#FEA applications

[meggydolaon]

gonna put the blueberry family 🫐 in the blueberry academy 🫐

kids to follow, just wanted to post Chrobin first ùwú

[ro-botany]

this may be a tiny bit self serving and i dont know if youve made a post about it already… but if you have chrom’s height, do you know how tall robin is? awakening put them at about the same height model wise but robins been consistently shown as shorter in media after that (fe:h, engage, smash bros, etc.). how much taller is chrom in engage?

I haven't made a post about this already, somehow! I've been so focused on dragon forms I forgot about not-dragon-form Robin. :P

Awakening gave Robin not one but SIX possible heights. All three body variations for each gender gets a different model scaling value, and no two are the same. Which incidentally is why I use Chrom as my ruler for other Awakening models, and not Robin. You can never truly be sure which body type is canon to any given Robin...

The medium male Robin is in fact the same height as Chrom in Awakening; the tall male and female bodies are taller than Chrom; and then the small male and female bodies, as well as the medium female body, are all shorter.

Kinda makes me wonder if that's the reason they make Robin shorter than Chrom in all their subsequent appearances. Looked at these numbers and went "eh, on average Robin's shorter".

ANYWAY. ENGAGE HEIGHTS. I gotcha covered. Same methods as usual; port into Blender and graft on feet, apply scaling values, measure on the Z-axis, grab the Fogado-Byleth conversion factor, calculate the heights.

(The sheer visual difference... I haven't bothered to give the characters in the original Measuring File my fancy engage shaders, and boy howdy can you tell.)

In Engage, Robin is about 5' 6"! Chrom has a bit over half a foot of height on him at 6' 2".

As an interesting side note; the difference between Engage Chrom and Robin's heights is pretty much exactly the height difference between Awakening Chrom and Robin's short male body type. Robin's height in Engage is 89.7% of Chrom's, compared to short male Awakening Robin's 90%.

No matter what the hair style says, short male body type Robin is canon to Engage. I rest my case.

[armando-triplepapito]

Why is that? Patricia only did 6 semestre en La San Marino how come there weren’t more applicants with a better resume?

Did they not add these skills to the job post? Did they just let anyone apply?

[raaorqtpbpdy]

Wish upon the Stars

Untold years have passed since that portal accident so long ago, and Danny Fenton is dead, but maybe his dreams don't have to be.

Based on the prompt: "What did you want to be, when you grew up?" [from @anguishedlurker]

Read also on AO3

[No applicable warnings]

It had been a long time since Danny was fourteen.

He'd experienced horrors and joys the likes of which were beyond human conception. He'd watched the world change around him, for better and for worse. He'd lost everything and everyone he loved a dozen times over, but he kept on loving and losing. It was, as had been said, better than never having loved at all.

Danny Fenton wasn't fourteen anymore. Danny Fenton had passed away a long time ago. But when he looked in the mirror, Danny Phantom looked the same as he always had.

Even after decades... centuries, probably, at this point, people still looked at him, a hero from their grandparents' grandparents' time, and saw a dead fourteen-year-old, saving people, fighting ghosts, protecting the Earth from Ghost Zone invasions.

Nobody talked about it.

For all that Danny was famous, known planet-wide as the greatest hero in this world or the next, the topic of his age always seemed too grim for anyone to broach in his presence. He was sure people would mention it in hushed tones amongst themselves, but never anywhere Danny could hear it.

Now that he was a full ghost, Danny didn't need to sleep. He would fly from city to city, taking care of people, helping ghosts find their way back to the Zone, or encouraging them to treat humans with more care. To remember that humans were fragile, and that they could still die. 

It was growing increasingly rarer the more time that passed, for ghosts to come into the human world with deliberately hostile intentions, but it still happened from time to time, and when it did, Danny would fight like he always had.

It was lonely work. 

For many years, Danny had helped him, traveled with him, but after a time, she'd declared that there wasn't a single inch of this world she had yet to explore, and she moved into the Ghost Zone, hoping the infinite realms would keep her occupied with new sights to see and people to meet for a good long while. He hadn't seen her since, so he supposed that must mean she'd gotten what she wanted.

He was happy for her, but he was lonely.

He'd been alone for a long time.

He was not fourteen anymore.

Even though he always would be.

Thailand was nice this time of year, balmy but breezy, with gorgeous flora and lively people. As soon as he dealt with this ghost, he might even take the time to enjoy it.

He didn't know what the ghost called herself, only that she was playing a little too rough with the local kids and needed a little reminder about how mortality worked. 

It didn't take too long. This kind of discussion usually didn't. The ghost, Rosie Ring, wasn't malicious, she just wanted to play. She reminded him a bit of Youngblood. Ancients, it had been a long time since Danny ran into him. She apologized for her carelessness and asked if the kids wanted to keep playing, some did, some said they needed to go home, and a couple invited Phantom to stay and play with them.

Danny had refused at first, but there wasn't really anything else he needed to do, so he joined their little game until it was time for them all to go home to their families.

"Excuse me, Mr. Phantom?" asked a little girl. 

Over the years, Danny had learned many languages, mostly just to pass the time since ghost speak served as a universal translator, with the only drawback being an accent that creeped people out. Thai, unfortunately, wasn't one of them. He crouched in front of her, hoping he wouldn't have to speak and risk scaring her.

"Will you walk me home?" she asked. "I'm scared of the dark."

He nodded with a calming smile and offered her his hand.

The girl couldn't have been more than ten years old, but she was very polite, and walked hand-in-hand with Phantom without a hint of fear.

"Mr. Phantom?" she asked.

"Hm?"

"What did you want to be, when you grew up?"

Danny paused a little, floating in the air, but the girl didn't notice and kept walking, dragging him along. In centuries, no one had ever asked him that. No one had been brave or reckless enough to bring up the fact that he'd never gotten the chance to grow up—not to his face anyway.

It took him a long moment to answer, it almost hurt him to think back that far, but the girl didn't push, just waited patiently.

"I wanted to be an astronaut," he responded. He felt her grip tighten in mild alarm at the sound of his voice, but she didn't jump or try to run. "I wanted to go to the stars and explore the universe."

"Did you want to meet aliens?" she asked.

"Maybe," he said. "But it turns out all the aliens are in another dimension not too far away, and I'm to busy with them to go to space now."

"Did you ever get to go to space?"

"Yes."

In the early days, after learning he could survive in a vacuum, Danny had gone to space fairly often. But as the years passed, and he had more responsibilities on Earth, his trips to the upper atmosphere and beyond became fewer and fewer, and he hadn't gone at all in over a decade.

"But I can't go very far. I'm needed here."

She nodded thoughtfully, watching her feet swing, one in front of the other, as she walked along the road toward her home.

"Do you like what you do here?" she asked after a moment.

"Most of the time," he said. "It's important work, and it makes me feel good to help others... but some days it's tough."

She nodded again, and again lapsed into momentary silence, watching her feet.

"Do you ever wish you didn't die?" she asked.

He froze again, and again, she pulled him along after her as she continued walking home, navigating the darkening streets by his ghostly glow.

"I used to, a long time ago," he admitted. "I've accepted it now, though."

Another quiet nod and silence.

"When I grow up, I'm gonna be a doctor," she said. "I know I'm gonna have to go to school for a long time, but I want to be able to help people, even though I'm not a ghost with cool powers, like you."

