Bachelor of Science (Multimedia & Animation)

Fee Type	Amount
Programme Fees (per Semester)	₹60000
Examination Fees	₹3000
International Fee (USD)	$2800

Slab	>=60% - 74.99%	>=75% - 89.99%	>=90% & Above
Fee	₹55000	₹50000	₹45000

Course Curriculum

1ST SEMESTER SUBJECTS

Introduces the fundamentals of Indian film storytelling, screenplay structure, character development, dialogue, and scene writing.

Course Outcome:

CO1: Explain the fundamentals, scope, formats, and evolution of scriptwriting in Indian cinema.
CO2: Analyze screenplay structure, scene development, dialogue writing, and narrative elements used in film scripts.
CO3: Develop characters, settings, and culturally relevant narratives for Indian cinematic storytelling.
CO4: Examine the role of genre, themes, and social contexts in crafting engaging screenplays for Indian audiences.
CO5: Create and present script concepts, loglines, treatments, and pitches while adapting to emerging trends in screenwriting and digital platforms.

Covers the core principles of animation used to create believable, expressive, and visually engaging movement.

Course Outcome:

CO1: Explain the history, evolution, and fundamental concepts of animation and the role of animation principles in visual storytelling.
CO2: Analyze and interpret the principles related to motion, action, and staging in animated sequences.
CO3: Evaluate the application of timing, arcs, and movement dynamics in creating realistic animations.
CO4: Assess the role of secondary actions, exaggeration, solid drawing, and appeal in character performance and design.
CO5: Integrate all 12 Principles of Animation to critique and plan complete animation projects and workflows.

Provides practical experience in applying animation principles through hands-on exercises and digital animation projects.

Course Outcome:

CO1: Demonstrate the principles of Squash & Stretch and Anticipation through basic animation exercises.
CO2: Apply staging, straight-ahead action, and pose-to-pose techniques in practical animation projects.
CO3: Create natural and realistic motion using follow through, overlapping action, slow in & slow out, arcs, and timing.
CO4: Design appealing characters and animated performances using secondary action, exaggeration, solid drawing, and appeal.
CO5: Produce a complete animation project by effectively integrating all 12 Principles of Animation within a professional workflow.

Develops essential skills in observation, proportion, perspective, composition, and visual representation through drawing and sketching.

Course Outcome:

CO1: Students will demonstrate proficiency in using drawing materials and techniques to create accurate and expressive artwork.
CO2: Students will understand principles of composition and design, effectively arranging elements to create visually compelling drawings.
CO3: Students will have a solid understanding of human anatomy and proportions, enabling them to draw figures realistically and with artistic flair.
CO4: Students will develop their own artistic style and voice, expressing ideas and emotions through their drawings.
CO5: Students will compile a portfolio of artwork showcasing their skills and artistic growth, ready for further study or professional opportunities.

Explores innovative animation techniques, visual styles, mixed media, and unconventional approaches to animated storytelling.

Course Outcome:

CO1: Understand the history, concepts, and creative approaches of experimental animation.
CO2: Apply visual composition, motion design, and timing principles in experimental works.
CO3: Create animations using mixed media, found footage, and digital assets.
CO4: Develop experimental visual effects, transitions, and non-traditional storytelling techniques.
CO5: Produce and present original experimental animation projects using CapCut.

Introduces AI-assisted digital art creation, image generation, creative prompting, digital illustration, and emerging AI-based workflows.

Course Outcome:

CO1: Understand the fundamentals of digital art, raster graphics, and Adobe Photoshop tools.
CO2: Create basic digital illustrations and artwork using drawing, selection, and layer techniques.
CO3: Apply color theory and digital painting techniques to produce visually effective artwork.
CO4: Perform image editing, photo manipulation, and typography-based design tasks.
CO5: Design and present a complete digital art project using Adobe Photoshop.

Students will be submitting a project based on the knowledge and software they have learnt.

Introduces the fundamentals of camera operation, shot composition, framing, lighting, lenses, camera movement, and visual storytelling for film and video.

Course Outcome:

CO1: Understand the fundamentals of photography, camera types, and camera operations.
CO2: Apply exposure settings, focusing techniques, and camera controls to capture quality photographs.
CO3: Demonstrate the use of composition principles to create visually effective images.
CO4: Capture photographs using appropriate lighting techniques and specialized photography methods.
CO5: Develop and present a photography portfolio integrating technical and creative photographic skills.

