#Bioinformatics Jobs

[catboybiologist]

Living in a coastal area is really bad for my latent urge to fuck off from grad school and do stuff with boats

[dailycupofcreativitea]

This is a shameless pitch for my field of work but if you like biology and you like coding...consider bioinformatics as a career  👀  Especially if you live in the US, as it's well-known for its bionformatics scene.

[jynersq]

i have the opportunity to do the funniest thing of all time (get the cancer biology phd i’ve been killing myself for for 5 years and immediately leave science to become staff for my union)

[zeussim]

I've had an epiphany about my masters. I'm not gonna do bioinformatics. It's not for me, I can't see myself doing it for the rest of my life. I really don't want to. It fills me with dread. SO, I'm going back to my first idea, the reason for me wanting to study biology in the first place. Marine microbiology!! The thing I have added though is that I'll take some bioinformatic courses along with it to be ✨️extra✨️(let's not forget I've already taken bioinformatic courses)

[placement-india]

𝐀𝐩𝐩𝐥𝐲 𝐭𝐨 𝐉𝐨𝐛 𝐎𝐩𝐞𝐧𝐢𝐧𝐠𝐬 𝐢𝐧 𝐍𝐚𝐠𝐩𝐮𝐫, 𝐒𝐞𝐚𝐫𝐜𝐡 𝐋𝐚𝐭𝐞𝐬𝐭 𝐍𝐚𝐠𝐩𝐮𝐫 𝐉𝐨𝐛 𝐎𝐟𝐟𝐞𝐫𝐬 - 𝐏𝐥𝐚𝐜𝐞𝐦𝐞𝐧𝐭𝐢𝐧𝐝𝐢𝐚.𝐜𝐨𝐦.... https://www.placementindia.com/jobs-in-nagpur.htm

[arellas]

looking at jobs on linkedin and i feel sick …

[aqeons]

[solradguy]

GG2OMC (ENGLISH): THAT MAN - ISOTOPE & ISOLATION

Word Count: 1645 Warnings: None Chapter Index & Credits Page・ Mobile Friendly Version Archive.org download page (.PDF + uncompressed art scans)

Having completed the basic theory of the force of law, humanity began researching applications of that theory in various fields without a break. Each country, in pursuit of their own interests, invested heavily in this research and recruited top scientists in rapid succession. These scientists, too, were striving to develop new technologies in this new field in a favorable environment. At the forefront of applied legal research was a semi-state-run research institute in the United States of America where three up-and-coming young minds were gathered.

“Oh my god! He’s smoking in the lab again!”

Aria, who had shoulder-length red hair and a folder tucked under her arm, opened the door and slid into the lab. She was the only woman in the group and was undeniably talented, having obtained a doctorate in information engineering in her teens. Her mature behavior made her seem older than her actual age, but the occasional gesture or mannerism still showed the face of an innocent young woman. 

“Zip it. This ain’t a cigarette.” 

A man who was sitting by a window, looking listless, responded. Frederick was a tall man with a toned physique more like an athlete than a researcher. Two years older than Aria, he held a degree in particle physics and was a leading researcher in the recently established field of force of law energy physics. 

“...Oh! You noticed then?”

“...No, not really… Sure, I noticed.”

“Aw, come on! Aren’t you usually like, “You look good today, man,” or whatever? Ah, as expected. It gives me chills imagining you saying something sensible…” 

With a sniff, Frederick looked away.

“Haha, that’s quite dramatic…” 

A slender man who served as the head of the laboratory appeared quietly, holding a steaming cup of coffee in both hands. He was also a young genius scientist who studied life science at a young age and played a role in the completion of the basic theory of the force of law and its mechanics. He had since shifted his major to bioinformatics, and as the head of the laboratory, he was leading the research on applied forensic mechanics.

“Oh, good morning! It's getting warmer, and the long hours are getting in the way of my work..."

"Mm, you're looking a lot brighter today.”

"Wow! Really?”

"Hmph, looks like you're finally getting out of your schoolboy mood…” Frederick said, bitterly. 

"Haha... Here, Frederick. Be careful, it's hot.”

He handed him the cup of freshly brewed black coffee. Frederick took the cup silently and sipped it.

“...So, were you two up all night again?”

“Yeah, well, I must admit I wasn’t working. We got into a little bit of a conversation…”

“I wouldn't call five hours ‘little’…"

Frederick looked disinterested, and then he said venomously, "Ugh, five hours. I don’t know how you two don’t get bored… So, what were you talking about?”

