre-compliance, HIL/SIL, vibrations/acoustics.
- Evidence-oriented TFM: safety case, test plan, compliance dossierand operational limits.
- Mentored by industry: teachers with experience in rotorcraft, tiltrotor, eVTOL/UAM and flight test.
- Flexible modality (hybrid/online), international cohorts and support from SEIUM Career Services.
- Ethics and security: safety-by-design approach, cyber-OT, DIH and compliance as pillars.
Module 1 — Introduction to Electric Vehicle Insurance
1.1 The electric vehicle market: evolution and prospects.
1.2 Fundamentals of car insurance: key concepts.
1.3 Specific characteristics of electric vehicles that impact insurance.
1.4 Common risks in electric vehicles: batteries, charging, etc.
1.5 Basic coverages in electric vehicle insurance.
1.6 Key differences between electric and combustion engine vehicle insurance.
1.7 Current trends in the electric vehicle insurance market.
1.8 Regulatory and legal framework applicable to electric vehicle insurance.
1.9 Introduction to risk analysis in electric vehicle insurance.
1.10 The future of electric vehicle insurance: innovation and challenges.
2.2 Fundamentals of Electric Vehicle Insurance: Introduction to EVs and their market
2.2 Basic Coverage: Civil liability, material damage, and theft
2.3 Additional Coverage: Roadside assistance, charging, and battery damage
2.4 Specific Risk Factors: Types of charging and electrical components
2.5 Comparison of Coverage: EV vs. Internal Combustion Vehicles
2.6 Legislation and Regulations: Legal Framework for EV Insurance
2.7 Key Concepts: Premium, Deductible, and Policy Term
2.8 Practical Examples: Claims Cases and Their Coverage
2.9 Glossary of Terms: Important Definitions in EV Insurance
2.20 Needs Assessment: How to Select the Ideal Coverage
2.2 Risk Identification: Analysis of Risks Associated with EVs
2.2 Charging Risks: Impact of Charging Infrastructure on Claims
2.3 Battery Risks: Damage, Failure, and Battery Replacement
2.4 Data Analysis: Collection and Evaluation of Claims Data
2.5 Risk Modeling: Creation of Predictive Models
2.6 Specific Risk Factors: Driving, Use, and Maintenance
2.7 Driver Profile: Risk Assessment Based on Driver Profile
2.8 Geographic Location: Influence of Location on Risk
2.9 Risk Mitigation: Strategies and Best Practices
2.20 Case Studies: Claims Analysis and Their Causes
3.2 Policy Design: Structure and Components of an EV Policy
3.2 Specific Coverages: Adapting Coverages to EV Needs
3.3 Additional Clauses: Coverages for Charging and Battery Failures
3.4 Deductibles and Limits: Establishing Appropriate Deductibles and Limits
3.5 Policy Pricing: Factors Influencing Policy Prices
3.6 General and Specific Conditions: Clarity and Transparency
3.7 Policy Templates: Designing Customized Policies
3.8 Policy Innovation: Data-Driven and Telemetry-Based Coverages
3.9 Policy Examples: Comparing Different Options
3.20 Policy Simulation: Tools for Policy Creation
4.2 Claims Process: Steps to Follow in Case of a 4.2 Damage Assessment: Damage assessment methods for EV vehicles
4.3 EV Vehicle Repair: Techniques and specialization
4.4 Battery Replacement: Claims process and coverage
4.5 Expert Appraisal: Techniques and tools for EV expert appraisal
4.6 Claims Management: Efficient claims resolution
4.7 Insurance Fraud: Fraud detection and prevention
4.8 Compensation: Calculation and payment of compensation
4.9 Dispute Resolution: Dispute resolution mechanisms
4.20 Case Studies: Claims analysis and lessons learned
5.2 Market Trends: Growth and prospects of the EV market
5.2 Technological Innovations: Impact of technology on EV insurance
5.3 Autonomous Vehicles: Implications for insurance
5.4 Shared Mobility: Business models and insurance
5.5 Sustainability: Environmental impact and Green Insurance
5.6 Regulation: The Future of EV Insurance Regulation
5.7 Business Models: New Models and Opportunities
5.8 Artificial Intelligence: Using AI in Risk Assessment
5.9 Big Data: Data Analysis for Insurance Optimization
5.20 The Future: A Vision for the Future of EV Insurance
6.2 SEO for EV Insurance: An Introduction to SEO and Its Importance
6.2 Keyword Research: Identifying Relevant Keywords
6.3 On-Page Optimization: Title, Meta Descriptions, and Content
6.4 Off-Page Optimization: Link Building and Online Reputation
