Photography with Our Expert-Led Courses

Cinematography blends art and science to capture compelling visual images. It starts with mastering basics like camera settings, framing, and lighting. As skills advance, it involves sophisticated techniques such as dynamic camera movements, diverse lenses, and special effects. At its core, advanced cinematography uses visual storytelling to evoke emotions and convey narratives, making it an essential craft in filmmaking.

OVERVIEW

Program Duration

2 Months

3 Days a Week (Thur, Fri, Sat)
5 Hours per Day

Course Structure

  1. Basics of Camera:

Structure & Features

Aperture, Shutter, ISO

2. Exposure:

Settings of Aperture and Shutter

F-Stops, Exposure Triangle

Depth of Field, Hyper Focal Distance

3. Lenses:

Types (Normal, Wide Angle, Telephoto, etc.)

4. Image Sensors:

 CMOS and Other Digital Camera Features

5. Filters:

Color Conversion, Polarized, ND Filters

6. Composing Effective Photographs:

Rule of Thirds, Framing, Focus for Effect

7. Lighting:

Conventional, Soft, Outdoor, Creative Lighting

Practical Sessions

  1. Hands-On Experience:

  Landscape Photography

  Professional Portrait Photography

Candid Photography

Depth of Field and Silhouette Photography

3 Point Lighting and Commercial Product Photography

Special Techniques with Shutter Speed

2. Advanced Course:

SLR Cinematography

3. Overview:

For aspiring professionals and enthusiasts looking to take their skills to the next level.

4. Topics:

DSLR Camera and Exposure Settings

Frame Composition Techniques

Camera Movement and Lighting Mastery

Why Choose DACE Academy?

  1. Expert Instructors: Industry professionals with years of experience.
  2. Comprehensive Curriculum: Covering both theoretical and practical aspects.
  3. State-of-the-Art Facilities: Access to the latest photography and cinematography equipment.
  4. Flexible Learning: Weekend classes to fit your schedule.

STUDENT FEEDBACK

This course was very informative and engaging. I learned a lot about the principles and applications of 3D stereo vision, such as depth perception, disparity, calibration, rectification, and reconstruction. The instructor was knowledgeable and clear, and the assignments were challenging but rewarding. I especially enjoyed the final project, where I had to implement a 3D stereo system using a pair of webcams and OpenCV. I would recommend this course to anyone interested in computer vision or 3D graphics.

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