"That's very noble," Danny told her. "I think you'll make a great doctor."

She finally looked up from her feet to smile at him.

"Thanks! I hope so."

They didn't talk much more on the walk, and parted ways once she reached her home and greeted her family. 

Danny waved goodbye and wished the girl good luck with becoming a doctor.

And when he was alone on the street, he looked up to the stars. With the light pollution, few were visible, but if he just flew up... if he just got a little bit closer....

Before he knew it, Danny was floating upward, his speed steadily increasing, and a few minute later he was out. He'd escaped Earth's atmosphere and was floating in the vastness of space. It was beautiful. It was peaceful.

He'd forgotten how much he missed this feeling.

He'd forgotten how much he'd longed for it, once upon a time.

[sketchygardenbah]

Hihi!! Can we have a tree level of any human fnaf fictive?? Ty if you’ll do this!! Understandable if you won’t!!

Thank you for your request!! we are SO sorry for how long this took, and we hope you enjoy your human fnaf headmate!

[disclaimer: we knew very little about this source and the characters so we apologize for any and all inaccuracies]

|| New plant incoming ||

Character: Charlotte Emily

Name[s] - Charlotte, Charlie, Emily, Emi, Marionette, Puppet, Monette, Mazye, Emilyn 

Age - ChronoAge: 12-15 // PermaAge: 17-20

Gender[s] - GirlFlip[Girl to Agender + GenderFae], Marionettemistress, Puppetic, Iloric, Melancholiangelic, Sadbodiment, ExpressionFluid, Protecticxeno, Gaurdiangender, Distressic

Sexuality[s]/Orientation - Birose[sexual/romantic], Hyperplatonic, Anaesthetic

Role[s] - Caretaker/Caregiver, Masker, guilt holder, Hypoempathy [hyper empathy] holder

3rd person pronouns - she/her, sh3/h3r, tei/ter, sae/saer, e/em, thxy/thxm, puppet/puppetself, mari/marionette, string/strings, help/helper, pro/protect, li/life, de/death, bre/breath, last/lastself, cry/cries, sob/sobs, hope/hopeless, venge/vengeance, bo/bold, guard/guardian, dis/distress, 💔/💔s, 🎭/🎭s, 🔪/🔪s, 💧/💧s, ☂️/☂️s 

2nd person pronouns - you/yours/yourself, puppet/puppeteers/puppeteerself, fea/fears/fearself, protect/protectors/protectorself, tea/tears/tearself, distress/distressers/distresserself, mar/marionettes/marionetteself, mask/maskers/maskerself

1st person pronouns - I/me/my/mine/myself, pi/pup/puppet/puppetine/puppetself, pro/pre/pry/protect/protectorself, up/ups/upset/upsetine/upsetself, lo/lov/love/lover/loveself, ho/hop/hope/hopeine/hopeself, gho/ghos/ghost/ghostine/ghostself, po/poss/possess, possessine/possessself 

Species - Human // Human Ghost // Transspecies: Puppet/Marionette

Source [if applicable] - FNAF [Charlotte Emily]

Likes - helping people, vengeance, paranormality, dramatic theater[/etc] masks, the rain, building robots, entertaining kids

Dislikes - seeing the innocent hurt/killed, funerals, being alone, shallow water, blank paper

Typing quirk - adds an extra “s”, replaces “o” with “*” [e.g pi wass trying t* help but they ign*red h*p… l* h*pe l* didn’t sscare them.]

Fun fact - Stays up late cleaning after parties/events/or just when things have gotten messy, so that when others get up everything is clean and ready for them [either irl or–most likely–headspace]. 

Kin list - Trans[species]Marionette/Puppet, WaterVapor[object?]Kin, Crying[concept]Kin, Avian[CladoTherian], Bowhead WhaleKin, Vampire BatHearted, Porcupine[therian]

Fave time of day - Morning [7:23 am or 07:23 for military time]

Faceclaim -

[1 // 2]

CisIDs - CisGhost, CisPale, CisDepressed, CisAPD, CisProtective, CisBrownHair, CisTeen, CisFearful, CisHighIQ, CisUnconditionalLover, CisHelpful, CisBrownEyes

TransIDs - Trans[species]Puppet/Marionette, PermaRaining, TransPierced, TransRedHead, TrisEyeBags, TransFloaterHead, TransCrushedRibs, Quasisolwireamian, TrisPTSD, TransLovesick, LoveAbled, TransAmputee, PermaAge[17-20yrs], TransMaturity, TransNullChildhood

Paras - FictoAAM //⚱️// 👻 // 🔪🫀

Other ids - OpLD, ImDD, NeuroXenic, RebornQueer

Violence level - 3.88

Journal entry - “gh* g*t t* ssee a l*t *f kidss t*day… h*wever m*sst *f them were unwell, pi wissh pi c*uld help them. But n* w*rriess, pr* will when they inevitably passs *r perhapss mask c*uld try and prevent them fr*m passsing? L*’d have t* l**k m*re int* that as medical sstuff hass never been pry thing… Maybe a machine w*uld help! Well up g*tta g* w*rk *n that, ssee ya!”

[translation: “gho got to see a lot of kids today… however most of them were unwell, pi wish pi could help them. But no worries, pro will when they inevitably pass or perhaps mask could try and prevent them from passing? Lo’d have to look more into that as medical stuff has never been pry thing… Maybe a machine would help! Well up gotta go work on that, see ya!]

Remember: headmates almost never form exactly as depicted here. You can also alter anything on here to better fit your system and needs!

|| Plant packaged and sent ||

Plant grown by: Tree + Charlie // Fred/fern + Citrus Boy

Response by: Tree

Translation by: Tree + s a d Farmer

[featherchan]

Rules: Please repost! Don’t reblog! Name / Alias: Feather, Fea Are you over 18? : Yes / No

  ~ W R I T I N G ~

Are you selective about who you write with? : No (anyone) / Semi (most people) / Yes (some people) / Highly (few people) / Private (mutuals only).

Are you selective about who you follow? : No (anyone) / Semi (most people) / Yes (some people) / Highly (few people).

If your muse is canon, how much do you adhere to canon? : Not at all / A little /Some / Mostly / Strictly / Not Applicable.

[ Mun's notes: I try my best to follow the canon. For example, Rei still follows the manga and Crystal series. While Michiru and Hotaru have some mixture between the manga and the animated 80s, series since they don't appear much in the manga. ]

What post lengths do you write? : One-Liners /Single-Para / Multi-Para / Novella/ All of the aforementioned

Do you use icons and/or GIFS? : No / Gifs / Icons / Yes / Sometimes.

