#Biotech Engineering College

[nitte-university-blog]

How to Choose the Best Biotech Engineering College In India

Choosing the best biotech engineering college is a big decision. It can shape your future and open doors to exciting career opportunities. With so many options, finding the right fit may be overwhelming. But don’t worry; we’ve got you covered!

This guide will help you understand what to look for when choosing the best biotech engineering colleges. By the end of this article, you’ll be well-equipped to make an informed decision.

Check the Accreditation and Affiliation

The first step is to ensure that the college is accredited and recognized by the relevant educational bodies. Accreditation means the college meets certain quality standards in education, faculty, and infrastructure. This is important because it affects the value of your degree. If you are looking for the best biotech engineering colleges, they must have the proper accreditation to ensure quality education and better career prospects.

Look at the Faculty and Their Expertise

The quality of education you receive largely depends on the faculty. Check out the college website and look at the profiles of the biotech engineering faculty members. Do they have experience in teaching and research? Are they involved in any groundbreaking research projects? The best biotech engineering colleges usually have highly qualified faculty members who are experts in their fields. Experienced professors can enhance your learning experience and provide valuable guidance.

Research Opportunities and Facilities

Biotechnology is a field that thrives on research and innovation. Therefore, the availability of research opportunities and state-of-the-art laboratories is crucial when choosing a college. Visit the college's website or talk to current students to understand the kind of research facilities they offer. The top colleges often provide well-equipped labs, research centers, and collaborations with reputed research organizations. These resources are essential for practical learning and hands-on experience.

Internship and Placement Opportunities

Getting a degree is one thing, but securing a good job after graduation is another. The best biotech engineering colleges often have strong ties with the industry and offer excellent placement opportunities. Look for colleges that have a dedicated placement cell and strong industry connections. Check out their past placement records and see which companies have hired their graduates. Also, find out if they offer internship programs, as internships can provide practical experience and help you build a network in the industry.

Consider the Curriculum and Specializations

Biotechnology is a vast field with several branches, like genetic engineering, bioinformatics, and molecular biology. When choosing a college, look closely at the curriculum they offer. Does it cover the latest advancements in biotechnology? Do they provide specializations that align with your interests? The best biotech engineering colleges usually have a dynamic, updated curriculum that meets industry standards. Choosing a college with the right specialization can help you focus on what you are passionate about.

Conclusion

Choosing the right biotech engineering college is crucial to shaping your career and future. By considering factors like accreditation, faculty, research opportunities, placements, campus life, and financial aspects, you can narrow down your options to find the perfect fit. Remember, the top biotechnology engineering colleges will offer a balanced mix of quality education, practical experience, and personal growth opportunities. Take your time, do your research, and choose wisely.

[olivegreen]

Hi guys!

Please tell me there are some active people still here I miss you all. I just finished my undergraduate and I’m officially a biotech engineer. And I got into the graduate program I wanted - Bioprocess Engineering! I remember when I started with tumblr I was such a baby and now I have a degree?? Crazy, my imposter syndrome never let me believe this could happen 😂

I’m here to get motivated and hopefully motivate somebody back. This is a pic from this year from a class called Technology of Antibiotics.

[jcmarchi]

Engineering proteins to treat cancer

New Post has been published on https://thedigitalinsider.com/engineering-proteins-to-treat-cancer/

Engineering proteins to treat cancer

Like many children of first-generation immigrants, Oscar Molina grew up feeling like he had two career choices: doctor or lawyer. He seemed destined for the former as he excelled in high school and planned to major in biochemistry at the University of California at Los Angeles, but as an undergraduate, he fell in love with research.

“I was fascinated by discovery. As I did it more in college, I realized I didn’t want to be a doctor,” he says. “Once I saw that I could make an impact and be at the forefront of therapy with biotech, I knew I wanted to do that.”

If the next couple of years go as planned, his parents will indeed see their son become a doctor — just not exactly the way they might have guessed. He’s entering the fifth year of his PhD program in biology at MIT and is currently working in the lab of Professor Ronald Raines, researching the potential of proteins to kill cancer cells.

Molina, who is the first in his family to attend college, also works to support his fellow students through outreach and community-building efforts. In various roles, including as a Graduate Community Fellow in MIT’s Office of Graduate Education, he sought to connect and encourage students from underrepresented backgrounds as they pursued their own graduate studies.

“I had a lot of opportunities presented to me that made me ask, ‘Why me?’” he says. “I recognize that they were super valuable, and that’s why I should deliver that back to other people.”

Unlocking protein construction chemically

The spirit of giving back isn’t just limited to Molina’s work outside of the lab. He chose chemical biology and the pursuit of new cancer therapies as his research focus partly because his grandfather has been dealing with the disease for the last 10 years. The ultimate goal guiding his research is to make all protein-based cancer therapies more effective.

He and other collaborators in the Raines Lab published a paper in June that takes an important step in that direction, suggesting a way to make fusion proteins with greater customization and improved performance. They discovered that a chemical called 3-bromo-5-methylene pyrrolone can be used to combine three proteins efficiently and with high levels of control and modularity, a significant advance given most of the techniques for protein conjugation are only able to combine two at a time in a single spot.

“Now, we can have chemical control of where we include different things, where we can kind of plug-and-play,” he says.

Researchers can now adjust multiple characteristics at the same time — for example, increasing the protein’s half-life or improving its ability to target cancer cells — while still achieving a homogenous end product. They’re also relevant to immune cell redirection therapies, which require multimeric protein chimeras to activate immune clearance of cancer cells.

“That’s the most interesting thing to me,” he says. “How do we give a biologic therapy the best opportunity to be active and efficacious?”

His upcoming thesis will center around that question as it relates to chemotherapies based on ribonuclease 1, an enzyme that is best-known for cleaving RNA.

Paying it back and paying it forward

While that thesis will likely demand more of Molina than any other project he’s worked on in the past, he’s no stranger to hard work. After his mother and father left their respective homes of Guatemala and El Salvador in the 1990s, they dedicated their lives to giving their children futures that they themselves didn’t have access to.

Witnessing their efforts impressed two beliefs into Molina’s worldview: the value of education and the importance of support. Among his family, he is the first to graduate from a U.S. high school, the first to attend a four-year college, and the first to attend graduate school. These “firsts” can weigh heavily, and as he began his studies at MIT, he knew how difficult it can be to carry that burden alone.

“I saw the need and wanted to help other people be the first in their family to do things like go to college,” he says. “I also wanted to help people with similar backgrounds to mine, like being an underrepresented minority or a first-generation college student.”

