Summer Camp at DCK campus
Registration link: https://forms.gle/32Wg1xSnLG6tQYu78
POWER SYSTEM INCUBATION CENTRE
INTRODUCTION
DHA SUFFA UNIVERSITY’s Dept. of EE has established a Power System Technology Incubation Center to address the current energy crisis and provide solutions to power engineering problems. It has collaborations with various industries in the power sector to bridge the gap between academia and industry.
OBJECTIVES
Design And Implementation Of Power System Projects
Facilitate Research And Development In The Field Power Systems
Design Projects Which Will Contribute To The Society’s Development
Align Final Year Projects With Latest Research Trends
Produce Research Papers With A Focus On Present And Future Energy Scenarios
RESEARCH AREAS
Renewable Energy System (RES)
Power Quality
Electricity Markets
Smart Grid Systems
Power Converters
Power Monitoring
Power System Protection
Seminar On “Career In Health And Safety”
CAREER IN HEALTH AND SAFETY
Awareness Seminar with 0.5 CPD Point
Date: 9th Sept 2021
Time: 12pm – 2pm
Venue: DSU Executive Lecture Theater
Online Registration Link:
Who can attend?
Fresh Grads, Engineers at entry level, 6th and 8th semester Students
Fees: Free
For queries please contact: 03333148982
Participants with valid PEC number shall earn 0.5 CPD points
COVID-19 SOPs ARE MANDATORY TO FOLLOW
DESIGN AND DEVELOPMENT OF A FOUR LEG ROBOT
Legged robots making case in travelling over the different terrains usually found on Earth, which is usually difficult for wheeled system. The concept of these robots was first started by the well-known “The MIT Led Lab”, who made great progress with the quadruped robots (4 Legged) in the 90s. Now in the current era and with new researches, more progress has been made with legged robots by the companies like Boston Dynamics. Legged robot have a huge number of challenges from designing to control, and due to this reason not many successful legged robots have been produced. We, for our project wanted to design a robot to accomplish basic walking gait. Our robot was designed from scratch with the purpose servo motors were used on a 3D printed frame to increase efficiency and decrease the motor load. After considerable and experimentation our quadruped is able to walk successfully.
Group Members:
Haseeb Ahmed EE171077
Humayun Javed EE171055
S.M Talha EE171080
M.Shahab Ansari EE 171065
Supervisor: Engr. M. Sabih
Co-Supervisor: Engr. Dr. Imtiaz Hussain Kalwar