6.5 Content Marketing: Creating Relevant Content
6.6 Social Media: Social Media Marketing Strategies
6.7 SEM: Pay-Per-Click (PPC) Advertising
6.8 Web Analytics: Analysis and Tracking Tools
6.9 Conversion Strategies: Conversion Optimization
6.20 Case Studies: Success Stories in SEO for EV Insurance
7.2 Sales Strategies: Sales Techniques for EV Insurance
7.2 Digital Marketing: Using Digital Marketing Tools
7.3 Sales Funnel: Creating and Optimizing the Sales Funnel
7.4 Segmentation: Identifying and Segmenting the Target Market
7.5 Value Propositions: Creating Attractive Value Propositions
7.6 Customer Relationships: Customer Loyalty and Retention
7.7 Distribution Channels: Selecting Distribution Channels
7.8 Cross-Selling: Cross-Selling Opportunities
7.9 Results Analysis: Measuring and Analyzing Results
7.20 Sales Tools: Using CRM and Other Tools
8.2 Current Challenges: Challenges in the EV Insurance Market
8.2 Adapting to New Technologies: Integrating New Technologies
8.3 Cybersecurity: Risks and Data Protection
8.4 Regulation and Compliance: Regulatory Compliance
8.5 Competition: Competitive Analysis and Strategies
8.6 Sustainability: Impact of Sustainability on EV Insurance
8.7 Innovation: Fostering innovation in the sector
8.8 Change Management: Adapting to market changes
8.9 Best Practices: Implementing best practices
8.20 The Future: Perspectives and opportunities in the sector
3.3 Introduction to Electric Vehicle Insurance: Key Concepts
3.2 Standard and Specific Coverages for EVs
3.3 Risk Assessment in Electric Vehicles
3.4 Premium Calculation: Factors and Methodologies
3.5 The EV Claims Process: From Reporting to Resolution
3.6 Policy Analysis: Interpretation and Comparison
3.7 Trends in the Electric Vehicle Insurance Market
3.8 Regulatory and Legal Framework Applicable to EV Insurance
3.9 Case Studies: Practical Examples of Claims and Solutions
3.30 The Future of Electric Vehicle Insurance
4.4 Specialized Coverage: Damage to High-Voltage Batteries
4.2 Risk Analysis: Charging Failures and Overcharging
4.3 Innovation: Insurance for Home and Public Charging Stations
4.4 Challenges: Coverage for Damage to Charging Infrastructure
4.5 Strategies: Evaluation of Fire Claims in Electric Vehicles
4.6 Trends: Analysis of Cybersecurity Risks in Connected Vehicles
4.7 Optimization: Coverage for Battery Performance and Depreciation
4.8 Adaptation: Risk Analysis for New Technologies and Mobility Models
4.9 Valuation: Design of Policies that Cover Losses Due to Business Interruption
4.40 Future: Risk Analysis in the Development of Adaptable and Customized Policies
5.5 Current legislation and specific regulations for electric vehicle insurance.
5.5 Fundamental principles of EV insurance pricing.
5.3 Basic concepts of civil liability and other essential coverages.
5.4 Key differences between internal combustion engine and electric vehicle insurance.
5.5 Introduction to the concepts of sustainability and the circular economy in the EV insurance sector.
5.6 International regulatory framework and its impact on electric vehicle insurance.
5.7 Safety regulations and technical standards applicable to electric vehicles.
5.8 The role of insurers in promoting sustainable mobility.
5.9 Introduction to comprehensive insurance policies for electric vehicles.
5.50 Regulatory compliance and ethics in EV insurance sales.
5.5 Mandatory and supplementary civil liability coverages.
5.5 Comprehensive insurance: details and specific conditions for EVs. 5.3 Own Damage Coverage: Collision, Fire, Theft, and Other Risks
5.4 Battery Coverage: Warranties and Exclusions
5.5 Charging Coverage: Charging Stations, Cables, and Adapters
5.6 Roadside Assistance Coverage: Towing, Crane, and Technical Assistance
5.7 Coverage for Damage from Natural Phenomena and Catastrophic Events
5.8 Optional Coverages: Cable Theft, Damage to Home Chargers, etc.
5.9 Comparison of Coverages: Analysis of Different Policies and Insurers
5.50 Selection of Appropriate Coverages Based on the Customer and Vehicle Profile
3.5 Identification and Analysis of Specific Risks Associated with Electric Vehicles
3.5 Risk Factors Related to the Battery and Their Impact on Claims
3.3 Risks Related to Charging Infrastructure and Their Implications 3.4 Evaluating the age and condition of electric vehicles as risk factors.