“We were talking about events that still remain controversial in our time.”

"What a disappointment. That’s not much different than talking about your job…”

Aria sighed. Frederick, ignoring her, continued, “We and science are not all-powerful. There are things we can't understand or solve.”

“I don't deny that, of course. What I am saying is that there is a difference between ‘events we cannot unravel due to our lack of understanding’ and ‘events we cannot perceive in the first place.’”

“What do you mean by ‘imperceptible events?’"

“For example... Yes, the existence of God. Let's put aside religious belief for the moment, but we can understand the concept of God. But we have not scientifically proven the actual existence of God.”

“God is God, and that’s it. Apparently whoever believes in Him will be saved.”

“I used a bad metaphor. Let's talk about something more familiar. Our bodies are composed of about 60 trillion cells, whose roles are determined by DNA. In the 20th century, we finally figured out how this worked.”

“You're the one with the expertise..."

Frederick nodded arrogantly then sipped his coffee.

“But we don’t truly know by whom or even how this mechanism was constructed.”

“Who said that..? It was the result of trial and error woven by nature, wasn't it? If you fail, you start over. If you succeed, you move on to the next step. Of course, there must have been mutations.”

"Aria... Do you think that all of this, including the mutations, is an accident of nature?"

“I don't see how it could be any other way…”

“That's far too stochastic. Though, probability theory is your area of expertise.”

"Probabilistically, you're right. But what else is there?”

An impatient Frederick urged him on.

“Sorry, Frederick. Let's jump to a conclusion. What kind of being has the power to direct the course of events in a single direction? A being that defines in detail the course of every event in the world.”

“Alright, so that would be a god, then?”

“It is close to that concept. Let's call it ‘God’. And if ‘God’ is something we cannot perceive fundamentally..."

“Even if it did exist, what’s there to be worried about..?“

“Do you know what a 'missing link’ is? It’s a term used to describe a significant gap in the expected continuity of an event when a discontinuity is observed. To use a simple biological analogy, it’s a situation in which the existence of Species B, which should have occurred during the evolutionary process from Species A to Species C, is completely missing. So, how does the missing link occur? I believe that this phenomenon is a control error by ‘God’. In other words, ‘God's’ definition of events does not always work as it should. So… why then does a control error occur? Is the mechanism itself flawed, or is it encouraged to mutate by a third party..? I believe it is the latter. That is to say, a "third party" intervenes in the evolution from Species A to Species B, which was determined by ‘God’ as the natural course of events, and suggests evolution to Species C... or eliminates the possibility of evolution to Species B. In any case, the original evolution was to evolve to Species C via Species B, but the "third party" rewrites the program to evolve directly to Species C. I call this third party ‘divine revelation.’”

“W-wait a minute! That’s not easy to understand at all…”

Aria pouted. Frederick saw this and followed by folding his arms.

“It isn’t necessary to increase the length of a 1-meter giraffe's neck from 2 meters to 3 meters to 4 meters to make it 10 meters long. Make it 10 meters all at once. Rewrite its DNA. However, he's saying that this rewriting of DNA is not the work of a god but some kind of ‘revelation.’”

“I get the logic, but it's a bit far-fetched. Besides, if it's a being that encourages successful evolution, then what's the problem?”

“No, that's not always the case. There are a small number of extinct species among those for which the missing link has been identified. The ultimate goal of biological evolution is the perpetuation of a species. Therefore, extinct species cannot be considered an evolutionary success story. This is also true for us humans. If ‘divine revelation’ intervenes and forces us to evolve in the wrong direction while we are trying to evolve properly, we are doomed.”

The tone grew more serious and the color drained from Aria’s face.

"...Aria, it’s all bullshit. Don’t take it seriously.”

“Haha, that’s a heartless thing to say, Frederick. Call it a hypothesis.”

“Ok, so what do you really think, Fred?”

"It's best if you find your own way. I couldn't stand it being decided for me... That's all." 

“I’m glad. We’re on the same page, then…”

◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆

Beep. Be-beep. Beep. Be-beep. Beep. Be-beep.

An electronic warning alarm echoed in the darkened room.

"Oh my, I've exceeded the overflow limit again..."

