MBA 2.0 | How A.I. is Transforming the MBA in 2023

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  1. Introduction
  2. The Significance of an MBA in the Era of AI:
  3. The Impact of AI on MBA Roles:
  4. Adapting to AI: The Key to Success:
  5. Humans Are Unique: AI Is Not
  6. Future-Proofing Your MBA
  7. Summarizing





In future, the demand for skilled MBAs is going to increase by multifold. According to a report from the Confederation of Indian Industry (CII), ‘the demand for MBA graduates in India will grow by 15% per year over the next five years.’ Especially in the context of India, where the economy is growing at a very high percentage and globalization is entering every corner of the country, we’re going to need a lot more skilled MBA graduates to support this growth.

But we have a new player on the field, Artificial intelligence. AI has made its way into the mainstream market and is now impacting businesses in the real world. People are getting fired, companies are reporting losses, new industries are taking birth, and a lot more is happening. In the middle of these rapid changes, what’s the condition of MBA? Is your MBA degree secure? Will your MBA skills become useless in the future?
We’re going to answer all your questions in this blog post.

The Significance of an MBA in the Era of AI:


MBA graduates possess a distinct combination of skills encompassing analytical thinking, business acumen, leadership abilities, and a strategic mindset. These competencies enable them to gain a deep understanding of organizational dynamics and navigate intricate business scenarios. Moreover, they excel in data analysis and decision-making. MBA graduates contribute substantial value to their organizations by formulating effective corporate strategies, fostering innovation in product development, and driving profitable growth.
In contrast, AI, despite its theoretical knowledge in MBA, lacks emotional intelligence and the ability to cultivate relationships—essential elements for effective leadership. MBA students also acquire vital skills in communication and collaboration, which are critical for complex projects involving multiple stakeholders working towards a common goal. Such intricate and indispensable skills are challenging for AI to replicate.

The Impact of AI on MBA Roles:

AI demonstrates superior speed, accuracy, and reliability in performing numerous tasks compared to humans. For instance, AI-based algorithms can analyze vast datasets and identify patterns that may elude human observation. Furthermore, AI can swiftly learn from data, enabling algorithms to continuously improve without human intervention.
AI exhibits exceptional potential in domains such as data analysis, manufacturing, and customer service, among others. Its capacity to perform these tasks more efficiently and accurately than humans renders it a valuable tool for companies seeking to enhance productivity and reduce costs.
The Influence of AI on MBA Careers:
As AI’s capabilities continue to advance, MBA jobs are evolving toward a more data-driven and analytics-focused landscape. To remain competitive in the job market, MBA graduates must possess a strong grasp of AI and computational tools. Additionally, proficiency in data analysis and interpretation is indispensable for making sound business decisions.



Adapting to AI: The Key to Success:

“AI Will Not Replace You, But the One Utilizing It Will.”

As companies increasingly integrate AI technology for laborious tasks, so, humans will naturally become redundant in those areas, transitioning towards more advanced and complex work that necessitates greater human intervention. AI serves as a tool; its effectiveness is contingent on the skills of the individual utilizing it. MBA graduates can harness the power of AI to work smarter and more efficiently while recognizing that the human touch in strategic thinking and decision-making remains irreplaceable.

MBA graduates will collaborate with AI, enabling them to enhance data analysis, derive valuable insights, and make data-driven decisions. Collaboration between humans and AI is paramount, and MBA graduates can position themselves as leaders in driving these innovative projects.
AI holds tremendous potential for unlocking new insights and driving business growth. MBA graduates can leverage AI to analyze extensive and intricate datasets, enabling them to discover emerging trends, identify opportunities, and make well-informed strategic decisions.

Furthermore, MBA graduates can acquire new skills such as prompt engineering, data science, and others, setting themselves apart from their peers. They can also focus on developing proficiencies in data analysis and interpretation, critical thinking, and effective leadership.

Humans Are Unique: AI Is Not


Despite AI’s myriad capabilities, it lacks emotional and social intelligence, which are critical components of effective leadership. AI also cannot replicate human creativity, judgment, and common sense. These human capabilities will perpetually remain in high demand, serving as valuable assets in the business world.

Qualities such as empathy, compassion, and interpersonal communication pose significant challenges for AI to replicate. The human touch fosters exceptional customer experiences, drives innovation, and nurtures enduring business relationships that contribute to long-term success.

Future-Proofing Your MBA

MBA graduates must stay abreast of the latest developments in AI and focus on developing new skill sets that are relevant in the AI-driven world. They can leverage the power of AI to foster innovation and create novel products and services, thereby driving growth for their organizations.

MBA graduates must embrace the capabilities of AI and utilize them to complement their existing skills. They can leverage AI’s analytical and computational power to make better-informed decisions, create effective corporate strategies, and drive top-line growth.

Summarizing:

AI is transforming the business landscape, emphasizing a data-driven and analytics-focused approach. MBA graduates need to develop skills in AI, data analytics, and computational tools to remain competitive in the job market. Additionally, they must focus on building skills that are difficult for AI to replicate, such as emotional intelligence, creativity, and interpersonal communication.
An MBA degree remains highly valuable in the age of AI, but graduates must adapt and develop new skills to remain relevant. MBA graduates can embrace the capabilities of AI and leverage them to create new opportunities for growth and innovation.

Recently Produced:

7 Tips to Get a high-paying Job After MBA – The 1% Formula

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Did you know, only 60% of all MBA students who graduate in a year are employable in India? The rest of the 40% of graduates either don’t meet the criteria to be able to get a job or don’t have adequate skills to work effectively in a job. It’s really shocking to see such a high number of MBA graduates who don’t even have the basic soft skills and technical skills that can get them a basic job.

The job market in India, or even globally, is in a very dynamic state. AI is going mainstream, the startup market has gone down by 80%, tier 1 countries are facing economic recession, major companies are laying off employees, etc. In short, we can say that the job market is going through a huge shift, and those with no proficiency in their work are going to face cold feet.
But what’s the solution? Should you accept your fate, or is there still something you can do? Let’s find out in this comprehensive blog post how you can get a high-paying quality job in such a constrained job market and how you can improve your chances of getting hired by a good organization.