3.5 Analyzing accident data and statistics in the EV market.
3.6 Risk assessment techniques and their application in EV insurance.
3.7 The role of telematics and vehicle data in risk assessment.
3.8 Identifying risk factors related to driver behavior.
3.9 Analyzing the risks associated with autonomous and semi-autonomous driving.
3.5 Strategies for risk mitigation and accident reduction in EVs.
4.5 Designing customized insurance policies for electric vehicles.
4.5 Adapting policies to specific customer needs.
4.3 Using technology to optimize insurance policies.
4.4 Introducing new, innovative, and EV-specific coverages. 4.5 Development of data-driven pricing models and predictive analytics.
4.6 Integration of value-added services into insurance policies.
4.7 Creation of policies focused on sustainability and the circular economy.
4.8 Adaptation of general and specific policy terms and conditions.
4.9 Use of artificial intelligence in policy optimization.
4.50 The process of quoting and issuing insurance policies for EVs.
5.5 Research of relevant keywords for the electric vehicle insurance sector.
5.5 Optimization of website content to improve search engine ranking (SEO).
5.3 Content marketing strategies focused on EV insurance.
5.4 Use of social media for the promotion of electric vehicle insurance.
5.5 Online advertising: Google Ads campaigns and other advertising platforms.
5.6 Email marketing strategies and campaign automation. 5.7 Influencer Marketing and Collaborations with EV Experts
5.8 Competitive Analysis and Benchmarking in the EV Insurance Sector
5.9 Measuring and Analyzing Results: KPIs and Key Metrics in Digital Marketing
5.50 Adapting SEO Strategies to the Latest Search Algorithm Updates
6.5 Claims Management Process in Electric Vehicle Insurance
6.5 Inspection and Assessment of Damage to Electric Vehicles
6.3 Procedures for Repairing Electric Vehicles
6.4 Claims Management and Communication with Policyholders
6.5 The Role of Experts and Workshops Specialized in EVs
6.6 Conflict Resolution and Arbitration in Case of Disagreement
6.7 Analysis of Practical Cases of Electric Vehicle Claims
6.8 Fraud Prevention and Detection of Fraudulent Practices
6.9 Use of Technology in Claims Management 6.50 Customer Experience in Claims Management
7.5 Analysis of Current Trends in Electric Mobility
7.5 Technological Innovations in Electric Vehicles and Their Impact on Insurance
7.3 The Future of Batteries and Their Impact on Insurance
7.4 Development of Autonomous Driving and Its Implications for Insurance
7.5 The Role of Data and Artificial Intelligence in the Future of EV Insurance
7.6 New Business Models in the EV Insurance Sector
7.7 Sustainability and Corporate Social Responsibility in EV Insurance
7.8 Challenges and Opportunities in the Electric Vehicle Insurance Market
7.9 The Impact of Government Policies on the EV Insurance Sector
7.50 The Future of Regulation and Legislation in Electric Vehicle Insurance
8.5 Adapting Policies to New Technologies and Market Trends
8.5 Developing New Coverage for Electric Vehicles
8.3 Strategies for improving the customer experience.
8.4 Adapting business models to the new reality.
8.5 Change management and digital transformation in the EV insurance sector.
8.6 Overcoming challenges related to regulation and legislation.
8.7 Strategies for managing emerging risks.
8.8 Developing strategic alliances and collaborations.
8.9 Adapting to new customer needs.
8.50 Sustainability and corporate social responsibility in the EV insurance sector.
6.6 Introduction to the Electric Vehicle (EV) Insurance Market
6.2 Current and Future Regulatory Framework for EV Insurance
6.3 Specific Legislation for EVs and its Impact on Insurance
6.4 Fundamental Principles of EV Insurance Underwriting
6.5 Key Differences Between Internal Combustion Engine (ICE) and EV Insurance
6.6 Analysis of Relevant International Regulations
6.7 Impact of Government Policies on EV Insurance
6.8 Update on Relevant Regulatory Changes
2.6 Standard and Specific Coverages for EVs (Batteries, Charging Points, etc.)
2.2 Specific Risks Associated with Electric Vehicles (Batteries, Fire, etc.)
2.3 Analysis of Risk Assessment in EVs
2.4 Types of Risks and their Impact on Policies
2.5 Coverage for Damage to Charging Infrastructure
2.6 Common Exclusions in EV Policies
2.7 Environmental Risk Assessment in EVs
2.8 Protection Against Theft and Vandalism
3.6 Designing Market-Adapted EV Insurance Policies
3.2 Assessing Customer Needs and Personalizing Policies
