Lead Fire Fighter & Disaster Rescuer
Punjab Emergency Service Rescue 1122
Total years of experience :16 years, 8 Months
Firefighting, Team Management, Fire Investigation, Industrial Firefighting, High-rise Building firefighting
Chemical Industry Emergency Management, Fire Prevention, Pire Protection, Fire Suppression, Risk Assessment,
Disaster Management, HazMat Techniques, Forcible Entry, Classes of Fire, Environmental Safety
Phases of Fire, Self-Contained Breathing Apparatus, Thermal Imaging Camera, Ascending and descending,
Rope Repelling, Belay Techniques, Use of Rescue Knots, Trench Rescue, Confined Space Entry & Rescue, Use of Basket Stretcher, Trench Rescue & Search, Use of Fire Equipment, Basic Life Support, EMR Training
First Aid, Road side Accident Management
Responsible for the operational readiness and administrative efficiency of their Watch.
Approach the Emergency/Disaster location immediately and make the operation effective.
Assume the role of Incident Commander in accordance with the Incident Command System
To visit the location to get first-hand information before commencing the operation.
Ensuring safety of life, property and environment during life threatening Emergencies/ Disasters e.g. Fire Emergencies, Chemical Spills, Transport Accidents, Building Collapse, Air Crashes and Flooding.
Carrying hoses, climbing ladders, hooking hoses up to hydrants and breaking walls for forcible entries.
Assume operational roles at emergency incidents as directed by the Incident Commander.
Carrying out Emergency drills on regular basis e.g., Self-Contained Breathing Apparatus (SCBA), Ladder drill, Hose drill.
Encourage and support crews by evaluating their performance and debriefing after emergency incidents or other tasks.
Fire & safety inspections of Industrial units, Commercial units, High-rise buildings and Residential colonies.
Provision of fire prevention and basic firefighting training to the community.
Provision of Emergency Medical Assistance to injured victims during emergencies.
Checking cleaning and maintenance of personnel gear and equipment to ensure proper and safe operations.
Responsible for updating and maintaining all records following requirement of SOP.
To ensure own safety as well as surrounding communities during emergencies.
Establish effective communication between concern authorities during major emergencies.
Keep in touch with changing legislation related to fire and safety.
Maintain Physical Fitness up to the required level of service to achieve best performance during emergencies.
Carry out such other duties as may be assigned from time to time.
The Science Lab In charge is a key figure responsible for the smooth and efficient functioning of a laboratory within an educational institution, research facility, or industrial setting. This role encompasses a diverse array of duties that ensure the safety, organization, and effectiveness of laboratory operations.
Key Responsibilities:
Lab Management: Overseeing the day-to-day operations of the science laboratory, including scheduling, maintenance, and procurement of equipment and supplies.
Safety Compliance: Ensuring adherence to safety protocols and regulations within the laboratory environment. This includes conducting regular safety inspections, implementing safety training programs, and maintaining safety data sheets for chemicals and hazardous materials.
Equipment Maintenance: Coordinating the repair and calibration of laboratory equipment to ensure accuracy and functionality. This may involve troubleshooting technical issues, scheduling service appointments, and managing equipment inventory.
Inventory Control: Managing inventory levels of chemicals, reagents, and consumable supplies to support ongoing experiments and research activities. This includes monitoring stock levels, placing orders, and maintaining accurate records of purchases and expenditures.
Experiment Support: Providing assistance and technical support to students, researchers, and faculty members conducting experiments or projects in the laboratory. This may involve setting up experimental apparatus, troubleshooting experimental procedures, and offering guidance on proper laboratory techniques.
Documentation and Record-Keeping: Maintaining detailed records of laboratory activities, including experimental procedures, results, and observations. This documentation ensures reproducibility of experiments and supports data analysis and interpretation.
Training and Supervision: Training and supervising laboratory staff, including technicians, assistants, and student workers. This involves providing instruction on laboratory procedures, safety protocols, and equipment operation, as well as assigning tasks and monitoring performance.
Collaboration: Collaborating with faculty members, researchers, and administrators to support teaching, research, and outreach initiatives. This may involve participating in project planning meetings, coordinating shared resources, and facilitating interdisciplinary collaborations.