A tall man dressed all in black clicked his tongue loathsomely. He tapped the console to stop the device. Then the man walked to the end of a terminal, a huge coffin-like structure, solemnly as if he was approaching an altar. 

With a flick of a switch, the lid of the device was removed without a sound. A few moments later, a pale, slender boy rose from inside the device. The structure’s interior was filled with a colorless liquid, blocking interference from the outside world. This highly viscous liquid clung to the boy's naked body.

The boy's brain plasma was connected to over hundreds of tiny metallic threads. The procedure involved reattaching memory data to the hippocampus. More specifically, it was the process of receiving backups of stored memories from the HPC server and restoring lost memories.

The procedure to rejuvenate the body had the fatal flaw of causing a high rate of memory clouding and loss. For that reason, the boy temporarily stored his memories in advance in preparation for permanent memory loss.

“How are you feeling?”

“My senses feel fresh and finely honed. The restoration was completed without any problems.”

“Though, rejection of juvenile hormones is troublesome..."

“It is not originally a human bioactive substance. In the meantime, these memory data will continue to be backed up in advance.”

“...Hm”

The man in the black cloak with the word “raven” written on it, bowed his head reverently.

“Incidentally, how are you doing? You seemed to have had subtle brainwave disturbances during the session..."

“...Indeed, I was reminded of a memory from long ago. Perhaps my emotions got the better of me.”

◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆

Chapter Index & Credits Page・ Mobile Friendly Version

[catboybiologist]

I think people that post photos of themselves on tumblr like you are very brave. Aren't you scared of irl people finding your blog?

Brave or just extremely stupid tbh.

This has already happened multiple times. Most of the time, it's been friends that already knew I had a place to post these kinds of pictures online, so did a little digging. And I didn't care, I would've told them my username if they asked, and they knew that. Some of them follow me here. I've also openly told other friends.

And there's probably more, including cishet friends, that may have stumbled across me somewhere, and just haven't mentioned it irl. I'm technically closeted, but my transition is an open secret at this point considering how many people explicitly know in my life. I suspect that some people are just waiting for me to say something before they mention anything trans related.

It was nerve-wracking at first, but I stopped caring too much largely because I reached a kind of extreme point related to this. This is gonna be a bit vagueposty, but the first time someone found this account, it ultimately ended very, VERY poorly. But I pushed through, along with several other bad things going on in my life, so now I kind of have a "fuckit" mentality about it.

But yeah.... Mostly it's just stupidity and a lack of caring. I want this in my life and I don't have the energy to care what other people think about it. That'll probably bite me in the ass, like it already has once, but we'll deal with that when it happens. Worst case I can always just quote everything and work on a remote bioinformatics job from wherever the fuck or something.

I do have small limits though. For example, I don't want to like... Overtly associate my research topic with this online presence, and so I'm a little evasive talking about what I actually research. I also won't outright state what my uni is even if it can be figured out. And don't try to guess either of those publicly bc I'll just ignore it.

[autogeneity]

Hi, I was looking into computer science and I wanted to ask you what drew you to it and how you feel about it as a career choice?

I don't think my reasons for getting into it are likely to be very helpful to anyone else because they are very specific to my life at the time and not actually much about computer science at all. Skip to the last section for more relevant things.

But here is my story —

I went into university with a starry-eyed idea of understanding the True Fundamentals of Everything and was majoring in maths, physics, and philosophy. also my brain was broken and I had a very fuckd't relationship to reality as a concept (mega derealisation with substantial perceptual distortions and potentially some delusional features) and some part of me saw this as Deep Philosophical Insight, while another hoped getting The Answers would solve it.

after a year it became apparent that this was probably at least a little silly and not going to happen, and I didn't actually see myself being a professional physicist irl.

additionally, I felt more drawn to doing something with more tangible outcomes in the real world rather than chasing maximum abstraction. I had a growing interest in neuroscience and AI and simulation, but also could maybe see myself becoming a professional mathematician. so I kept the maths and switched the others to computer science and psychology.

I guess the specific CS appeals were: I already knew some programming and had found it basically trivial to learn, so I sort of figured it is probably a good match for my brain. and I like puzzles (actually when I first got to uni all the departments were doing little recruitment speech thingies and the CS department actually gave us puzzles! I somehow imagined this would be representative of literally anything (it is not)). I still find those, like, code challenge type problems a lot of fun though.

the final thing that sealed the deal was the availability of a scholarship for maths+cs major, and the fact that it could provide a backup plan if my academia plans failed.

