Building a Learning Management System with Java and Spring MVC: A Practical MVP Guide

Building a Learning Management System with Java and Spring MVC is best approached as a modular monolith using Spring Boot, Spring MVC, Spring Security, Spring Data JPA, PostgreSQL, Thymeleaf, Bean Validation, and Flyway. A defensible MVP should support registration, role-based access, courses, enrollment, lessons, progress, and quizzes—not just course CRUD.

This guide describes an implementation path for an intermediate Java developer, portfolio project, or small training provider. The result is an MVP LMS, not a production replacement for Moodle, Canvas, Blackboard, TalentLMS, or a compliance-grade corporate learning platform.

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Key takeaways

• Use a modular monolith with Spring Boot, Spring MVC, Spring Security, Spring Data JPA, PostgreSQL, Thymeleaf, Bean Validation, and Flyway or Liquibase.
• For a conservative current setup, use Spring Boot 3.5.16 with Java 21 or Java 25; Spring’s official requirements page identifies Spring Boot 4.1.0 as the stable line as of August 18, 2026, but Boot 4 APIs should not be mixed into a Boot 3 tutorial without testing.
• Model enrollment as an explicit entity rather than a direct many-to-many relationship, because enrollment owns progress, timestamps, status, and future business data.
• Protect both URLs and individual resources: an instructor may access an edit route only when the instructor owns that course or has administrator privileges.
• Keep CSRF protection enabled for session-based, server-rendered forms and calculate quiz scores on the server from authoritative answer data.
• Store media metadata in PostgreSQL but place large files in object storage rather than the application container’s local filesystem.

What should a Java and Spring MVC LMS MVP include?

A Java and Spring MVC LMS MVP should implement three role-specific journeys. Students register, log in, browse published courses, enroll, view lessons, mark lessons complete, take quizzes, see scores and completion percentage, and edit profile information. Instructors create and edit courses, add sections and lessons, upload or link content, create quizzes, publish or unpublish courses, and inspect basic student results. Administrators manage users, roles, course approval, account suspension, categories, settings, and audit events.

Exclude live video conferencing, payment processing, complex certificate accreditation, SCORM or xAPI interoperability, multi-tenant enterprise administration, adaptive learning, AI grading, offline mobile synchronization, high-volume video transcoding, and advanced analytics from the first release. Those features introduce separate product, infrastructure, compliance, or integration problems.

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Which Java and Spring MVC architecture should you use?

Use a modular monolith: one Spring Boot application, one deployable unit, one primary transaction boundary, and clearly separated business modules. Spring Boot creates a standalone application that can run as an executable JAR and automatically configures an embedded servlet container such as Tomcat for a Spring MVC application; the official Spring Boot guide documents this application model.

Browser
   |
Spring MVC controllers
   |
Application services
   |
Repositories
   |
PostgreSQL

Organize code by business capability rather than placing every class in one large package:

src/main/java/com/example/lms/
├── auth/
├── user/
├── course/
├── enrollment/
├── lesson/
├── progress/
├── quiz/
├── admin/
└── common/

Within each module, use the conventional flow:

controller -> service -> repository -> database

Controllers should handle HTTP concerns such as route parameters, form binding, validation results, redirects, and view names. Services should enforce enrollment, ownership, publication, progress, and quiz rules. Repositories should perform persistence operations. Spring MVC’s request dispatching, handler mappings, data binding, validation, and view resolution are described in the Spring MVC reference documentation.

A modular monolith is preferable to early microservices for this LMS because it is easier to understand, test, deploy, and transact. A later API layer can support mobile clients or a separate frontend without requiring the initial product to absorb distributed-system complexity.

Which Spring Boot and Java versions should you choose?

For a conservative implementation, pin Spring Boot 3.5.16 and Java 21 or Java 25, then record the exact generated dependency versions in source control. As of August 18, 2026, Spring’s official system-requirements page identifies Spring Boot 4.1.0 as the latest stable version and documents Boot 3.5.16 as requiring at least Java 17 and supporting Java through Java 25.

Do not casually combine Boot 4 dependencies, Boot 3 dependencies, or snippets from older Spring MVC tutorials. Spring Framework 6 uses a Java 17-or-newer baseline and the jakarta.* namespace instead of the older javax.* namespace; the Spring Framework overview explains the current baseline.

How do you create the Spring Boot project?