That desire led Molina to join MIT’s Office of Graduate Education as a Graduate Community Fellow in January 2022, where he worked on supporting various affinity groups across the Institute. This included helping groups out with logistics, funding applications, community outreach and cross-group collaborations. He also spent part of last summer as a pod leader for the MIT Summer Research Program, which works to prepare underrepresented students for graduate education and research.

He’s also leveraged his personal interests to volunteer with various community organizations in Cambridge and Boston. Despite his numerous commitments, he’s an avid marathon runner, and ran the 2022 Boston Marathon while raising nearly $8000 for Boston Scores, a program that provides educational and athletic opportunities for students in the Boston Public Schools system.

After graduation, Molina plans on joining a startup in Boston’s biotech scene while learning more about the venture capital firms that fund their research. Wherever he ends up, he plans on continuing to apply the core truths that brought him where he is now.

“I want to be at the forefront of creating therapies. I really like science. I really like helping others. I really like the ability to create things that are impactful,” he says. “Now it’s time to take that and find my way to what’s next.”

[scarlet-sam-chaos]

why is the supreme court still arguing about re-neet ffs??? when will counselling start 😭

people i know are starting college next week and meanwhile me???

atp im just thinking of getting into biotech/engineering with my mhcet/jee marks 😭😭

[circumlocutive]

whats the biggest safety hazard you've committed in any lab?

This is a very funny question, and a little bit up to interpretation of the question?

For safety hazards I have personally been harmed by/exposed to, these come to mind:

1) exposure to silica/glass dust at my advanced manufacturing internship (sorry, not technically a lab) where I cut and laid up structures made of layered fiberglass and resins, we had a shop vac set up by the CNC machine drill bit to suck in the dust but yknow. It wasn't perfect. And I also had to clean out the shop vac during the internship. Permanent glass dust in the lungs is a bit spooky.

2) cutting myself on the (used) razor in the cryotome when I was sectioning rat brains for an internship in a translational medicine lab. Pretty gross because of the biological contact but the cut itself was small and tbh lab rat tissues are way cleaner than most food meats so maybe this one wasn't actually that bad.

3) exposure to solvent fumes/powderized toxic chemicals while setting up reactions or doing workups, or OH DEF WHILE MAKING SDS PAGE GELS. But like, one day I was rotovapping like, liters of DCM and methanol which are p carcinogenic. Rotovaps don't normally live in a fume hood, but the air flow in my lab is poor and the air is way too hot so stuff readily vaporizes and every time I swapped out the collection flask some stuff would drip onto the bench and go into the air. Water also kept condensing on the outside of the cold finger, and while I was swapping the flasks, it would freeze on the ball/socket joint and fuck with proper sealing. So during rotovapping some vapors continued to escape. Oh and in the biotech lab at my community college we had ethidium bromide like. fucking everywhere. But that's not actually as bad for you as people make it out to be (otherwise there would be a lot more dead undergrads in the world lol)

There were some scary hazards in theory- like discovering after we moved my current lab that there were a bunch of water reactives/pyrophorics/self reactive chemicals that were previously kept in the inert gas environment of the glove box and for about a month lived on the bench top, maybe parafilmed or in ziplock bags but otherwise fairly exposed, while we organized and sorted all the chemicals into proper storage locations. I've had some glass explode on me under pressure or crack under heat, but usually within a fume hood (and I have goggles on whenever I am in lab). I work with liquid nitrogen fairly often now and scare myself overfilling Dewars and getting it on my gloves.

In a NON lab setting, my dad and ex gf had a blacksmithing shed in the backyard. So, heat hazards, sharps hazards, gas hazards, etc. Some acids for etching damascus that were left out in unlabeled containers. I've burned myself grabbing steel I assumed was cold (because it was black), but was several hundreds of degrees. The WORST thing is we used to have a wooden support table underneath our home built forge. The forge was fairly well insulated but ig it ran too hot for too long one day and at night the table started smoldering. It caught fire, right next to a bunch of propane tanks. We wouldn't have noticed either if my friend sleeping over that night- he left to hookup with someone off of grindr in the parking lot next door, came back, and saw the fire when he came back in the apartment. Woke us up and we put it out lol. Replaced that fucker with a welded steel table after that.

And then my dad is a weapons manufacturer/engineer so I've grown up around tons of guns and explosives and leaded ammunition and blah blah blah. So I guess those were safety hazards too.

[rene-hl-trashcan]

4, 14, 17, 21 for sylvan 💟

I assume this is from the MC / OC AU ask game.

4. College AU (What is their major? Or are they the professor? How do they cope with college life? Do they have a scholarship? Will they enjoy crazy college life or will they stick to studying?)

I always think of him as going for a double degree at minimum, majoring in Engineering/Science field—probably Biotech Engineering as his main with Forensic Science at the side (because I made him a necromancer in HL so that lore needs to continue in other AU too). As for his college life, despite the double degree, he would still have a pretty active social life. You could pry the party life away from his cold dead hands, only to fail cuz even in death he refused to not have fun. Sleep is secondary for him, cuz he lives fueled by energy drinks and occasional crashes when he's too exhausted. He is probably the guy who sleeps in class, but when questioned by the professor could answer it with no problem, and probably throws a question that the professor needs 3 business days and a conference with fellow professors to answer. Sylvan doesn't subscribe to the idea of burying his face in books to study. He picks up things fast and prefers to do his revision via application or practice rather than studying from books (legality of the act is not his primary concern since he believes that it's only a crime if he gets caught 😌)

14. Crime Drama AU (What are the roles of your MC in the AU? The detective/cops? If so, what kind of crimes are usually assigned to them? Or are they the criminal? If so, what kind of criminal are they? Is the police corrupt? If so, are your MCs corrupted? Why/why not?)

I have an idea (that I don't have time to write about in this AU) where Sylvia is a police detective and Sylvan is her eccentric forensic scientist genius brother. Like, nobody in the station dared to even mention his name because of the crazy shenanigans he pulled every time they sent a body/evidence to him. They appreciate him for the after-hours department gathering cuz he is genuinely fun to be around, but when he's in work mode, they can't help but be very concerned and terrified. He gets obsessive and manic once he's fixated on a case; and sometimes he comes across as crass and disrespectful to the victim, especially since he doesn't believe in life after death, nor does he believe in souls. He treats every case like a mystery puzzle he needs to solve, and the corpses/evidence as mere clues for him to solve the mystery, nothing more than an empty shell of what was once a person. This attitude doesn't make life pleasant for his colleagues especially when he's usually assigned to brutal homicide cases. Sylvan isn't corrupt but he is definitely not straight-laced either. He doesn't mind connecting and exchanging favours with questionable people if that means he could solve the mystery that was sent to his table. Unlike Sylvia who seeks justice for the victims, Sylvan is simply bored and wants mental stimulation.