Introduces the fundamentals of 2D animation, including keyframes, timing, spacing, character movement, and basic animation techniques.

Course Outcome:

CO1: Understand the fundamentals of 2D animation, animation workflow, and Adobe Animate CC interface.
CO2: Create digital assets, characters, and backgrounds using Adobe Animate CC tools.
CO3: Develop frame-by-frame and timeline-based animations demonstrating basic motion principles.
CO4: Apply tweening techniques and character animation methods to create animated scenes.
CO5: Produce and present a complete 2D animation project using industry-standard workflow practices.

Entrepreneurship Mindset-I

Explores environmental systems, ecosystems, biodiversity, natural resources, and the interdependence between humans and nature. The course develops awareness of environmental policies, conservation, waste management, water management, sanitation, and sustainable practices. Students learn to analyse environmental challenges and develop practical solutions for local and global sustainability.

Course Outcome:

CO1: Analyse the impact of Biodiversity conservation on species and the environment.
CO2: Apply knowledge of environmental policies and legislations to evaluate and propose solutions for local and global environmental issues.
CO3: Implement environmental management plans to address campus environmental issues such as Waste disposal, water management, and sanitation.
CO4: Students will gain knowledge of the structure and function of ecosystems, biodiversity, and the importance of natural resources.
CO5: Recognize the interdependence between humans and the environment.

Develops students’ English communication skills through listening, speaking, reading, and writing. The course focuses on grammar, vocabulary, pronunciation, presentations, audience awareness, body language, and effective use of audio-visual aids. It helps students communicate confidently and appropriately in academic, professional, and everyday situations.

Course Outcome:

CO1: Use standard English aptly in listening, speaking, and communicative situations
CO2: Write error-free sentences and short texts in English Language
CO3: Comprehend reading passages effectively
CO4: Demonstrate use of apt and relevant vocabulary at lower intermediate to intermediate level
CO5: Develop effective oral presentation skills, including audience analysis and body language
CO6: Apply audio-visual aids to enhance communication and improve pronunciation

Introduces the fundamentals of web development, including websites, hosting, domains, web standards, HTML, CSS, JavaScript, forms, and Bootstrap. Students learn to structure, style, and enhance web pages while developing responsive, interactive, and user-friendly websites suitable for modern digital platforms and communication needs.

Course Outcome:

CO1: Understand the fundamentals of websites, hosting, domains, and web standards.
CO2: Develop structured web pages using HTML and semantic tags.
CO3: Style web pages effectively using CSS and apply basic layout techniques.
CO4: Apply JavaScript to add basic interactivity and validate user input.
CO5: Design and implement user-friendly HTML forms.
CO6: Create responsive web designs using Bootstrap framework.

Provides practical experience in developing websites using HTML, CSS, JavaScript, forms, and Bootstrap. Students apply web design concepts to create structured, interactive, responsive, and user-friendly web pages. The laboratory emphasizes hands-on implementation, problem-solving, interface design, and practical understanding of modern web development techniques.

Course Outcome:

2ND SEMESTER SUBJECTS

Introduces the complete filmmaking workflow, covering pre-production, production, and post-production processes.

Course Outcome:

CO1: Understand the fundamentals of cinema, film production workflow, film language, and various filmmaking departments.
CO2: Develop story concepts, screenplays, storyboards, schedules, and production plans for film projects.
CO3: Apply sound recording, editing, and art direction techniques in film production.
CO4: Demonstrate knowledge of acting, makeup, costume design, and character development for screen productions.
CO5: Plan, produce, and evaluate film projects using industry-standard production processes and collaborative practices.

Explores colour principles, harmony, contrast, psychology, and colour application in visual communication and media.

Course Outcome:

CO1: Understand the fundamental concepts, properties, and systems of color.
CO2: Analyze color harmonies, relationships, and combinations used in visual communication.
CO3: Evaluate the psychological, cultural, and perceptual effects of color.
CO4: Apply color principles in the analysis of art, design, and multimedia projects.
CO5: Critically assess contemporary color trends and professional applications across creative industries.

Introduces AI-assisted illustration, creative prompting, digital artwork, image generation, and modern illustration workflows.

Course Outcome:

CO1: Understand the fundamentals of digital illustration, vector graphics, and Adobe Illustrator tools.
CO2: Create basic vector artwork using drawing tools, shapes, and path editing techniques.
CO3: Apply color theory and digital coloring techniques to enhance visual communication.
CO4: Develop object, character, and typography-based illustrations using design principles.
CO5: Design and present a complete digital illustration project for print or digital media.