---

As for how I feel about it — well, my academia plans did fail so I am very glad I had a backup in place. Even if they hadn't gone wrong at the time, it's pretty clear to me now that the many mental health issues I continued to deal with in the time since would have led to me fucking up in academia sooner or later in a way they did not in my job. There is much, much more latitude here.

And it's pretty alright as a job; I'm not ecstatic about it but I don't really mind overall and it is sometimes fun. I actually like bug-fixing, lol — the kind where there's an immediately-obvious mistake and I just gotta correct it is boring but the hunt is fun. In general I dislike the amount of small, tedious tasks where I just gotta do some obvious thing, but I like it when I get to build something more substantive that requires more figuring out. I am somewhat fond of the way the shape of the things feels in my brain (not sure that makes any sense lmao). Albeit there are not really many puzzles. :(

But I'm not intending to stay in my current work. I worked briefly in data science and found it much more engaging. I plan to move towards that and/or stuff in the direction of bioinformatics or scientific computing or computational neuroscience. Which is all still computer science but not. software development.

---

Which is probably the biggest thing I would want to highlight for someone considering computer science. In general working in software development (the most typical career path) is very different to working in computer science. Very often someone interested in the one will not be very happy with the other. I would encourage identifying which is your interest, and seeing what they both actually entail, before pursuing anything.

Because like, if you want a run-of-the-mill programming job, in many places it might be worth considering just doing some sort of bootcamp and projects. The company I work at gets probably like 20% of their graduate hires from that stream. Much cheaper and faster than a degree! Or for various other types of work certifications might be a good approach.

If you like mathy things, you probably want computer science proper. If you like engineering, tiny technical details, performance focus, etc, you probably do want formal education and may want to look at things requiring low-level languages, e.g. embedded software. I think people who like twiddling and configuring enjoy cloud shit? or infrastructure and ops work more generally but I think these days most places that looks like cloud shit. If you like the big picture, modeling, and the human side, you may be interested in systems analysis (I find this Very Shaped tbh but am not up for the human side and honestly don't like making big judgement calls).

Somehow I don't actually know what the people who like everyday application development actually like about it specifically lmao? even though they are surely the majority. But ¯\_(ツ)_/¯

[consult-sherlockholmes]

Im majoring in chemistry, hopefully I can get a good paying job like data scientist or something alike

Chemistry? Well that sounds familiar, welcome to the chemists. Bachelor's or master's degree? Good luck then to achieve your dreams. But I think a data scientist also requires lots of bioinformatics and statistical knowledge, but that is included in most degrees nowadays anyway.

[pccyouthleader]

Hedgehog Hodgepodge: A Story of Espionage, Confusion, and an Evil Plan Gone Haywire

Chapter 10: Smoothie Operator

After dismissing her afternoon students, Aurora left YH feeling both exhausted and exhilarated. It was so nice to have Uncle Knuckles on her side! She reached into her bag for her communicator, only to remember that it had been smashed against a tree. Phooey. Now she had to wait to talk to Shadow. 

Wanting some time to herself to think, she decided to stop at the Tasty Tidbit for a fruit smoothie. After ordering, Aurora found a secluded table on the outdoor patio and dropped her bag into one of the two chairs. She took the other and spread out the pamphlets she had shown to Knuckles.

Becoming completely absorbed in scribbling notes down, she barely noticed when someone cleared his throat. “Aurora?” said a tall, gangly serval. He gave her a toothy grin before placing her smoothie on the table. 

“Thank you,” she said, picking it up and taking a sip.

The waiter cleared his throat again. “It’s been awhile.”

Aurora finally looked up. “Felix?”

“In the flesh!” he said, flashing his toothy grin again.

“How are you? How is school going?”

He launched into his account of the last semester learning bioinformatics at the Aspen Gorge Technology Institute. “We just got out for the summer, so I got a job here until I return in the fall.”

“Wow!” said Aurora. “I’ve heard this is one of the most coveted summer jobs in the village! You must have had an impressive resumè!”

Felix had been in the Young Heroes program when Aurora was, only he was a year younger. She became very self-conscious when she remembered him following her around like a sick puppy the year she became a counselor.

“Yeah, I was surprised to get it! It beats shoveling dirt all to pieces!” Felix didn’t miss a beat. “We should hang out sometime! What are you doing this evening?”

