PUSH to PULL: When COVID-19 ushered a student centric active learning model that works

Search “professor with students” on Google image. The majority of images that we find are of professors standing or sitting with a group of learners. In the pre-COVID-19 era, those were the most common images ingrained in our mind. The setting told us about the nature of the relationship that existed between the facilitator and the learners and the way the guided learning process took place.

When we finally leave the pandemic behind, the construct of teaching and learning paradigm will already go through a transformation. No longer the formal setting will be crucial; we will need the content, irrespective of the location of the teacher. The question will revolve around efficiency and effectiveness of the teacher in clearing doubts of the learners. With things going online and “work from anywhere” concept catching up, learning becomes a 24×7 process.

Online teaching is very different than offline teaching. As internet connectivity in all parts of the country is not uniform, online education as of now suffers from infrastructural bottlenecks. The speed in which COVID-19 ravaged human civilization resulting into our adoption of online mode of operating, internet service providers are overwhelmed by the exponential demand for their services. With 5G coming in and proactive support from the governments, infrastructural questions will be resolved to a great extent in future. The “human” part of the learning process will still pose questions. I have given a few instances of what I did while conducting my classes at SOMC, AU to enable learning through participation.

First, instead of a linear way of teaching, I showed them the outcome first. To cite an example from cooking, let’s imagine that we are cooking sweet corn soup. Instead of the traditional method of starting from peeling the corn, boiling the corn, cutting vegetables in a particular way etc, I cooked the soup and asked them to taste. Once they found it delicious, now they asked how to make it. I asked them to note the ingredients used and observe the process in general. Instead of instructions, it was a discussion. I wanted them to see for themselves what worked and what not.

Now let me cite another example related to Conflict Communication. Traditional method is to go through the theories. Now let’s make it upside down. Let’s design a conflict situation through a role play, while one student can be a customer and another a PR head or customer service executive of a company. While they fought by taking different positions, I asked other students to tell us how they would resolve the conflict. They came up with ideas that they had. Once we wrote down all the ideas, we went back connecting each idea with a theoretical framework. One student may say “I think the company should straightaway refuse the claim by the customer as fraudulent.” Then we connected this version of response with the Situational Crisis Communication Theory (SCCT) and the strategy called “attacking the accuser”. Other methods involved finding audio visual clip from a movie or a drama series or a television commercial and present how a theory was demonstrated in the clip that they showed.

What was the result of this method? Let’s hear from a few learners who completed the course.

“…Not many teachers can build such a great relationship with the students in such a short span of time and that too by teaching online And I was lucky enough to meet you in person and sit and have a conversation with you. Will always keep your words in mind along the way. Thank you Sir”.

“Sir your classes were the most interactive and interesting in this journey of our 3 years. The way you explained us the theories by giving real life examples and in a story telling method, it was so much easy to understand as well as to implement. Your teaching style through storytelling is really helpful for the learners, I still remember the examples you gave while explaining the theories of conflict communication. In your classes we used to have presentations, feedback sessions and it has helped me a lot to boost my self-confidence…Thank you so much sir for guiding us this way.”

Learning and teaching process has changed. Instead of “information push”, the learners need to “pull information” towards them. Both serious learners and teachers who can inspire to learn have become very important.  COVID-19 has wiped the slate clean. It’s now our chance to draw something wonderful on it.

Interesting Ways of Producing Learning Content for Learners

The pandemic situation has affected our daily lifestyle to a considerable extent. Each field got hit by this pandemic situation. We cannot go for a lockdown regarding everything. So, to keep up the pace, multiple changes and modifications have been done already and numerous are in pipeline too. Apart from the regular teaching methods, some new and innovative concepts are required to be added considering the current scenario. To bridge up the gap between the instructors and learners, these newer concepts and learning tools can play a vital role. The internet provides us with numerous resources so that both research and learning domains can become rich enough. E-learning comprises a wide range of learning processes, methods, etc. Irrespective of place and time, e-learning is one of the best options for continued learning. Employing these multimedia technologies increases distant exchanges and collaborations. The term “e-learning” supports and enhances learning by utilizing the use of information and communication technology which is different from traditional classrooms. Moreover, it provides flexibility in the learning processes since it includes video presentations, online quizzes, puzzles, webinars as well as many other methods of learning. The primary advantages of e-learning include interactivity, customizable nature, repeatability, self-paced, etc. There is a chance of high interaction between the instructors and learners compared to the traditional environment. E-learning based on web-supplemented and web-dependent services makes rigid schedules much more interesting, active and enjoyable.

The types of e-learning include lesson-based learning, course-based learning, video-based learning, game and activity-based learning, self-paced learning, “lesson a day” learning, group learning and many more. The change we are bringing in is that by using various innovative e-learning platforms for learners, the learning content can become much more interesting and acceptable.

One of the e-learning platforms which we may use includes LiveBoard. It is an interactive whiteboard where we can draw as well as write. LiveBoard should be operated by the stylus and by using our hands. We are currently, trying to implement this e-learning tool in our classes to make things more interesting.  LiveBoard offers various benefits like real-time drawing and whiteboard sharing, unlimited board space, unlimited groups, cloud storage, unlimited undos and redos.

