Analytical or research facility testing on a range of substances, materials, or products is performed by chemical technologists. They test for ecological consequences, quality management, regulations conformance, preventive maintenance, and program evaluation, among other things. Chemical technicians specialize in a certain sector or kind of technology to give high-quality service and to concentrate their careers on one field. Chemical technicians' key responsibilities include conversion compounds and performing chemical orders, which can range from complex processing requests to basic jobs. Orders are received, prioritized, and processed in this order. Chemical technicians keep track of the procedure they utilized, the figures they collected at various stages and any problems they encounter. To maximize production, this data is examined. Chemical technologists put up the essential scientific information and machinery that the apparatus and the work station are carefully cleaned thereafter in preparations for tests. This may include preparing synthetic solutions and ensuring that dangerous items are removed when the experiment is completed.

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Eligibility

• Must possess at least 50% aggregate from a recognized institution in 12^th, from any board PUC/CBSE/ICSE/ISC, etc, with subjects of chemistry, physics, and biology. However, the cut-off margin varies with the selection process of different colleges.
• Should procure a valid score in entrance exams such as JEE-Main, KIITEE, SRMJEE, CEE, HITSEE, GATE, etc. Different colleges offer their own entrance exams if you don’t have a satisfactory score in JEE or other competitive exams – colleges like NMIMS, Symbiosis International University, XUB, Andhra University, LPU, etc. Every state offers its own entrance exam as well.
• One must earn a degree in B.Sc/B.Tech or a Diploma to become a Forensic Science Technician. This is a basic qualification you must require to enroll in this line of work.
• An M.Tech in Forensic Science can also prove to be helpful while looking for a higher degree and better learning.

Tasks To Perform

• Using chromatographic, spectroscopic, physicochemical horizontal displacement, or microscopes, set up and execute biochemical investigations, evaluations, and assessments.
• Participate in safety programs, groups, or organizations, and undertake laboratories or factory security assessments to improve the working environment.
• Perform biochemical and mechanical research experiments to help scientists make qualitative data collection evaluations of substances, liquids, or gases.
• Design or carry out evaluation and monitoring processes to ensure that manufactured goods, specialty chemicals, or finished products meet quality requirements.
• Incoming personnel should be educated on issues such as how to use laboratory instruments properly.

Knowledge required

• Computer Application — Understanding the prospects and functioning of circuit boards, processing units, circuits, electrical devices, computer equipment, plus applications and programming.
• English Grammar — Familiarity in English Grammar, the form, and substance of the English language, along with the context and pronunciation of words, principles of grammar, and language.
• Arithmetic Prowess — Being able to evaluate and interpret various mathematical equations and use them to address complex problems in arithmetic, geometry, calculus, and other areas.
• Chemical Dexterity – Able to understand the chemical structure and composition of substances available in the environment. Includes the understanding of changes, interactions between different substances, methods of production, and safe disposal of toxic substances.
• Apprehension of Physics — Predictive analytics of basic phenomena, laws, their interactions, and fluid, substance, and air mechanics interpretation techniques, and mechanical, electric, atomic, and subatomic structures and processes understanding.

Skills required

• Time Management — Interacting and switching between different tasks and activities without consuming excess time to provide results.
• Surveillance — Entails keeping track of and evaluating your own, other people's, or organizations' results to make changes or take disciplinary measures.
• Strategic Thinking — Evaluating the possible expenses and advantages of various decisions to recognize the best one.
• Processes Assessment — Entails identifying metrics or indices of service quality as well as the steps required to enhance or change effectiveness concerning the system's objectives.
• Critical Analysis — Learning and identifying the strengths and weaknesses along with providing solutions and countermeasures to reduce the impact of potential problems.

Job roles offered

• Process Metallurgist: Process metallurgists have a very particular set of responsibilities that distinguish them apart from other sorts of metallurgists. Chemical metallurgists, physical metallurgists, and process metallurgists are the three different types of metallurgists. Molding, smelting, riveting, and fasteners are all processes used by process metallurgists to form metallic and alloy components. They are in charge of the implementation stage of several metallurgical procedures in manufacturing facilities. Process metallurgists are also entrusted to choose the optimum metal for a certain manufacturing activity. They apply their expertise and technical knowledge to choose the best metal or alloy for a given application. They create metal components and experiments according to the organization's specifications after selecting the metal.
• Metallurgical Engineer: Metal components are used by metallurgical engineers in a range of industrial and manufacturing contexts. They are largely in charge of determining the physicochemical characteristics of metallic alloys. Metallurgical experts can also help with production by creating novel alloys for specialised purposes, such as lightweight yet robust metals for car and plane parts or conductive metals for electronics. This position, in any environment, necessitates a thorough understanding of the chemical and molecular characteristics of metals, as well as outstanding analytical skills. Exploratory studies on material using a range of techniques is one of the major tasks of metallurgical engineers. Metallurgical engineers can study a metal's composition using X-rays or use an electronic microscope to observe its chemical composition. Metallurgical engineers also do experiments to examine how metals react to severe temperatures, cold, and emotional discomfort.
• Materials Engineer: Metals, polymers, and ceramics are common specialties for materials engineers. They could create composite substances or investigate the molecular properties of materials to find new uses for their mechanical, electrical, or chemical characteristics. Engineers can process materials with power tools, medical instruments, and computer technologies. Manufacturers, academic researchers, consulting businesses, training establishments, and other comparable entities may hire materials engineers. Materials engineers design and develop novel materials as well as the processing techniques needed to manufacture them. Evaluating resources and data, running tests, debugging, performance objectives, ensuring quality control, and producing information are all part of the job description. Materials engineers may be in charge of creating novel testing techniques, training specialists and lab employees, inventory management, and supply ordering. Engineers must also keep current with regulatory requirements, governmental bodies, and new advancements in their area.
• Manufacturing Process Engineer: Manufacturing process engineers use research and strategic planning to significantly boost manufacturing operations. They seek to remove wasteful manufacturing techniques in order to boost production and lower expenses. This is a skilled profession that necessitates extensive prior expertise and a thorough understanding of the production process. Manufacturing process engineers operate in industrial environments and are frequently required to work on the factory floor to detect problems with the entire manufacturing process. They usually work full-time day shifts and answer to manufacturing supervisors personally. One of a manufacturing process engineer's main tasks is to examine current production requirements and processes for inefficiencies. They frequently invest hours on the factory floor evaluating staff and equipment workflows in order to see where the operation may be simplified to save expenses and increase performance.