17. Soulmate AU - (What are the soulmate rules of the AU? Do they believe in/like the soulmate thing? Will they fight the determined destiny to be with the person they like? Will they resist their soulmate to prove that destiny cannot control their life?)

If it's Soulmate AU, I would be basing the rules based on the lore I created for my original story. TLDR (cuz that file is near 30 pages long and I haven't finished building the world yet) of the rule is that souls can create a committed bond at a spiritual level, and if they meet again in new reincarnation, the soulmate bond will attract them to each other. It is something that happens across the multiverse. That soulmate rule is pretty lax and flexible, so the usual soulmate has marks of their fated partner would be another fun AU for Sylvan to be in too cuz NONE of it matters. None of it matters cuz Sylvan calls bullshit on the whole concept. He has only faith in his skills and abilities and thus denies any idea of a higher power holding any form of control over his life. It's either he's skilled enough to get what he wants or he needs to improve himself to achieve his goals. Ironically, because he doesn't believe in soulmates, his relationships work extremely well (at least on his part) since he never doubts his attraction to the other person. He doesn't care if the other person isn't his fated partner because he has long fallen in love with their quirks, behaviours and physical appearance. The irony of Sylvan in this AU is that he might be the only one unconditionally happy in his relationships simply because he doesn't care about what destiny dictates about his love life. Instead, he only cares about everything he learns about his lover as he falls in love more and more with them the more he gets to know them. If the other person chooses to break up with him because they fear the idea that Sylvan is not their soulmate, Sylvan would move on pretty quick since he finds no attraction for cowards who cower against an unseen (non-existent, to him personally) power without even attempting to put on a fight.

21. Spy/Undercover AU - (What is the organisation they work for? Are they good or bad? What is the purpose they go undercover? What kind of spy/undercover agent are they? How do they conduct their mission? What would they do if they were caught? What will they do if they fall in love with the enemy?)

OMG, Sylvan as a spy working for any form of law enforcement is a recipe for chaos and trouble (and I love it). Imagine him infiltrating into a shady organisation that probably is experimenting on people for the sake of world domination (insert RE's Umbrella Corp, MLQC's the Black Swan and similar organisations here) and he slowly climbed his way to the top of the ranks. Like, this man's moral compass is so utterly skewed that it's not even funny. He is ruled more by his self-satisfaction than the need to uphold justice for the good of mankind, hence there is no such thing as wanting to protect the weak on his part. He would treat the whole mission like a game that he wants to dominate and win, which in a weird twist, might make him the best agent of the organisation. For instance, any other sane, regular agent might need therapy after being made to do awful things for the sake of keeping their covers, but Sylvan wouldn't be remotely affected. Everything he did as an undercover spy, no matter how dirty and awful, is the means to win the game (aka complete the mission assigned to him successfully). As long as he isn't losing, he's a happy spy. As long as he secured the information he needed to convict or destroy the target, he couldn't care less about the things he had to do to achieve that victory. If he happens to fall in love with the enemy, then it's just another game for him and he will do his damn best to seduce and gaslight the enemy to his (not the law, nor the shady organisation, but HIS) side. It's the same if he was caught. It becomes another game that he has to manipulate his way through, probably with his life at stake (which would only excite him more, to be honest).

[sunnylolli]

So in the US we get accepted into the whole school, not just a specific program. Then everyone takes the same general classes at first (writing, science, art, etc.) before picking what they want to get a degree in later. Because you can take any classes you want, so long as you still take the ones needed to get at least one degree, we have major and minor areas of study. So your major is what you get a degree in, but you can also have a minor in something else which will be added onto your major degree. So for example, someone wanting to go into biotech can major in computer science and minor in biochem. Didn't know if you were curious about what major actually means lol

It sounds wild, but hearing other countries' systems where u start full speed in a specific program sounds wild to me! I switched from engineering to heath in my 3rd year, you're telling me that outside the US I would've been trapped in engineering????

Also, the program you're doing sounds like the equivalent to co-op programs in the US. However, by law you still have to take the same amount of classes to get a degree because working doesn't replace the credits, meaning it takes longer than 4 years to graduate 😖

Ooo, thank you for explaining!

We actually already do that in Gymnasium (Grade 10-13, high school equivalent I think)

So in "High School" we had different "Lines" you could choose; Like "Global line", "Social Science Line", "Mathematics Line" etc., each with different mandatory classes and add ons you could choose yourself.

(Note: You could choose several different kinds of Gymnasium, each specialized within a certain category. E.g. Stem, Business, General Gymnasium, etc.)

I chose the general gymnasium and I chose to "major" in Mediascience and "Minored" in Psychology, while I had a set of classes I had to take, like Math, Danish, History, etc.

So what you're explaining I already sort of did that in Gymnasium!

Then for Uni, you apply for the education you want to go for, so Psychology, Stem, Pedagogy, and so on. I would've applied for a bachelor's in Psychology but my GPA isn't high enough for it, so I'm taking a backdoor :,)

Degrees are offered like that individually at the schools, so VIA university college is what I've gotten into, but I can't mix and match like I could in high school

At least not to the same degree, I can, in the third or fourth semester, choose a specific add-on class to personalize and specialise the education to fit me personally, but it can't stray too far from the actual education.

(I remember in gymnasium how absolutely bullshit hard it was to have to put my focus on so much all at once.

Like I had so many different things I needed to study for that I seriously barely made it through.

I had to juggle social life, self discovery, partying, school life, with tons of work. So Uni giving me more space to actually dive into something specific that I'm interested in and letting me speak to likeminded people who I (sorta) know have the same interest as me is a RELIEF.

Like I understand how it can feel claustrophobic, especially when you're used to something way different - But I find it like a breath of fresh air to not have to worry about ten different subjects all at once, but have all of them, in some way, be related to one another :,)

[60b3r]

Catching up with life.

It's been over five years since I graduated from university, and here I am, once again, applying for jobs like a robot. I have sent over 4 to 5 job applications per week, tweaked my CV individually once a month, and hand-crafted my cover letter uniquely for each jobs I applied to. To top it off, I have been doing this for 2 years combined. Assuming that is not an overstatement, I have been sending over 300 job applications to different schools, universities, and even across other industries. With this overkill—yet seems to useless—Masters degree, it does not serve as a selling point, since it is being considered inconsistent with the common practice prevalently found in Indonesian universities, that one's Masters degree should be linear in order to work in academia as a lecturer. I even had to consider dropping my Graduate degree and went with my Bachelors degree to apply for jobs. People kept saying that biotech is the future, that the sciences are dawning all over, technology grows at light-speed, but all I experience is frustration and anguish. People kept telling that I am overqualified, that there's no way I am always between jobs with such emotive motivation and carefully curated skills and my beautifully AI-tweaked resume. I’m seriously starting to consider giving up this life and trekking into the wild to make my new life, Randall Clark-style. Here I want to reflect back on my past few years' endeavor and remind myself that job-seeking is such a dehumanizing process and something must be done to fix this. But before that, a quick background on my life so far. Consider this as a short, catching-up telltale.