There are several ways by which innovative learning is done that promote creativity. Instructors understand and foster the creative environment; make a room for better visual reflection since it provides information that learners absorb more deeply; keep the creativity flowing for which classroom layout should be flexible; include unconventional learning materials like ted talks, podcasts; encourage vibrancy by displaying inspirational posters; incorporate humour which flourishes creativity like using some relevant jokes, any pop culture references; give rewards and recognitions which may motivate learners like providing them e-certificates; add motivational posters and quotes; involve learners more and more in team-building exercises which provides better communication as well as collaboration; explore different cultures of learners which produces diversity which is something outside the box. There is a wide range of e-learning platforms which include Adobe Captivate Prime, Talent LMS, Learn Upon, Moodle, Alison. Virtual classroom softwares include WizIQ, Vedamo. Web conferencing and webinar tools incorporate Google Meet, Webinar Ninja.

E-learning includes synchronous and asynchronous learning. Synchronous learning means learning, teaching is occurring in real-time which means that the instructor and learner are physically separated from each other. Examples include online lectures, watching a live television broadcast. Asynchronous learning means the instructor prepares the course materials before the course takes place, which indicates that people are not online at the same time. It allows learners to participate according to their schedules. Examples include self-paced courses, recorded audio/video presentations, seminars.

The ground on impact we are making is that by utilizing e-learning, the courses are becoming more interesting and acceptable to the learners. The learners are going through a large number of online platforms which shows their immense involvement in various courses. Access to multiple courses, audio-video lectures of various professors from different universities is now at the palm of our hands. To provide quality education to the learners, parents spend a lot of money. Not only for education purposes, but they also invest a big amount in lodging and transport facilities. E-learning resources efficiently provide quality learning, reducing the cost and saving time. Finally, we must say that e-learning culture makes the learners self-directed, self-regulated and self-motivated.

The New Normal Era of Teaching-Learning

The year-long global pandemic forced us to accept the new normal. We all are now adapting ourselves to the changing socio-economic environment. But the process is not yet done. As academicians, we also had to face challenges. In fact, initially, every change has to face challenges. For students also, it was quite difficult to accept the challenge of new Information and Communication Technology (ICT) based learning. However, this ICT based learning played an anchor role for the students to get uninterrupted learning. Due to the phase-wise lockdown and absence of traditional chalk and talk method of learning in the educational institutions, initially, it was difficult for the students to accept this ICT based learning.

To overcome this situation, Adamas University, the best private university in the Eastern India, has immediately introduced MS-Teams as a tool of ICT based learning for uninterrupted teaching and learning process. MS-Teams is a digital platform where students and teachers can connect themselves from anywhere any time to exchange their thoughts, ideas, views etc. by forming a group. Moreover, they can also exchange their documents, study materials, assignments etc. by using this teaching-learning platform. Gradually, the students have overcome the situation and accepted the new normal of the ICT based learning.

Apart from that, Adamas University has also introduced a plan for every faculty member to maintain individual Course Files. It will be really helpful for the students as well as the teachers. From this, students can now able to understand the purpose of the study of a specific course, what will be their knowledge addition from that course, what will be the pattern of the questions, previous year’s question papers as sample, lecture notes on different sub-topics etc. Apart from these information, teachers are also keeping track of the progress of each student through continuous assessments like quizzes, assignments, class tests etc. Accordingly faculty members also conducted remedial classes, arranged special lectures for the slow learners as remedial measures. Faculty members are also keeping records of different categories of answer scripts as sample documents for the students.

As a tool of continuous development in the teaching-learning methodology, Adamas University has implemented an Outcome-Based Education (OBE) system replacing the conventional system. Under this system, every programme and course is designed in such a way that it can fulfil certain objectives to attain its specific outcome. This teaching-learning system completely focuses on the achievement of the students so it is very much flexible in terms of mode of instructions, evaluations and assessments.  Students’ involvement is very high in the entire procedure of this system. This OBE system introduced more clarity in the purpose of the study of specific programme or course.

So, in this road of the new normal era of teaching-learning, our Adamas University, to continue the uninterrupted teaching-learning, has extended its full support to its students and also to the faculty community on its way to “Pursue Excellence”.

#AU4CHANGE: Why ADAMAS? Because it cares!!!

  • Do you like to study in an organization where faculties know how to stand beside students and guide them in Lockdown?
  • Do you like to study when someone personally taking care of you as an e-mentor?
  • Do you like to study in an environment where between classes you can enjoy some greenery?

 If the answers to these questions are yes then for ADAMAS UNIVERSITY is waiting for you.

An unseen uncertainty entered in the many aspects of national and global society, including education. It’s still a problem for many educational organizations that how the rapid conversion of most instruction to an online platform or how to handle students in an online mode of education? Even now due to the second wave of COVID-19 organizations facing problem in choices that balance health issues along with in-person learning against the educational requires of students, which may be better served when students are in their physical classes. Especially in different lab based courses in all levels undergraduate and postgraduate students have been affected significantly due to suspended experiments for long time which causing extreme stress to the students by thinking how to cope up with this loss when in future they will enter in to the job market. The use of blended learning followed in Adamas University keeping it ahead of others. Blended learning process is a combination of offline and online instruction. By differed from hybrid learning techniques it uses online instruction to complement or supplement traditional face-to-face instruction, without replacing it. It mostly consists of online interaction via asking questionnaire, student faculty-collaborative project work, presentation, virtual lab etc. Through above mentioned ways a faculty using blended learning might schedule both days for face-to-face instruction (When situation improves) and assign students to engage an online forum post outside of class time. More over use of virtual lab make lot difference to lab oriented course. Virtual labs are simulated learning environments that allow students to complete laboratory experiments online and explore concepts and theories without stepping into a physical science laboratory. Students can try out lab techniques for the first time and become more familiar with different lab equipment that might otherwise be inaccessible. Through interactive videos and animations, students can explore the practical experiments in virtual mode.

