Lifting activities currently challenges in compliance with construction requirements, particularly regarding handling, storage, and safety. This project aims to identify the risks and hazards associated with lifting in construction areas. The majority of incidents arise from unsafe conditions and behaviors, emphasizing the need for comprehensive risk assessment. Additionally, the project proposes improved methods for reporting hazards. Unsafe acts and conditions are highlighted, along with suggested solutions, while various safe lifting methods are recommended for unloading activities, depending on the type of crane used.

Coordinated Multi-Point (CoMP) activity is considered as an amazing innovation focused for LTE-A standard to diminish obstruction, improve range effectiveness, increment information throughput and upgrade viable inclusion region, specifically for cell-edge clients. Interference is a major drawback in Long Term Evolution (LTE/LTE-Advanced) framework.The paper focuses the standardization and inspiration of explicit plan decisions for composed multipoint (CoMP) support in reasonable system executions, including Fundamental activity standards. There are a few strategies accessible for CoMP innovation where most methodologies require some planning data in regards to the UEs information at the distinctive BSs that must be mutual among them. This sharing outcomes expanded unpredictability and flagging overhead on arrange.

Nowadays,multiplexing the frequency in orthogonal manneris the major concern for high speed data requirements in communication system. It has many advantages like achieving high speed data rate, resilience to frequency fading nature and highly tolerance to interferences and more flexible for implementing with other systems. Also, this OFDM system utilizes maximum bandwidth and will reduce the co-channel interferences. But the main back lock in OFDM system is peak to average power ratio(PAPR) which makes the waveforms more distorted which leads to need of high-power amplifiers in system design. In order to control this back lock, many techniques are proposed, but it has complexity problem. In this work we proposed a partial transmit sequence method along with cyclic shift sequences without performing phase rotation during the process. The simulation results show the high efficiency in PAPR reduction problem when compared to the other systems and it shows the less computation complexity during implementation.

This article covers the topic of choosing the right containment system based on the occupational Exposure Limit (OEL) value to handle the cytotoxic drugs or waste generated in the pharmaceutical industry based on manufacturing steps/stages/activities associated with the pharma Industry. A safe and dedicated means of containment is essential for protecting both the person and their environment. The hazards in pharmaceutical industry workers or operators who handle, manufacture or dispose of cytotoxic drugs or waste are mainly caused by its toxicity and the extent and duration of exposure. Exposure to cytotoxic substances in pharma industry occurs during the production, testing & cleaning activity. It is occurring through inhalation of dust or aerosols, absorption through the skin, ingestion owing to unsafe practices, or from waste items.