Right after graduating in 2018, I was so motivated to fix the education system. I applied to teaching jobs and got myself a first formal job teaching Biology and caring for a dormant Science Club back in my alma mater. Why not apply for the industry sector, you ask? There's not enough room for Biotech graduates in Indonesia, and despite what people say about the unique nature of the niche, most of the positions can either be filled with Chemical Engineering graduates, or just General Biology graduates. There's not enough value created by pursuing Biotech degree, apart from continuing in academia as a researcher. After one year, I didn't renew my contract and decided to pursue for higher education, which I thought it was necessary to create a bigger impact. I thought back then, "Here I am, teaching young generation Biology and the art of life, some of them might be doctors or environmental engineers, yes, but majority of them won't even need these stuff." I said that to myself, exactly like I was thinking back then when I was their age and learning mathematics. it was 2019 when I decided to pursue MSc/PhD Biotechnology abroad, to allow myself to engage with wider masses upon completion. This time, high-schoolers, next up, college students, or so I thought. But life is a bitch, and then we all gonna die anyway.

Luckily at that time, right after my resignation was granted, I got myself three Letters of Admission: from two different universities in The Netherlands and one from Sweden. I'd then applied for several scholarships program, one of them being the notorious LPDP. The task of simply qualifying for the first round of paperwork selection was very tedious and stressful. It was my first time dealing with a plethora of documents to prepare, and I could say the tears and blood was even worse than the process of getting an LoA from the three campuses. After two more selection stages, long story short, I didn't qualify after the interview process, and I plunged myself in depression. A month later, I collected myself to start over, and this time, applied for jobs in the edtech startups. My thoughts were somehow I could work for a while, save enough money while still creating impact, and fund my Masters off my own deposits. Well again, fortunately I told myself at that time, some unicorn companies contacted me, and somewhat early that year, precisely February 2020, I was called into one of the big edtech company to attend an interview. I scrambled to book a ticket and a homestay for 2 days and... Oh boy. Three days before my departure, Jakarta shut down the borders and Covid ruined my lifelong dream of studying abroad. Interview cancelled, plane ticket burnt, and that hotel bed never touched my back. No job, no credit, eat shit. All 2020 I cried myself to sleep.

The anxiety caused by the uncertainties was so dreadful, I fantasized going for a program—the one in the Netherlands—anyway. Talk about coping using unrealistic expectation. So I emailed the admissions office and requested to postpone my first semester to October 2020 or March 2021 (they granted the former but refused the latter). I even paid for the dorm room in the Netherlands, when I was very certain that this was just another viral outbreak that's gonna resolve on its own after several months (that was also a false hope). Then, my family business took a major hit due to lockdowns imposed by the local government, and everyone went nuts. All plans go bust, and out of nowhere, suddenly, all homeschool students I have been teaching stopped responding to my calls. All types of businesses from across all sectors took a hit. Purchasing power bottomed out. Monetary circulation grounded to a halt. In the midst of all this blazing hellfire that is a financial crisis, it was in the middle of 2020 when I applied for student loan to get myself into a campus in Jogja. I thought "Well, it can't be that bad, right, I can still go to Jogja and pursue another Masters here, domestically, without going abroad and waste lots of money." So did everybody else thought, when we all first had our online classes in October 2020. But fast forward to early 2022, It's like everyone skipped two years of their life, staring at the screen for several hours drying out eyeballs and get nothing from classes other than just one or two classes that are actually elective subjects, not among the core courses.

I greeted 2021 with much hope, a hope that someday I will be able to meet my classmates and hunt for Jogja food later in the day after classes. I would have scoured through the libraries of the renown, and I would have also joined several student councils during my studies. But no. Not even once we got a call from campus saying our classes would go from distanced learning to on-site learning. I spent 2021 lurking around Malang trying to find a closure, visiting many natural places where I used to enjoy, gulping so many unhealthy foods down my throat to ease the numbing pain, even engaged in some risky behavior of ████████████. The year ended with more student debt, an unfinished thesis proposal, a broken heart, and still, no single job interview landed. Yes, I even went through Masters fully online (including all of the phases of research). I spent all 2021 mourning the hundreds if not thousands of what-ifs while drafting my thesis proposal. A small ember light up in the darkness, I got myself a job replacing a science teacher in Surabaya during her maternity leave. I got the contract extended just before I finished my thesis defense, and I am stuck in Surabaya for another year of inconsecutive work experience. Not even a single time I ever stepped my soles on campus grounds in Jogja during my enrollment there. The only chance I got to be closer than ever to my supposed campus building is during my awards ceremony where I returned my graduation robes.

I got paid three times the amount I got when I was working in my alma mater. I got myself a small room not too far away, and after selling my family's car, I even got a small discount since I am not using the provided parking space anymore. Plus, after over half a year, I can save more than I could usually save because there are no more gas-hungry beast that is my 1.5L turbocharged CVT Medium SUV. The school itself was decent, I got mediocre lunch everyday and to be honest there are less paperwork than the previous jobs I had been working on, but oooh the lab equipment and the learning materials are very lacking. I requested for some upgrades here and there, and they didn't even bat an eye. I have to struggle and come up with weird hyper-crearive plans to deliver the lesson, which by the way are not just biology, but also physics, chemistry, and geography. I enjoyed most of my time teaching, but considering a majority of students would leave the school and continue somewhere else, the school management decided to cut over half of the staff earlier this year. By the time of writing, I still need to finish my contract, though. Fortunately, I got some leeway since there are less classes to teach now after Cambridge exams has passed. This is where the fun begins. Not another job hunting. So, wish me luck friends.

[amityuniversitykolkata]

Achieve Success With One Of The Best Private Colleges in Kolkata

 In a populated country, like India, private educational institutions play a very crucial role as due to the large size of the country and high population density, the government colleges fall short of providing quality education to every Indian thus private universities with top standards are essential for the country.

For a lot of students finding the perfect university is a terrifying task, so it is recommended to know everything about the institution before registering for a program. The objective of this blog is to throw some light on the spotlight on the top private universities in West Bengal and IT colleges in Kolkata to help candidates make informed decisions and unlock their full potential.  

Amity University your path to success

The best university on the list is Amity University Kolkata, it is a milestone project by Amity to the Indian education system one step forward by offering top-class research and employment-oriented education.