Do you write on other platforms? : No / Yes

[ Mun's notes: I try to write in Discord sometimes. ]

What level of plots do you write? : Unplotted / Open-Ended Plots / Semi-Plotted / Fully Plotted Epics / All of the aforementioned

[ Mun's notes: I prefer to plot since there could be certain situation that might not sit well with mutuals. Plus, a great way of opening the door to communicate with them and get to know them better. ]

How quickly do you usually respond to threads? : Very Slow (more than a month) / Slow (3-4 weeks) / Average (1-2 weeks) / Fast (less than one week) / Very Fast (less than three days)

What types of themes do you like? : Adventure / Romance / Fluff / Angst / Violence / Tragedy / Domestic / Family / All of the aforementioned

What genres do you like? : ( Feel free to add! ) High Fantasy / Supernatural / Science Fiction / Historical / Horror / Comedy / Romantic / Drama / Action / Smut / Adventure / Espionage / Dark / Emotional / All of the aforementioned

Are there any themes you’re uncomfortable writing on your blog? : (Not triggers) No / Yes / Sometimes

Do you have any triggers? No

How do you request it tagged? 🤷🏻‍♀️

  ~ S H I P P I N G  ~

What types of relationships are you open to? : Romantic / Platonic / Enemies / Rivals / Familial / All of the aforementioned

What types of pre-established relationships are you open to? : Romantic / Platonic / Enemies / Rivals / Familial / All of the aforementioned

Do you have OTPs? : No / Chemistry Only / Yes 

Do you have NOTPS? : No / Yes 

What is your muse’s sexual orientation? : Heterosexual / Heteroflexible / Bisexual / Pansexual / Homoflexible / Homosexual / Demisexual / Sapiosexual / Asexual / Still trying to figure it out / Depends on the muse/verse you’re asking

What is your muse’s romantic orientation? : Heteroromantic/ Heteroflexible / Biromantic / Homoflexible / Homoromantic / Panromantic / Demiromantic / Sapioromantic / Aromantic / Still trying to figure it out / Depends on the muse/verse you’re asking

Are you comfortable writing smut? : No / Selectively / Yes /

How early in a relationship do you ship romantically? : Autoship / During plotting / After a couple IC interactions / Several IC interactions / Slow burn / Plot dependent / Never

Are you open to toxic ships? : No / Selectively / Yes / I am not sure we have gotta talk about it first.

Are you open to problematic ships? : No / Selectively / Yes / I am not sure

Are you open to polyamory shipping? : No / Selectively / Yes / I am not sure 

[ Mun's notes: For me, this depends on the muses and mutuals involved, as it could easily escalate into something toxic and dramatic for everyone involved.]

Are you an exclusive shipper? : Never / Sometimes / Yes 

Does crack shipping ever happen? : Nope / Yes / Depends

Tagged By: @eternalstarlights // Thank you for tagging me!

Tagging: Anyone who wanna have a crack at it.

[precisiotech]

Automated Testing vs. Manual Testing: Which One is Right for Your Project?

Achieving high-quality, reliable software stands as a fundamental requirement in software development. Successful testing functions as an essential tool to discover faults and build performance capabilities that create better user experience outcomes. Two main testing methods dominate the field: automated testing and manual testing. The process of quality software assurance uses different testing approaches that demonstrate their own advantages as well as weaknesses according to specific project requirements and scenarios. We will explore the specifics to determine which testing process works best for your system development efforts.

1. What Is Manual Testing?

Manual testing involves a human tester manually executing test cases without using automation tools. Key Characteristics:

The methodology focuses its efforts on user interface together with usability and experience testing.

Human-centered applications where selection requires discretion include ad hoc testing and enumerative testing as well as examinations that need human evaluation.

Human performers are required during this approach; thus, it demands substantial time.

2. What Is Automated Testing?

Software performing automated testing executes test cases through workflows and helpers. Key Characteristics:

Efficient for repetitive and regression testing.

Users must spend money on tools along with developing custom scripts for testing.

Reduces human error.

3. Advantages of Manual Testing

Human Intuition: Software testing professionals can detect kernels through their human cognitive ability that automated tools cannot match. The observation and evaluation of visual elements runs more efficiently through human operatives instead of advanced tools.

Flexibility: This method suits exploratory testing specifically because there are no pre-determined scripts available.

Low Initial Investment: Running this approach does not need tool purchases or applications to develop automation frameworks.

Adaptable for UI/UX Testing: Running this approach does not need tool purchases or applications to develop automation frameworks.

4. Advantages of Automated Testing

Speed: Executes repetitive tests much faster than humans.

Scalability: The system proves most effective for extensive projects that need constant system updates.

Accuracy: When performing recurring actions, automated systems minimize the chances of human mistakes.

Cost-Efficient in the Long Run: Once established and implemented, the system demands costly investments but ensures continuous development expenses decrease over time.

Better for CI/CD Pipelines: Such testing technology connects various development pipelines that support agile and DevOps methodologies.

5. Disadvantages of Manual Testing

Time-Consuming: The manual performance of repeated tests leads to delayed completion of projects.

Error-Prone: Large applications contain tiny bugs that human testers commonly fail to detect.

Not Ideal for Scalability: The process of increasing manual testing needs additional testers to avoid cost escalations.

6. Disadvantages of Automated Testing

Initial Costs: Organizations must provide high financial resources to procure testing tools together with developing programming constructs.

Limited to Pre-Defined Scenarios: These testing approaches work poorly for handling exploratory or ad hoc testing.

Requires Maintenance: Test scripts need frequent updates when application changes occur.

Not Suitable for UI/UX Testing: Struggles with subjective user experience evaluations.

7. When to Use Manual Testing

Small Projects: The testing method proves beneficial at a low cost for small applications and provides quick assessments.

Exploratory Testing: Testing this approach benefits projects whose scripts have not been defined yet or need evaluation for newly added features.

Visual and Usability Testing: Performing assessments on interface components together with design features.

8. When to Use Automated Testing

Large Projects: Handles scalability for projects with frequent updates.

Regression Testing: Program testing becomes more efficient through automation since automated assessments perform multiple tests following each update process.

Performance Testing: The system performs efficient capabilities to conduct load testing and stress testing.

Continuous Development Environments: Agile progression and DevOps implementations need automation as a core requirement.

READ MORE- https://www.precisio.tech/automated-testing-vs-manual-testing-which-one-is-right-for-your-project/

[otomehoneyybearr]

Act 12

Episode 18: The What-If future And The Certain Now: Tsumugi

Working w/ Maybelle Lace, jujumin-translates, Fea

Note: As you read, you will see that some sentences highlighted in a different color, this is what they indicate.

Pink: Flashback

Blue: Characters are acting

❄︎❄︎❄︎❄︎❄︎❄︎❄︎❄︎❄︎❄︎❄︎❄︎❄︎

Tsumugi: Now, please fill out this application form. When you are done, please go to the window over there—

Old Man: Got it, thank you.

Tsumugi: ...Phew.

Colleague A: I got some delicious coffee, do you want one, Tsukioka?

Tsumugi: I'll take it.

Colleague B: Oh, isn't it about time?

Announcer: "Now, I would like to introduce this year's Fleur Award nominated theater companies—"

Tsumugi: Oh, this theater company is interesting. Their direction changed recently—

Colleague A: Come to think of it, Tsukioka, you used to do theater too, right?

Colleague B: Huh, really?

Tsumugi: Well... I only did it as a student, so I was only dabbling in it.

Colleague A: You're not doing it anymore?

Tsumugi: Huh?

Colleague A: Actually, a friend of mine is gathering members to start a new theater company.

Colleague A: I think I heard of an audition coming up soon? If you're interested, I can hook you up.

Colleague B: If it's just a hobby, you can still do it while doing public service.

Colleague C: If Tsukioka wants to be an actor, I'll support him. Why don't you give it a go again?

Tsumugi: Again...

Announcer: "Next up is God Troupe, a theater company that is regularly nominated, and it is no exaggeration to say that they're the most likely candidate to win the Fleur Award."

Announcer: "The appeal of God Troupe is its established, independent worldview, high overall quality, and professional workmanship."