Aurora became flustered. “I, uh, have plans with my boyfriend tonight.” It wasn’t a complete lie. Shadow did say he’d see her later. She knew he couldn’t stay away after three weeks of being gone.

“Oh, hey, that’s cool,” Felix replied, slightly deflated. He took out a scrap of paper and a thick-barreled pen. He scratched something down and handed her the note. “Here’s my number. Let me know if your date falls through.”

“Um, thanks,” she replied. Felix gave her a wink and turned to leave. 

Aurora felt bad for turning him down flat. But all she wanted to do this evening was spend some much-needed time with Shadow. 

Things had gotten awkward, so she stuffed her belongings back in her bag, grabbed her smoothie, and snuck out the side exit. (Thank goodness she had already paid!) 

She knew her mother’s office would be empty, so she headed in that direction, intent upon making a decision.

—

Shadow had too much to think about as he made his way out of the jungle and away from Sticks’ hidey hole. He knew Aurora was done with YH by now, but he needed to work through some things in his head before he went to see her. His apartment was the best place for that. 

Kicking on his air shoes, Shadow glided through the rest of the jungle and arrived on the outskirts of town. He always tried to conceal himself among the trees or buildings; he wanted to avoid the villagers at all costs.

Dodging an old man with a cane and two kids on hoverboards, he realized he was drawing attention to himself. He ducked into an alley and slowed to a walk, stealthily creeping down a side street that came out a block off the main road.

Before him stood the Tasty Tidbit, Aurora’s favorite place to go for a sweet treat. And on the patio to the right sat none other than his beloved. Shadow still wasn’t used to the flutter he felt in his chest when he saw her. But he had become addicted to the feeling. 

Aurora was sipping from a straw looking very awkward under the gaze of a young, handsome serval. Shadow moved down an embankment and crouched behind the wall outside the patio hoping to hear what the guy was saying. 

“I, uh, have plans with my boyfriend tonight,” Aurora stammered. 

That’s my girl, Shadow thought, smirking to himself. There was a pause in the conversation and he heard the serval say something about plans falling through. 

Not on your life, kid. It would take a catastrophe of epic proportions to keep him away from Aurora this evening.

The serval left and Aurora hastily grabbed her things to leave. Feeling once again like a stalker, Shadow followed her at a distance until she was safely inside the building that housed Amy’s studio. Then he slinked through the back streets to his apartment. 

Once inside, he flopped down face-first on the mattress in the middle of the floor. What had he experienced today? The events of the previous eight hours swirled through his mind at lightening speed. The obelisk, the orb, the mysterious substance on the trees - they were all related; he had no doubt about it. And the more he found, the more it reminded him of…

No, Shadow thought shaking his head. That was settled long ago.

Maybe Tails had learned something from his analysis of the trophy.

Tails!

Shadow looked at his communicator and saw that he had 5 minutes to make his appointment. Heaving himself from the mattress wearily, he glanced in the mirror to smooth his quills. He also palmed the green emerald he had kept handy all day. “Chaos Control!” Shadow said to no one in particular, and disappeared in a flash of green light.

[zeussim]

I've had an epiphany about my masters. I'm not gonna do bioinformatics. It's not for me, I can't see myself doing it for the rest of my life. I really don't want to. It fills me with dread. SO, I'm going back to my first idea, the reason for me wanting to study biology in the first place. Marine microbiology!! The thing I have added though is that I'll take some bioinformatic courses along with it to be ✨️extra✨️(let's not forget I've already taken bioinformatic courses)

[luv-assangiebatch]

So it starts....

I started my PrecisionMed!AU fic...we'll see how long I can go. I am also still trying to think of a title...

Julian was an intriguing man with a complicated and somewhat dangerous past.  A computer hacking genius in his teens led into a life of activism and journalism throughout his twenties and thirties.  He seemed invincible and fearless as he took on large corporations and dared to challenge national government institutions.  The website he created from his determination and brilliance allowed anonymous sources to share inside information showcasing the sins of some of the most powerful and influential people in the world.

In his never-ending quest for transparency and truth, Julian one day found himself in the crosshairs of the United States after one of their own military officers sent him an entire database of US confidential information.  Aware he was constantly tracked by the CIA and other government spies, he maintained his courage and determination in the face of such adversity.  His small team of volunteers partnered with major mainstream media outlets to expose the deepest, darkest secrets of the US which would create shockwaves for years to come.

