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This 1-month course is designed to equip you with essential data analysis skills using Excel and AI tools.
Learn how to organize, analyze, and visualize data efficiently with Excel, while integrating artificial
intelligence techniques to uncover insights and drive data-driven decisions. You’ll master data cleaning,
Statistical analysis, and Dashboards, applying them to real-world datasets. The course blends
foundational data analysis skills with advanced AI applications, preparing you for roles in data analysis and
business intelligence.
Are you ready to become a skilled Financial Data Analyst? This course will equip you with in-demand skills in financial modeling, data analysis, visualization, and forecasting using tools like Excel, SQL, Python, and Power BI. Learn how to analyze financial data, assess risks, and make data-driven business decisions.
✅ Learn the Basics of Robotics – Understand mechanics, electronics, and control systems.
✅ Master Programming – Learn Python, C++, and work with Arduino & Raspberry Pi.
✅ Understand Electronics & Hardware – Work with motors, sensors, actuators, and microcontrollers.
✅ Learn AI & Machine Learning – Study computer vision, path planning, and autonomous navigation.
✅ Gain Hands-on Experience – Build DIY robotics projects and participate in robotics competitions.
✅ Work with Robot Operating System (ROS) – Essential for professional robotics development.
✅ Develop CAD & 3D Modeling Skills – Use SolidWorks, Fusion 360 for robot design.
✅ Build a Portfolio – Showcase projects on GitHub and contribute to open-source robotics.
✅ Get Certified & Internships – Take courses on Coursera, Udacity, and gain industry experience.
✅ Stay Updated & Network – Join robotics communities, attend conferences, and follow industry trends.
Proficiency in Python, C++, and frameworks like ROS (Robot Operating System) for robotics development.
Understanding of microcontrollers (Arduino, Raspberry Pi), sensors, actuators, and power management for robot functionality.
Ability to design robot structures using CAD software (SolidWorks, Fusion 360) and knowledge of kinematics and dynamics.
Capability to troubleshoot errors, debug software, and optimize robotic performance for real-world use cases.
Working with robotic arms, autonomous drones, and navigation algorithms for industrial automation and robotics applications.
Problem-Solving & Analytical Thinking
This program is designed to cater to a diverse range of individuals, including graduates from various disciplines and working professionals from both programming and non-programming backgrounds. It welcomes learners from all educational backgrounds who possess an analytical mindset, including:
1️⃣ Students & Graduates – Engineering, computer science, and electronics students.
2️⃣ Software Developers & Programmers – Those looking to expand into robotics and AI.
3️⃣ Electronics & Mechanical Engineers – Interested in automation and robot design.
4️⃣ AI & Machine Learning Enthusiasts – Those wanting to integrate AI into robotics.
5️⃣ Tech Entrepreneurs & Innovators – Exploring robotics for industrial applications.
6️⃣ Automation & Manufacturing Professionals – Upgrading skills in industrial robotics.
7️⃣ Hobbyists & DIY Enthusiasts – Passionate about building and experimenting with robots.
No matter your background, if you have a keen interest in data analysis, problem-solving, and a desire to harness the potential of data, this program is suitable for you. Embrace the world of data science and unlock a world of opportunities.
Upon completion of the program, participants will achieve the following:
🏆 Strong Programming Skills – Master Python, C++, and ROS for robotics development.
🏆 Hands-on Robotics Development – Build and program robots using Arduino, Raspberry Pi, and AI.
🏆 Expertise in Sensors & Actuators – Work with LIDAR, ultrasonic sensors, motors, and controllers.
🏆 Mechanical & CAD Design Skills – Gain experience in 3D modeling, kinematics, and robot assembly.
🏆 AI & Machine Learning Integration – Apply computer vision, deep learning, and autonomous robotics.
🏆 Automation & Industrial Robotics – Understand robotic arms, drones, and factory automation.
🏆 Problem-Solving & Debugging – Develop skills to troubleshoot and optimize robotic systems.
🏆 Project-Based Learning & Portfolio Building – Create real-world robotics projects to showcase expertise.
🏆 Teamwork & Collaboration – Work in multidisciplinary teams to design robotics solutions.
🏆 Career Readiness & Industry Exposure – Be prepared for robotics jobs, research, and startup opportunities.
🏅 Programming Proficiency – Master Python, C++, and ROS for robotics development.
🏅 Embedded Systems & Microcontrollers – Work with Arduino, Raspberry Pi, and ESP32.
🏅 Sensors & Actuators – Learn to integrate LIDAR, ultrasonic, IR sensors, and motor controllers.
🏅 Mechanical & CAD Design – Develop 3D modeling, kinematics, and prototyping skills.
🏅 Artificial Intelligence & Machine Learning – Apply computer vision, deep learning, and AI in robotics.
🏅 Automation & Control Systems – Understand robotic arms, industrial automation, and IoT integration.
🏅 Path Planning & Navigation – Gain expertise in SLAM, obstacle avoidance, and motion control.
🏅 Problem-Solving & Debugging – Develop skills to identify, troubleshoot, and optimize robotic systems.
🏅 Project Development & Innovation – Build real-world robotics projects and AI-powered robots.
🏅 Teamwork & Collaboration – Work with engineers, programmers, and researchers on robotics solutions.
iPEC offers a cutting-edge robotics learning experience with an industry-leading curriculum designed to equip students with AI, automation, and embedded systems expertise. Our hands-on learning approach ensures practical exposure through real-world projects, live demonstrations, and state-of-the-art robotics labs. With expert faculty and industry mentors, students gain job-ready training focused on career growth, resume building, and placement support. iPEC fosters networking opportunities with tech leaders, startups, and researchers, giving students a competitive edge. Our recognized certification, exclusive workshops, hackathons, and robotics competitions, along with a strong alumni network, provide the perfect platform for success. With small batch sizes and personalized mentorship, iPEC ensures every student receives the best learning experience.
Comprehensive robotics training covering AI, automation, and embedded systems.
Practical exposure with real-world projects, labs, and live demonstrations.
Access to advanced robotics labs, AI tools, and automation setups.
Unlock your full potential with our expert-led Offline / online courses. Gain practical knowledge and advance your career in your chosen field.
Hear from our successful students who have transformed their careers with iPEC’s hands-on training. From mastering AI and automation to securing top industry roles, our graduates share how iPEC’s expert mentorship, real-world projects, and career-focused learning helped them achieve their dreams.