Immediately stop Making these 5 mistakes During your Placement Period:

1. Overestimating your capabilities:
At this young age, we start thinking that I know everything I can outnumber anyone. Which is great to some extent, but overconfidence is the one thing that can ruin your life. So always keep yourself open to learning and applying your skills.

2. Making a poor resume:
The resume is the most basic but extremely important part to take care of. Always make sure to actively consult your college placement cell for furnishing your resume. If possible, send a customized resume to the recruiters according to their job profiles.

3. Not making a professional LinkedIn profile:
Making an effective LinkedIn profile can give you an edge. Your LinkedIn profile gives you a platform to showcase your skills, projects, past work, etc. On LinkedIn, you can express your personality and make professional connections.

4. Not being interview ready:
You should be mentally prepared before going to an interview; counseling with your placement department can give you more details on this.

5. Knowing nothing about your recruiter:
It’s a very basic thing, but it makes a huge impact on your recruiter’s scorecard if you know very well what the company is dealing with and what its business model is.

7 Tips to make your MBA placement season springing



1. Research Your Target Industry:
Research is crucial. The first thing you should do is do a self-assessment and identify the industries and companies that you are interested in working for. Now start researching them and identifying them. The scope, salaries, job openings, leadership team, future developments, and current situation of the market. Use resources like Glassdoor and LinkedIn to get a better understanding of what it’s like to work at each company.

2. Your Network is Your Networth:
Networking can be an extremely effective way to build valuable relationships with other professionals in your industry. Attend relevant events like conferences, industry meetups, and job fairs. Use social media apps like LinkedIn to connect with other professionals who work in the same industry as you. When networking, make sure to have a standard elevator pitch prepared and be ready to hand out a resume or business card. Remember that your goal is to build relationships, not just hand out resumes.

3. Soft Skills Give You an Edge:
While it’s important to have technical skills, it’s also essential to work on developing your soft skills. Soft skills refer to non-technical skills such as emotional intelligence, communication, adaptability, and leadership. These skills show that you are a well-rounded person who can bring value to any team or company. Some ways to develop your soft skills include volunteering, taking coaching or leadership courses, and participating in group activities that develop teamwork and communication skills.

4. Stay in Contact with your seniors:
Your seniors can help you with referrals or get you face-to-face with the true condition of the job and what to expect. You can modify your placement preparations accordingly with your senior’s assistance. So staying in contact with your college seniors or working professionals can really help you out with your college placements.

5. Gain Relevant Work Experience:
Employers value candidates who have relevant work experience, whether through internships, co-op placements, or entry-level positions. Try to get as much relevant experience as possible while you are still in school or just starting out. If you are having trouble finding relevant work experience, consider reaching out to alumni, professors, and industry professionals for mentoring, coaching, or job opportunities.

6. Leverage Your MBA Placement cell:
Your MBA program likely has an array of resources available to help you find a job after graduation. These resources may include job postings, career counseling, resume, and cover letter reviews, and introductions to alumni and potential employers. Make sure to take advantage of these opportunities, attend all workshops and information sessions, and follow up with any leads or contacts you make through your MBA program.

7. Utilize a Job Search Strategy That Works for You:
There are many different job strategies to consider, ranging from online applications to personal introductions. When deciding which strategies to pursue, consider your skills, interests, strengths, and weaknesses. Make a plan and set specific, measurable goals to stay organized and focused. Don’t forget to personalize your resumes and cover letters, follow up with employers, and have a professional online presence.



Recently Produced:

B. Tech in Food Technology

Exploring Opportunities with B.Tech in Food Technology

Career Development (Placement)

Food technology combines the principles of science, engineering, and technology to develop, refine, package, and preserve food products. It encompasses various aspects, including food science, food engineering, food chemistry, and food microbiology. With the growing demand for safe, nutritious, and innovative food products, the need for skilled food technologists is on the rise.

What is Food Technology?

Food technology involves applying scientific and technological knowledge to improve the quality, safety, and efficiency of food production and processing. It encompasses a wide range of activities, such as developing new food products, optimizing production processes, ensuring food safety and quality, and exploring sustainable methods of food preservation.

The Role of Food Technologists

Food technologists play a crucial role in the food industry. They are responsible for conducting research, developing new recipes, improving existing products, enhancing shelf life, and ensuring compliance with food safety regulations. They work closely with food scientists, engineers, nutritionists, and packaging experts to create innovative, nutritional, and marketable food products.

Benefits of Pursuing a BTech in Food Technology

Versatile Career Options: Food Technologist can work in food processing companies, research and development organizations, food testing laboratories, regulatory agencies, and even start their own food businesses.

Contributing to Food Safety and Quality: As a food technologist, you can contribute to the improvement of food safety and quality standards. By implementing and monitoring stringent quality control measures, you ensure that consumers have access to safe and nutritious food products.

Innovation and Product Development​: The field of food technology thrives on innovation. With a B. Tech. in Food Technology, you can actively participate in the development of new food products, exploring novel ingredients, enhancing shelf life, incorporating flavours, adding nutritional value, and novel processing techniques. Your creativity and scientific knowledge can shape the future of the food industry.

Industry Growth and Job Prospects​: The continuous growth in the food processing industry will generate a huge demand for food technologists to cater the needs of increasing global population.
Skilled professionals in the field of food technology are required to perform the various unit operations involved in processing of food, which includes raw material testing, processing, supply chain management, value addition and quality regulations.

B. Tech in Food Technology Colleges

When considering a B. Tech in Food Technology, it is essential to choose the right college that provides comprehensive education and practical training. Choose IILM to explore your potential and build a successful career in Food Technology.

  • Location: Greater Noida
  • Faculty: Experienced professors and industry experts
  • Placements: Strong industry connections and high placement rates
  • Curriculum: Emphasis on hands-on training and industry internships
  • Collaboration: Partnerships with leading food companies and research institutions
  • Alumni Network: Extensive network offering mentorship and career support
  • Specializations: Options to specialize in specific areas of food technology
  • Research Opportunities: Active research programs and opportunities for undergraduate research students
  • Scholarships: Merit-based scholarships and financial assistance available

Admission Requirements for B.Tech. in Food Technology

To pursue a B.Tech. in Food Technology, you need to fulfil certain admission requirements. The specific criteria may vary depending on the college and university. Here are the general requirements:

Eligibility Criteria:The eligibility for B. Tech. Food Technology is successful completion of 10+2 with PCB/ PCM / PCMB with at least 50% aggregate from a recognized university.