Mentoring is one of the most crucial aspects in higher education. Good mentorship provides guide line to lots of issues. Students often come from diverse backgrounds, varying by class, nationality, sexuality, race, gender and gender identity, and many other factors. Mentors help to alleviate stress and reflect the specific identities and needs of their various students. Our esteemed faculty members recognize the resources, backgrounds and understood the need of their students, rather than assuming that students are all the same and have all of the resources they need. Faculty members always provide a clear advice about the way forward, without giving either too little or too much detail. Through true mentorship our faculties help students to recognize differences and feel that they belong in their institution and their program also matters.

 It was reported that there is a huge contribution between green space and academic performance to each other. Green space can promote performance.  Multi-level analyses experiments already reported that students showed better preference ratings to the indoor spaces with a nature poster, a green wall, or a green wall plus interior plants with respect to the standard designs and the designs with the colourful posters. Demographic characteristics cant modify the preference and perceived restoration likelihood however students having strong connectedness to nature rated preference and perceived restoration likelihood overall higher than students with weak connectedness to nature. As Adamas University host a sprawling green campus extending over 100 acres these advantages can only be possible here.

MBA in Logistics and Supply Chain Management- Unique Aspects

As globalization and technological innovation continue to etch new contours on the landscape of business, supply chain management continues to evolve. In such a dynamic scenario, this program equal importance on the state-of-art know-how in supply chain management as it does on the fundamentals.

Most of the companies have identified supply chain management as a route to competitive advantage. Through supply chain companies aim to achieve two polemic goals: effectiveness and customer satisfaction. In fact supply chain serves as a road map to enterprise success. Supply chain encompasses all the functional areas of an enterprise. Integration of areas such as procurement, processing and distribution is possible through proper management and control of supply chain operations. Technology plays a vital role in managing supply chain and making it efficient and effective in all its operations. Information Technology has helped in seamless integration of supply chain. Decisions in supply chain are mostly information-based and IT contributes to speed in collection, processing and distribution of information at various decision-making points across the supply chain.

Some of the supply chain strategies are based on the physical assets and industry in which the companies operate and dictated by the firms place in the value chain, namely, upstream, mid-stream or down-stream. There are four generic supply chain strategies for gaining competitive advantage: rationalization, synchronization, customization and innovation. In today’s context, it is not the product or enterprise that competes, but rather it is the supply chain of one company that is pitted against the supply chain of another. Hence, all business managers and those aspiring for careers in supply chain should have an in-depth knowledge about its functioning.      

MBA in the field of Logistics and Supply Chain Management is a lucrative professional program that is gaining huge impetus in the era of global value chain. Logistics Management is referred to as the principles of management & administration towards making the overall process of logistics operations as seamless as possible. Logistics management is known to be a part of supply chain management. The given discipline is known to deal with activities related to planning, executing, and controlling the seamless flow, both forward & backward, along with the storage of goods, services, and other related information between the source & its destination of industry.

Pedagogy of the Program

It is important for the Indian companies to learn from the developed countries in the west, even tried and trusted solutions may not always be applicable to Indian firms. Issues such as poor infrastructure, large number of customers at the base of the economic pyramid and complex distribution and taxation structures require solutions specific to the Indian context. This program addresses these issues by blending the best global supply chain practices with an in-depth knowledge of the Indian environment, encouraging practitioners and students to innovate. Numerous real-life examples of firms that have successfully evolved their supply chain management strategies help students relate to the concept presented and making learning easier for them.  

MBA in Logistics & Supply Chain Management is known to be designed for the purpose of catering to the rapid advancements taking place in the field of Logistics Management. The program is known to provide the students with the option of picking up from elective & major streams, including Business Management, Accounting, Operations Management, Systems Management, Marketing, Logistics, Supply Chain Management and one year’s compulsory internship in the industry through SAFEX. Students will get a monthly stipend during the internship period of one year.

Throughout the program, while presenting mathematical models, every possible attempt has been made to foster among the students an intuitive feeling for the concepts described. The approach is intended to benefit those students who are intimidated by the use of mathematics.  The course is considered to be ideal for the students who possess strong problem-solving and analytical skills. It is also meant for the students who are capable of working in a fast-paced environment while possessing the capability of coping up with the pressure of strict deadlines.

Career Opportunities

India is on the cusp of Logistics and Supply Chain operations. The future of  Logistics and Supply Chain looks bright with many opportunities coming in the way. Advancements in digital technologies, changing consumer preferences due to e-commerce, government reforms, and shift in service sourcing strategies are expected to lead the transformation of the Indian logistics & supply chain ecosystem.