The institution has industry industry-aligned academic courses with a flexible credit system. Amity has around 11 research centres in decisions & Ethics, Design Research, Information Technology, Financial Analytics, Robotics, Computer Research In music & acoustics, humanities, language & information and many more.

Amity is also one of the most sought-after colleges for MBA in Kolkata, fulfilling the exact needs of aspiring MBA professionals. The MBA course at Amity University Kolkata is specially designed to develop critical thinking, leadership and management skills readying the professional to excel in the business world.

Why Amity is the best West Bengal private university

Amity University Kolkata is one of the top private West Bengal universities as it has a plethora of options for each and every student. There are multiple career options available to the students so that they can pursue their dream career in whatever field they wish to pursue. The courses are available in the fields listed below-

Advertising & PR

Applied Sciences

Architecture

Biotech

Commerce

Communication

Computer Science/ IT

Data Sciences & Business Analytics

Design

Earth & Environmental Sciences

Economics

Education

Engineering

English literature

Environment

Fashion

Film & Drama

Fine Arts

Foreign Languages

Hotel Management Hospitality

Interior Design

Journalism

Journalism & Mass Communication

Language

Law

Logistic & Supply Chain Management

Management

Mass Communication

Nanotechnology

Pharmacy

Psychology & Behavioural Science

Social Science

Travel & Tourism

Conclusion

Amity University Kolkata is considered one of the top colleges in Kolkata providing candidates with a set of skills, knowledge and confidence to stand out as a top-notch professional. Apply today!! 

source"https://amityuniversitykolkata.blogspot.com/2024/11/achieve-success-with-one-of-best.html"

[mymbios]

Aiyana Kaur, 29, was born and raised in Birmingham, UK, to parents Jasleen Kaur (54) and Arjun Kaur (56). Jasleen, a chemistry professor, and Arjun, a software engineer, immigrated to the UK from India as university students, seeking to expand their academic horizons. Aiyana grew up in a household brimming with curiosity and intellectual passion. While her parents were often engrossed in their work, they always made time to answer her endless questions about the natural world, nurturing her love for science and problem-solving.

Aiyana has an older brother, Kabir (32), a civil rights lawyer, who shares her fierce drive for making a difference in the world. Their relationship is warm and supportive, though their fields couldn’t be more different. Kabir often teases Aiyana for her “mad scientist” tendencies, while she quips back about his flair for courtroom drama.

As a child, Aiyana was empathetic and meticulous, often bandaging her dolls or tinkering with broken electronics to “fix” them. These traits carried into her teenage years, where she excelled in biology and computer science. A particularly formative moment was when she accompanied her mother to a science fair and saw a 3D-printed prosthetic arm in action. The way technology could restore someone’s mobility and independence left her awestruck, sparking her dream of pursuing biomedical engineering.

Aiyana earned a first-class degree in biomedical engineering from Imperial College London, followed by a master’s in bioinformatics. During her studies, she interned with a nonprofit in India that focused on low-cost medical devices, which deepened her commitment to accessibility in healthcare. Her career has since taken off, and she now works for a leading biotech firm, designing prosthetics and medical devices tailored to underserved communities worldwide.

Despite her busy schedule, Aiyana has a vibrant personality and a knack for connecting with others. She’s known for her thoughtful nature and sharp wit. In her free time, she loves thrifting, watching reality tv, and playing volleyball at her local recreational center. She’s also started to dip her toes into the world of rock climbing at the gym. Her bookshelf is lined with novels by contemporary South Asian authors, reflecting her love for stories that intertwine identity and culture.

[shrirampharmacycollege]

“Shriram College: Innovating Pharmacy Education IN India”

Shriram Pharmacy College, based in Bankner, is at the forefront of pharmacy education in India. The institution emphasizes innovation and hands-on learning, with a special focus on biotechnology within the pharmaceutical sector. In this blog post, we explore how Shriram Pharmacy College harnesses cutting-edge biotechnological advancements to equip students for the challenges of modern pharmacy.

## Harness Biotechnology for Drug Development

At Shriram Pharmacy College, biotechnology plays a pivotal role in drug development. The curriculum is designed to teach students how to apply biotechnological techniques to improve and create pharmaceuticals. By integrating these advanced approaches, students gain a deep understanding of the latest trends in drug design, equipping them for success in the competitive pharmaceutical industry.

## Engineer Biologics for Therapeutic Use

Biologics engineering is a key focus at Shriram Pharmacy College. Students are trained to develop biologic drugs derived from living organisms. Through hands-on lab sessions, they learn about the intricacies of biologic production and the associated quality and regulatory considerations. This expertise is invaluable in the pharmaceutical industry as biologics offer advanced treatment options for diseases like cancer and autoimmune disorders.

## Innovate Gene and Cell Therapies

The curriculum at Shriram Pharmacy College includes the study of gene and cell therapies. Students explore gene editing, cellular manipulation, and the therapeutic uses of these technologies. This cutting-edge education prepares them to work in regenerative medicine, contributing to breakthrough treatments for conditions that were once considered incurable.

## Explore Recombinant Protein Production

Students at Shriram Pharmacy College also delve into recombinant protein production, a crucial area in the development of biologics, vaccines, and enzymes. With hands-on laboratory experience, they learn to optimize production methods and ensure quality control, gaining skills that are in high demand in the biotech and pharmaceutical industries.

## Develop Biosimilars and Biologics

Shriram Pharmacy College prepares students to work on the development of biosimilars — biological products that are highly similar to an already approved reference product. By mastering biosimilar production and understanding regulatory requirements, graduates are well-positioned to contribute to this growing field, which is essential for making healthcare more accessible.

## Implement Bioprocessing for Pharmaceuticals

The college’s curriculum also emphasizes bioprocessing techniques, such as fermentation and cell culture, which are essential for pharmaceutical manufacturing. Practical lab sessions teach students how to optimize production and maintain quality standards. These skills are crucial for those pursuing careers in pharmaceutical production and quality assurance.

## Study Biotechnological Applications in Medicine

Biotechnological innovations in medicine are a core part of the education at Shriram Pharmacy College. Students learn how biotechnology is used in diagnostics, drug delivery, and therapeutic interventions. This broad understanding prepares them for careers across the pharmaceutical and healthcare sectors, equipping them to innovate in a rapidly evolving field.

## Enhance Biotech in Pharmaceutical Innovation

Shriram Pharmacy College fosters a culture of innovation. Students are encouraged to think creatively, participate in research projects, and collaborate with industry professionals. This focus on innovation ensures that graduates are prepared to address contemporary challenges in healthcare and pharmaceuticals, making a meaningful impact in the field.