Entrance Exams:Clearing national or state-level entrance exams (e.g., JEE Main, CUET, etc.). Some colleges may conduct their entrance exams or consider scores from relevant exams.

Application Process:
Fill out the application form of the respective college or university.
Submit required documents, including academic transcripts, identity proof, and photographs.
Pay the application fees as per the instructions provided. (Click on instructions)

Curriculum and Course Structure

B. Tech. in Food Technology typically has a well-defined curriculum that combines theoretical knowledge with practical training. The course structure may vary across institutions, but here are the key aspects:

Core Subjects:

  • Food Chemistry
  • Food Process Technology
  • Food Microbiology
  • Enzyme Engineering
  • Functional Foods and Nutraceuticals
  • Unit Operations in Food Processing
  • Food Quality Assurance
  • Food Additives
  • Food Product Development
  • Principles of Food Preservation.

Practical Training:
Most colleges emphasize practical training to provide hands-on experience to students. This may include laboratory sessions, pilot plant operations, sensory analysis, and quality control exercises.

Internship Opportunities:
B. Tech in Food Technology programs incorporate compulsory internships to give students exposure to the corporate working environment. Internships can be undertaken in food processing companies, research institutions, or regulatory agencies.

Career Paths and Job Opportunities

B. Tech in Food Technology degree equips you with the skills and knowledge required for a successful career in the food industry. Here are some potential career paths and job opportunities:

Food Technologist: As a food technologist, you work on product development, quality control, and food safety. You are involved in ensuring that food products meet regulatory standards and are safe for consumption.

Quality Control Manager: Quality control managers are responsible for monitoring and maintaining the quality of food products throughout the production process. They develop and implement quality assurance protocols and conduct regular inspections.

Research and Development Scientist: Research and development scientists focus on exploring new ingredients, technologies, and processing methods to innovate and improve food products. They conduct experiments, analyze data, and collaborate with cross-functional teams.

Product Development Manager: Product development managers oversee the entire process of creating new food products, from ideation to market launch. They coordinate with various teams, conduct market research, and ensure products align with consumer preferences and industry trends.

Industry Trends and Future Prospects

The food technology industry is constantly evolving to meet changing consumer demands and preferences. Some notable trends and prospects include:

• Sustainable and plant-based alternatives
• Clean labelling and transparency in food products
• Advanced food processing technologies, such as high-pressure processing and food nanotechnology
• Integration of digital solutions for supply chain management and quality control
• Globalization and diversification of food flavours and cuisines
• Active and Intelligent food packaging technologies.

B. Tech in Food Technology offers a gateway to a rewarding and dynamic career in the food industry. With the right education, practical training, and industry exposure, you can become an asset in the field of food technology. Embrace the exciting opportunities awaiting you and contribute to shaping the future of food. Unlock your potential with IILM, One of the best B. Tech Food Technology College in India.

Career Opportunities in Interior Designing

Transform Spaces, Transform Lives: Embrace the Thriving Career Opportunities in Interior Designing

IILM University,

The art and science of interior designing involve creating aesthetically pleasing and functional spaces that enhance the quality of life for individuals. Interior designers possess the unique ability to transform ordinary spaces into captivating environments that reflect the personality, preferences, and needs of their clients.

What is Interior Designing?

Interior designing is a multidimensional field that encompasses the design, planning, and execution of spaces, including residential, commercial, and hospitality settings. It involves the selection of colors, textures, furniture, lighting, and accessories to create harmonious and visually appealing interiors.

The Importance of Interior Designing

Interior Designing

Interior designing plays a pivotal role in our lives by enhancing the functionality, comfort, and aesthetics of the spaces we inhabit. Well-designed interiors have the power to uplift moods, improve productivity, and create a sense of harmony and well-being. From homes to offices, retail stores to hotels, interior design has a profound impact on our daily lives.

Skills Required for a Successful Career in Interior Designing

To excel in the field of interior designing, certain skills are essential. These include:

• Creativity: The ability to think outside the box and generate innovative design concepts.
• Attention to Detail: A keen eye for detail to ensure precision in the selection and placement of elements.
• Strong Visualization: The capacity to visualize the end result and effectively communicate ideas to clients and collaborators.
• Technical Proficiency: Knowledge of design software, architectural principles, and construction techniques.
• Communication Skills: Effective communication and interpersonal skills to understand clients’ needs and collaborate with various professionals.
• Project Management: The ability to manage multiple projects, meet deadlines, and stay organized

Educational and Training Requirements

When it comes to pursuing a career in interior design, the combination of innate talent and creativity with formal education and training can greatly enhance one’s prospects. If you’re looking for the best colleges in Delhi for interior designing, you can find excellent options to establish a strong foundation and gain exposure to various aspects of the profession. These colleges offer bachelor’s degree programs in interior design or related disciplines, ensuring that students receive comprehensive training. Moreover, internships, workshops, and industry certifications available through these institutions provide valuable practical experience and enhance credibility in the field.

Career Opportunities in Interior Designing

The realm of interior designing offers a wide array of career opportunities. Let’s explore some of the most sought-after specializations:

Residential Interior Designing

Residential interior designers create inviting and personalized living spaces that cater to the unique preferences and lifestyles of homeowners. They incorporate elements of functionality, aesthetics, and comfort to design dream homes that reflect the occupants’ tastes and personalities.

Commercial Interior Designing

Commercial interior designers focus on designing spaces for businesses, such as offices, retail stores, and restaurants. They optimize layouts, incorporate branding elements, and create environments that facilitate productivity, customer engagement, and revenue generation.

Hospitality Interior Designing

Hospitality interior designers specialize in crafting immersive and luxurious experiences in hotels, resorts, and restaurants. They create visually stunning spaces that evoke specific moods, enhance guest comfort, and leave a lasting impression.

Sustainable Interior Designing

Sustainable interior designers are at the forefront of environmentally conscious design practices. They integrate eco-friendly materials, energy-efficient systems, and sustainable strategies to minimize the carbon footprint of spaces while creating healthy and aesthetically pleasing environments.