Adamas University has designed this program jointly with SAFEX Logistics Co Ltd to provide advanced learning to the eligible candidates in the fields of:

  • Operations management
  • Business communication
  • Shipping & logistics industry
  • Basics of Finance & Marketing
  • Managerial, business, and administrative issues of industry
  • Economics
  • Packing and Transportation etc

Students  after completion of MBA Logistics & Supply Chain Management will get jobs as:

  • Logistics Executive
  • Export Executive
  • Materials Manager
  • Shipping Coordinator
  • Warehouse Supervisor
  • Operations Manager
  • Sourcing and Fulfilment Executive

An Insight To BBA.LLB (H) : An Unique Combination Of A Lawyer And Entrepreneur

To a scholar, deep driving within oneself inherits different attires to bloom with creativity. The world is based on rationale to aspire for business where the basic expertise needed is Law. This is where, one must hunt for their qualities into professional course BBA.LL.B(H) (BACHELOR OF BUSINESS ADMINISTRATION AND BACHELOR OF LEGISLATIVE LAWS) which demands discipline and troubleshooting oneself to be influential and authoritative as one must aspire to be. This 5 year integrated short term educational course certifying dual degree to gain specialization in commerce and management balancing the hold on Law and Governance.  A fresher would surely think of how one could gain and earn the standard of managerial and entrepreneurial skills with a calibre to present sound judgement. This could be surely built with the subjects incorporated within the program. For instance, Organizational Behaviour is a subject which makes a person inherit attitude of Interdisciplinary, humanistic and optimistic approach which plays a lead role to sharpen the plan of management of a person. A professional graduate will obviously dream to catch an interview in reputed firms, decked up in formals and out performing their attributes towards an organisation. This must not be fantasy but real truth. 

To highlight further this program offers lucrative career as the subjects introduced within the young mind are developed with research projects, analysis of case studies, internships, on job training, moot practical, industrial tours and many more. Every business entity or organization around the world governs on certain principles authorised by the administrator and followed by employee. But, in order to implement and govern the policies authorised, there must be professionals human resource manager with an efficient legal skills who knows the legality trained by the subject of human resource management and incorporate to manage nuisance of labour laws, effective response to legal notices and could aid the entity in drawing legal strategies.  To expose more, there are various start-ups thriving with reputed entity to merge and acquire in order to stand in this competitive world. This demands for Financial manager, Company Secretary, Business Consultant and Assistant Advisor who has mastery in subjects of Law of Contract, Company Law, Business Strategy, Financial Accounting, Managerial Economics and many more. Where these licensed experts could dig into the loopholes of balance sheet and enjoy drafting the contract, considering the ethics and policies of business and advising in case of any discrepancy. The most fascinating fact about the program is that a graduate who prefers to work for government may opt for judiciary or an Attorney General who are experienced judges or barristers in High Court for minimum 5 years. Moreover, an UPSC aspirant could have a great support for preparation in subjects on Administrative Law, Constitutional law, Jurisprudence, Human Rights, Good Governance and many more which secures the base for future and designate on the service as Assistant Director. One must not be aware that this program could open numerous opportunities in National High Speed Rail Corporation as a Manager and Deputy Director in Warehousing Development and regulating Authority rewarding great luxury with all amenities. It is natural to have a curiosity to know about the placements. A graduate based on their expertise into specialization are offered into top notch corporate firms like Tata Motors, Tech Mahindra, TCS, Cognizant, IBM, and others. A graduate well built and creative thinking can fly high to catch with leading internships around the world refining their area of interest. The program guide would be incomplete without the eminent professor treasuring their specialization into this integrated field and nurture the future of the youth as well as the world.

Thus, this professional course offered by Adamas University and various University across the world, certifying an eligibility to the aspirants who must have completed (10+2) securing an average of 45%. A fresher would be wise and concrete to search for global university having international collaboration, with excellent facilities in order to have pleasant stay during the course of their journey. Hence, to flaunt the power of law, possessing skills into business in this competitive world, overpowers the professionals within the course to always out shine the best of their calibre to execute one’s want towards their life. This enthusiasm leads to greater opportunities within the field of business and law setting higher standards from other professionals.

Bachelor of Pharmacy: The Road Map for Pharmacy Professionals

Why Pharmacy?

Pharmacy is a health profession linked to the science and technique of preparing and dispensing drugs. It connects health sciences with chemical sciences and makes sure that pharmaceutical agents are used safely and effectively. The field of pharmacy has advanced immensely and includes much more than traditional activities like compounding and dispensing medications. The recent developments in the pharmacy field involve various modern healthcare services which include clinical services, reviewing medications for safety and efficacy, providing drug information, manufacturing of formulations using modern techniques, designing delivery systems and complying with the standards set for quality control and quality assurance.

Presently, immense scope exists for qualified pharmacy professionals who are equipped with the knowledge of latest developments in the pharmacy field which in turn, requires them to be engaged in manufacture, distribution, marketing, quality control and assurance, regulatory authorities and in post marketing operations like pharmacovigilance, clinical trials, etc. Enormous scope exists when one wants to pursue a career in pharmacy field.  Needless to say, the demand for skilled, competent and motivated professionals will be at its peak when it comes to the safe and effective delivery of healthcare which will further help in boosting the growth of pharmaceutical sector in the country.