3.3 Key Factors in EV Insurance Pricing
3.4 Designing Innovative EV Insurance Products
3.5 Evaluating Customer Experience in Policy Design
3.6 Competitive Analysis and Policy Benchmarking
3.7 Optimizing EV Policy Structure
3.8 Impact of EV Technologies on Policy Design
4.6 Processing Electric Vehicle Claims (Damage Assessment)
4.2 Managing Claims Related to Batteries and Electrical Systems
4.3 EV Damage Assessment and Valuation Procedures
4.4 Using Tools and Technologies in Claims Management
4.5 Resolving Disputes and Claims in EV Insurance
4.6 Analyzing Claim Cases and Lessons Learned
4.7 Optimizing Claims Management Processes
4.8 Impact of Telemetry and Artificial Intelligence on Claims Management
5.6 Current Trends in the EV Insurance Industry
5.2 Future of EV Insurance: Innovation and Product Development
5.3 The Impact of Autonomous Driving on EV Insurance
5.4 Usage-Based Insurance and the Pay-Per-Use (PAYG) Model
5.5 The Role of Artificial Intelligence and Machine Learning in EV Insurance
5.6 Sustainability and Corporate Social Responsibility in EV Insurance
5.7 The EV Insurance Market in Different Geographic Regions
5.8 Growth Prospects and Business Opportunities in the Sector
6.6 Keyword Research for Relevant EV Insurance
6.2 On-Page Optimization to Improve SEO Ranking
6.3 Link Building Strategies to Increase Website Authority
6.4 Technical SEO: Optimizing Speed and User Experience
6.5 Competitive Analysis and Differentiation Strategies
6.6 Creating High-Quality Content to Attract Organic Traffic
6.7 Content Marketing and Social Media for EV Insurance
6.8 Measuring and Analyzing SEO Performance and Adjustments
7.6 EV Insurance Sales Strategies
7.2 Market Segmentation and Targeting of Potential Clients
7.3 Consultative Selling Techniques and Expert Advice
7.4 Tools and Technologies for Sales Optimization
7.5 Digital Marketing and Online Advertising for EV Insurance
7.6 Customer Loyalty and Retention Strategies
7.7 Strategic Collaborations and Partnerships in the EV Sector
7.8 Measuring the Effectiveness of Sales Strategies
8.6 Current Challenges in the EV Insurance Market
8.2 Adapting to Technological and Regulatory Changes
8.3 Managing Emerging Risks in the EV Sector
8.4 Impact of Market Volatility on EV Insurance
8.5 Developing Resilient Insurance Solutions
8.6 Strategies for Adapting to and Anticipating Challenges
8.7 Innovation and Digital Transformation in the EV Insurance Sector
8.8 Opportunities for Continuous Improvement and Sustainable Growth
- Hands-on methodology: test-before-you-trust, design reviews, failure analysis, compliance evidence.
- Software (depending on licenses/partners): MATLAB/Simulink, Python (NumPy/SciPy), OpenVSP, SU2/OpenFOAM, Nastran/Abaqus, AMESim/Modelica, acoustics tools, planning toolchains DO-178C.
- SEIUM Laboratories: scale rotor bench, vibrations/acoustics, EMC/Lightning pre-compliance, HIL/SIL for AFCS, data acquisition with strain gauging.
- Standards and compliance: EN 9100, 17025, ISO 27001, GDPR.
Capstone-type projects
Admissions, fees, and scholarships
- Profile: Background in Computer Engineering, Mathematics, Statistics, or related fields; practical experience in NLP and valued information retrieval systems.
- Documentation: Updated CV, academic transcript, SOP/statement of purpose, project examples or code (optional).
- Process: Application → Technical evaluation of profile and experience → Technical interview → Review of case studies → Final decision → Enrollment.
- Fees:
- Single payment: 10% discount.
- Payment in 3 installments: No fees; 30% upon registration + 2 equal monthly payments of the remaining 35%.
Monthly payment: available with a 7% commission on the total; annual review.
Scholarships: based on academic merit, financial need, and promoting inclusion; agreements with companies in the sector for partial or full scholarships.
See “Calendar & Calls for Applications,” “Scholarships & Grants,” and “Fees & Financing” in the SEIUM mega-menu.
Do you have any questions?
Our team is ready to help you. Contact us, and we will respond as soon as possible.
F. A. Q
Frequently asked questions
Yes, we have international certification
Yes: experimental models, real data, applied simulations, professional environments, real case studies.
It is not mandatory. We offer leveling tracks and tutoring.
Completely. It covers e-propulsion, integration, and emerging regulations (SC-VTOL).
Recommended. There are also internal challenges and consortiums.
Yes. Online/hybrid modality with planned labs and visa support (see “Visa & Residence”).