Announcer: "His presence is a big factor in supporting God Troupe, which has many passionate fans."

Tasuku: "My name is Edward!"

Tsumugi: ——.

Colleague A: Tasuku Takato sure has an amazing aura.

Colleague B: So this is who sits at the top of GODza. So cool.

Colleague C: I think it'll be GODza's win this year.

Tsumugi: ...

Tsumugi: (Tasuku is amazing. He can do plays that I can't do, and he's in a place that I can't reach.)

Tsumugi: (In the past it was common for me to stand on stage and perform alongside Tasuku...)

Tsumugi: (I want to stand in that place again. But, I don't have the qualifications to do so because I gave up everything that day—)

Colleague A: So, Tsukioka, what were you just about to say?

Tsumugi: ...I'm sorry, but I'm not into theater anymore.

Student's Mother: Yes?

Tsumugi: Good evening. My name is Tsukioka and I'll be here to tutor your child starting today.

Student's Mother: Thank you very much. You have a good reputation so it was hard to get a reservation, so I'm glad you're here.

Tsumugi: Thank you very much. I'm glad I have some time free now.

Student's Mother: Come on Yuuki, say hello.

Yuuki: ...

Student's Mother: I'm sorry about this.

Tsumugi: No, it's our first meeting, so it can't be helped. Nice to meet you, Yuuki.

Tsumugi: It's my first time here, so after I've explained what's to come and plan our schedule, we can make time to introduce ourselves.

Tsumugi: Up here is the schedule and explanation for what'll happen in the future. Any questions...?

Student's Mother: No, it's all good. Well then, I'll leave you to it.

Tsumugi: Okay.

Tsumugi: So now it's time for us to get to know each other. You don't have to feel that guarded.

Yuuki: Huh...

Tsumugi: I am Tsumugi Tsukioka. My experience as a private tutor dates back to my university days. It's been maybe more than 6 years now. When I was in college, I majored in psychology.

Tsumugi: Do you have any questions for me?

Yuuki: Do you... have a girlfriend?

Tsumugi: What?

Tsumugi: A girlfriend... I don't have one. Right now, I have a one-sided love.

Yuuki: Eh, how surprising.

Tsumugi: Really?

Yuuki: What are they like? Have you liked them for a long time?

Tsumugi: It's not so much people I'm talking about, but more so it's the theater.

Yuuki: What do you mean?

Tsumugi: You can call it everlasting unrequited love. I love it so much that I yearn for it every day.

Yuuki: Have you been doing theater for a long time?

Tsumugi: Hmm, I guess... It's been like that forever. I gave up once, but I came back again.

Yuuki: ...I have something I'd like to discuss with you.

Tsumugi: Would you like something to drink? How about some coffee?

Yuuki: ...I'd rather have a café au lait.

Tsumugi: Roger that.

Yuuki: You just thought that I was like a kid who can't take my coffee.

Tsumugi: What? I didn't think so. Café au lait is delicious too.

Tsumugi: Want to sit down?

Yuuki: Sure.

Tsumugi: So why a park and not at your house?

Yuuki: I don't want my mom to overhear.

Yuuki: I've been learning to dance since I was little, but when I suddenly grew taller there was a time where I couldn't dance well...

Yuuki: I couldn't win any prizes during competitions, and I was worried about the difference in my abilities with those around me, so I gave up on it midway through.

Yuuki: I had a big fight with my parents over this, and I immediately quit my dance school... I don't feel motivated to do anything right now.

Yuuki: At that time, my mother told me to switch to studying from now on, so she asked to get a tutor for me...

Tsumugi: ...Do you want to dance again by any chance?

Yuuki: ...Yes.

Yuuki: I thought that unlike everyone else, I didn't have the talent, and that I would never dance again.

Yuuki: But when I see idols dancing on TV or street performers practicing dancing in the streets, my body starts moving on its own.

Yuuki: It makes me want to dance.

Yuuki: But when you throw something away, it's hard to go back, and if nothing's left, you might not be able to dance like you have before. That's scary...

Tsumugi: I know how you feel.

Yuuki: Hey, what made you decide to go back? Did you have any regrets going back?

Tsumugi: ...

Tasuku: Don't change yourself, ever. Put on the act that makes me proud to stand by your side.

Tasuku: And I can guarantee you I'm not the only one who thinks this. Everyone here is blown away by your ability.

Tsumugi: Guys, I'm sorry for going off and doing my own thing today.

Tsumugi: I got so worked up over having to improve my acting, I lost sight of what mattered.

Tsumugi: I want to take a good hard look at my performance once more.

Izumi: Tsumugi...

Homare: I rather enjoy your acting, Tsumugi. You should take pride in it.

Azuma: He's right. Your subtle acting is what makes this play. If you were to invalidate that, you would be invalidating the entire thing.

Hisoka: ...Have confidence.

Tsumugi: Confidence, huh... Yeah, you're right.

Tsumugi: I was wrong. This play is about more than just me.

Tsumugi: We can make this even better in our own way, as a team.

Tsumugi: I have always admired the God Troupe's play style that you produced.

Tsumugi: And I can't deny that my desire to take on a new acting style this time was influenced by you in some way.

Tsumugi: I did give up on acting once due to your words... But because of that, I could encounter this theater troupe and be who I am today.

Tsumugi: I had no regrets meeting you.

Reni: I see...

Tsumugi: Of course, when I returned I didn't have the slightest bit of confidence. I was anxious and I was scared.

Tsumugi: But, more than anything, I just couldn't help but want to do theater again.

Tsumugi: When I first came back, I was devastated, but nothing beats the joy and happiness of being able to perform again.

Tsumugi: I owe it all to my friends and Director, whom I stood on stage with, for making me think that way.

Tsumugi: ...I don't think it's something we need to think too hard on. I do it because I like it. That's all.

Tsumugi: What is important is the feeling of love and the courage to take the first step.

Tsumugi: When I mull over it too much, I just can't move my body forwards. What do you think about when you dance?

Yuuki: ——No.

Yuuki: ...Teacher, watch this for a second.

Yuuki: ——.

Tsumugi: That's great.

Yuuki: You're exaggerating. I'm not good at all.

Yuuki: ...Give me a sip of that.

Tsumugi: The coffee?

Yuuki: The last time I had it, I gave up after one sip.

Tsumugi: Go ahead then.

Yuuki: ...It's bitter.

Tsumugi: Hehe.

Yuuki: I-I'm going to try dancing again. I'm not very good at it, but I still like to dance.

Yuuki: I want to dance more and get better.

Tsumugi: I see. As we talked, I started wanting to act too.

Tsumugi: Oh yeah, why don't we do a street act on Veludo Way right now?

Yuuki: Ehh?

Tsumugi: Yuuki can play the role of a dancer, and just dance like you are now.

Yuuki: To do it so suddenly in front of people though...

Tsumugi: Is it no good? I think it'd be interesting.

Yuuki: You sure are a theater idiot.

Tsumugi: Hehe, I'm often told that.

Yuuki: I hope I can get better.

Tsumugi: I'm looking forward to it.

Zabi: Woof!

Tsumugi: Whoa, I'm home, Zabi.

Tsumugi's Grandmother: Welcome back. This arrived for you.

Tsumugi: A postcard? Oh, it's from Sakuya.