How to Start Your Career in Interior Designing

Embarking on a career in interior designing requires careful planning and execution. Here are some steps to get started:

1. Develop a strong portfolio showcasing your creativity and design skills.
2. Gain practical experience through internships or apprenticeships.
3. Network with industry professionals and join relevant associations.
4. Stay updated with the latest design trends and technologies.
5. Consider specializing in a specific niche to stand out in the industry.
6. Build a reputation by delivering exceptional work and exceeding client expectations.

Challenges and Rewards in the Field of Interior Designing

While interior designing is a rewarding career choice, it comes with its share of challenges. Meeting client expectations, working within budget constraints, and keeping up with evolving design trends can be demanding. However, the satisfaction of transforming spaces and positively impacting people’s lives outweighs the challenges, making it an immensely fulfilling profession.

The Future of Interior Designing

The future of interior designing is promising, driven by advancements in technology, sustainability, and the growing demand for personalized spaces. With the integration of virtual reality, 3D modeling, and artificial intelligence, interior designers will have even more powerful tools at their disposal to create immersive and interactive experiences for their clients.

Interior designing is not merely about creating beautiful spaces; it is about transforming lives. The career opportunities in this field are vast and ever-expanding, offering a fulfilling and dynamic professional journey. So, if you have a passion for design and a desire to make a difference, embrace the thriving career opportunities in interior designing and witness how your creativity can reshape the world.

Modern Business Management

The Impact of Technology on Modern Business Management

IILM Undergraduate Business School,

In today’s rapidly evolving digital landscape, the role of technology in business management has become inseparable, revolutionizing how companies operate and achieve success. As organizations increasingly rely on technological advancements, the pursuit of a Bachelor of Business Administration (BBA) in Business Management has gained paramount significance. This article explores the profound and unique impact that technology has on modern business management, underscoring the critical role of a BBA in navigating this dynamic and ever-changing landscape.

• Automation and Efficiency:

The integration of technology in business management has brought about a revolutionary transformation by automating processes and enhancing efficiency. With automated inventory management systems and innovative artificial intelligence (AI)-powered solutions, businesses can streamline operations, reduce human error, and optimize resource allocation. Pursuing a BBA in Business Management equips individuals with the knowledge and skills to leverage technology effectively, thereby fostering operational efficiency and achieving higher productivity levels.

• Enhanced Communication:

Effective communication lies at the heart of business success, and technology has revolutionized communication channels. Real-time interactions, instant messaging platforms, video conferencing tools, and collaborative platforms have become indispensable in the modern business landscape. By pursuing a BBA in Business Management, students develop strong communication skills and learn to utilize technology to enhance both internal and external communication within organizations, fostering better teamwork and collaboration.

• Data Analytics and Business Intelligence:

In the era of big data, technology empowers businesses to collect, analyse, and leverage vast amounts of information for strategic decision-making. Advanced analytics tools and algorithms enable companies to gain valuable insights into customer behaviour, market trends, and operational patterns. A BBA in Business Management equips individuals with the analytical skills required to harness the power of data, enabling them to drive informed decision-making and gain a competitive edge in the marketplace.

• Improved Decision-Making:

Technology equips managers and executives with real-time information and data-driven insights, empowering them to make informed decisions. With access to key performance indicators (KPIs), interactive dashboards, and predictive analytics, decision-makers can identify trends, anticipate outcomes, and proactively address challenges. Pursuing a BBA in Business Management ensures individuals are well-prepared to leverage technology for effective decision-making in today’s fast-paced and dynamic business environment.

• Adaptation and Innovation:

Technology drives continuous adaptation and innovation in business management. Companies that embrace technological advancements and stay updated with the latest trends are better equipped to adapt to market changes and customer demands. Pursuing a BBA in Business Management encourages individuals to embrace innovation, explore emerging technologies, and drive organizational growth through technological advancements, ensuring long-term sustainability and success.

In conclusion, the impact of technology on modern business management is profound and multifaceted. It has redefined how businesses operate, communicate, and make decisions. As the business landscape continues to evolve, a Bachelor of Business Administration subjects serves as a vital foundation for professionals to navigate the complex intersection of technology and management effectively. Institutions like IILM Undergraduate Business School provide comprehensive programs that combine theoretical knowledge with practical experience, preparing students to harness the full potential of technology and excel in the dynamic world of modern business management. For more contact us: +91-9811102982 / +91-7827005579 / +91-9811165146 Or Email us: info.ubs@iilm.edu  Or WhatsApp : +91-8810554738

B-Tech is Dead? Should you consider persuing B-tech in 2023

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  1. Introduction
  2. The Rise and Fall of Engg.
  3. The B-tech Face-off
  4. Understanding the Current Job Market
  5. Preparing For a Career After B-tech
  6. Reimagining B-tech Education
  7. Summerizing

India is producing over a million Engineers every year which tells almost everything about our country’s growing economy despite such a difficult recession period. But accoerding to a report from New Indian Express, 48% of all the graduated engineers are unemployed. Half of the graduating engineers are unemployed and probably contribute nothing to the growth of our country.


15 years ago, having an Engineering degree was considered prestigious and it had a huge value in the market as well as in society due to scarcity of the engineers and a very high demand in the market. But today although the demand is very high the supply of graduated engineers has quadrupled and a B-tech degree has lost its value.
So in this article, we’re gonna go into discussing the various reasons why engineering lost its fortune and gonna give an expert opinion on whether doing b-tech in 2023 is still worth it.

The Rise and Fall of Engineering:


India was globalizing and tech giants in tier-1 countries were finding opportunities to hire IT talent at an affordable cost. So, IT companies found India as a sweet spot to outsource their services. As a result, the demand for IT engineers rise exponentially in India which gave many Indians the opportunity to make a successful career in computer science and Information Technology.
After the course of a few years, India made the required infrastructure to produce enough engineers who can satisfy the demand for IT engineers in the Market.
But now the tables have turned and the supply of engineers kept on increasing but the demand didn’t increase to employ such giant engineers in the country. Also, as the volume of engineers increased the quality of the skills of engineers diminished along the way, and now we are here witnessing such a high unemployment rate.

