Engineering Branches

Acoustic engineers specialize in sound and vibration science, aiming to reduce noise and vibration, benefiting various industries such as environmental, architectural, industrial, entertainment, manufacturing, and transportation, to enhance the acoustic environment.

Engineering, divided into aerospace and astronautical branches, focuses on designing, developing, testing, and producing aircraft, spacecraft, and related systems, encompassing both Earth-flying and spacecraft.

Food engineering and agricultural engineering branches focus on developing the food industry through technical advancements, standardization, and quality control, involving science, engineering, microbiology, and industrial management.

Architectural engineering, a multi-disciplinary field, focuses on technological aspects and integrated design of buildings, with a growing demand for graduates due to increased construction needs.

Automotive engineering is a branch of mechanical engineering that studies the design, manufacturing, modification, and maintenance of automobiles like buses, cars, and trucks, encompassing all relevant components and intersections.

AI Engineering is a field of research and practice that combines the principles of systems engineering, software engineering, computer science, and human-centered design to create AI systems in accordance with human needs for mission outcomes.

Artificial intelligence and machine learning are two branches of Computer Science that aim to create intelligent machines that mimic human behavior. AI simulates human behavior, while machine learning uses data to learn and solve complex problems.

This branch combines engineering, life sciences, and healthcare, combining principles from applied science and physical sciences. It equips students with skills for designing artificial organs, surgical robots, advanced prosthetics, and new pharmaceutical drugs.

Computer Science Engineering is a field that focuses on designing, implementing, and managing information systems, specializing in computation theory and computational system design, and is applied across various disciplines like electrical and electronics engineering.

Chemical engineers work in Manufacturing, Pharmaceuticals, Healthcare, Design and Construction, Pulp, and Paper Industries, Petrochemicals, Food Processing, Specialty Chemicals, Polymers, Biotechnology, and Environmental Health and Safety Industries.

Civil engineers design and execute public infrastructure projects like dams, bridges, aqueducts, canals, highways, power plants, and sewerage systems, discussing real-world challenges and working on dynamic technical developments.

Electrical engineers work on various components, devices, and systems, including microchips, power station generators, generators, and motors, often used in electricity generation plants.

Electronics and Communications engineers specialize in analog transmission, basic electronics, microprocessors, solid-state devices, digital communication, microwave engineering, satellite communication, antennae, wave progression, and manufacturing of communications systems.

This branch of engineering focuses on the technological aspects of electricity, including circuitry design, electronic equipment application, power generation, distribution, communication, and machine control.

Energy engineering encompasses various aspects such as energy efficiency, facility management, plant engineering, environmental compliance, sustainable energy, and renewable energy technologies.

The Environmental Engineering stream study utilizes science and engineering principles to improve the environment, provide clean water, air, land, and rehabilitate polluted areas, while focusing on public health solutions and sanitation laws.

Genetic engineering, or genetic modification, involves manipulating an organism’s genome using biotechnology to alter its genetic makeup, transferring genes within and across species to create improved or novel organisms.

This involves designing and manufacturing processes for products, planning, measuring, and controlling economic activities within an organization, and devising and implementing systems to improve efficiency.

Information Technology (IT) is the use of technology to solve organizational and business problems, utilizing computers, networks, storage, and technical infrastructure. Professionals provide tech support, maintenance, device management, and security testing services.

Instrumentation engineering is a branch of engineering that focuses on the design and operation of measuring instruments used in automated systems in electrical and pneumatic domains.

Engineers on ships are assigned specific machinery and systems for maintenance and monitoring purposes. Each engineer ensures their machinery runs at all times, and marine engineers also oversee the machinery on deck.

Mechanical engineers study production transmission, power use, and machine design, with applications in various industries like automobiles, chemical plants, electronics, oil exploration, military-technical wings, and space research.

Metallurgical and Materials Engineering is a field that studies minerals, their processing, and transformation, preparing candidates for various products, refining ores, and converting refined materials into finished products.

Mining Engineering is a field of engineering that involves the technology, science, and application of minerals extracted from natural environments, covering discovery, feasibility, production, processing, development, marketing, and land restoration and rehabilitation.

Nuclear engineering involves the collection and disintegration of nuclei, converting water into steam for electricity production. It analyzes thermodynamics, radiation, nuclear fuel, safety, and applies nuclear physics principles to sub-atomic processes.

Institutes emphasize petrochemical engineering to improve industry technology, focusing on processing crude oil’s chemicals and removing petroleum. It includes geophysics, chemical engineering, oil extraction, petroleum manufacture, and geochemistry.

Robotics Engineering is a branch of engineering that designs, constructs, and uses computers to operate robots, incorporating principles from electrical, computer science, and mechanical engineering.

Sound Engineering analyzes and controls vibrations, balancing sources, and adjusting audio effects for recording or live performances. Audio engineers handle technical aspects like microphone placement and level settings.

Textile Engineering involves designing and controlling fiber, apparel processes, and machinery, involving R&D, production control, technical sales, quality control, and equipment types in textile manufacturing.

Sugar and Alcohol Technology Engineering utilizes advanced techniques, training, and research to enhance alcohol production by byproducts, aiming to improve the distillery industry through skilled labor.             

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Research Backed
Our Psychometric Assessment Tests are based on Proprietary Developed Algorithms by Nea Research Center & Validated by Expert Psychometricians.
Customize Tests
Our Platform Permits customization as per your Requirement from Developed Products. Do reach Nea R&D Team for new Research or Product Development.
Get support and assistance for test administration, reports or any other kind of queries related to assessment products.
Intuitive Platform
Use NEA App or our Intuitive Website to conduct Tests. Get Get faster reports and access to NEA Expert to help you in understanding Reports.

Frequently Asked Questions (FAQs)

The skill test helps in evaluating the prospective candidates with the right skillsets for the job roles. This not only increases the employee retention rate but also increases productivity and efficiency at the job. Skillset test helps to conduct large-scale recruitment drives and select the right candidate in a short span of time.

Personality is the behavioral characteristic of individuals that influences their life. The assessment helps in identifying the behavioral patterns to understand how a person will react in a particular situation. It also helps to understand if the prospective candidate holds the necessary eligibility to be the right fit for the job role.

Yes, there are such assessments. In fact, they are one of the most important assessments that must be used in a workplace. For the same, NEA Life has developed the Coping assessment, Resilience assessment etc. to help corporate spaces to gain a better understanding of the stress levels experienced by their employees.

Yes, assessments can be very useful in understanding the work life balance. To gain a better understanding of the same, NEA Life has developed the Quality of work life assessment. This tool can help individuals understand if there is an imbalance between their work and personal life.

Workplace stress has scientifically proven to be a major cause that severely effects an employee’s mental health, social and personal life. NEA Life’s Mental Health scale not only helps to understand workplace stress but also provides necessary information to introduce interventions to cope with the stress.
Psychometric assessments have proved to be very helpful in measuring the competencies of candidates for a job role. NEA Life has developed the Campus hiring, as well as the Pre-recruitment assessments that aid companies in hiring individuals in accordance with the industrial requirements and hence improving the quality of hiring.
Yes. Higher authorities are the policy and decision makers in any organisations. Therefore, it is necessary for them to have the best value systems. NEA Life has created tests to measure the necessary value systems in a person required to hold the senior job role positions by measuring some of their personality characteristics such as integrity, resilience etc.

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