Keeping in view, the requirement to generate future pharmacists, the School of Pharmaceutical Technology (SOPT) was established by Adamas University at the Adamas Knowledge City on Barasat-Barrackpore road. SOPT was set up with a vision to impart the knowledge and skills related to pharmaceutical sciences which will lead to professional pharmacists. The Bachelor of Pharmacy (B. Pharm) course was introduced in SOPT with an aim to narrow the existing gap between educational curriculum and the skills and proficiency required for pharmaceutical professionals in the field of pharmacy.

Program Highlights:

This 4 year long undergraduate course is structured in such a manner which provides in-depth knowledge and guidance on the following subject areas:

  • “Human Anatomy and Physiology” giving the idea on structure and relationship of internal body organs and systems.
  • “Pharmaceutics” which is linked to the knowledge of various pharmaceutical dosage forms and the technology associated with the same.
  • “Pharmaceutical Chemistry” and “Medicinal Chemistry” giving an idea about the chemistry of pharmaceutical substances and their association with therapeutic efficacy.
  • “Pharmacology” describing body’s response mechanism to a drug.
  • “Pharmacognosy” and “Herbal Drug Technology” recalling the traditional treatment modalities and tranforming them to newer and safer alternatives.
  • “Pharmaceutical Engineering” and “Industrial Pharmacy” describing the manner in which the industrial manufacturing of drugs in several commercial set-up functions.
  • “Pharmaceutical Microbiology” and “Pharmaceutical Biotechnology” providing insights to the huge world of the “tiny” organisms helping us to develop combat mechanisms.
  • It also includes the brief concepts on “Biochemistry”, “Pathophysiology” etc. while making the students skilled about “Marketing & Management”, “Computer Applications”, “Pharmaceutical Regulations”, “Pharmacovigilance” which will ultimately help them to be more versatile in a world of multitasking.

Any changes in the program curriculum shall be prescribed from time to time by the Pharmacy Council of India (PCI), New Delhi (the core body to regulate pharmacy education in the country).

  1. Pharm is one of the most favoured degree courses in healthcare sector because of its wide career opportunities assuring consistent professional growth, rewards and recognition as a teacher/ instructor/ researcher/ industrial professional/ manager/ policy maker/ entrepreneur.

Eligibility Criteria for Admission:

Candidate shall have passed 10+2 examination conducted by the respective state/central government authorities recognized as equivalent to 10+2 examination by the Association of Indian Universities (AIU) with English as one of the subjects and Physics, Chemistry, Mathematics (P.C.M) and/or Biology (P.C.B/P.C.M.B.) as optional subjects individually. Any other qualification approved by PCI as equivalent to any of the above examinations.

To get lateral entry to third semester of B. Pharm course, the candidate should have passed D. Pharm from an institution approved by the PCI under section 12 of the Pharmacy Act.

Learning Areas:

On completion of the course, apart from the technical subject knowledge students will also acquire:

  • Interpersonal and communication skills which is a prerequisite for any career which requires patient listening and effective coordination to connect with diverse population within/outside the organization. Pharmacy professionals need to have respect, empathy and understanding towards general public while working as a community pharmacist. Additionally, they should be able to technically represent their views, plans, outcomes in front of scientific/ industrial community while working as a professional.
  • Knowledge on professional ethics which is absolutely necessary for a pharmacist to follow ethical practices with maintaining privacy, confidentiality, well-being of patients while adhering to the clear ethical guidelines irrespective of their personal beliefs.
  • Scientific aptitude by being able to assimilate the various concepts going through a huge theoretical and practical curriculum which adheres to the regulations of PCI.
  • Ability to work as a team member as well as individual while working on several projects under the faculty members in the final and pre-final year for the partial fulfilment of the degree.

What are the Scope and Opportunities:

  • Students can join post graduate courses such as Master of Pharmacy (M. Pharm) available in various PCI approved colleges/ institutes/ universities and pursue their higher studies with fellowship after qualifying Graduate Pharmacy Aptitude Test (GPAT) organized by All India Council for Technical Education (AICTE), New Delhi every year.
  • Graduate students have an opportunity to join prestigious central institutes/ universities working as Research Assistants/ Technical Assistants/ Research Scientists under various schemes/ projects.
  • Further, the post-graduate students may pursue their doctoral and post-doctoral programs in India as well as abroad.
  • Research and development in various start-up firms and industries is a golden opportunity for the research-enthusiasts.
  • Joining production/ manufacturing department, packaging department, quality control/ quality assurance in small/ medium/ large scale pharmaceutical and biotechnology industries is a lucrative option for the pharmacy graduates.
  • Students may opt for job opportunities in sales, marketing and management of the industries and may achieve a better professional growth in this field after pursuing MBA (Master in Business Administration).
  • If the students are willing to engage in community service, they may join community (retail) pharmacy, hospital pharmacy in clinical settings. They may also work as hospital drug coordinator.
  • If the students are interested in getting involved in the approval process of pharmaceutical products and want to know “how the safe and secured drug products reach to the bedside from the bench” they can shape their career in pharmacovigilance, regulatory affairs, clinical pharmacy in numerous multinational Clinical Research Organizations (CROs).
  • Students may work as medical writers to sharpen their good project management and coordination skills, improve the knowledge of therapeutic areas, process of drug development, pharmacology and drug safety in clinical trials. This increases their ability to interpret and present complex data complying with regulatory guidelines, ethical and legal issues.
  • Chemistry-loving students and others can join state and central government testing laboratories as analysts and technicians.
  • Students may shape their career in regulating and implementing rules and regulations throughout the countrywide pharmacy chain working as Drug Inspectors appointed by state as well as central government. They may reach to the higher positions such as State Drug Controller on fulfilment of requisite educational qualification and work experience.
  • There is always an opportunity to start their own companies at any stage after the degree, especially to start wholesale/ retail pharmacy, research start-ups, small manufacturing units, etc. upon getting required approval and strong ideas.