The B-tech Face-off:

Let’s create a scenario where two people are debating for and against B-tech as a career, let’s hear ’em out:

 

Arguments for B-Tech

Arguments against B-tech

Problem-Solving Skills:

High Workload and Stress

Innovation and Creativity

Practical Experience Gap

Technical Expertise

Rapid Technological Changes

Career Opportunities

Saturation in the Job Market

Entrepreneurial Opportunities

Cost of Education

Understanding the Current Job Market:


The market dynamics have changed in this AI-powered world, and employers want their potential employees to have a deep understanding and knowledge of the particular subject they are dealing with so that they can build the capability to solve more complex problems and AI can’t.
Gone are the days when people are being hired just for doing laborious, repetitive kind of jobs that required zero creativity and had no complexity in the work. In the future, people only be solving greater problems instead of waiting their time on the thing that brings no greater good and can be done by any AI or robot.

Trends in the Job Market for B-Tech Graduates:
The demand for B-Tech graduates is still strong. However, the expectations of employers have been evolving rapidly. In today’s job market for B-Tech graduates, there is an increasing emphasis on practical, hands-on experience and the ability to apply knowledge in real-world scenarios. Companies want to spend money on talent which can bring real value into the organization and solve a bigger problem.

What the Employers want:
In such fast pace world Employers desire candidates who can maintain a long-term relationship. Apart from core technical skills, they are looking for graduates with strong critical thinking and communication skills who are flexible and adaptable. On top of everything, you must have a problem-solving attitude instead of just running out of it. Because skills can be learned, etiquette can be practiced but attitude is the one thing that me you unique.

Salary Expectations and Benefits
Salaries for B-Tech graduates vary based on industry and experience. However, on average, they can expect a starting salary of 2-4 lakhs per year, with room for growth as they gain experience. B-Tech graduates can also enjoy benefits such as healthcare, paid time off, and retirement accounts.

Preparing for a Career After B-Tech:

Getting hired can be a challenging process. By taking the right steps, you can make the most of your B-Tech degree and take advantage of the opportunities that are available.

Making the Most of a B-Tech Degree:
The first step is to build a strong foundation of technical knowledge. Try to get involved with hands-on projects, internships, and work experience in your field. Additionally, it is essential to develop good professional relationships, network with industry professionals, and attend career fairs and other recruitment events.

Best Practices for Getting Hired After Graduation
The best strategy is to prepare early and research potential employers in your field. Refine your resume to reflect your skills and experience, and try to tailor it to the specific job you are applying for. Additionally, it would be best to take advantage of career services at your college and prepare for interviews.

Alternatives to Traditional Job Paths
Sometimes, the most rewarding and fulfilling careers can fall outside traditional paths. It is essential to consider alternative career options, such as entrepreneurship, freelancing, or contract work, which may offer more flexibility and creative freedom.

Reimagining B-Tech Education


Getting hired can be a challenging process. By taking the right steps, you can make the most of your B-Tech degree and take advantage of the opportunities that are available.

Making the Most of a B-Tech Degree:
The first step is to build a strong foundation of technical knowledge. Try to get involved with hands-on projects, internships, and work experience in your field. Additionally, it is essential to develop good professional relationships, network with industry professionals, and attend career fairs and other recruitment events.

Best Practices for Getting Hired After Graduation
The best strategy is to prepare early and research potential employers in your field. Refine your resume to reflect your skills and experience, and try to tailor it to the specific job you are applying for. Additionally, it would be best to take advantage of career services at your college and prepare for interviews.

Alternatives to Traditional Job Paths
Sometimes, the most rewarding and fulfilling careers can fall outside traditional paths. It is essential to consider alternative career options, such as entrepreneurship, freelancing, or contract work, which may offer more flexibility and creative freedom.

Summerizing:

In conclusion, B-Tech is not dead but evolving. Pursuing a B-Tech degree can still lead to a successful and fulfilling career path. By gaining practical experience, understanding the demands of the job market, and developing a diverse set of skills, prospective students can embark on a successful career in B-Tech.

Recently Produced:

Tech Giants Laying off! 5 AI-proof Skills Students can Learn

Career Development (Placement)





Did you know, only 60% of all MBA students who graduate in a year are employable in India? The rest of the 40% of graduates either don’t meet the criteria to be able to get a job or don’t have adequate skills to work effectively in a job. It’s really shocking to see such a high number of MBA graduates who don’t even have the basic soft skills and technical skills that can get them a basic job.

But fear not, instead, take action to stay relevant in such a dynamically changing world. So, in this blog post, explore what to look at and what skills to acquire to overpower this AI world.

An Overview of AI:

Artificial Intelligence (AI) is a technology designed to mimic human cognitive functions such as learning, perception, and problem-solving. AI is just a program that has studied a particular action of human beings so many times that it has acquired almost all the ways to execute any particular task and is even able to do it just like a human being.
The benefits of AI include increased efficiency, accuracy, and productivity. However, as AI becomes more advanced, it poses a threat to certain jobs, particularly those that involve repetitive tasks like Data Entry.

Skill you Can learn to Overpower AI:

1. Programming:
Now, when I say programming it means, a good level of programming skills in any one of the trending languages like Python, R, Mojo, etc. Some might say programming can easily be replaced by AI, but in real life applications there’re two limitations with AI in programming:

  • A big company whose large chunk of work is dependent on coding, can’t rely on AI’s code. Because if something goes wrong AI has nothing to worry about.
  • AI hallucinates when it comes to doing complex stuff. AI can’t produce fine results when you have something complex to deal with.

2. Management:
You can’t rely on AI to manage stuff for you, ‘cuz again if something goes wrong you can’t blame or punish AI. So any position which possesses a huge responsibility and is against very high stakes will always be AI-proof.

3. Deep Thinking and Problem-Solving
The ability to analyze information, evaluate alternatives, and make informed decisions. These skills are crucial for jobs that involve complex problem-solving such as law, medicine, and IT. AI can assist with data analysis and processing, but it cannot replace human judgment and decision-making.