Sakuya: "It's a little lonely traveling alone, but it's fun to meet new people.”

Tsumugi: (I'm glad his journey of self-discovery is going well.)

Sakuya: "Recently I stopped by a roadside station that sold a lot of freshly grown flowers and it was beautiful."

Sakuya: "There I helped an old woman with a heavy load, and she gave me a flower bulb as a thank you."

Sakuya: "I forgot to ask the name of the flower... But, it's a beautiful pink flower shaped like a red spider lily!"

Sakuya: "I would like to grow them with Tsumugi in the courtyard next time."

Tsumugi: Pink flowers shaped like a red spider lily might be...

Tsumugi's Grandmother: I wonder if it's nerine.

Tsumugi: That's right.

Tsumugi: In flower language, nerines mean...

Tsumugi: Hehe, I look forward to seeing you again.

❄︎❄︎❄︎❄︎❄︎❄︎❄︎❄︎❄︎❄︎❄︎❄︎❄︎

Prev | Next

▼・ᴥ・▼

[forgeline]

A center-locking version of our original VV1R 5-lug wheel, the VV1R-CL features a sharp Y-spoke design with integrated machining details at the base of each spoke, striking angles, and deep concave profile. The Forgeline VV1R-CL is a fully-forged one-piece monoblock wheel that utilizes manufacturing technology similar to our legendary GS1R wheel and is engineered to allow plenty of room for caliper clearance and extreme brake fitment. The VV1R-CL’s one-piece monoblock forging and computer-simulated FEA design process combine to produce a wheel that is lightweight, stiff, and has excellent fatigue strength. Made for hardcore track use, the Forgeline VV1R-CL is engineered with a 2100+ lb. street tire load rating to handle serious motorsport applications. The VV1R-CL is currently available in 18-inch, 19-inch, 20-inch, 21-inch, and 22-inch diameters with a range of widths and offsets. It can be made to accommodate most centerlock applications and can be made with knurled beads. (Please Note: Depending on size, the VV1R-CL may be available in deep, medium, or shallow concave profiles.) And just like any Forgeline wheel, the VV1R-CL is available with fully customizable finish options. Learn more (including sizes and pricing) at: https://forgeline.com/wheel/vv1r-cl

🇺🇸🇺🇸🇺🇸

[kayla000bell]

Greetings, fellow mechanical engineering enthusiasts and aspiring Ansys aficionados! Today, we embark on a journey through the intricate world of Ansys theory, delving deep into complex problem-solving techniques that are pivotal for mastering this powerful simulation software. Our expert has meticulously crafted a comprehensive solution to a master-level Ansys theory question, designed to sharpen your understanding and equip you with the skills needed to excel in your mechanical engineering assignments.

Understanding Finite Element Analysis in Ansys

Finite Element Analysis (FEA) lies at the heart of Ansys, enabling engineers to simulate and analyze the behavior of structures and mechanical systems under various conditions. To truly harness the capabilities of Ansys, one must grasp the fundamentals of FEA, including mesh generation, boundary conditions, material properties, and solving techniques.

Master-Level Ansys Question:

Question:

A cantilever beam is subjected to a concentrated load at its free end. Using Ansys, determine the deflection at the free end of the beam.

Solution:

To solve this problem using Ansys, we first need to create a finite element model of the cantilever beam. This involves defining the geometry of the beam, assigning material properties, meshing the structure, and applying boundary conditions.

Geometry and Meshing: We start by creating a 3D model of the cantilever beam in Ansys DesignModeler. Define the dimensions of the beam and create a solid model.

Material Properties: Specify the material properties of the beam, including Young's modulus and Poisson's ratio, to accurately represent its behavior under loading conditions.

Mesh Generation: Generate a mesh on the beam using Ansys Meshing. Ensure that the mesh is refined enough to capture the stress variations accurately, especially near the point of loading.

Boundary Conditions: Apply boundary conditions to mimic the physical constraints of the problem. For a cantilever beam, fix the base of the beam to restrict its movement and apply the concentrated load at the free end.

Solution: Once the model is set up, solve for the deflection using Ansys Mechanical. The software will calculate the deformation of the beam under the applied load, providing us with the desired deflection at the free end.

Post-Processing: Analyze the results obtained from Ansys Mechanical to gain insights into the behavior of the beam. Visualize the deformation using contour plots and extract the deflection at the free end for further analysis.

Conclusion: In this blog post, we've tackled a master-level Ansys theory question, demonstrating the application of Finite Element Analysis in solving complex mechanical engineering problems. By mastering these fundamental principles and techniques, you'll be well-equipped to tackle challenging assignments and projects with confidence. Remember, for expert assistance in solving your Ansys assignments, look no further than mechanicalengineeringassignmenthelp.com. Solve your Ansys assignment and elevate your mechanical engineering journey today!

Stay curious, stay innovative, and keep exploring the limitless possibilities of Ansys!

[cadservices12]

What Is Finite Element Analysis and Why It Matters in Engineering Design

In the ever-evolving world of engineering, accuracy and efficiency are more important than ever. Whether you’re designing a car component, a building frame, or a complex machine, understanding how it behaves under real-world conditions is critical. That’s where Finite Element Analysis (FEA) comes in. At Aries Tech, we see FEA not just as a design tool but as an essential element for building smarter, safer, and more sustainable solutions.

What Is Finite Element Analysis?

Finite Element Analysis is a computer-based method used to predict how objects respond to physical forces, such as pressure, vibration, heat, and other real-world conditions. The process breaks down complex designs into smaller, simpler parts called “elements,” which are then analyzed individually. When these elements are combined, they give a comprehensive picture of how the full structure behaves under stress.

Think of it as stress-testing your design—without ever having to build a physical prototype.

Why FEA Matters in Engineering Design

FEA plays a crucial role in modern product development for several reasons:

Predicts Structural Integrity

Engineers can simulate forces like load, temperature, and movement to find potential failure points and improve the design before it's built.

Reduces Costs and Time

By eliminating the need for multiple prototypes and physical tests, FEA cuts development costs and shortens project timelines.

Enhances Design Optimization

FEA helps engineers fine-tune a product for maximum strength, weight efficiency, and durability, leading to higher performance.

Supports Compliance and Safety

Especially in regulated industries like automotive and construction, FEA ensures designs meet local standards and safety requirements.

Real-World Applications of FEA

Finite Element Analysis is used across industries—from aerospace and automotive to construction and electronics. For instance, in vehicle compliance Australia, FEA plays a vital role in ensuring automotive parts meet national safety and performance standards before hitting the road.

Whether you’re testing the crashworthiness of a bumper or the fatigue resistance of a suspension system, FEA provides the insights needed for certification and safety assurance.

How FEA Analysis Services Support Innovation

Professional FEA analysis services offer more than just simulations. They provide expert insights into material performance, design feasibility, and failure prevention. These services are critical in:

Product development and prototyping

Structural engineering and stress testing

Thermal analysis for electronics and systems

Fatigue analysis and lifecycle prediction

By outsourcing to skilled FEA consultants, companies gain access to cutting-edge software, engineering expertise, and industry-specific compliance knowledge.

Final Thoughts

In today’s design-driven economy, Finite Element Analysis is no longer a luxury—it’s a necessity. It allows engineers to test ideas, solve problems, and deliver high-quality products without waste or risk.