/media/fe674b97a1e901ccd2e7b4479412f932

 — -

### FAQs

### 1. **How does Shriram Pharmacy College train students to monitor drug efficacy and safety?**

Shriram Pharmacy College provides students with a comprehensive education in pharmacovigilance, which involves monitoring the effects of medications to ensure they are safe and effective. Through practical lab sessions, case studies, and clinical training, students learn how to assess drug efficacy and detect adverse reactions. This knowledge is crucial for ensuring patient safety in real-world healthcare settings.

### 2. **What role do pharmacy students play in educating patients about medication management?**

Students at Shriram Pharmacy College are trained to effectively educate patients on proper medication use, including dosage, potential side effects, and drug interactions. By developing strong communication skills and learning patient counseling techniques, students help ensure that patients understand how to manage their medications safely and effectively, improving treatment outcomes.

### 3. **Does Shriram Pharmacy College offer courses on drug safety and pharmacovigilance?**

Yes, Shriram Pharmacy College integrates drug safety and pharmacovigilance into its curriculum. Students take courses that cover the monitoring of drug safety, reporting adverse drug reactions, and understanding regulatory standards for medication use. This equips them with the skills to work in healthcare roles focused on medication safety.

### 4. **How does the college ensure hands-on experience in monitoring drug efficacy?**

Shriram Pharmacy College provides hands-on training through internships and partnerships with hospitals and pharmaceutical companies. Students participate in real-world settings where they monitor drug efficacy, evaluate therapeutic outcomes, and apply their knowledge of drug safety protocols, preparing them for careers in clinical or research settings.

### 5. **What career opportunities are available for graduates skilled in medication management and drug safety?**

Graduates from Shriram Pharmacy College can pursue careers in various fields, including clinical pharmacy, drug safety monitoring, pharmacovigilance, regulatory affairs, and patient counseling. Their training in medication management and drug efficacy monitoring positions them well for roles in hospitals, pharmaceutical companies, and healthcare organizations.

## Conclusion

Shriram Pharmacy College, Bankner, is shaping the future of pharmacy education in India. By integrating biotechnology into its curriculum, the college equips students with the practical skills and knowledge necessary to excel in the dynamic pharmaceutical industry. Graduates are well-prepared to contribute to the healthcare landscape, armed with cutting-edge expertise in biotechnology, drug development, and therapeutic innovation.

### Stay Connected with Shriram Pharmacy College!

For the latest updates, educational content, and insights into the dynamic field of pharmacy, don’t miss out on the Shriram Pharmacy College YouTube channel. By liking, sharing, and subscribing, you’ll gain access to expert lectures, student testimonials, campus events, and much more. Stay informed about advancements in pharmaceutical sciences and become a part of our vibrant community. Your support helps us grow and continue providing valuable resources to students and professionals alike. Join us today and never miss an update!

[nitte-university-blog]

What factors to consider when choosing a Biotech Engineering College?

Choosing the best biotech engineering college is more than just picking one option over another. It turns into a meaningful journey. It starts with quiet moments of deciding and gently unfolds into the path of your future. It's not just about looking at numbers or comparing colleges. It's about listening to the inner voice guiding you toward places where your dreams and deep desires for discovery and innovation can flourish and grow.

An Easy Assurance of Accreditation

Don’t think of accreditation as one more item on the checklist but as a gentle hand on your shoulder, saying that things are all right. It suggests a place where not only standards are met, but they are embraced with warmth, ensuring efforts, dreams, and aspirations are recognized and valued. Accreditation is much like finding that trusted friend among a crowd, knowing that your journey is upon a solid foundation of standards in excellence and recognition.

Curriculum

Delving into the curriculum is standing before this vast canvas—your heart is thudding with the potential to paint your future in vibrant hues of innovation and discovery. Each course, each specialization, is a color, a shade, a texture waiting to be discovered and made known, offering you the brushes to paint your destiny. So, ensure the college you choose has the specialization you’re after.

Faculty and Research Opportunities

The faculty members emerge not as mere educators but as stars along which you navigate the night sky of your ambitions. They are torchbearers of knowledge and storytellers of science, weaving stories of discovery that make your imagination glow bright. Research opportunities become adventures craved, and each project is a leap into the unknown, a challenge to be met by the very force of your passion and curiosity.

Internships

Internships are that series of stepping stones across the river of your academic journey, each with a view of the world that awaits. These aren't just experiences but rather a rite of passage—taking the purely theoretical into the tangible and the merely imagined into the very real. These are your stories, the markers of your journey from student to scientist, learner to innovator.

Placement Success

A college's placement record is more than just numbers; it's like lighthouses guiding you back home, showing you the possibilities that await after graduation. These records are stories of success, hope, and inspiration, showing that there's a world full of opportunities for those who are brave and eager. This is the promise of the future – a future where your work and efforts create impacts and where you're not just taking part but leading the way.

Choice of Your Essence

In essence, choosing the right biotech engineering college is a matter of the most personal nature—one that is a fusion with what is essentially your innermost desire for the future. It’s about finding a place where your heart feels seen, your mind challenged, and your spirit uplifted. Stand here at this crossroads with your heart. It knows the path—the where to which you belong, where you'll truly succeed and become all you were intended to be in this world.

[lboogie1906]

Dr. Marc Regis Hannah (October 13, 1956). An electrical engineer with expertise in computer graphics, he developed the 3-D special effects systems used in movies, such as Terminator 2 and Beauty and the Beast, as well as in scientific research settings, like aerospace and biotech engineering labs. He co-founded Rondeau Bay, a construction company, based in Oakland, and served as a technical adviser and board member to many start-up companies.

Born in Chicago, he lived in the city through his college years. His parents, Hubert, an accountant, and Edith, a teacher, emphasized education with their five children. He earned a scholarship from Bell Laboratories to attend the Illinois Institute of Technology, graduating with a BS in Electrical Engineering. He attended Stanford University earning an MS and a Ph.D. in Electrical Engineering.

While at Stanford, he worked with Jim Clark, a professor of engineering who shared a mutual interest in 3-D graphics. They co-founded Silicon Graphics, Inc. The company attracted over $30 million in venture capital support, stemming from his invention of the “Geometry Engine.”

He enhanced the chip’s function, making it faster. Soon, Silicon Graphics, Inc. grew into an entertainment industry powerhouse, with its technology used in blockbuster films produced by George Lucas and Steven Spielberg. He played a key role in lowering the price of many Silicon Graphics, Inc. products, extending the company’s reach into new markets, and planning for its future expansion.

He became co-owner of Rondeau Bay. He joined the Board of Directors for Warp Speed Communications and Magic Edge. He contributed to the African American-owned Omniverse Digital Solutions, as Vice President of Technology. He played a role in the development of “Black Achievers in Science.”