Generate the project with Spring Initializr rather than manually copying version numbers. Select Maven, Java, JAR packaging, Java 21 or 25, and these dependencies:

• Spring Web
• Thymeleaf
• Spring Security
• Spring Data JPA
• Validation
• PostgreSQL Driver
• Flyway Migration
• Spring Boot DevTools for development only

The official Spring Security MVC guide uses Initializr and a Java 17-or-later setup. A Boot 3-style Maven dependency set is:

<dependencies>
  <dependency>
    <groupId>org.springframework.boot</groupId>
    <artifactId>spring-boot-starter-web</artifactId>
  </dependency>
  <dependency>
    <groupId>org.springframework.boot</groupId>
    <artifactId>spring-boot-starter-thymeleaf</artifactId>
  </dependency>
  <dependency>
    <groupId>org.springframework.boot</groupId>
    <artifactId>spring-boot-starter-security</artifactId>
  </dependency>
  <dependency>
    <groupId>org.springframework.boot</groupId>
    <artifactId>spring-boot-starter-data-jpa</artifactId>
  </dependency>
  <dependency>
    <groupId>org.springframework.boot</groupId>
    <artifactId>spring-boot-starter-validation</artifactId>
  </dependency>
  <dependency>
    <groupId>org.postgresql</groupId>
    <artifactId>postgresql</artifactId>
    <scope>runtime</scope>
  </dependency>
  <dependency>
    <groupId>org.flywaydb</groupId>
    <artifactId>flyway-core</artifactId>
  </dependency>
  <dependency>
    <groupId>org.springframework.boot</groupId>
    <artifactId>spring-boot-starter-test</artifactId>
    <scope>test</scope>
  </dependency>
</dependencies>

Check the generated coordinates against the selected Boot release. Do not copy dependency versions from a different Boot generation. Run the application and tests with:

./mvnw spring-boot:run
./mvnw clean verify
java -jar target/lms-0.0.1-SNAPSHOT.jar

The Spring Data JPA guide also demonstrates packaging and running a Spring application with Maven or an executable JAR.

How should the LMS domain model be designed?

The LMS needs explicit entities for users, content hierarchy, enrollment, progress, and assessment attempts. A useful MVP model is:

User
- id, email, passwordHash, displayName, role, enabled, createdAt

Course
- id, title, slug, description, thumbnailUrl, status
- instructorId, createdAt, updatedAt, publishedAt

CourseSection
- id, courseId, title, sortOrder

Lesson
- id, sectionId, title, slug, content, videoUrl
- sortOrder, published

Enrollment
- id, studentId, courseId, enrolledAt, completedAt, status

LessonProgress
- id, enrollmentId, lessonId, completed
- completedAt, lastViewedAt

Quiz
- id, courseId or lessonId, title, passingScore

Question
- id, quizId, prompt, type, sortOrder

AnswerOption
- id, questionId, text, correct

QuizAttempt
- id, quizId, studentId, score, passed
- startedAt, submittedAt

QuizResponse
- id, attemptId, questionId, selectedOptionId

One instructor owns many courses; one course contains many sections; one section contains many lessons; one quiz contains many questions; and one question contains answer options. A student and course have a many-to-many relationship through Enrollment. An enrollment owns lesson-progress records, while a student can have multiple quiz attempts.

Do not model enrollment as a bare JPA @ManyToMany. Enrollment needs timestamps, status, completion data, and potentially payment state, cohort information, or audit fields. The Spring Data JPA guide covers repository-backed persistence, but the LMS should add explicit service transactions and relationship rules around that persistence.

How should PostgreSQL and database migrations be configured?

Use PostgreSQL for production-oriented examples. H2 is convenient for a quick demonstration or some tests, but using H2 exclusively can hide migration, indexing, SQL-dialect, constraint, and transaction differences.

Use Flyway or Liquibase from the first commit. The initial migration should create tables, foreign keys, indexes, and unique constraints. Seed development data only through a controlled development profile. Never rely on ddl-auto=create in production.

spring:
  datasource:
    url: jdbc:postgresql://localhost:5432/lms
    username: lms
    password: ${LMS_DB_PASSWORD:change-me}

  jpa:
    open-in-view: false
    hibernate:
      ddl-auto: validate
    properties:
      hibernate:
        format_sql: true

  flyway:
    enabled: true

  thymeleaf:
    cache: false

server:
  error:
    include-message: never

open-in-view: false encourages deliberate loading before template rendering. ddl-auto: validate checks that mappings match the migrated schema without silently changing the database. Secrets should come from environment variables or a secret manager, not committed YAML.

