Gyre Engineering

3D Printed Water Recycling Journey manufactured for British American To***co, Bangladesh on occasion of World Environment Day, 2022.

Want your ideas brought to life? Get free consultation on your 3D printing and CAD needs! We do:

🟢 Plant/Industry scale models (Uniquely designed to reflect your infrastructure)
🟢 Process scale models
🟢 Machinery scale models
🟢 Machine assembly/disassembly animations (With English & Bengali voiceovers)

All of the above services allow our customers to:

🔵 Be able to present their ideas physically
🔵 Better plan and strategize industrial processes and infrastructure
🔵 Explain complicated processes to employees through animations
🔵 Improve office aesthetics

Contact us today!

The micro-battery is about the size of a grain of sand — one square millimeter across — and has an energy density of 100 microwatt hours per square centimeter. Professor Oliver Schmidt, who led the study, believes that density will increase with time: "There is still a large optimization potential for this technology, and we may expect significantly stronger micro-batteries in the future."

In a paper published in the journal Advanced Energy Materials, the researchers detail how they layered current collectors and electrode strips made of polymeric, metallic, and dielectric materials onto a tensioned water surface.⁠

Despite its evident limitations, the team behind the new gadget believes it might potentially be employed in small chips for biosensors in the human body.

McGill University scientists create a biomaterial robust enough to heal the heart, muscles, and voice cords by combining the understanding of chemistry, physics, biology, and engineering, indicating a significant leap in regenerative medicine.

“People recovering from heart damage often face a long and tricky journey. Healing is challenging because of the constant movement tissues must withstand as the heartbeats. The same is true for vocal cords. Until now there was no injectable material strong enough for the job,” says Guangyu Bao, a Ph.D. candidate in the Department of Mechanical Engineering at McGill University.

The team, led by Professor Luc Mongeau and Assistant Professor Jianyu Li, developed a new injectable hydrogel for wound repair. Hydrogel is a type of biomaterial that provides room for cells to live and grow. Once injected into the body, the biomaterial forms a stable, porous structure allowing live cells to grow or pass through to repair the injured organs.

“The results are promising, and we hope that one day the new hydrogel will be used as an implant to restore the voice of people with damaged vocal cords, for example, laryngeal cancer survivors,” says Guangyu Bao.

According to the experts, the breakthrough also offers up new possibilities for other uses such as medication delivery, tissue engineering, and the production of model tissues for drug screening. The team is also considering using hydrogel technology to build lungs for testing COVID-19 medicines.

PAID INTERNSHIP OPPORTUNITY AT GYRE!

- Are you an engineering student?
- Do you like experimenting with electronics, working with hardware and creating code?
- Would you like to be a part of the 4th industrial revolution in Bangladesh, whilst earning some money on the side?

Then we would like to have you!

PERKS:

- This is a paid internship position for the projects you will be assigned to.
- You will get an exclusive chance to visit our clients' factories, and learn in depth about industrial engineering in Bangladesh.
- You will get a funded chance to build your own product if it serves the greater cause

REQUIREMENTS:

- Workable previous experience in Python and other supporting languages like Arduino/C++ applicable to embedded applications. Not writing code from tutorials. **Show us something that you wrote on your own to solve a real problem.**
- Have built a robot/robots for different purposes. **Show us documentation when you apply**.
- Proof of a serious career track in robotics/programming. We won’t accept individuals who’re just looking for a gig. **You need to have a strong long-term personal vision when you apply.**

Please email us your CV at [email protected]. Include any documentation you have of previous work in this field.