4. Business and Entrepreneurship:
Running a business involve the ability to recognize and create opportunities, manage resources, and take calculated risks.
These skills are essential for starting and running a successful business, and for jobs that involve strategic decision-making such as finance and management. An AI has very high chances to fail or hlucinate while making such complex dicisions.

5. Cognitive Flexibility:
The ability to switch between different tasks or ways of thinking. AI may fails at Jobs that require adaptability and problem-solving such as project management, software development, and engineering. AI is limited in its ability to adapt to new situations and tasks, making cognitive flexibility a valuable skill for humans to possess.

Use AI to your Advantage; don’t Fear it:

‘The AI revolution is happening, and the world is changing’ This is an inevitable truth that none can deny. Now you are left with only two choices either join this revolution or go away. Because companies are going to adopt artificial intelligence, and if you are doing something that AI can do at zero cost, you will definitely be laid off.

In such a challenging time, if you use AI to up-skill yourself, you’ll be a winner. Let’s take the example of Akash:
Akash is a junior web developer who has just enough knowledge to create basic front-end web pages. For which Akash was charging ₹40,000 per month. He found comfort in that position and never tried to up-skill himself.

Now AI can do the same task Akash was doing at an extremely lower price and more efficiently. So now Akash has no choice but to upskill himself and do some more creative jobs that include more complexity. To upskill himself, Akash chose AI to learn more advanced skills and add to his area of expertise. Akash took action instead of complaining, AI helped him become a greeter version of himself.
In the same way, if you use AI to learn new stuff and get ahead quickly in your life, AI can be the greatest blessing in your life.

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7 Highest Paying Jobs after Doing B.Tech in Biotechnology

Career Development (Placement)




Alongside AI’s growth and demand for sustainable solutions, Biotechnology Engineering is one of the fields that will flourish and have a promising future. In this blog post, we’re going to talk about the scope of the biotech industry, the most financially rewarding positions, and how biotech engineers contribute towards the betterment of society.


Biotechnology, with its consistent advancements, plays a pivotal role in revolutionizing healthcare, agriculture, environmental sustainability, and more. From developing life-saving medicines and genetically modified crops to unraveling the mysteries of genetics and personalized medicine, the impact of biotech is far-reaching.
But it doesn’t stop there. The allure of this field goes beyond its societal significance; it also offers incredible financial rewards. Prepare to be amazed by how much the top-tier biotech engineer earns, how fulfilling this career is, and how IILM University is preparing for successful biotech Engineers.

Highest Paying Biotechnology Jobs:


B.Tech in Mechatronics equips students with a diverse set of skills that are highly valued in the industry. Here are a few key skills you’ll learn in this course and how they can contribute to an organization’s growth:

  • Bioprocess Engineer: As a bioprocess engineer, you’ll be responsible for designing and optimizing manufacturing processes for biopharmaceuticals.
  • Research Scientist: Research scientists in biotechnology focus on conducting experiments, analyzing data, and developing innovative solutions. Their contributions to scientific research make them highly valued, leading to attractive salary packages.
  • Geneticist: Geneticists study genes, heredity, and variations to understand diseases and develop treatments.
  • Bioinformatics Analyst: Bioinformatics analysts utilize computational tools and algorithms to analyze biological data, making sense of complex genetic and molecular information.
  • Biotechnology Consultant: Biotechnology consultants provide expert advice and guidance to businesses in the industry. Their strategic insights and problem-solving skills make them valuable assets, leading to well-compensated positions.
  • Regulatory Affairs Manager: Regulatory affairs managers ensure compliance with government regulations and guidelines in the development and approval of biotech products. Their knowledge of regulatory processes and ability to navigate complex frameworks make them highly sought after.
  • Pharmaceutical Project Manager: Pharmaceutical project managers oversee the development, planning, and execution of projects related to drug discovery and development.




Biotechnology Jobs Salary:


Here’s the list of the most popular job roles and there AVG salary in India:

Sn. Job Position Average Salary
1 Bioprocess Engineer 4-12 lakhs
2 Research Scientist 4-15 lakhs
3 Geneticist 4-15 lakhs
4 Bioinformatics Analyst 4-9 lakhs
5 Biotechnology Consultant 4-10 lakhs
6 Regulatory Affairs Manager 6-15 lakhs
7 Pharmaceutical Project Manager 6-15 lakhs
8 Quality Control/Quality Assurance Analyst 3-8 lakhs
9 Biomedical Engineer 3-9 lakhs
10 Process Development Scientist 5-12 lakhs
11 Clinical Research Associate 3-8 lakhs
12 Product Development Scientist 4-10 lakhs
13 Biomanufacturing Engineer 4-12 lakhs
14 Sales and Marketing Representative 3-8 lakhs
15 Environmental Scientist 3-7 lakhs
16 Clinical Data Manager 4-10 lakhs
17 Process Validation Engineer 4-12 lakhs
18 Medical Science Liaison 6-15 lakhs
19 Regulatory Affairs Specialist 4-10 lakhs
20 Molecular Biologist 3-9 lakhs
21 Biotechnologist 3-8 lakhs
22 Research Associate 3-7 lakhs
23 Bioproduction Operator 2-6 lakhs
24 Cell Culture Specialist 3-9 lakhs
25 Bioanalytical Scientist 4-12 lakhs
26 Fermentation Scientist 4-10 lakhs
27 Biochemist 3-8 lakhs
28 Genetic Engineer 4-12 lakhs
29 Tissue Engineer 3-9 lakhs
30 Bioenergy Engineer 4-10 lakhs




Government Jobs in Biotechnology:

Yes, the Indian government does employ biotech engineers in various fields and areas of governance. Here’re a few examinations that students can appear for the get a job in a related field:

  • CSIR-UGC NET (Council of Scientific and Industrial Research-University Grants Commission National Eligibility Test)
  • GATE (Graduate Aptitude Test in Engineering)
  • ICAR AIEEA (Indian Council of Agricultural Research All India Entrance Examination)
  • DBT JRF (Department of Biotechnology Junior Research Fellowship)
  • ARS-NET (Agricultural Research Service-National Eligibility Test)
  • ICMR JRF (Indian Council of Medical Research Junior Research Fellowship)

Along with that, many PSUs like BARC, ISRO, DRDO, and BHEL are now conducting their own examinations to hire new talent. One can consider giving exams for individual organizations in biotechnology.