Overall, the Science Lab In charge plays a critical role in supporting scientific inquiry and discovery by providing essential infrastructure, resources, and expertise to facilitate laboratory-based research and education.
I have completed my Electronic And Computer Engineering from reputable institutions, further solidifying my educational foundation. Electronic and Computer Engineering is a dynamic and interdisciplinary field that combines principles from both electrical engineering and computer science to design, develop, and optimize electronic systems with computing capabilities. This field lies at the forefront of technological innovation, driving advancements in areas such as communication networks, embedded systems, robotics, artificial intelligence, and digital electronics. Students pursuing a degree in Electronic and Computer Engineering gain a solid foundation in fundamental concepts such as circuit analysis, digital logic design, signal processing, and computer architecture. They also explore advanced topics including software engineering, algorithm design, computer networking, and embedded systems programming. The curriculum is designed to provide a balance between theoretical knowledge and practical skills, with hands-on laboratory sessions, design projects, and internships playing a crucial role in reinforcing concepts learned in the classroom. Students are encouraged to work on interdisciplinary projects that integrate electronic hardware with software solutions, fostering creativity and innovation. Graduates of Electronic and Computer Engineering programs are equipped with a versatile skill set that enables them to pursue diverse career paths in industries such as telecommunications, automotive, aerospace, healthcare, and consumer electronics. They may find employment opportunities as hardware engineers, software developers, systems architects, network engineers, or research scientists. Additionally, many graduates choose to pursue further education or certifications to specialize in specific areas of interest within electronic and computer engineering. In summary, Electronic and Computer Engineering offers an exciting and rewarding educational experience for individuals passionate about technology and innovation, preparing them for impactful careers in a rapidly evolving digital world.
I have completed my Diploma of Associate Engineer from reputable institutions, further solidifying my educational foundation. The Diploma of Associate Engineer in Electronics is a comprehensive program designed to provide students with a strong foundation in the field of electronics engineering. This diploma equips individuals with the necessary skills and knowledge to pursue a career in various sectors such as telecommunications, automation, consumer electronics, and more. Throughout the program, students delve into core concepts including circuit analysis, digital electronics, microprocessors, analog and digital communication systems, and electronic instrumentation. Practical hands-on experience is emphasized, allowing students to apply theoretical knowledge in real-world scenarios through laboratory exercises, projects, and internships. The curriculum is structured to cover both theoretical principles and practical applications, ensuring graduates are proficient in designing, implementing, and troubleshooting electronic systems. Additionally, students are exposed to emerging technologies and industry trends, preparing them to adapt to the evolving demands of the electronics industry. Upon completion of the Diploma of Associate Engineer in Electronics, graduates possess the skills and qualifications required to pursue entry-level positions as electronics technicians, technical support specialists, field service engineers, and electronics design assistants. Furthermore, this diploma serves as a stepping stone for further academic advancement or professional certifications in the field of electronics engineering.
Matriculation in Science is an educational program designed to provide students with a strong foundation in scientific principles and prepare them for further studies in science-related fields. This comprehensive curriculum covers a wide range of subjects including physics, chemistry, biology, mathematics, and computer science. Throughout the matriculation program, students delve into fundamental scientific concepts, theories, and methodologies through engaging lectures, laboratory experiments, and interactive activities. They develop critical thinking skills, problem-solving abilities, and analytical reasoning, essential for success in scientific inquiry and experimentation. The curriculum is structured to foster a holistic understanding of science, with an emphasis on practical applications and hands-on learning experiences. Students conduct experiments, analyze data, and draw conclusions, enhancing their scientific inquiry skills and enabling them to apply theoretical knowledge to real-world scenarios. In addition to core science subjects, students may have the opportunity to explore interdisciplinary topics such as environmental science, biotechnology, astronomy, and geology, broadening their knowledge and perspective on scientific phenomena. Upon completion of the Matriculation in Science program, students are well-equipped to pursue higher education in various scientific disciplines such as physics, chemistry, biology, engineering, medicine, and computer science. They may also choose to enter the workforce directly, seeking employment opportunities in research laboratories, pharmaceutical companies, environmental agencies, educational institutions, and technology firms. Overall, Matriculation in Science provides a solid academic foundation and fosters a passion for scientific inquiry, empowering students to contribute meaningfully to advancements in science and technology and address complex challenges facing society.
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