At Aries Tech, we specialize in using FEA to bring innovative designs to life. From small-scale parts to large structural systems, our team ensures your concepts are optimized for strength, safety, and compliance.

If you're looking to reduce development time, ensure compliance with regulations like vehicle compliance Australia, or simply improve your product’s performance, Aries Tech is here to help.

Harness the power of simulation, reduce your design risks, and bring better products to market—faster—with Aries Tech by your side.

Let Aries Tech guide your engineering journey with precision and performance at the core.

[vehiclecompliance]

What Is Finite Element Analysis and Why It Matters in Engineering Design

In the ever-evolving world of engineering, accuracy and efficiency are more important than ever. Whether you’re designing a car component, a building frame, or a complex machine, understanding how it behaves under real-world conditions is critical. That’s where Finite Element Analysis (FEA) comes in. At Aries Tech, we see FEA not just as a design tool but as an essential element for building smarter, safer, and more sustainable solutions.

What Is Finite Element Analysis?

Finite Element Analysis is a computer-based method used to predict how objects respond to physical forces, such as pressure, vibration, heat, and other real-world conditions. The process breaks down complex designs into smaller, simpler parts called “elements,” which are then analyzed individually. When these elements are combined, they give a comprehensive picture of how the full structure behaves under stress.

Think of it as stress-testing your design—without ever having to build a physical prototype.

Why FEA Matters in Engineering Design

FEA plays a crucial role in modern product development for several reasons:

Predicts Structural Integrity

Engineers can simulate forces like load, temperature, and movement to find potential failure points and improve the design before it's built.

Reduces Costs and Time

By eliminating the need for multiple prototypes and physical tests, FEA cuts development costs and shortens project timelines.

Enhances Design Optimization

FEA helps engineers fine-tune a product for maximum strength, weight efficiency, and durability, leading to higher performance.

Supports Compliance and Safety

Especially in regulated industries like automotive and construction, FEA ensures designs meet local standards and safety requirements.

Real-World Applications of FEA

Finite Element Analysis is used across industries—from aerospace and automotive to construction and electronics. For instance, in vehicle compliance Australia, FEA plays a vital role in ensuring automotive parts meet national safety and performance standards before hitting the road.

Whether you’re testing the crashworthiness of a bumper or the fatigue resistance of a suspension system, FEA provides the insights needed for certification and safety assurance.

How FEA Analysis Services Support Innovation

Professional FEA analysis services offer more than just simulations. They provide expert insights into material performance, design feasibility, and failure prevention. These services are critical in:

Product development and prototyping

Structural engineering and stress testing

Thermal analysis for electronics and systems

Fatigue analysis and lifecycle prediction

By outsourcing to skilled FEA consultants, companies gain access to cutting-edge software, engineering expertise, and industry-specific compliance knowledge.

Final Thoughts

In today’s design-driven economy, Finite Element Analysis is no longer a luxury—it’s a necessity. It allows engineers to test ideas, solve problems, and deliver high-quality products without waste or risk.

At Aries Tech, we specialize in using FEA to bring innovative designs to life. From small-scale parts to large structural systems, our team ensures your concepts are optimized for strength, safety, and compliance.

If you're looking to reduce development time, ensure compliance with regulations like vehicle compliance Australia, or simply improve your product’s performance, Aries Tech is here to help.

Harness the power of simulation, reduce your design risks, and bring better products to market—faster—with Aries Tech by your side.

Let Aries Tech guide your engineering journey with precision and performance at the core.

[spookyphantomzealot]

 U.S. Metal Forging Market : Latest Trends and Future Growth Study 2025-2032

1. Market Snapshot

The U.S. metal forging market generated USD 8.1 billion in 2024 and is forecast to climb to USD 13.3 billion by 2032, advancing at a robust 6.5 % CAGR over 2025‑2032. The sector’s momentum reflects its indispensability to strategic industries—from automotive and aerospace to energy and infrastructure.

2. Why Forging Still Matters

Forging reshapes metal under compressive force, imparting superior fatigue resistance, tensile strength, and structural integrity. In an era of electrification, lightweighting, and extreme‑environment applications, those material advantages are becoming more—not less—valuable. Key macro‑catalysts include:

Growth Catalyst

How It Fuels Demand

Automotive expansion

Electric‑vehicle (EV) drivetrains require stronger, lighter forged parts (motors, suspension, chassis).

Aerospace & defense spend

Jet‑engine discs, landing‑gear assemblies, and missile casings rely on high‑spec forgings.

Infrastructure & renewables

Wind‑turbine shafts, bridge components, and pipeline fittings all favor forged steel or alloy.

Tech innovation

CAD/CAM/CAE, AI‑assisted process control, and even metal 3‑D printing cut lead times and scrap.

Policy tailwinds

The Bipartisan Infrastructure Law (IIJA) and Inflation Reduction Act earmark >USD 1.7 trillion for domestic projects that intensify metal demand.

3. Market Structure: Materials, Methods & End Uses

Raw Materials

Carbon steel: 70 % share in 2024, prized for cost‑to‑strength ratio and recyclability.

Stainless steel: fastest‑growing, thanks to corrosion‑resistant needs in medical and food equipment.

Titanium: highest CAGR, propelled by aerospace weight‑saving mandates.

Forging Technologies

Closed‑die (impression‑die): 60 % share, dominant for high‑volume precision parts in autos and aircraft.

Open‑die: fastest‑growing method; accommod­ates gigantic wind‑turbine shafts and pressure‑vessel blanks.

Upset, ring‑rolling, and precision‑die sub‑processes round out the toolbox.

End‑Use Breakdown

Automotive: 65 % of 2024 revenue, covering crankshafts, transmission gears, and EV motor cores.

Mechanical equipment: heavy‑machinery gears and power‑transmission shafts.

Oil & gas: fastest‑growing end use; drives demand for drill‑string joints and pipeline flanges.

Other verticals: aerospace, rail, agriculture, and construction.

4. Regional Dynamics

Midwest: 40 % share (largest)—legacy auto plants, abundant steel mills, deep forging talent pools (e.g., Michigan, Ohio, Illinois).

South: fastest‑growing region—lower operating costs and surging EV, aerospace, and energy investments in states such as Texas, Alabama, and Georgia.

Northeast and West remain important but trail in share and growth.

5. Competitive Landscape

The market is consolidated, dominated by a handful of vertically integrated specialists—including Precision Castparts Corp., Alcoa Corp., Ellwood Group, ATI Forgings, and Scot Forge—who leverage proprietary alloys, long‑term OEM contracts, and economies of scale. Regional independents (e.g., Canton Drop Forge, Walker Forge) thrive in niche or quick‑turn segments. Recent moves:

Ellwood added a 20‑ton vacuum‑induction‑melting furnace (April 2024) to supply specialty aerospace alloys.

Canton Drop Forge partnered with Weld Mold (Dec 2023) to upskill its workforce.

6. Technology Trends Shaping the Next Decade

AI‑enhanced forging simulation: Real‑time FEA and CFD models adjust load, temperature, and die‑fill parameters mid‑stroke, cutting defect rates.

Hybrid forging–additive manufacturing: 3‑D printed preforms trimmed and forged to final spec—ideal for complex aerospace geometries.

Green forging: Electrified presses, waste‑heat recovery, and recycled steel feedstocks support OEM net‑zero commitments.