Talking about the job profiles the government hires for, they’re similar to those of any private company. Here’s a list of a few job profiles:

  • Scientist/Researcher in Government Research Institutes
  • Biotechnology Officer in Government Departments
  • Lecturer/Professor in Government Colleges
  • Scientist in National Laboratories (NII, NCCS, IGIB)
  • Biotechnologist in Government Hospitals
  • Quality Assurance Officer in Government Pharma. Companies

How IILM is building the best Biotech engineers:


At IILM, we have top faculty and one of the best labs for biotech engineering. We have industry collaborations with top companies in the biotechnology market. Our industrial collaborations help us build our curriculum according to market demand and train our students with the skills that the companies ask for.

This system of dynamic teaching and adapting to change gives our students an edge in a competitive job market. Along with supportive infrastructure and industrial connections, there are various other programs like mentor mente programs, semester exchange programs, etc. that help students build their soft skills and strengthen their technical skills.
As our tagline says, “Learn With Purpose,” we take all our decisions and put all our efforts mindfully and with proper planning toward the successful careers of our students.

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B.Tech in Mechatronics Engineering, Salary, Scope, Fee – 2023

Uncategorized

Why B-Tech in Mechatronics:

B.Tech in Mechatronics is a specialized engineering field that integrates principles of mechanical, electrical, and computer engineering, as well as control systems and robotics. It focuses on the design, development, and operation of intelligent and automated systems that involve mechanical components, electronics, and software. This course equips students with the skills to design, analyze, and maintain advanced machinery and automated systems, blending the best of multiple engineering disciplines.

In today’s technologically advanced world, the demand for smart and efficient machines is on the rise. B.Tech in Mechatronics prepares students to be at the forefront of this field, enabling them to create innovative solutions that revolutionize industries such as manufacturing, robotics, automotive, aerospace, and healthcare.

Application of Mechatronics in Industry:


Mechatronics finds applications in various industries where the integration of mechanical and electronic systems is essential. For instance, in the automotive industry, mechatronics engineers play a crucial role in the design and development of intelligent systems for vehicles, such as anti-lock braking systems (ABS), engine control units (ECUs), and advanced driver assistance systems (ADAS). In the manufacturing sector, mechatronics is instrumental in the automation of production processes, robotics, and quality control systems. Additionally, mechatronics has applications in healthcare, where it contributes to the development of medical devices, prosthetics, and surgical robots.

Skills & Competencies of Mechatronics:


B.Tech in Mechatronics equips students with a diverse set of skills that are highly valued in the industry. Here are a few key skills you’ll learn in this course and how they can contribute to an organization’s growth:

  • Mechanical Engineering: You’ll gain a strong foundation in mechanical engineering principles, allowing you to design and analyze mechanical systems and components.
  • Electrical Engineering: You’ll learn about electrical circuits, power systems, and electronics, enabling you to work on the electrical aspects of mechatronic systems.
  • Control Systems: This field focuses on designing and implementing control algorithms to ensure the optimal performance and operation of mechatronic systems.
  • Robotics: You’ll acquire knowledge in robotics, including robot kinematics, dynamics, and programming, enabling you to develop intelligent and autonomous robotic systems.
  • Programming: Mechatronics involves software development for controlling and operating automated systems. You’ll learn programming languages such as C++, Python, and MATLAB to code and interface with hardware.

Scope of B.Tech in Mechatronics Engineering:


B.Tech in Mechatronics offers excellent career prospects in a wide range of industries. With advancements in automation, robotics, and artificial intelligence, the demand for mechatronics engineers is rapidly growing. Mechatronics professionals play a crucial role in developing advanced machinery and automated systems that improve efficiency, accuracy, and productivity.

Mechatronics engineers can work in diverse fields, including manufacturing, automotive, aerospace, robotics, healthcare, and consumer electronics. They can take up roles such as mechatronics engineer, robotics engineer, automation specialist, control systems engineer, and product development engineer.

Mechatronics Engineering Salary:

Year

Highest

Average
2021 16 LPA 8 LPA
2022 18 LPA 8 LPA

Elegibiity for Mechatronics Engineering


Passed 10+2 examination with Physics, Mathematics as compulsory subject
and one subject from Chemistry/Computer Science/ Electronics/
Information Technology/ Biology/ Informatics Practices/ Biotechnology/
Technical Vocational subject/ Engineering Graphics/ Business Studies/
Entrepreneurship, as per latest norms of AICTE/AKTU. Obtained at least
50% marks (45% for SC/ST) in the above subjects taken together.
OR
Passed 3 years Diploma examination with at least 50% marks (45% for
SC/ST) subject to vacancies in the First Year

Career Opportunities after Doing B.Tech in Mechatronics:


B.Tech. graduates in Mechatronics engineering can pursue various career paths based on their interests and specializations. Here are some job profiles that are open to them:

  • Mechatronics Engineer: Design and develop intelligent systems, integrating mechanical, electrical, and software components.
  • Robotics Engineer: Develop robotic systems for automation, industrial applications, healthcare, and research.
  • Automation Specialist: Design and implement automated systems for manufacturing processes, improving efficiency and productivity.
  • Control Systems Engineer: Develop control algorithms and systems to regulate and optimize the performance of mechatronic systems.
  • Product Development Engineer: Contribute to the design and development of new products, incorporating mechatronic principles for enhanced functionality.
  • Automotive Engineer: Work on the design and development of advanced automotive systems, such as ADAS, electric vehicles, and autonomous vehicles.
  • Research and Development Engineer: Engage in research and innovation to advance the field of mechatronics and contribute to technological advancements.

The field of biotechnology engineering offers diverse opportunities for growth and innovation, making it an exciting and promising career choice for aspiring engineers.

Fee and Scholarship:

Btech Mechatronics Fee: IILM is known to have a competitive and justified fee structure, along with various scholarship programs to support the students who deserve it. Here’s the complete breakdown of the fee structure for Mechatronics Engineering.