At minimum, enforce these database rules:

unique (lower(email))
unique (student_id, course_id)
unique (enrollment_id, lesson_id)
unique (slug)

Useful indexes include course status, enrollment by student and course, lesson order within a section, and progress by enrollment:

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create index idx_course_status on course(status);
create index idx_enrollment_student on enrollment(student_id);
create index idx_enrollment_course on enrollment(course_id);
create index idx_lesson_section_order on lesson(section_id, sort_order);
create index idx_progress_enrollment on lesson_progress(enrollment_id);

Application checks improve error messages, but PostgreSQL constraints must remain the final authority for uniqueness and referential integrity.

How do registration and authentication work?

The registration flow validates the form, normalizes the email address, checks for an existing account, hashes the password, assigns the least-privileged default role, saves the user, and redirects to login.

1. Validate email, display name, password, and password confirmation.
2. Normalize the email consistently, usually by trimming and lowercasing it.
3. Reject a duplicate using both an application lookup and a database uniqueness constraint.
4. Hash the password with a password encoder such as Spring Security’s supported adaptive encoder.
5. Assign STUDENT by default; never let a registration form choose ADMIN.
6. Save the user and use Post/Redirect/Get to send the browser to login.

Never store raw passwords or use a plain unsalted SHA-256 digest for password storage. Do not place passwords, reset tokens, session identifiers, quiz answers, or personal data in logs.

Spring Security’s official securing a web application guide demonstrates a login form and protected Spring MVC pages.

How should Spring Security protect LMS routes?

Configure a SecurityFilterChain for public catalog pages, protected dashboards, role-based URLs, login, logout, and CSRF-safe form submissions:

@Bean
SecurityFilterChain securityFilterChain(HttpSecurity http) throws Exception {
    http
        .authorizeHttpRequests(auth -> auth
            .requestMatchers("/", "/courses", "/css/**", "/js/**").permitAll()
            .requestMatchers("/admin/**").hasRole("ADMIN")
            .requestMatchers("/instructor/**").hasAnyRole("INSTRUCTOR", "ADMIN")
            .requestMatchers("/student/**").hasAnyRole("STUDENT", "ADMIN")
            .anyRequest().authenticated()
        )
        .formLogin(form -> form
            .loginPage("/login")
            .defaultSuccessUrl("/dashboard", true)
            .permitAll()
        )
        .logout(logout -> logout
            .logoutSuccessUrl("/")
            .permitAll()
        );

    return http.build();
}

URL rules are only the first layer. An instructor who can reach /instructor/courses/7/edit must still be checked against course 7’s owner in the service layer. A user should receive a safe 404 for a missing course, a 403 for an authenticated but unauthorized request, and a login redirect or 401 for an unauthenticated request.

Keep CSRF protection enabled for a Thymeleaf application using session-based form login. If a POST fails, inspect whether the token is rendered, whether JavaScript sends the matching token header, and whether the session changed. Disabling CSRF globally is not an acceptable fix for a form integration problem.

How should Thymeleaf controllers and forms be implemented?

A Spring MVC controller should receive the request, bind and validate input, call a service, add view data, and return a view or redirect. A public course controller might look like this:

@Controller
@RequestMapping("/courses")
public class CourseController {
    private final CourseService courseService;

    @GetMapping
    public String list(Model model) {
        model.addAttribute("courses", courseService.findPublishedCourses());
        return "courses/list";
    }

    @GetMapping("/{slug}")
    public String detail(@PathVariable String slug, Model model) {
        model.addAttribute("course", courseService.findPublishedCourse(slug));
        return "courses/detail";
    }
}

Thymeleaf’s official Spring integration documentation covers controller-returned views, form binding, validation errors, message resolution, and Spring Expression Language.

Bind forms to dedicated DTOs rather than directly to JPA entities:

public class CourseForm {
    @NotBlank
    @Size(max = 160)
    private String title;

    @NotBlank
    private String description;

    // getters and setters
}

Entity binding can expose ownership fields, publication state, audit timestamps, relationships, or internal flags to HTTP input. A validated create endpoint should preserve invalid input and return the same form:

@PostMapping
public String create(
        @Valid @ModelAttribute("courseForm") CourseForm form,
        BindingResult bindingResult,
        @AuthenticationPrincipal UserPrincipal principal) {

    if (bindingResult.hasErrors()) {
        return "instructor/course-create";
    }

    Long courseId = courseService.createDraft(form, principal.getUserId());
    return "redirect:/instructor/courses/" + courseId + "/edit";
}

Display field-level errors, preserve submitted values, reject duplicate submissions with Post/Redirect/Get, and avoid exposing stack traces, SQL, class names, or database details in error pages.