Always so stubbornly fearless, Julian ignored the danger that constantly followed him.  He felt exposing these scandalous secrets was the best way to ensure a proper work of checks and balances for all societies across the globe.  He was clever, creative, elusive, and mysterious.  He believed he could outsmart anyone, and as his website and organization grew into a conglomerate of volunteers with unique and special talents, they all helped to protect Julian at all costs.  However, a day finally came when his most trusted colleagues helped him evade capture and incarceration, and they knew it was not safe for him to continue on this path.

Ever so headstrong, Julian did not want to back down.  This organization was his vision, the culmination of his blood, sweat, and broken sanity for over half of his life.  However, as danger continued to close in, his advisors were finally able to convince him that he needed to disappear, at least for a while, and they would continue to maintain his mission.  Julian was the face of the organization, and a very unique one at that.  He was statuesque with an ethereal, tousled, platinum blonde mane whose locks ran down the length of his slender, chiseled face.  He had deep, dark zircon eyes that shined when the light hit them just right, once they peeked out from behind the strands of hair that tended to hang over the right side of his face.  A striking man indeed, who had his share of female fans who were drawn in by his beauty and conviction.  However, it was his unique beauty that put him in danger and why his colleagues urged him to disappear for a while to save not only the mission but possibly his life.

Julian was a stubborn and prideful man.  He was no stranger to donning a disguise every now and then to avoid detection, but he refused to change himself or his look for good.  Always clever and with the help of his trusted colleagues, his hacker abilities gave way to erasing him from existence in the digital world, which in this day and age was just as good as burning a body.

Julian ended up retreating to Basel, Switzerland which was a fairly low profile corner of the political world.  A great hiding place for a political refugee such as himself.  Donations from his organization helped to get him settled, but he knew he needed to cut as many ties as possible to protect himself and his mission.  Basel was known for having a prominent biotech presence and soon enough with his doctorate and expertise in computer programming, Julian was able to land a job at a tumor profiling company as their new VP of Therapeutic Bioinformatics. While this shift in home and career was facilitated to protect himself and his original mission, he never expected to become fully immersed in it and find a whole new life—nor did he anticipate meeting her.

[gofunkee]

Crowdsourcing: not a new concept

what is crowdsourcing?

By using the Internet, social media, and smartphone apps, a huge number of individuals can contribute their work, information, or opinions through a process known as crowdsourcing.

While some crowdsourcing participants carry out menial jobs willingly, others work as paid freelancers. For instance, in order to give app users access to up-to-date, real-time information, traffic applications such as Waze incentivize drivers to self-report accidents and other traffic occurrences. (Hargrave, 2022) Crowdsourcing is a collaborative approach that involves sourcing information, ideas, or services from a wide and diverse group of individuals, known as the "crowd." This decentralized method relies on the collective intelligence and varied expertise of contributors, often facilitated through online platforms. Crowdsourcing is characterized by an open call for participation, inviting individuals to provide solutions, ideas, or content to address specific challenges or tasks.

Crowdsourcing in crisis

Amid the global, ongoing COVID-19 pandemic, among the tireless work of health care workers, policy makers, and government officials across various nations, there is another player with “skin in the game” if you will—crowdsourcing projects. Crowdsourcing is a model whereby individuals or organizations obtain goods and services, including ideas, from a large, relatively open community of digital media, Internet users, and an entire array of diverse stakeholders sharing a common interest from a range of perspectives and experiences.1 Although crowdsourcing originated long before the advent of digital age, in the current era of social media and other digital outlets, crowdsourcing has become a fairly commonplace solution. (Desai, 2020) Crowdsourcing in health and medical mostly started in the bioinformatics and technology fields about 2010. Its broad usefulness in disaster crisis management has, however, mostly gone unutilized. We address the ongoing and present uses of crowdsourcing in the COVID-19 era from this point of view. The COVID-19 pandemic, which has infected > 5 million people worldwide and caused > 330,000 deaths at the time of this writing, is no less than a disaster crisis, albeit biological. A disaster life cycle consists of the steps taken in planning for and responding to a particular disaster (Fig 1). This disaster cycle is used throughout the emergency management community, from the local to the national and international levels. We saw similar disaster mitigation (social distancing), preparedness (quarantine restrictions), response (masking), and recovery efforts during the 1918-1920 seasonal H1N1 flu pandemic. (Kuderer, 2020)