Teaches principles of page composition, typography, layout design, and digital publishing for print and digital media.

Course Outcome:

CO1: Understand the fundamentals of page layout design, publishing concepts, and Adobe InDesign interface.
CO2: Create and format text-based layouts using typography and text management tools.
CO3: Integrate images, graphics, and visual elements into page layouts effectively.
CO4: Develop multi-page publications using layout design principles and publishing techniques.
CO5: Design and publish a complete print or digital publication project using Adobe InDesign

Develops practical skills in camera operation, composition, lighting, exposure, and visual storytelling.

Course Outcome:

Students will be submitting a project based on the knowledge and software they have learnt.

Introduction to 3D software

Course Outcome:

CO1: Navigate and operate Maya’s interface and tools.
CO2: Apply object transformation and management techniques.
CO3: Model basic 3D assets using polygonal tools.
CO4: Assign materials and basic textures using Hypershade.
CO5: Use lighting, cameras, and render settings effectively.

Introduces essential digital design software and tools used to create, edit, and develop creative visual content.

Course Outcome:

CO1: Understand the differences and applications of raster and vector tools.
CO2: Perform image editing and digital artwork creation using Photoshop.
CO3: Create vector-based illustrations and designs using Illustrator.
CO4: Design effective visual assets like logos, posters, and icons.
CO5: Students will compile a portfolio of artwork showcasing their skills and artistic growth, ready for further study or professional opportunities.

Introduces fundamental video editing techniques including cutting, sequencing, transitions, audio, effects, and basic storytelling.

Course Outcome:

CO1: Understand the fundamentals of video editing, post-production workflows, and Adobe Premiere Pro interface.
CO2: Create and organize video sequences using editing tools and timeline techniques.
CO3: Apply transitions, visual effects, and motion controls to enhance video content.
CO4: Perform audio editing, synchronization, titling, and color correction for video projects.
CO5: Develop and present a complete video editing project using professional editing workflows.

Entrepreneurship Mindset - II

Develops students’ understanding of universal human values, self-awareness, compassion, empathy, truth, non-violence, and moral responsibility. The course encourages personal transformation through selfless service, ethical decision-making, and reflection. Students explore sacrifice, righteousness, renunciation, and simplicity to develop responsible attitudes, meaningful relationships, and inner harmony in contemporary life.

Course Outcome:

CO1: Define and identify core universal human values and relate them to their own lives.
CO2: Demonstrate self-awareness and initiate personal transformation (Human Revolution
CO3: Appreciate the importance of Sewa (selfless service), compassion, and empathy.
CO4: Apply principles of truth, non-violence, and moral responsibility in real-life dilemmas.
CO5: Evaluate ethical decisions involving sacrifice and righteousness through case studies.
CO6: Reflect on the relevance of renunciation and simplicity in modern life for inner peace.

Enhances advanced English communication skills through grammar, note-making, summarization, paraphrasing, vocabulary development, and coherent discourse. Students develop the ability to organize and present ideas effectively in both written and spoken forms. The course strengthens language proficiency for academic, professional, and real-world communication at intermediate to upper-intermediate levels.

Course Outcome:

CO1: Apply effective grammatical structures in English Language for speaking and writing
CO2: Utilize effective note-making techniques in English Language
CO3: Effectively summarize and paraphrase texts in English Language
CO4: Demonstrate use of apt and relevant vocabulary at intermediate to upper-intermediate level
CO5: Employ cohesive and coherent discourse in English communication
CO6: Produce well-organized written and spoken texts in English Language

Introduces the fundamentals of intellectual property rights and their significance in creative, academic, and professional contexts. The course covers copyrights, patents, trademarks, geographical indications, trade secrets, designs, and relevant Indian legislation. Students learn about intellectual property ownership, registration procedures, legal rights, protection mechanisms, and available remedies.

Course Outcome:

CO1: To know International and domestic trends in intellectual property.
CO2: To introduce students to basic concepts of copyrights, patents,Trademarks, geographical indications, trade secrets and designs.
CO3: To learn all intellectual property related legislations developed in India.
CO4: To familiarize students with rights, registration and remedies associated with each regime.