Pharmaceutical Giants who have given internship and placement opportunities to our final year B. Pharm students:

Cipla, Micro Labs Limited, Alkem, Caplet, Sun Pharma, Akums, Shangrila Industries (P) Ltd., Glenmark, Alembic, East India Pharmaceutical Works Limited, APCER Life Sciences, Cadila Pharmaceuticals, etc.

Why Choosing a Career Path in B.Tech Civil Engineering with Specialization in Smart Infrastructure Management?

Among the various discipline of Engineering, Civil Engineering is the oldest one. It is considered as the incubator for all growing generation students aspiring to take challenges to become the superior in their career path and cultivate themselves inside the incubator under the surveillance of highly fanatical and enthusiastic team. If Civil Engineering is all about infrastructure then this course is about applications of latest technologies and facts for the smart exposition of infrastructure. This degree will embellish a student with innovative ideas to resolve real life problems in the field of Civil Engineering, expertise to propose and design complex structures and pioneer mentality to pursue research activities

In the first year, in order to reinforce the base of engineering and communication skill, students will undergo through all science-based subjects and communication expertise development labs. In the second and third year of the program, all core subjects will be covered with industrial appetite. From 3rd year, student will also have opportunity to prefer elective subjects to follow their own field of interest. Beside of this vanilla course, keeping in mind the future perspective of Global practices, specialization courses related to Smart Infrastructure Management is offering to the students from 3rd year onwards. Students can explore the concept of smart technologies to cope up with real life challenges like rapid urbanization, climate change etc. In order to strengthen the conceptual, analytical and problem-solving ability of the students, online platforms, case study and role play methodology and class-based discussions are incorporated with this program. In addition of these, seminars by proficient speakers from foremost industry and academician from globally alleged institutions, workshops, conferences, tech-quiz events are planned to offer the essence of present day construction practices and researches to execute industry requirements.

Strength of the Program:

This program have designed by the Department of Civil Engineering by observing the current day’s scenario and advanced demand in the sector of construction and infrastructure. As said earlier, this specialized program is offering 5 specialization courses, 3 specialization labs and one specialization viva voce, total 25 credits extra outside of normal B.Tech program (163 credits). Brief about all the specialization courses are as follows:

  1. Rural and Urban Planning: This course explores significant substantive areas and concepts in the ground of urban and regional planning and current urban planning and policy issues and debates. It includes design, administration, and analysis of a survey and focuses in the ideology, conceptual models, accounting frameworks, appropriate technologies, and this course is a indicator of planning for sustainability, Central and local policies, plans, and best practices in various countries and settings are covered.
  2. Intelligent Waste Management: This course includes all the essential techniques to diminish pointless expenses that occur due to operational inefficiencies in collection and treatment of waste materials. Generally it is challenging task to collect urban wastes. It needs a considerable amount of resources indeed. By this course students will aware about scarcely used technological innovations to improve operational efficiencies implemented by Waste management companies and municipalities.
  3. Smart Materials and Infrastructures: Smart Material and Infrastructure covers the proposal of smart materials, structures, measuring practices for obtaining numerous engineering properties of materials. This course also embraces the study of a range of sensors and relevance of this technology as well as the perception of various actuators and related materials with procedures, signal dispensation and control systems.
  4. Artificial Intelligence in Infrastructure: This course is planned to give an overview of the area, as well as some imperative soft computing techniques which are indispensable to solve the complex problems in the domain of construction and infrastructure in terms of the fundamentals.
  5. Intelligent Transportation System: This course recommends an immense prospective in improving transportation services. Basically it is a multi-disciplinary course that covers Information and Communication Technology (ICT), development in infrastructure, vehicular technological aspects, data processing and computations. It is also comprises of traffic supply-demand management, mobility choices, modelling of fares and revenue, project management, policies and regulations prescribed by Governmental Agencies etc.

Probable Learning Outcomes from this Program:

At the completion of this particular program all the students/participants will be able to:

  • Showcase their technical skills to become proficient in the field of Civil Engineering.
  • Build up strong intra-personal efficiency to direct a team with principled and sustainable solutions.
  • Design complex engineering structures and system components to convene all the expected needs with suitable considerations for public health and safety.
  • Step into the zone of research and development by implementing innovative ideas in respective domain.
  • Become expert in smart infrastructure solutions, pioneer in specialized domain by implementing sophisticated technological and problem solving tools.
  • Show the dedication towards society in several aspects related to public policies for health, safety and sustainability.