He holds over a dozen patents and has received the Professional Achievement Award from the Illinois Institute of Technology. He was recognized with a Kilby International Young Innovator Award and a Black Engineer of the Year Technical Contribution Award. #africanhistory365 #africanexcellence

[jcmarchi]

Designing better delivery for medical therapies

New Post has been published on https://thedigitalinsider.com/designing-better-delivery-for-medical-therapies/

Designing better delivery for medical therapies

Early in his undergraduate studies in bioengineering, Sayo Eweje was thinking of a career in medicine. He was inspired by the idea of harnessing medical knowledge to improve patients’ lives, having grown up seeing his father do so as a gastroenterologist. However, his research experiences in college made him appreciate how scientific advancement can lead to paradigm-shifting innovations. What if he could contribute to breakthroughs that improved lives on a much larger scale?

“That idea really captured me, and I realized that we’re only enabled to do that by really delving into the frontiers of science,” he says. In his junior year of college, he decided to aim for a career as a physician-scientist, splitting his time between caring for patients and conducting research. After graduating, he entered the Harvard-MIT MD/PhD program, which is affiliated with both Harvard Medical School and MIT’s Institute for Medical Engineering and Sciences.

Now, Eweje is entering his sixth year in the program, and the fourth year of his PhD studies in medical engineering through the Harvard-MIT Program in Health Sciences and Technology. Throughout his PhD, he has worked in the lab of Elliot Chaikof at Beth Israel Deaconess Medical Center, where his research has focused on the development of protein-based nanoparticle systems for delivering nucleic acid and protein therapies directly to cells inside the body.

Eweje intends to continue encouraging young people to explore STEM. “Everyone should have the right to explore their fullest potential,” he says.

Photo: Jake Belcher

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Eweje’s interest in this area was sparked shortly after he entered the program: Initial reports describing a promising new gene editing-based treatment for inherited blood disorders were released, highlighting the curative potential of this approach. However, administering this therapy involves removing blood-forming stem cells from patients, editing them, then putting them back in. In order to accommodate the edited cells, recipients undergo heavy chemotherapy, which led to questions surrounding toxicity and scalability.

“The thought that I had, and that many others in the field had, is that if we could deliver these gene-editing therapies inside of the body without having to remove cells, without having to do this chemotherapy, his could be a much more effective and accessible therapy,” Eweje says.

“After thinking about problems like that and understanding that a lot of this ultimately comes down to drug delivery and engineering nanoparticles and delivery vehicles, I realized that’s where I want to spend my time,” he says. “There are so many challenges in treating disease where the bottleneck ultimately comes down to effective delivery.”

Striking disease at the source

A number of diseases are caused by mutations in hematopoietic (blood-forming) stem cells, and Eweje chose Chaikof’s lab in part because the team was looking for ways to deliver RNA and protein therapies directly to those cells in patients. The work has spun off in many interesting directions since then.

“It started there, but it has become a much broader platform-focused project,” Eweje explains. “We’re looking at things ranging from gene editing in the lungs to immunotherapy and thinking about new cancer treatments.”

This January, he published an article in Biomaterials that gave a progress update on the state of research using protein-based nanoparticles to deliver nucleic acid therapies to cells. Historically, scientists have found success with viral vectors for delivering gene-based therapies, but because of those viral origins, there remains the possibility of triggering a patient’s immune system.

“Protein materials, particularly human-derived protein materials, are far less likely to trigger that immune response, which is one major advantage,” he says. “The other thing that we’re actively working towards in the lab is this idea of leveraging programmability and precise structure in recombinant proteins.”

While much work remains to determine whether nonviral, protein-based nanoparticles can used as effectively as those that are virus-derived, or lipid nanoparticles, he’s grateful to have learned valuable lessons during this process.

“I really appreciate the fact that I’ve had an opportunity to learn about what’s out there, better understand the challenges, and carry that knowledge forward,” he says.

Building opportunity for others

Outside the lab and the hospital, Eweje is engaged in education and outreach projects as close as Cambridge and as far as Nigeria, where his family traces their roots. He is a co-founder of the Program of Ragon and IMES in Science and Medicine (PRISM), which hosts weekly programs for high school students in the greater Boston area to learn directly from scientists and clinicians about various topics in STEM.

“I see kids as stem cells,” he says. “They have so much potential to differentiate into so many different things, but you have to put them in a proper environment and give them the exposure required to understand where they can go.”

He’s also a co-managing director of the Critical Healthcare Information Integration Network (CHIIN), a nonprofit that provides medical information to community health workers in rural and underdeveloped areas of Africa. It operates via a chatbot that can respond to queries over SMS text messaging and is therefore able to reach communities without internet access, indirectly assisting thousands of patients.

“Part of it was developing confidence in the users by giving them something to have in their back pocket as a reference tool,” he says.

As his time in the HST program draws to a close, Eweje aims to defend his PhD next year and return to full-time clinical work at Harvard Medical School. Ultimately, he envisions a career at the intersection of clinical medicine and biotech innovation.

He also intends to continue encouraging young people to explore STEM. “Everyone should have the right to explore their fullest potential,” he says.

“I find a lot of gratification in the impact that we can have on someone’s life just by giving them the opportunity to learn about something, which could change the trajectory of what they do,” he adds. “We have not only the pleasure of doing that, but also a little bit of an obligation.”

[zooterchet]

Win One for the Gipper (Kamala Harris)

Duo: Hawaiian Coastal Navy, Engineering.  Designed Megaman MUSH, due to inappropriate sexual proposition, to Sandi "Khelkhet" MacDonald, spouse of Brian "B-Rock" Monaghan.

Duet: Female Persian, family of Dr. Golden; claims bisexual male, playing Cassandra Cain, whenever Jessica "Bailey", Jessica Valentin, is threatened by a proposal, outside of her father's family, outside adoption or dead in World Trade Center attacks.

Aquarius: Kuwait desert war veteran, American; permanently confined to Pembroke veterans ward.

Peebo. WInchester CIA agent, Iraqi Ba'athist holdover; pinned in place, spying on Israeli biotech, under Trump's watchful eyes; responsible for giving supervisor, Jared Koeschner, a lobotomy, to cover for Mini-Peebo, Mini-Peebo having sniped off a black gangster with the Spanish Mob, "Big Smoke", featured in "Grand Theft Auto: San Andreas", as a cop; a villain.

Mini-Peebo: Hopkinton CIA cadet, in Kilpatrick program, to plant a legend as an alias on the internet, with a paraphrased abnormality of Pentagon internet access of patent through Vatican, as prime method of slipping work to Stephen King, through psychiatric hospitals; next leader to demonize Africans, has comic book or film or video game or virtual reality dedicated to, as a heroin addict female.

