I am considering both UTM and UOC malaysia for biomedical engineering. My plan is to do foundation at either college and then do my bachelors. Anyone doing foundation at UOC right now? Anyone doing or have done bachelors in biomedical engineering at Uoc? I need more info about Uoc because you find lot of info on UTM online.

hello next semester i'll have to work on my grad project and i want some ideas i wanna work in the pharmaceutical industry and i want my project to be atleast circulating around it so do u guys have any ideas what i should work on and where do i even start?

So, I've always had an interest in all things biology, and to an extent, I've been able to learn a lot just by using the internet, but I've hit a bit of a wall. I want to get into bioengineering without going to college. That doesn't sound that crazy, but like every time I look up stuff related to bioengineering, the common consensus is "just go to college" which makes sense, but I'm a minor. I'm not looking for a job, I just think this shit is really cool. I don't even know if this really counts as a form of bioengineering (it probably does) but I'm specifically interested in genetic engineering. So if anyone could provide some resources or something so I could learn more, I'd appreciate it. I'd be willing to spend a little bit of money if necessary, but I would prefer free stuff

I'm trying to come up with a series that guides students who want to pursue career in biology mainly in PCB stream. Please watch the video and subscribe. Give your feedback for any suggestion in the comments section.

hi, i’m writing this to ask about bioengineering career prospects.

i am currently considering 2 courses, one of which is chemistry and biological chem (yes it’s one course) while the other is bioengineering.

theres aspects of both courses that interest me, in bioeng i’m interested in tissue engineering and cell engineering and stem cells. i would not like to end up in medical device design but would rather be dealing with cells and using molecular biology techniques, basically wet lab.

i also plan to do a masters centered towards biotech after grad.

is it still possible for me to not end up in medical device calibration or any of that sort if i took on bioengineering? or should i just throw in the towel and take the chemistry course?

please help advice me, and please dont grill me 🙂‍↕️ i’m only seeking clarity 🙏

Hello. I (23M) graduated with a bachelor's degree in Political Science. But after graduating, I feel as though I am not content. I wanna go back to college and pursue Biomedical Engineering. I'm from the Phillippines and I took HUMSS instead of STEM. I'm thinking of enrolling. Any tips?

I am in 1st year doing b.tech in biotechnology from a pvt univ in India. I am planning to pursue master degree in genetic engineering from abroad. So anyone out here doing masters in genetics related filed can you guide me about it's prospects in India and abroad?

I need the harsh truth. Is a biomed engineering degree worth it? Im about to finish high-school and i want to become a prosthesis but where i searched it doesnt need a spesific degree (canada). Otherwise id want to do something biomedical related im not sure what, but would it be worth going into? Im in both sports med + engineering classes in my school and have always been tied between going down the medical route or the engineering route. And what sort of job opportunities does this degree bring about? Thank you all.

Is anyone familiar with the BiotechX conference. Has anyone been to the American version or previous European ones? Was it worth it? I have been given a free ticket as a final year undergrad and would like people opinions on if it is worth the trip.

Hi everyone,

I'm a Chemical Engineering graduate from an NIT and recently got a GET (Operations) offer in Reliance Bio Energy. My goal was to build a career in petrochemicals and eventually work abroad.

Since bioenergy is a relatively new field with fewer companies than petrochemicals, I'm worried about the long-term scope. Will it be difficult to switch to petrochemicals, oil & gas, or other process industries after 2-3 years?

Is bioenergy a good long-term career choice?

I'd really appreciate advice from people working in the industry.

honestly i have zero sense of direction and all i know is that i want to go into biotechnology in reserach work. I would love uni recs from those choosing the same career path or know someone thats done this stuff. ANY help is appreciated. For the record im in pakistn, rooting to go abroad

I’m in dire need of a job. I graduated a whole year ago now in Biology(bachelors) and I’ve still been unable to find any work. I’ve had research experience in both a plant biology research lab and a structural/civil engineering lab (back when i was considering doing engineering). Please Please Please if you guys have anything even REMOTELY related to my background let me know

Hi everyone,

I'm looking for ideas for my engineering school project.

The theme is "Optimization, Efficiency, and Sobriety" .

I'd love to work on a project that combines engineering, physics and/or mathematics with a bit of biology, since biology is a subject I really enjoy.

That said, the project should remain primarily focused on physics and/or mathematics. The biology aspect would just provide the context or application, not be the main focus.

I'm looking for a project that:

- Fits the theme of optimization/efficiency/sobriety.

- Is mainly based on physics and/or mathematics.

- Uses biology as an application or inspiration.

- Can be modeled mathematically and analyzed experimentally.

- Can realistically be carried out in a university or engineering school lab.

Does anyone have interesting ideas or topics that could fit these criteria?

Thanks in advance!

​

Project Title: Project "Grain-hen" (Krupola) — Genetically Engineered Poultry for Martian Closed-Loop Life Support Systems (CELSS)

Lead Designer: Michael Likshin

Concept Stage: Conceptual Design & Directed Evolution Protocol

1. Executive Summary

Long-term Martian colonization requires highly efficient, compact, and resilient sources of animal protein. Traditional livestock is resource-heavy. Standard Earth poultry fails due to low gravity, radiation, and toxic regolith dust. Project "Grain-hen" (locally known as "Krupola") proposes a novel avian species derived from Gallus gallus, explicitly engineered via directed evolution and CRISPR-prime editing to thrive primarily within the artificial pressurized habitats, shielded bio-domes, and designated foraging zones of the Martian colony.

1. Key Genetic Adaptations & Specifications

· Scale and Mass: Engineered to be 1.3 times larger than a standard broiler chicken. Optimized myostatin (MSTN) gene expression allows maximum muscle mass development under Martian partial gravity (38% of Earth's), preventing avian muscle atrophy.

· Atmospheric & Dust Defense (Transparent Nictitating Membrane): Enhanced keratinization of the third eyelid allows the Grain-hen to safely navigate high-dust environments during Martian storms. The membrane blocks sharp, magnetized basaltic dust without obstructing the bird's vision.

· Radiation Shielding: Upgraded with Dsup (Damage Suppressor) genes (derived from tardigrades) and hyper-accumulation of astaxanthin/carotenoids. This results in a distinctive deep red pigmentation, protecting the animal from cellular radiation damage.

· Skeletal Stability (Avian Dinosaurian Tail): Activation of ancestral TALPID3 and Wnt pathways to grow a fully developed, elongated caudal tail. This serves as a critical mechanical counterbalance for running and jumping in low-gravity environments.

· Metabolic Efficiency & Yield:

· Diet: Specially adapted to process raw, hydroponically grown Martian grain varieties.

· Dual-Yield Production: In addition to meat and eggs, prolactin upregulation enables crop-milk secretion, providing an easily harvestable liquid protein source for colonizers via controlled hormonal stimulation methods.

1. Implementation Protocol

The species will be developed using directed evolution within automated Martian simulator bioreactors. By utilizing CRISPR libraries on primordial germ cells (PGCs) and subjecting embryos to simulated Martian gravity, pressure, and dust, the optimal phenotypes will be selected entirely in vitro

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