Career Opportunities:

Civil engineering is well known for the job in construction and infrastructure development industries. Specialization program under this discipline not only open the opportunity in various sectors but it also guide a student in choosing their career path in the domain of research activities. Entrepreneurship is also an option for the students to initiate a new start up in construction business. Concept of Rural and Urban Development Planning, Waste management learning, use of smart materials and Artificial Intelligence in infrastructure development activities and last but not the least Intelligent Transportation System provides immense knowledge in all the specialized areas of Civil Engineering and this will help the candidates a lot in their professional life.

Recent Career changes of B.Tech in Electronics and Communication Engineering in Post-Pandemic World

So many other questions are in the mind of students, parents and teachers about the future of Electronics and Communication engineers, but that doesn’t mean it is frightful or uncertain. These are the commonly asked questions

  • What is the future of Electronics and Communication Engineering?
  • Will Electronics and Communication engineers get jobs after pandemic or will they require to get ready themselves with new skills?
  • Which courses are required for making a student job-ready?
  • How to achieve career goals as Electronics and Communication engineers after the post- Covid world?

In our digital economy, all of the students have to learn advance skills with high demands and apply these skills for getting a job. These transferable in-demand skills are so essential after post-pandemic.

New Career Opportunities in the post-Covid world:

After Covid-19 Electronics and Communication Engineering gives new opportunities for career to their Engineers. As our all the essential services are now projected to a new dimension. We are moving towards online platforms instead of using offline for different needs during the pandemic. We are habituated in e-commerce (electronic commerce) for buying and selling of goods, or the transferring of funds using online platforms and there is a huge scope for getting jobs. The students who are studying in Electronics and Communication Engineering, they will find jobs in e-commerce by making themselves to ready with proper skill sets. There are several recruiters like Amazon, Paytm, Google etc. which provide jobs for expanding their e-commerce business.

We are now familiarized with OTT (Over The Top) services instead of going to multiplex or cinema hall. This OTT service needs streaming of data that delivers content of information over the internet that needs the use of Electronics and Communication. This OTT service gives another job opportunity. Companies link Disney+ Hotstar, Netflix, Zee5 etc are ready to give chance to work with them.

Our needs of Biomedical electronics are more predominant due to this pandemic situation. We have to design more biomedical instruments and devices for our survival purpose in the healthcare system. There will be a huge scope for getting job in place post-pandemic, especially in the area of handling of biomedical systems.

During covid world, robots are used to perform medical assistance in a super speciality hospital and used for transport of medicines and other essential utensils in many countries. As our younger generation is more tech-savvy they are preferred this new branch ECE with specialization Robotics. In this area AI (Artificial Intelligence), Deep Learning and ML (Machine Learning) are required for developing advanced robotic systems which reduce the amount of labour, production costs and manufacturing time.

Unique Aspects and strength of this program:

With the emerging rise in the nanoelectronics industry, our processing speed increases from Intel Pentium P5 processor to recent core i9 processor. These nanotechnology-related industries for making smartwatch, laptops and smartphones which gives good career opportunities for Electronics and Communication engineers.

IoT and Embedded System is another branch of Electronics and Communication Engineering in which Embedded system developers can design an embedded system such as smart refrigerators, printers, micro-ovens etc. Qualcomm, Intel, Samsung, HCL Technologies, TCS, Wipro, L&T, Infosys, Toshiba etc. all of these companies recruit embedded software engineers. IoT offers jobs which are Industry 4.0. IoT systems consist of intelligent devices which are Internet-enabled and use embedded systems. IoT systems collect the information and process, analyse and share the data. Smart homes are built using IoT technology with smart electronics appliances like a smart refrigerator, AC, TV, micro-oven and washing machine which are controlled remotely using smartphones. In healthcare, IoT can play an important role in closely monitoring patients using inventory management of IoT based medical devices and pharmaceuticals. With the ever-increasing need for contactless technology and services, IoT along with robotics delivers essential commodities.

5G network will become widely accessible in the near future which will provide many jobs, 22 million globally by 2035 (according to IHS Markit) for Electronics and Communication Engineers. China, U.S., Japan, South Korea and the U.K. are already starting their works for 5G which provides them higher data transfer rates, lower latency, high throughput and greater data capacity. Using 5G 3-D holographic calls will be possible. Job opening in Virtual Reality (VR) or Augmented Reality (AR) will become more familiar in near future in the post-pandemic world which is implemented using 5G.

One can see that electronics are a part of our daily day life and this is a blessing for Electronics and Communication engineers, as it opens up endless opportunities for them from electronics and communication systems manufacturing to embedded industries. The only thing that one requires to do is to choose the right place to study which will determine the future goals. In a nutshell, B.Tech in Electronics and Communication Engineering will provide huge career opportunities in the post-pandemic world.

Electrical Engineering: Careers and Opportunities

Electrical Engineering is a professional engineering trades that deals with the study and application of electricity, electronics and electromagnetism. The field originally turned into a recognizable occupation in the late nineteenth century with the commercialization of the electric message and electrical force supply. The field currently covers a scope of sub-disciplines incorporating those that manage power, optoelectronics, simple hardware, software engineering, man-made consciousness, control frameworks, signal preparing and media communications.