7. Strategic Takeaways for Stakeholders

Player

Action Items

Forge shops

Invest in closed‑die capacity for EV powertrains; pursue titanium capability for defense.

Material suppliers

Expand titanium and high‑nickel alloy lines; build Midwest stock points.

OEMs & Tier‑1s

Co‑design lightweight forged parts early; lock in multi‑year contracts before capacity tightens.

Policy makers

Funnel IIJA training grants into metallurgical apprenticeships (e.g., METAL program aims for 122k skilled workers by 2028).

8. Outlook—Forging a Resilient Future

With a 6.5 % CAGR driving revenue past USD 13 billion by 2032, U.S. metal forging is set for a renaissance fueled by electrification, aerospace resurgence, and infrastructure overhauls. Firms that embrace advanced simulation, green power, and specialty alloys will forge—not just follow—the market’s next growth curve.

[servotechinc78]

FEA and CAD: Transforming Engineering Design

Finite Element Analysis (FEA) and Computer-Aided Design (CAD) are indispensable tools in modern engineering, revolutionizing how products are designed, analyzed, and optimized. FEA enables engineers to simulate and evaluate the physical behavior of structures under various conditions, while CAD provides the foundation for creating detailed 3D models. Together, they streamline the design process, enhance accuracy, and reduce costs across industries like aerospace, automotive, and manufacturing. This article explores the fundamentals, integration, applications, benefits, challenges, and future of FEA and CAD in engineering.

What is FEA and CAD?

Computer-Aided Design (CAD) involves using software to create precise 2D or 3D models of physical components or assemblies. Tools like AutoCAD, SolidWorks, and CATIA allow engineers to design, modify, and visualize products before manufacturing. CAD models serve as the digital blueprint, enabling iterative design improvements.

Finite Element Analysis (FEA) is a computational technique that divides a complex structure into smaller, manageable elements to simulate its response to forces, heat, vibration, or other physical effects. Using mathematical models, FEA predicts stress, deformation, and failure points, helping engineers validate designs. Software like ANSYS, Abaqus, and COMSOL Multiphysics are commonly used for FEA.

Integration of FEA and CAD

The synergy between FEA and CAD enhances the engineering workflow. CAD provides the geometry for FEA simulations, allowing engineers to import 3D models directly into FEA software. This integration enables:

Design Validation: Testing CAD models for structural integrity without physical prototypes.

Iterative Optimization: Refining designs based on FEA results to improve performance.

Seamless Workflow: Automating data transfer between CAD and FEA tools, reducing manual errors.

For example, designing an aircraft wing involves creating a CAD model, then using FEA to analyze aerodynamic loads and material stress, ensuring safety and efficiency.

Key Components of FEA and CAD

CAD Tools: Include sketching, parametric modeling, assembly design, and rendering features.

FEA Process: Involves meshing (dividing the model into elements), applying boundary conditions, solving equations, and analyzing results.

Software Integration: Plugins or direct interfaces (e.g., SolidWorks Simulation) link CAD and FEA seamlessly.

Hardware Support: High-performance computers and GPUs accelerate complex simulations.

Benefits of FEA and CAD

The combination of FEA and CAD offers numerous advantages:

Cost Reduction: Minimizing the need for physical prototypes saves material and labor costs.

Time Efficiency: Rapid design iterations and simulations accelerate product development.

Accuracy: FEA provides detailed insights into stress and strain, improving design reliability.

Innovation: Enables testing of complex geometries and materials not feasible with traditional methods.

Safety: Identifies potential failure points early, enhancing product safety.

Applications of FEA and CAD

FEA and CAD are widely applied across industries:

Automotive: Designing chassis, engines, and safety components, testing crashworthiness with FEA.

Aerospace: Optimizing aircraft structures, wings, and turbines for weight and strength.

Manufacturing: Creating molds, tools, and machinery with precise CAD models and FEA validation.

Civil Engineering: Analyzing bridges, buildings, and dams for load-bearing capacity.

Medical Devices: Designing prosthetics and implants, ensuring biocompatibility and durability.

Challenges in FEA and CAD

Despite their benefits, FEA and CAD present challenges:

Complexity: Mastering both tools requires significant training and expertise.

Computational Demand: High-fidelity FEA simulations need powerful hardware, increasing costs.

Model Accuracy: Inaccurate CAD geometry or mesh quality can lead to unreliable FEA results.

Software Compatibility: Integrating diverse CAD and FEA platforms can be problematic.

Interpretation: Analyzing FEA data requires skill to avoid misjudgments.

Future Trends in FEA and CAD

The future of FEA and CAD is shaped by technological advancements:

Artificial Intelligence (AI): AI-driven FEA optimizes designs by predicting outcomes and suggesting improvements.

Cloud Computing: Enables remote access to FEA simulations, enhancing collaboration.

Additive Manufacturing: CAD and FEA support 3D printing by designing and validating complex parts.

Digital Twins: Real-time FEA on digital replicas of physical assets improves maintenance.

Automation: Automated meshing and simulation workflows reduce manual effort.

The rise of Industry 4.0 and sustainable design further drives the adoption of advanced FEA and CAD tools, supporting eco-friendly engineering solutions.

Career Prospects

Professionals skilled in FEA and CAD are in high demand. Roles include CAD designer, FEA analyst, and simulation engineer, with opportunities in design firms, manufacturing, and research. Certifications in tools like SolidWorks or ANSYS enhance employability, offering competitive salaries and career growth.

Conclusion

FEA and CAD together transform engineering by enabling precise design and robust analysis. They reduce costs, save time, and foster innovation across industries. Despite challenges, ongoing advancements like AI and cloud computing promise to enhance their capabilities. As technology evolves, FEA and CAD will remain essential, empowering engineers to build safer, more efficient, and sustainable products.

[shrevya-technologies]

Google Workspace Reseller | Shrevya Technologies

We are happy to introduce you to Shrevya.com, the only web resource where you can learn about Google Workspace in India. Here at this company, we are a certified Google Workspace Reseller accustomed to offering customized solutions to various organizations and independent workers, strengthening productivity, fostering collaboration, and securing data securely all on the back of Google.

Whether you’re an emerging startup, a developing SME, or already a large-scale enterprise, Shrevya Technologies is all set to enhance your productivity with Google Workspace tools at an unbeatable cost.

Why Shrevya—Your Best Google Workspace Partner in India

As a company that has been rendering its services for more than five years, Shrevya Technologies is a distinguished Google Workspace partner in India that can provide various businesses with the necessary digital transformation. We solve problems based on your business; hence, we stand out to offer solutions that enhance your operations. He or she will assist in setting up company business emails as well as help ensure a smooth onboarding process, which in turn makes technology work for you.

Benefits of Google Workspace with Shrevya

Google Workspace comes with many advantages obtainable by all sorts and sizes of businesses. One of the primary benefits of implementing this solution is that it allows for work to be done without interruption. Documents, spreadsheets, and presentations can be collaborated on by the teams in real time, no matter the distance, increasing time to decision-making and cutting down on the processes.

The next strength of Google Workspace is better communication between people that use it. Google Meet embodies one of the best audio-video conferencing software that allows people to host HD video meetings with up to 500 people. Such things as sharing of screens, instant messaging, and recording of the meeting make virtual communication among teams possible.

Security is always an essential aspect for each business, and Google Workspace reseller provides robust security solutions. Two-factor authentication, data loss prevention tools, and encrypted connections are things through which businesses can be assured about their data becoming secured and meeting the test of the currently valid standards for data protection.