3RD SEMESTER SUBJECTS

Create a detailed 3D asset using AI-assisted and advanced texturing techniques, including UV mapping, PBR materials, procedural textures, surface detailing, and realistic material creation.

Course Outcome:

CO1: Understand advanced texturing concepts, PBR workflows, and Substance Painter tools.
CO2: Create and customize materials using PBR channels, Smart Materials, and Smart Masks.
CO3: Apply advanced texture painting and detailing techniques to enhance 3D assets.
CO4: Develop procedural textures and realistic surface effects using generators and masking workflows.
CO5: Produce and present professional-quality textured assets for animation, gaming, and visualization projects.

Create a professionally lit and rendered 3D scene using different lighting techniques, materials, cameras, shadows, composition, and rendering settings to achieve a visually appealing final output.

Course Outcome:

CO1: Students will demonstrate the ability to effectively use Maya and ZBrush for creating detailed and anatomically accurate character models, utilizing advanced sculpting, texturing, and rendering techniques.
CO2: Students will accurately apply knowledge of human and creature anatomy to their character designs, ensuring proper proportions and realistic musculature in their models.
CO3: Students will develop and execute creative character concepts, from initial sketches to final polished models, showcasing their ability to transform ideas into fully realized 3D characters.
CO4: Students will efficiently manage the character creation process, including planning, iterative development, and incorporating feedback, to produce professional-quality work within set deadlines.
CO5: Students will create a portfolio of high-quality character models, demonstrating their technical skills, artistic vision, and ability to present their work professionally for industry opportunities.

Develop a visual design project applying color harmony, contrast, temperature, psychology, palettes, and visual hierarchy through posters, branding, illustrations, or other creative compositions.

Course Outcome:

CO1: Understand the fundamental concepts, properties, and systems of color.
CO2: Analyze color relationships, harmonies, and visual balance techniques.
CO3: Evaluate the psychological and cultural impact of color in visual communication.
CO4: Apply color theory principles in art, design, animation, and media projects.
CO5: Develop and present color-based analyses and creative applications using professional color practices.

Create a short 2D animation demonstrating animation principles such as timing, spacing, squash and stretch, anticipation, movement, character acting, and storytelling.

Course Outcome:

CO1: Understand 2D animation fundamentals, production workflows, and Adobe Illustrator tools.
CO2: Create characters, props, and reusable animation assets.
CO3: Develop character expression sheets, pose sheets, and turnaround designs.
CO4: Apply composition and storyboarding techniques for visual storytelling.
CO5: Produce and present complete 2D animation pre-production projects.

Students will submit a project based on the knowledge and skills learned throughout the semester, demonstrating their understanding and practical application of the concepts covered.

Create a professional motion graphics project combining typography, shapes, graphics, transitions, visual effects, animation principles, and audio to produce an engaging animated composition for digital media.

Course Outcome:

CO1: Understand advanced motion graphics concepts, workflow practices, and Adobe After Effects tools.
CO2: Apply advanced animation techniques including keyframing, motion paths, and expressions.
CO3: Create dynamic typography animations, title sequences, and motion design projects.
CO4: Develop visual effects and compositing solutions using tracking, masking, and layer-based techniques.
CO5: Produce and present professional-quality motion graphics projects for digital, broadcast, and advertising media.

Develop a basic 3D project demonstrating modeling, texturing, lighting, camera setup, and rendering techniques. The project should showcase fundamental 3D workflows through the creation of a complete 3D asset or scene.

Course Outcome:

CO1: Understand Blender fundamentals, interface tools, and 3D production workflows.
CO2: Create and modify 3D models using Blender modeling tools.
CO3: Apply materials, textures, and UV mapping techniques to 3D assets.
CO4: Develop lighting setups, camera compositions, and basic animations.
CO5: Produce and present complete Blender projects using industry-standard workflows.

Create a VFX composition by tracking live-action footage and integrating 3D elements accurately into the scene. The project will demonstrate camera tracking, object tracking, scene solving, 3D integration, and final compositing.

Course Outcome:

CO1: Understand matchmoving principles, camera tracking concepts, and the PFTrack environment.
CO2: Apply 2D tracking techniques for motion analysis and stabilization.
CO3: Create camera solves and reconstruct 3D scenes from live-action footage.
CO4: Perform object tracking and integrate tracking data into VFX production pipelines.
CO5: Develop and present complete matchmoving projects using industry-standard tracking workflows.