How should the course lifecycle work?

A course should become visible only after an explicit publication transition. A practical state machine is:

DRAFT -> REVIEW -> PUBLISHED -> ARCHIVED

Enforce transitions in a service, not in a controller or by accepting a status field from a browser:

public void publish(Long courseId, Long actorId) {
    Course course = courseRepository.findById(courseId)
        .orElseThrow(CourseNotFoundException::new);

    authorizationService.requireCanPublish(course, actorId);

    if (!course.isReadyForPublication()) {
        throw new CourseNotReadyException();
    }

    course.publish();
}

Readiness can require a title, description, instructor, at least one published lesson, valid media or fallback imagery, and complete quiz configuration where the course promises assessment. Editing a published course also needs a policy so changes do not unexpectedly invalidate existing enrollments.

How should enrollment and progress tracking work?

Enrollment should be idempotent: repeated clicks or two browser tabs should return the existing enrollment rather than create duplicates. The service can check first, but the unique database constraint must handle simultaneous requests:

public Enrollment enroll(Long studentId, Long courseId) {
    return enrollmentRepository
        .findByStudentIdAndCourseId(studentId, courseId)
        .orElseGet(() -> enrollmentRepository.save(
            Enrollment.start(studentId, courseId)
        ));
}

Students should be allowed to enroll only in published courses. A database constraint such as unique (student_id, course_id) protects against a race condition; translate a constraint violation into a safe existing-enrollment response.

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A simple completion rule is:

completed published lessons / total published lessons * 100

Define the edge cases before writing the query. A course with zero lessons should not automatically report 100 percent. Draft lessons should not count for students. Removing a lesson can change the denominator, while reordering lessons should not erase progress. Replacing lesson content should not necessarily reset completion. Progress belongs to the student’s enrollment, not merely to a student-and-lesson pair.

For small datasets, separate count queries are understandable:

long total = lessonRepository.countPublishedByCourseId(courseId);
long completed = progressRepository.countCompletedByEnrollmentId(enrollmentId);

For larger catalogs, use database counts, projections, or carefully designed joins instead of loading every lesson and progress record into Java. Add timestamps such as lastViewedAt and completedAt so the dashboard can distinguish started, completed, and recently viewed work.

How should quizzes and assessment attempts work?

A quiz submission must be authorized and scored on the server. The browser submits selected answers only; the server loads the correct answers, verifies that the attempt belongs to the current student, checks that the attempt is still open, calculates the score, stores responses, and then updates progress if the result passes.

1. Verify that the student is enrolled and can access the quiz.
2. Create an attempt when the quiz starts.
3. Accept selected option identifiers, not client-supplied correctness or scores.
4. Reject an attempt that belongs to another student or has already closed.
5. Calculate and persist the score and pass result inside a transaction.
6. Apply the product’s retake policy and reveal only permitted feedback.

Choose the policy explicitly: multiple attempts or one attempt, highest/latest/average score, correct-answer visibility, time limits, resume behavior, randomized questions, and manual grading for essays. A sensible MVP can use multiple-choice questions with unlimited attempts, while clearly documenting that it does not yet provide proctoring, timed exams, randomization, or manual assessment.

How should administrators and audit events be handled?

Administrator functions should include user search, role assignment, account suspension, course approval, moderation, category management, and platform settings. Role changes must be protected by administrator authorization and should not be accepted from ordinary profile forms.

Record audit events for security- and governance-sensitive actions such as publishing, unpublishing, changing roles, suspending accounts, changing course ownership, and grading or overriding assessment results. An audit record should identify the actor, action, target, timestamp, and useful metadata without storing passwords or unnecessary personal data.

Where should LMS files and videos be stored?

Store file metadata and object keys in PostgreSQL, but place large videos, documents, and images in object storage. Local disk is acceptable for a small proof of concept only; local uploads can disappear when a container is replaced and are difficult to share across multiple application instances.