Fee

Total
Year 1 1.75 Lakh 7 Lakh
Year 2 1.75 Lakh
Year 3 1.75 Lakh
Year 4 1.75 Lakh

Scholarship:

MBA students can get 10-40% of fee concession at IILM University here’s the detail about the scholarships:

Scholarship%

Eligibility
100% 95%+ in 10+2
50% 90%-94.99% in 10+2
30% 86%-89.99% in 10+2
20% 76%-85.99% in 10+2
10% 75%-75.99% in 10+2

Recently Published:

B.Tech in Biotechnology Engineering, Salary, Scope, Fee – 2023

Career Development (Placement)

Why B-Tech in Biotechnology:

B.Tech in Biotechnology Engineering is a dynamic and multidisciplinary field that combines principles of biology, chemistry, genetics, and engineering to develop innovative solutions for various sectors such as healthcare, agriculture, environmental conservation, and pharmaceuticals. It equips students with the knowledge and skills to apply cutting-edge technology and scientific advancements to tackle real-world challenges and make a positive impact on society.

As the world faces pressing issues related to population growth, food scarcity, climate change, and healthcare, the role of biotechnology engineers becomes increasingly vital. They are at the forefront of developing sustainable agricultural practices, designing advanced medical treatments and diagnostics, creating biofuels and renewable energy sources, and contributing to the development of new drugs and therapies. The interdisciplinary nature of biotechnology engineering allows students to explore diverse career paths and contribute to significant scientific breakthroughs.

Application of Biotechnology Engg. in Industry:

application of biotechnology

The Biotech. engineering is applied in vast and spans several industries. For instance, pharmaceutical companies rely on biotechnology engineers to develop and improve drug production processes, enhance the efficacy of medicines, and discover new therapies. Biotechnology engineers also play a crucial role in the agricultural sector by developing genetically modified crops, improving crop yields, and creating sustainable farming practices. In the environmental sector, they contribute to the development of bioremediation techniques for pollution control and the production of biofuels to reduce carbon emissions.

Skills & Competencies of Biotechnology Engineering:

skills required in biotech engineering
By pursuing B.Tech in Biotechnology Engineering, students acquire a wide range of skills that are highly valued in the industry. Here are a few key skills you’ll learn in this course and how they can contribute to an organization’s growth:

  1. Genetic Engineering:
    You’ll gain expertise in manipulating genetic material to create genetically modified organisms (GMOs) with desired traits, such as disease resistance or increased productivity.
  2. Bioprocess Engineering:
    This field focuses on developing efficient processes for large-scale production of biological products, such as vaccines, enzymes, and biofuels.
  3. Bioinformatics:
    You’ll learn how to analyze and interpret biological data using computational tools, which is crucial for genetic sequencing, drug discovery, and personalized medicine.
  4. Biomaterials and Tissue Engineering:
    You’ll explore the development of materials and techniques for creating artificial organs, prosthetics, and regenerative medicine solutions.
  5. Analytical Techniques:
    This course will equip you with skills in various laboratory techniques, including DNA sequencing, chromatography, spectrometry, and cell culture, enabling you to conduct advanced research and analysis.

Scope of B.Tech in Biotechnology Engineering:

scope in biotechnology engingeering
In the age of AI and the technology revolution doing B. Tech. in Biotechnology still holds immense future scope, with a growing demand for professionals in various sectors. As advancements in biotechnology continue to revolutionize industries, there is a need for skilled engineers who can bridge the gap between biology and engineering.

Biotechnology engineers have numerous career opportunities in sectors such as pharmaceuticals, healthcare, agricultural biotechnology, environmental conservation, research and development, etc. They usually work as research scientists, process engineers, product development specialists, quality assurance managers, and regulatory affairs officers in organizations ranging from biotechnology companies and pharmaceutical firms to research institutes and government agencies.

Additionally, with the rise of entrepreneurship and start-ups in the biotechnology sector, B.Tech graduates can also explore the option of launching their own ventures and contributing to innovation and technological advancements.

Biotechnology Engineering Salary:

Year

Highest

Average
2021 16 LPA 8 LPA
2022 18 LPA 8 LPA

Biotechnology engineering salary

Elegibiity for Biotechnology Engineering

Passed 10 +2 examination with selection based on minimum 50% marks (45% for
SC/ST) in Class XII with best of 3 subjects (comprising of Physics and Biology /
Biotechnology / Botany / Zoology as compulsory subjects and any other third
subject with highest score).

Career Opportunities After Biotechnology Engineering:

Biotech Engineering salary and jobs
B.Tech. graduates in biotechnology engineering can pursue various career paths based on their interests and specializations. Here are some job profiles that are open to them:

  1. Research Scientist: Conduct research, design experiments, and develop new technologies in the field of biotechnology.
  2. Process Engineer: Optimize and improve manufacturing processes for the production of bio-pharmaceuticals, enzymes, and other biological products.
  3. Quality Assurance Manager: Ensure compliance with regulatory standards and maintain quality control in biotechnology processes and products.
  4. Bioinformatics Specialist: Analyze biological data using computational tools and develop algorithms for genetic sequencing, drug discovery, and data interpretation.
  5. Biomedical Engineer: Design and develop medical devices, prosthetics, and artificial organs to improve healthcare outcomes.
  6. Agricultural Biotechnologist: Work on crop improvement, genetic engineering of plants, and sustainable agricultural practices.
  7. Environmental Biotechnologist: Develop bioremediation techniques, microbial fuel cells, and biofuels to address environmental challenges.

The field of biotechnology engineering offers diverse opportunities for growth and innovation, making it an exciting and promising career choice for aspiring engineers.

Fee and Scholarship:

Btech Biotechnology Fee: IILM is known to have a competitive and justified fee structure, along with various scholarship programs to support the students who deserve it. Here’s the complete breakdown of the fee structure for Biotechnology Engineering.

Fee

Total
Year 1 1.75 Lakh 7 Lakh
Year 2 1.75 Lakh
Year 3 1.75 Lakh
Year 4 1.75 Lakh

Scholarship:

MBA students can get 10-40% of fee concession at IILM University here’s the detail about the scholarships:

Scholarship%

Eligibility
100% 95%+ in 10+2
50% 90%-94.99% in 10+2
30% 86%-89.99% in 10+2
20% 76%-85.99% in 10+2
10% 75%-75.99% in 10+2

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