Design a responsive website based on a selected theme, focusing on layout, typography, navigation, visual hierarchy, multimedia elements, usability, and basic web technologies.

Course Outcome:

Develop and implement a functional multi-page responsive website, applying practical web design concepts, styling, multimedia, navigation, interactive elements, and cross-device testing.

Course Outcome:

4TH SEMESTER SUBJECTS

Create a VFX shot using rotoscoping techniques to accurately isolate subjects from live-action footage. The project will demonstrate masking, frame-by-frame refinement, edge control, tracking, and integration of the extracted elements into a final composition.

Course Outcome:

CO1: Understand rotoscoping principles, workflows, and the Silhouette software environment.
CO2: Create and animate masks using professional rotoscoping techniques.
CO3: Develop complex mattes for moving objects and characters through advanced roto workflows.
CO4: Apply tracking-assisted rotoscoping techniques and matte refinement methods.
CO5: Produce and present professional-quality rotoscoping projects suitable for VFX production pipelines.

Create a rigged 3D character or object and produce an animated sequence demonstrating proper skeletal setup, controls, constraints, keyframing, posing, timing, and movement to achieve a convincing animation.

Course Outcome:

CO1: Understand rigging concepts, skeletal structures, and Maya rigging workflows.
CO2: Create character rigs using joints, IK/FK systems, constraints, and control structures.
CO3: Apply skinning, weight painting, and deformation techniques for animation-ready characters.
CO4: Demonstrate animation principles through character and object animation in Maya.
CO5: Develop and present complete rigging and animation projects using professional production workflows.

Develop a research-based visual presentation documenting the evolution of visual effects from practical and optical techniques to modern CGI, digital compositing, motion capture, and AI-assisted VFX.

Course Outcome:

CO1: Understand the origins, evolution, and foundational concepts of visual effects.
CO2: Analyze practical effects techniques and their role in classical cinema.
CO3: Evaluate the impact of digital technologies and CGI on visual effects production.
CO4: Understand modern VFX technologies, industry practices, and professional workflows.
CO5: Assess contemporary trends, emerging technologies, and the future direction of visual effects.

Create a complete 2D advertising campaign using AI-assisted creative tools. The project will include concept development, visual design, typography, image generation, animation, editing, and final advertisement production.

Course Outcome:

CO1: Understand advertising concepts, target audiences, and advertisement production workflows.
CO2: Create characters, branding elements, and visual assets using Adobe Illustrator.
CO3: Develop storyboards and visual sequences for advertisement production.
CO4: Produce animated advertisement content using Adobe Animate CC.
CO5: Create and present complete 2D advertisement projects suitable for digital media platforms.

Develop a complete film-production project demonstrating the Indian filmmaking pipeline, including concept development, scriptwriting, pre-production, production, post-production, editing, sound, VFX, and final delivery.

Course Outcome:

CO1: Understand the evolution, structure, and workflow of the Indian film industry.
CO2: Analyze the planning and execution of pre-production activities in filmmaking.
CO3: Explain production processes, cinematography, sound recording, and direction techniques.
CO4: Evaluate post-production workflows, distribution methods, and marketing strategies.
CO5: Analyze complete Indian film production pipelines through case studies and industry practices.

Students will submit a project based on the knowledge and skills learned throughout the semester, demonstrating their understanding and practical application of the concepts covered.

Introduces essential digital design software and tools used to create, edit, and develop creative visual content.

Course Outcome:

CO1: Understand digital compositing concepts, workflows, and the Foundry Nuke environment.
CO2: Apply node-based compositing techniques to combine multiple visual elements.
CO3: Perform color correction and image enhancement for visually consistent compositions.
CO4: Create mattes using keying and rotoscoping techniques and integrate elements into footage.
CO5: Develop and present complete digital compositing projects using industry-standard workflows.

Introduces fundamental video editing techniques including cutting, sequencing, transitions, audio, effects, and basic storytelling.

Course Outcome:

CO1: Understand 3D character modelling concepts, workflows, and Autodesk Maya tools.
CO2: Create base meshes and character structures using polygon modelling techniques.
CO3: Apply advanced modelling techniques and topology principles for character creation.
CO4: Apply advanced modelling techniques and topology principles for character creation.
CO5: Produce and present complete character models suitable for animation and production pipelines.