The term electrical designing could conceivably include electronic designing. Where a differentiation is made, electrical designing is considered to manage the issues related with enormous scope electrical frameworks, for example, power transmission and engine control, while electronic designing arrangements with the investigation of limited scope electronic frameworks including PCs and coordinated circuits. One more perspective on qualification is that electrical specialists are typically worried about utilizing power to send energy, while hardware engineers are worried about utilizing power to communicate data.

Electrical specialists regularly have a scholastic degree with a significant in electrical designing. The length of study for such an extent is normally four or five years and the finished degree might be assigned as a Bachelor of Engineering, Bachelor of Science, Bachelor of Technology or Bachelor of Applied Science, contingent on the college. The degree for the most part incorporates units covering physical science, science, arithmetic, software engineering, project the board and explicit points in electrical designing. At first, such subjects cover most, if not all, of the sub-orders of electrical designing. Understudies at that point decide to have some expertise in at least one sub-disciplines at the finish of the degree. Some electrical designers likewise decide to seek after a postgraduate certificate like a Master of Engineering/Master of Science, a Master of Engineering Management, a Doctor of Philosophy in Engineering or an Engineer’s certificate. The Master and Engineer’s certificate may comprise of one or the other exploration, coursework or a combination of the two. The Doctor of Philosophy comprises a huge exploration segment and is frequently seen as the section that highlights the scholarly world. In the United Kingdom and different other European nations, the Master of Engineering is regularly viewed as a college-level of marginally longer length than the Bachelor of Engineering.

Underwritten are some careers after electrical engineering:

  • Micro Electrical Engineer :

Microelectronics is a division of hardware that focuses on the plan of little electronic parts like circuit sheets, semiconductors, and central processor that are utilized in the plan of instruments of electronic, new biomedical, data innovations, aviation gadgets, and frameworks. Microelectronic architects create plans and construct models of electronic circuit chips, circuit sheets, and semiconductors. They grow new plans, perform particular tests, and record and decipher information on the exhibition of new models. The instructive necessity is a level of electrical designing and information on the field of electrical and mechanical designing too.

  • Electrical Engineering

An electrical designer is for the most part centred around huge scope electrical frameworks, for example, power transmission, engine control, using power, and sending energy.

An electrical specialist configuration grows new electrical frameworks and tests hardware and tackles issues. Electrical architects can chip away at an assorted scope of advances, from the plan of domestic devices, telecom frameworks, lighting and wiring of structures, satellite interchanges and electrical force stations. moreover.

  • Instrumentation Engineer

An instrumentation engineer normally works for ventures with mechanized cycles with the sole objective of improving profitability, security, dependability, soundness, and enhancement.

The centre space of their work is planning, creating, introducing, overseeing gear that is utilized to screen and control hardware.

Instrumentation engineers are normally answerable for coordinating the sensors with the recorders, presentations, transmitters, or control frameworks. They are answerable for the testing and support of the framework. They by and large plan or indicate establishment, wiring.

Instrumentation engineer is perhaps the best profession after electrical designing for the individuals who can think out about the crate and make an interpretation of venture needs into plan improvement of equipment reasonable for the undertaking, sound critical thinking abilities, and relational abilities.

  • Telecommunications Engineer

Telecom Engineers are answerable for analyzing new organization innovations and submitting thoughts in regards to reconciliation. They need to guarantee network accessibility and give fundamental upkeep and backing.

They are master in overseeing information like voice, calls, text, and video, over various methods of correspondence. They introduce and plan diverse telecom gear.

They work in an immense field of instruments from radio and TV to Satellite, PC organizations, the web, and optical fibre.

A telecom engineer is a decent profession alternative after electrical designing for somebody with great information on logging and data set tables, insight with planning and execution of LAN, WAN, Wireless LAN, and WWAN, and reasonable specialized comprehension of organization equipment, Internet guidelines, and conventions.

  • Electrical Design Engineer

An electrical plan engineer grows new electrical frameworks for different applications. They are answerable for creating framework determinations and formats. The examination frameworks thoughts and draw up plans for these frameworks, as a rule utilizing a PC program.

Electrical plan designs additionally test their frameworks and make changes on a case by case basis. They additionally offer help all through the assembling of the electrical frameworks they have planned.

An electrical architect is a decent vocation choice after electrical designing for a person who has solid correspondence, insightful, and critical thinking abilities, who can work under tension in a particular course of events, who likewise have authoritative, administration, and inventive abilities as it proves to be useful for an electrical plan engineer.

These were the different professions after electrical designing. An electrical designer is a vital factor in the mechanical area. Pretty much every area includes the utilization of electrical specialists sometimes going from little items and gear to enormous venture hardware.

Now, underwritten are the various sectors that can employ an electrical engineer.

  • Chemical and Electronics; the major role in this sector is of an electrical engineer only. They develop, design, test various tools and equipment which not only help and are used in this sector but also in day to day life.
  • Aerospace for designing, developing, installing various products and equipment, etc.
  • Power generation and Telecoms; the most demanding field for a telecommunications engineer for performing various tasks explained above.
  • Materials, metals, and Oil and gas can develop, test, and maintain and improve electrical systems and components, including generators, transformers, and electric motors.
  • Defence sector for making and testing defence products and arms etc.
  • Marine and Railway for developing tools and equipment used in sectors like signalling, power heating, lighting, etc.
  • Construction for building, planning, designing various tools which are required for construction and similar activities.
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