An advanced DGPS (Differential GPS) program enhances GPS accuracy by using ground-based reference stations to correct satellite signals in real time. It integrates algorithms for precise positioning, minimizing signal errors due to atmospheric conditions. The program typically includes features for surveying and navigation, providing centimeter-level accuracy. It can be used in various industries to ensure reliable and high-precision location data.
COURSE INFORMATION :
COURSE DURATION
Day 1-2: Theoretical and practical foundations of DGPS, PPK, and RTK.
Day 3: Hands-on practical sessions with real-world applications.
LOCATION
179 Pushkar Industrial and Logistics Park, Behind Satyam Mall, Changodar, Ahmedabad-382213, Gujarat, India
COURSE FEE
Fee Of Course = ₹6,000/- + 18% GST
Total Fee = ₹7,080/-
TIMING
10 am onwards
RECOMMENDED
12thPass
AnyGraduate
Surveyors
Diploma
Engineers
ITI
LandSurveyProfessionals
THEORY AND PRACTICAL TOPICS COVERED:
Day 1: Introduction to DGPS
- Basics of GPS and DGPS
- Components and working of DGPS
- Understanding satellite signals and errors
- Overview of software
Day 2: DGPS Techniques and Applications
- Stationary and Kinematic DGPS techniques
- Real-time kinematic (RTK) and post-processed kinematic (PPK) methods
- Practical applications in different fields
- Setting up DGPS equipment and conducting a basic survey
- Case studies and examples of previous projects
Day 3: Practical DGPS Surveying
- Setting up DGPS equipment
- Conducting a DGPS survey
- On-field data collection and management
- Hands-on practice on software
Why Choose Us?
- Over 10 years of industry experience in different surveying projects.
- Learn from professionals who have successfully executed large-scale projects.
- Our team consists of highly skilled professionals with extensive field experience.
- Access to previous work data from numerous successful projects.
- Hands-on training with the latest equipment and software.
- Comprehensive support and resources for all candidates.
- A smaller batch size ensures that each participant receives individual attention.