Basics of cloth simulation

Course Outcome:

CO1: Understand cloth simulation concepts, dynamics systems, and Maya nCloth workflows.
CO2: Create and control basic cloth simulations using fabric properties and dynamic settings.
CO3: Apply collision detection and constraint systems for cloth-object interactions.
CO4: Develop garment simulations and optimize cloth behavior for animated characters.
CO5: Produce and present complete cloth simulation projects suitable for animation and VFX production.

Develop a reflective project exploring human values, ethical responsibility, relationships, harmony, and responsible living through research, case studies, activities, and personal reflection.

Course Outcome:

This course focuses on developing career readiness and professional competencies required for successful transition into the workplace. It covers resume and CV development, ATS optimization, LinkedIn profile building, career opportunity analysis, job descriptions, quantitative aptitude, logical reasoning, analytical thinking, and data interpretation. The course also emphasizes HR and technical interview preparation, effective communication, professional grooming, personality development, confidence building, workplace etiquette, and interpersonal skills to enhance employability and career growth.

Course Outcome:

CO1: Develop ATS-friendly resumes, CVs, and professional profiles that meet industry standards.
CO2: Build and optimize LinkedIn profiles for professional networking and career advancement.
CO3: Analyze career opportunities, job descriptions, and employer expectations across various sectors.
CO4: Apply quantitative aptitude, logical reasoning, analytical thinking, and data interpretation skills to solve problems effectively.
CO5: Demonstrate competence in HR and technical interviews through effective communication, self-presentation, and interview etiquette.
CO6: Exhibit professional grooming, confidence, personality development, and workplace-ready interpersonal skills for successful career growth.

5TH SEMESTER SUBJECTS

This course introduces students to advanced techniques for creating detailed 3D characters. Students learn anatomy, proportions, facial features, sculpting workflows, detailing, and digital sculpting techniques using industry-standard software. Emphasis is placed on developing realistic and stylized characters, refining surface details, and preparing models for texturing, rigging, and animation.

Course Outcome:

This course develops students’ understanding of dynamic simulations and visual effects for 3D environments. Students explore particles, rigid bodies, soft bodies, fluids, cloth, destruction, and procedural effects. Practical exercises focus on creating realistic simulations, controlling physical behavior, troubleshooting effects, and integrating simulations into professional animation and visual-effects workflows.

Course Outcome:

CO1: Understand the principles of dynamics, simulations, and FX workflows in Maya and Blender.
CO2: Create particle-based simulations and environmental effects using industry-standard tools.
CO3: Apply rigid body, soft body, and collision systems to simulate realistic object interactions.
CO4: Develop fluid, cloth, and advanced environmental effects for animation and VFX production.
CO5: Produce and present complete dynamics and FX projects using professional simulation workflows.

This course examines the development, culture, design, and technological evolution of games and interactive media in India. Students explore Indian game history, indigenous storytelling, cultural representation, game mechanics, player experiences, emerging technologies, and industry practices. The course encourages critical analysis and creative development of culturally relevant interactive experiences.

Course Outcome:

CO1: Understand the fundamentals of Indian game studies, the evolution of the gaming industry, game design principles, and the role of interactive media in contemporary digital culture.
CO2: Analyze game design elements, gameplay mechanics, narratives, player engagement, and user experience (UI/UX) in interactive media applications.
CO3: Compare Indian gaming culture, interactive digital platforms, gaming communities, mobile gaming trends, and esports ecosystems from social and cultural perspectives.
CO4: Evaluate the applications of emerging technologies such as Virtual Reality (VR), Augmented Reality (AR), Artificial Intelligence (AI), and gamification in interactive media across various domains.
CO5: Create critical analyses of Indian game case studies, business models, production pipelines, and propose innovative solutions or opportunities within the Indian gaming and interactive media industry.

This course introduces students to fundamental principles and practices of academic and applied research. Students learn research design, problem identification, literature review, data collection, analysis, documentation, citation, and presentation techniques. Emphasis is placed on developing critical thinking, ethical research practices, and the ability to conduct structured and meaningful research.

Course Outcome:

CO1: To provide knowledge about research work.
CO2: To enhance effectiveness of historical perspective of research
CO3: To comprehend the Identification of area for research.
CO4: To imbibe the fundamentals of research
CO5: To understand the ethics of research

This course develops skills in creating optimized 2D and 3D game assets using industry-standard software. Students learn modeling, texturing, materials, UV mapping, optimization, and asset presentation while understanding game-ready workflows and production requirements for interactive environments, characters, props, and other digital game elements.