The use of Gmail also helps in enhancing the experience of receiving or sending emails. They get a neat and simple layout, effective spam control, and automatic filling in of the email, as well as fast search options to help avoid wasting a lot of time on their emails.

Google Workspace is highly customizable. Businesses can customize this interface, use the integration feature to add other applications, and even install special add-ons applicable to the business. Such flexibility also lets Google Workspace grow with a firm as it expands in areas such as information storage.

Google Workspace Price and Plans

At Shrevya Technologies, we have Google Workspace price and plans that are pocket-friendly depending on the size of your business.

The Business Starter plan costs ₹128.52 per user per month with an annual billing term. The services range from custom and secure business email, 100-participant video meetings, 30 GB pooled storage per user, and basic security and management features.

The Business Standard plan can cost money at ₹691.20 per user per month. This escalates your capacities with video meetings with up to 150 participants for discussion, the ability to record these meetings, 2 TB of shared storage space per user, and other administrative tools.

The Business Plus plan is charged at ₹1360 per user per month and offers features such as custom email with ediscovery and retention, group meeting options for up to 500 participants where they can record the meeting and track attendance, and original storage of up to 5 TB per user. It also has an improved version called Vault and advanced endpoint management features.

For businesses that require additional and more advanced email solutions, there is the Enterprise plan with features including custom & secure email, eDiscovery & retention, and S/MIME. It can host up to 1000 participants for a video conference meeting and comes with in-domain live streaming and noise control, and has expandable storage up to 5 TB. It also has compliance extension, data loss prevention, and ‘business-class’ management features. As for the pricing of this particular plan, it is possible to negotiate it with the company directly.

All the plans are inclusive of Gemini AI features as well as advanced support services that may be necessary for service delivery.

Let’s Talk About Your Needs

There are some critical requirements that are in every business place because it is unique in its own way. That’s why we invite you to fill out the contact form on our website so that our team could reach you with the individual suggestions. We would like to know your full name, email address, phone number, and your message, and in return we can proceed from there.

Regardless of whether you are in need of a new e-mail solution or need a new boat to improve the collaborative process, or you are a company that wants to safely store data on the cloud, Shrevya Technologies is ready to assist you.

Why Choose Shrevya Technologies—Your Go-to Google Partnership for Workspace Reseller in India

Making Shrevya Technologies your web services provider does not only mean availing a service; it also means engaging the services of a company that will help you grow in the online platform. This is how we have become one of the leading Google Workspace resellers in India through our wide experience, customer care, and customer focus.

For further information, to sign up for a free trial, or to get to know us further, please visit www.shrevya.com or contact us today.

[nmietbbsr]

From Workshop to Aerospace: How Mechanical Engineering Fuels Your Career Dreams

When people hear “mechanical engineering,” many think of tools, machines, and factories. But the truth is far more exciting—especially for students who dream big. If you're aiming to work in cutting-edge sectors like electric vehicles (EVs), aircraft design, or space tech, a BTech in Mechanical Engineering is a powerful launchpad. And the right college of engineering Bhubaneswar can help turn those dreams into real-world success.

Let’s break down why mechanical engineering is more than just nuts and bolts—and how it can lead you straight into the automobile or aerospace industries.

Why Choose Mechanical Engineering?

Mechanical engineering is the backbone of modern innovation. It blends physics, mathematics, and material science with practical design to solve real-world problems. From engines and machines to renewable energy systems and space vehicles—mechanical engineers are behind them all.

During your BTech, you'll dive into:

Thermodynamics and heat transfer

Mechanics and materials

Fluid dynamics

CAD design and simulation software

Robotics and automation

This strong technical foundation prepares you for specialized roles in both the automobile and aerospace domains.

Shifting Gears: Careers in the Automobile Industry

India has become a global automotive hub. According to industry reports, India ranked as the third-largest automobile market in 2022, surpassing Japan. That means more companies, more innovation—and more opportunities for mechanical engineers.

Popular job roles include:

Vehicle Design Engineer

Quality Control Engineer

Powertrain Specialist

EV Battery Systems Analyst

Production & Maintenance Engineer

With the EV wave gaining momentum, companies like Tata Motors, Ola Electric, and Ather Energy are seeking engineers who understand both traditional mechanics and emerging tech.

Students from top college of engineering Bhubaneswar institutions have already begun contributing to EV innovation through campus-based R&D clubs and EV model projects.

Aim Higher: Opportunities in Aerospace Engineering

Aerospace may sound like rocket science—but it's well within reach for mechanical graduates.

Organizations like ISRO, DRDO, Boeing, Airbus, and HAL frequently hire mechanical engineers for:

Propulsion and thermodynamic analysis

Aircraft structural design

Materials testing for high-speed applications

CFD (Computational Fluid Dynamics) and FEA (Finite Element Analysis)

If you’re fascinated by aircraft, drones, or space missions, mechanical engineering opens that door. Some students from Bhubaneswar’s leading institutes, including NMIET, have even completed aerospace-focused projects and internships during their final year, using the college’s strong lab and research support.

Must-Have Skills for Industry Readiness

To stand out in the automobile or aerospace job market, you'll need more than textbook knowledge. Focus on building the following skills:

Software Tools: Learn SolidWorks, CATIA, AutoCAD, ANSYS, and MATLAB

Simulation & Coding: Use Python or MATLAB for thermal, stress, and dynamic simulations

Certifications: Enroll in online courses via NPTEL, Coursera, or industry-endorsed platforms

Project Work: Build go-karts, drones, or design EV components—these show practical understanding

Institutes like NMIET, a top private college of engineering Bhubaneswar, actively promote such learning through workshops, mentorship, and campus competitions.

Internships & Job Opportunities

Top companies don’t just want degrees—they want demonstrated skill. Here’s how you can stand out:

Internships: Try landing one with Maruti Suzuki, Tata Motors, DRDO, or GE Aviation

Student Competitions: Participate in SAE BAJA, Go-Kart Racing, or Aero Design Challenges

Campus Innovation Labs: Join or start project teams that work on real-world prototypes

Students from colleges across Bhubaneswar have landed internships through their performance in such competitions—especially in national forums like SAEINDIA events. Several teams from NMIET have made it to the finals in Go-Kart and Formula Student challenges.

The Road Ahead: Mechanical Engineering in the Future

Industry 4.0 is changing everything. Modern mechanical engineers need to know more than mechanics—they must understand automation, IoT, and smart manufacturing. In aerospace, innovations in drone tech, reusable launch systems, and sustainable aviation fuel are reshaping the field.

This evolution means more exciting opportunities—if you’re ready to upskill continuously and stay curious.

Final Advice: Choose the Right Learning Environment

If you're planning a career in automobiles or aerospace, a mechanical engineering degree is the perfect first step—but where you study matters.

Choose a college of engineering Bhubaneswar that doesn’t just teach theory but actively supports innovation, real-world learning, and industry exposure. Institutions like NMIET focus on hands-on training, industry tie-ups, and skill-based education—helping students gain an edge even before graduation.

So, whether your dream is to design EVs or help build rockets—gear up, get skilled, and let mechanical engineering drive your ambitions sky-high.

Want help finding the best mechanical programs or colleges in Bhubaneswar that focus on hands-on learning? I can help shortlist a few for you.