Community for creatives

Crowdsourcing funding for projects, businesses, and causes is expected to grow to be a $300 billion industry in the near future, according to estimations made by the crowdfunding trends blog Fundly. In 2017, Stanford University student Nicholas Benavides, the creator of the Blue Ocean Entrepreneurship Competition for Students, conducted an analysis of over 2,000 Kickstarter project data to identify the elements of a successful crowdfunding campaign. Benavides surveying the terms used in a campaign's title and blurb using the Kaggle Kickstarter dataset developed a model that could predict a campaign's success with 75% accuracy. (Sickler, 2020) Among his major findings was that the most common words–game, new, design, world–appeared equally in both funded and unfunded campaigns. The major point of differentiation was not in word choice but between those categories inherently more social in nature, such as Comics, Dance, Music, Theater and Design, and solo practices like Craft and Journalism. Social categories were simply a more natural fit for the success criteria of crowdfunding.

Role of crowdsourcing in Web3

Crowdsourcing in Web3 refers to the decentralised process of obtaining goods or services from a large, undefined group of people via the internet, rather than from traditional employees or suppliers. The role of crowdsourcing in Web3 is to empower individuals and communities to collaborate and contribute their skills, knowledge, and resources to create and maintain decentralised applications and services that are more equitable, transparent, and secure. This can lead to increased innovation, collaboration, and democratisation in the development and deployment of new technologies, as well as in the creation of new forms of governance and value exchange. (Reffell, 2023)

Crowdsourcing in Web3 examples:-

DAOs: Decentralised autonomous organisations (DAOs) are organisations that are run through rules encoded as computer programs on a blockchain network. DAOs are governed by their members, who vote on proposals and make decisions collectively. Examples of DAOs include MakerDAO and Aragon.

Prediction Markets: Prediction markets are decentralised platforms that allow users to make predictions on the outcome of events and earn rewards for accurate predictions. Examples of prediction markets include Augur and Gnosis

Decentralised Exchanges (DEXs): Decentralised exchanges are platforms for trading cryptocurrencies and tokens without the need for a central authority or intermediaries. Examples of DEXs include Uniswap and Curve.

Decentralised Identity Systems: Decentralised identity systems are platforms that allow users to control and manage their personal information and data, rather than relying on central authorities or intermediaries. Examples of decentralised identity systems include Sovrin and uPort.

In conclusion, by utilising the combined knowledge of many participants, crowdsourcing has the potential to revolutionise creativity and problem-solving. Its capacity to combine a variety of viewpoints and abilities not only encourages innovation but also offers an economical way to address difficult problems. Its attractiveness stems from the speed at which solutions are generated and the active participation of communities, which fosters the growth of unorthodox ideas. But obstacles like upholding quality control and handling moral issues like equitable recompense and privacy issues highlight the necessity of cautious execution. With the integration of intelligent algorithms and automation in technology, crowdsourcing looks to have a bright future ahead of it, providing even more effective and significant collaboration in a variety of disciplines.

REFERENCE

Desai, A., Kuderer, N. M., & Lyman, G. H. (2020). Crowdsourcing in crisis: Rising to the occasion. JCO Clinical Cancer Informatics, (4), 551–554. https://doi.org/10.1200/cci.20.00054

Hargrave, M. (n.d.). Crowdsourcing: Definition, how it works, types, and examples. Investopedia. https://www.investopedia.com/terms/c/crowdsourcing.asp#:~:text=While%20crowdsourcing%20often%20involves%20breaking,samples%20for%20a%20small%20fee.

Reffell, C. (2023, February 7). What is the role of crowdsourcing in web3?. Crowdsourcing Week. https://crowdsourcingweek.com/blog/crowdsourcing-in-web3/#:~:text=Crowdsourcing%20in%20Web3%20is%20made,transactions%20and%20interactions%20between%20participants.

Sickler, E., & Erin Sickler  Erin Sickler is a mindfulness & creativity coach living in the Hudson Valley. A former NY art curator. (2020, September 2). How to launch a Creative Crowdfunding Campaign for your next art project. art journal. https://artrepreneur.com/journal/creative-crowdfunding-for-artists/#:~:text=A%20well%2Ddesigned%2C%20online%20crowdfunding,win%20you%20fans%20for%20life.