Course Outcome:

CO1: Understand game asset production pipelines, optimization concepts, and Maya and Blender workflows.
CO2: Create low-poly models and game-ready assets using industry-standard techniques.
CO3: Apply UV mapping, texturing, and PBR workflows to game assets.
CO4: Develop modular environments and optimize assets for real-time applications.
CO5: Produce and present complete game asset projects suitable for professional game production.

This course introduces camera tracking, object tracking, match moving, and compositing techniques used in visual effects production. Students learn to analyze footage, solve camera motion, track objects, integrate 3D elements, and create seamless live-action and digital environments using professional VFX workflows and industry-standard software.

Course Outcome:

This course focuses on designing intuitive, user-friendly, and visually engaging digital interfaces. Students learn user research, information architecture, wireframing, prototyping, visual design, usability principles, and responsive interface development. Practical projects help students understand user-centered design processes and create effective experiences for websites, applications, and interactive digital products.

Course Outcome:

CO1: Understand UI/UX concepts, user-centered design principles, and design workflows.
CO2: Create wireframes and information architectures for digital products.
CO3: Design visually appealing user interfaces using design principles and design systems.
CO4: Develop interactive prototypes and evaluate usability using UX methodologies.
CO5: Produce complete UI/UX projects with industry-standard documentation and presentation.

This course provides practical experience in developing a complete film project using artificial intelligence tools and creative production techniques. Students explore AI-assisted ideation, scripting, visual development, image and video generation, sound, editing, and post-production while applying storytelling principles to produce a coherent and professionally presented short film.

This course develops essential leadership, managerial, interpersonal, and organizational skills required for professional success. Students learn communication, teamwork, decision-making, problem-solving, conflict management, motivation, time management, and leadership strategies. Emphasis is placed on developing confidence, accountability, adaptability, and the ability to effectively manage people, projects, and professional responsibilities.

Course Outcome:

This course introduces students to Google Workspace tools used for communication, collaboration, productivity, and digital documentation. Students develop practical proficiency in applications such as Gmail, Drive, Docs, Sheets, Slides, Forms, and related tools. Emphasis is placed on efficient digital workflows, file management, collaborative work, and professional productivity.

Course Outcome:

This practical laboratory course provides hands-on experience with Google Workspace applications for academic and professional tasks. Students practice creating documents, spreadsheets, presentations, forms, managing files, sharing resources, and collaborating online. The course emphasizes real-world application, digital organization, teamwork, productivity, and effective use of cloud-based collaborative tools.

Professional Development This course focuses on developing essential professional skills required for academic, workplace, and career success. Students learn effective communication, teamwork, workplace etiquette, problem-solving, time management, presentation skills, resume preparation, interview techniques, professional networking, and personal branding. Emphasis is placed on confidence, adaptability, professionalism, and career readiness.

Course Outcome:

6TH SEMESTER SUBJECTS

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Bachelor of Science (Multimedia & Animation)

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Industry-oriented learning

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Academic excellence & mentorship

Global opportunities & placements

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Program Fee Details

Merit Based Scholarship Scheme

Course Curriculum

1ST SEMESTER SUBJECTS

Indian film’s script writing

Principles of Animation

Principles of Animation Lab

Fundamentals of Drawing and Sketching

Experimental animation

AI-Digital art

Winter Project – I

Introduction to cinematography

Basics of 2D Animations

Entrepreneurship Mindset-I

Environmental Studies and sustainable development

Communicative English I

Web Designing

Web Designing Lab

2ND SEMESTER SUBJECTS

Film production process

Color Theory

AI-Digital illustration

Page Layout & Publishing

Photography

Summer Project – I

Introduction to 3D software

Introduction to design tools

Basics of video editing

Entrepreneurship Mindset - II

Universal Human Value

Communicative English II

Intellectual Property Rights

3RD SEMESTER SUBJECTS

AI-Advanced Texturing

Lighting and Rendering

Color Theory

2D animation

Winter Project – 1

Advanced motion graphics

Introduction to 3D techniques

Match Moving

Web Designing

Web Designing Lab

4TH SEMESTER SUBJECTS

Rotoscoping Techniques

Rigging and Animation

History of visual effects

AI-2D ads project

Indian film Production Pipleline

Admissions
Open 2026-27

Industry-oriented
learning

Modern campus
facilities

Academic excellence &
mentorship

Global opportunities &
placements