Altitron: US Navy draft enlistment on volunteer, to US Submarines; now a quiet guitar player, even as Irish Mob; inherited role.

Berube: Real name, "Andre Betmen"; facing homelessness, recommended to External Security by Mini-Peebo; offered a full suite and access of facilities, by Pembroke Hospital, of Massachusetts; VFW.  And after Mini-Peebo, "Chet", visited, a fine repoire with mister Steven "The Rifle" Flemmi, a fine sports player himself.

Libra: James Holmes, the most legendary CIA to grace roleplaying.  The takeover, of China, Japan, and India, by three logics, found in Ryan Combs, having been contacted about David Charlebois, and his two friends, Matthew Lennox and Ryan Taylor.

Derek. Homeless, after one final advertising round, "The Geico Cavemen".  Joined the place where all communications families go, the gravel round, selling old jingles at campire with a banjo.  R-Type.  Grandmother of "Chet", Mini-Peebo, having formed the theory, at Ma Bell; for "Those Old Red Green Paintings".

Flem. Canadian Royal Mounted Patrol, vigilance watchman commission; voluntary spies on his computer, to protect his family, against Hell's Angels.  Canadian Freemasons, having ridden outside of motorcycle hours, to get a baby sleep medicine.

Leo: Cleveland Rotary Association, by direct descent and link; Native Missourian, with Persian-Jewish blood of Shylock, the Gasts, his thumb able to pull a lapus lazuli through the knot, the Ghetto Works; a fond fan of Pacino, playing his old and new legends.

Gemma: FBI agent, Schuck family, on David's request, "Chet", for the last of Andrew Schuck's power and vitamin, at "Le Chiffre"; spending two semesters, teaching David how to go to college; the goal is the job you wanted as a child, not the one you take on degree.  If they're both, you luck out, married.  Why are you a cop to me, Mini-Peebo?

Scorpio: Manager of a convenience store, and a cop in the unit; an actual cop, not just a rat, just a retired police officer.

Brick: A homosexual Romalian ROTC, bred in the image of Chet, but gay; Miles Morales, "The Riddler", as an actual Riddler.  African Panther, out of the White Supremacist ideal, to use tones and references on white Romalians, ignored by CIA computed, but not nearby children.  The CIA sells crack, says Chet.

Corth: Pat Ware, developmental disability; missing chromosome, result of a yeast infection.  Grandson of George W. Bush Jr., through mother, too young; Raven Laventi, Arnold Clan; Pro-Life issue in George W. Bush Jr.'s Presidency, like he cares.  The Arnolds, savages, out of France.

Culper: Kyle Rittenhouse, new NSA HUMINT; taught, by NSA HUMINT veteran, David Charlebois, to take the issue to trial, to free slaves; a loss of lawyer' rights, but you got it on TV, kid.  Mike watched the entire thing, it was symphony.

Mouse: Ellen Page, now back to "Elliott Page", wearing the strapon inside out.  Just like in highschool, lover?  Erin McBride?

Kung: Josh Moen, who needs his orders obeyed, being unaware he is psychic, due to prenatal Trilophon exposure; torturing some doctor in a coma out there, for his surgeon's rules; a drone, a zombie.

[amitypunjab]

Amity University, a prestigious top private B.Tech engineering college, in Punjab

Currently Engineering is a trending career option and can be a great choice. Engineering offers several specializations such as Agricultural Engineering, Aeronautical Engineering, Chemical Engineering, Civil Engineering, Mechanical Engineering, Robotics Engineering, Biotech Engineering, Aerospace Engineering, Electronic and Communication Engineering and many more.  Now is the only right time to explore the world of engineering and tech.

Going for a B.Tech degree opens up a bunch of opportunities in fields like architecture, artificial intelligence, computational biology, database systems, agriculture, space, machine making, graphics, human interaction, machine learning, natural language processing, programming languages, robotics, scientific computing, security, systems and networking, theory of computation, vision and more. 

Amity University is positioned as one of the top colleges in punjab for btech. Life at Amity is  more than just being a bookworm; it's more about polishing skills, indulging in activities, and preparing the leader in you for real life challenges.

Pursuing bachelors of technology degree at Amity University in Mohali, Punjab, offers several perks according to the location and institution:

1. Quality Faculty: Amity University Mohali provides the students experienced faculty members with expertise in various domains of Computer Science, ensuring high-quality education.

2. Modern Infrastructure: The campus is equipped with modern labs, computing facilities, and software resources necessary for practical learning and  proper research in Computer Science.

3. Industry Collaboration: Amity Mohali also has great collaborations with local and global IT companies, providing opportunities for internships, industry projects, and placements.

4. Regional Industry Focus: Being in Punjab, the university has a particular focus on industries in the local region, such as IT services, software development, and startups, offering relevant career opportunities.

5. Research Opportunities: Students can have access to research projects related to regional needs and challenges, allowing them to contribute meaningfully to the local tech ecosystem.

6. Entrepreneurship Support: Amity Mohali happily supports entrepreneurship initiatives through incubation centers, workshops, and networking events, sparking up innovation and startup culture among Computer Science students.

7. Cultural Diversity: Like other Amity campuses, Mohali campus  attracts students from several cultural backgrounds, creating a vibrant learning environment.

8. Placement and Career Support: The university offers dedicated career services, including resume workshops, mock interviews, and job fairs, to ease placements in top IT companies both locally and globally.

9. Machinery and Tools: The university provides the students with world class equipments. Be it tools or machinery, they have the best of all kinds.

The following advantages make studying B.Tech at Amity University Mohali a great choice for students looking to build a splendid and successful career in the diverse field of technology compared to other top private engineering colleges in Punjab, particularly within the context of Punjab's growing IT sector.

The university is located in Mohali, Punjab, and surrounded by the stunningly beautiful Shivalik Hills, studying here offers more than academic grades. You can submerge yourself in local culture, you can even try the delicious local punjabi dishes, and indulge in outdoor activities like trekking and cycling, for your college experience.

Take into consideration factors like campus environment, learning facilities, internship opportunities, and career support services when making your decision for the best college. 

Being at Amity University Mohali, Punjab not only provides academic excellence but also offers a beautiful surrounding. Picking Amity University means you're starting with a journey that gives personal growth and professional success all in the field of commerce. Explore your options and choose the college that aligns with your goals and dreams. 

Lastly, deciding where to pursue B.Tech Engineering from is about going for a field of your liking wherein you will do great. Take your time to explore your options, and get ready to start on an exciting journey towards a great career. So, gear up, and get set to make your mark in the field of engineering!

Source: https://sites.google.com/view/colleges-in-punjab-for-btech--/home