Validate file size and type, check upload permissions, avoid trusting filenames or browser-provided MIME types, and scan files where the threat model requires it. Restricted course files should use private objects and signed URLs. Consider content type, download authorization, XSS risks from untrusted rich text, retention, and deletion policy.

Cloudflare R2 is one possible option. Its official pricing page lists standard storage at $0.015 per GB-month, Class A operations at $4.50 per million requests, Class B operations at $0.36 per million requests, and no egress charge for standard storage as of May 28, 2026. Actual costs depend on usage and account terms. Amazon S3, Google Cloud Storage, and Azure Blob Storage are credible alternatives when their surrounding cloud ecosystems are a better fit.

How should validation and error handling work?

Validate at the boundary and enforce business rules in services. Useful cases include duplicate email, weak or mismatched passwords, blank or excessively long course fields, invalid media URLs, empty lesson content, invalid pass thresholds, repeated enrollment, unauthorized course editing, and submissions after a quiz attempt closes.

public class RegistrationForm {
    @NotBlank
    @Email
    private String email;

    @Size(min = 8, max = 128)
    private String password;

    // confirmation and display name omitted
}

An eight-character minimum is an example product policy, not a universal security law. Password policy should also consider breached-password screening, rate limiting, secure reset tokens, and the application’s risk profile.

Create consistent templates/error/404.html, 403.html, and 500.html pages. Return useful validation messages to the user, but keep implementation details out of responses and production logs.

Which transactions and concurrency problems matter?

Use transactions around business operations that modify multiple related records, including course creation with its initial section, enrollment with initial progress, quiz submission, publication, lesson reordering, and dependent-record deletion.

Do not put all business logic in controllers or indiscriminately wrap every controller method in a transaction. Transactions should describe business operations and make their consistency requirements visible.

What should the testing plan cover?

Test the LMS at several levels. Unit tests should exercise services without starting a full web server: idempotent enrollment, ownership checks, publication readiness, zero-lesson progress, server-side quiz scoring, and attempt ownership.

Spring MVC tests should cover public course listing, login redirection, validation error rendering, role restrictions, missing resources, successful redirects, and CSRF rejection. Repository tests should verify case-insensitive email lookup, publication filtering, enrollment uniqueness, progress counts, joins, and pagination.

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Integration tests should use a real PostgreSQL-compatible environment where possible. H2 can hide differences in SQL syntax, case sensitivity, constraints, timestamp behavior, and transaction semantics. Security tests should include unauthenticated access, students visiting instructor routes, instructors accessing another instructor’s course, invalid CSRF requests, logout, disabled accounts, and reset-token behavior if those features exist.

How should the LMS be deployed?

A minimal deployment is an HTTPS reverse proxy in front of a Spring Boot executable JAR, a managed PostgreSQL database, and object storage for media:

Browser
  |
HTTPS reverse proxy
  |
Spring Boot executable JAR
  |
Managed PostgreSQL
  |
Object storage for media

The production checklist includes HTTPS, secure cookies, environment-based configuration, database backups, migration execution, structured logs, health checks, error monitoring, login and registration rate limits, email delivery, object-storage lifecycle rules, and a documented rollback process. The Spring web-content guide provides the official Spring MVC starting point for serving web content.

A multi-stage container can package the application:

FROM eclipse-temurin:21-jdk AS build
WORKDIR /app
COPY . .
RUN ./mvnw -DskipTests package

FROM eclipse-temurin:21-jre
WORKDIR /app
COPY --from=build /app/target/*.jar app.jar
EXPOSE 8080
ENTRYPOINT ["java", "-jar", "app.jar"]

Check the image tags against the selected Java and Spring Boot support matrix before publishing the Dockerfile. Railway can provide a low-friction deployment path for a prototype: its pricing documentation lists a $0 free tier with $1 of monthly resource credit, a $5 Hobby plan, and a $20 Pro plan as date-sensitive signals around August 2026; usage and plan terms apply. Render, Fly.io, AWS, Azure, and Google Cloud are alternatives with different operational and billing trade-offs.

Should you use Thymeleaf or a SPA frontend?

Thymeleaf is a coherent choice when the LMS is browser-first, form-heavy, and server-rendered. Thymeleaf keeps deployment simple, integrates naturally with Spring MVC validation and authorization, and avoids a separate frontend build pipeline.

Thymeleaf is not obsolete simply because single-page applications are common. Its official Spring integration supports form binding, validation, message resolution, and MVC views. A REST API is not automatically superior to a server-rendered MVC application.

Should you use sessions or JWT?

Use session authentication for a server-rendered LMS unless multiple independent clients genuinely require a token API. Session authentication provides straightforward login and logout, HttpOnly cookies, and a natural CSRF model in Spring Security.

JWT is not inherently more secure than sessions. Do not introduce JWT merely because the LMS has one REST endpoint.

What should the production roadmap include?

After the MVP is stable, add features according to actual user needs: email verification and password reset, richer search, payments, certificates, reporting, analytics, notifications, content versioning, accessibility improvements, API clients, SCORM or xAPI adapters, multi-tenancy, video processing, and scaling.

Start performance work with pagination, indexes, DTO projections, fetch joins or entity graphs where justified, and query-count monitoring for N+1 problems. Add caching and background jobs only after measuring. Do not introduce Kafka, Elasticsearch, microservices, or a separate frontend simply because those technologies are popular.

Commercial tools are optional. IntelliJ IDEA Ultimate may improve Java, Spring, Maven, JPA, database, and refactoring workflows; the official buying page lists date-sensitive personal and organization pricing and also offers academic licensing information. GitHub Copilot can help scaffold repetitive DTOs, controllers, repositories, and tests, but generated authorization, password, transaction, and schema code requires review; GitHub’s plans page and organization billing documentation list current plan details. Neither paid tool is required to build this LMS.

What commonly goes wrong in LMS tutorials?

• Calling CRUD a learning management system: a course catalog without enrollment, progress, assessment, and authorization is incomplete.
• Using outdated Spring examples: Boot 2, Java 8, javax.persistence, and WebSecurityConfigurerAdapter patterns should not be silently mixed into a modern Boot 3 or Boot 4 project.
• Binding entities directly to forms: HTTP input can unintentionally change owners, roles, publication state, or timestamps.
• Checking only URL roles: a student or instructor may still exploit an object ID unless ownership and enrollment are checked.
• Using a fake progress model: a single unrestricted completion boolean cannot represent enrollment scope, timestamps, or changing course content.
• Disabling CSRF to fix a form: a broken token integration should be diagnosed instead.
• Keeping uploads on local disk forever: container replacement and horizontal scaling can lose or fragment media.
• Using H2 as proof of PostgreSQL compatibility: dialect and transaction differences can appear only after deployment.

The strongest implementation is a coherent vertical slice from database migration to browser page: register a student, authenticate, browse a published course, enroll exactly once, complete a lesson, submit a server-scored quiz, and display progress. Then add instructor ownership and administrator approval before expanding the feature set.

Frequently Asked Questions

Is Spring Boot required to build an LMS with Spring MVC?

Spring Boot is not technically required to use Spring MVC, but Spring Boot is the recommended practical setup for this LMS because it provides auto-configuration, an embedded servlet container, dependency management, and executable-JAR packaging. Spring MVC remains the web layer and Thymeleaf remains the server-rendered view technology.

Should enrollment be a many-to-many JPA relationship?

Enrollment should be an explicit entity rather than a bare many-to-many JPA relationship. Enrollment needs student and course references plus enrollment time, status, completion data, and potentially cohort, payment, or audit fields; the database should also enforce unique student-course enrollment.

Is Thymeleaf suitable for a modern learning management system?

Thymeleaf is suitable for a browser-first LMS with forms, dashboards, administration, and server-side validation. Thymeleaf is less suitable when the product requires a highly interactive SPA, native mobile clients, or offline synchronization; those requirements may justify adding an API and separate frontend.

Should an LMS use PostgreSQL or H2?

PostgreSQL should be the production-oriented database for an LMS because enrollment, course hierarchy, quizzes, progress, and authorization data have relational and transactional requirements. H2 can help with demonstrations or some tests, but H2 is not equivalent to PostgreSQL and can hide dialect and constraint differences.

Where should course videos and uploaded documents be stored?

Course videos and large uploaded documents should be stored in object storage, while PostgreSQL stores metadata and object keys. Local filesystem storage is acceptable for a small proof of concept but is fragile when containers are replaced or the application runs on multiple instances.

The Bottom Line

A defensible Java and Spring MVC LMS starts small but not shallow: use a modular monolith, explicit enrollment and progress entities, PostgreSQL migrations, server-rendered Thymeleaf forms, Spring Security with CSRF protection, object-aware authorization, server-side quiz scoring, automated tests, and a deployment plan. Build the complete student journey before adding commercial LMS features.

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