@PhaseshiftT is hiring again! 🚀 This time for a Materials Informatics Engineer.
Check out the Job Posting here: Check out this job at Phaseshift Technologies: https://t.co/wdwusEDLui
🚀 Exciting News from @PhaseshiftT 🚀
We are pumped to welcome Dr. Zhen Li as our first full-time permanent team member at PhaseShift! 🎉
Zhen joins us as a Computational Materials Engineer and brings a wealth of knowledge and expertise in materials science, FEM simulations, and advanced modelling techniques. He has over 8 years of experience in the numerical simulation of metallurgical processes, specializing in Phase Field Modeling and Finite Element Analysis. He holds a Ph.D. in Materials Engineering from McMaster University, where he worked on the numerical simulation of the Additive Manufacturing process. In his new role as Computational Materials Engineer with PhaseShift, Zhen will focus on simulating metallurgical processes using FEA and PF. In his spare time, he enjoys hiking and playing board games.
In his words, "Modeling and simulation are not only tools for understanding materials but also keys to unlocking innovative solutions in engineering."
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Stay tuned for additional openings as we expand our team!
⭐️Exciting new opportunity at @PhaseshiftT
🚀 As we reflect on a truly exciting year, I’m thrilled to share that we are expanding our team!
We are currently seeking a candidate for a permanent and full-time role as a Computational Materials Engineer.
🔍 Role Focus:
- Expertise Required: Proficiency in Finite Element Methods (FEM) and Metallurgical Process Modelling
- Key Skills: Solid background in Computational Materials Engineering and Alloy Design
- Responsibilities: Utilize FEM to design customized simulations that model complex metallurgical processes and material performance in specific scenarios.
💼 Why PhaseShift?
Materials have long been a bottleneck in many industries. At PhaseShift, we are not only creating the essential tools to accelerate the pace of innovation in materials but also actively using these tools to develop real materials that solve challenges existing today across a broad range of industries. These materials have the potential to bring about significant transformations in various industries that desperately need advancement. Join us on this exciting journey and be part of a team that cares about creating real-world impact!
💡 Think You’re a Perfect Fit?
If you're passionate about pushing the boundaries of materials science and ready to make a significant industry impact, we would love to hear from you. Please send your Resume and a brief Cover Letter explaining why you're the ideal candidate for this role to [email protected].
👀 Explore the full job details here in the linked Job Posting.
https://t.co/4MS5XsUQU0
The founders - Fazal Mahmood, Gurjot Dhaliwal, and Abu Anand - will be present for the entire duration of the conference to meet and answer any questions you might have about applications of Artificial Intelligence in the field of High-performance Materials.
Exciting news from Phaseshift Technologies! We are heading to the #CollisionConf, participating in the startup program from June 26-29 in the vibrant city of Toronto. Drop a comment/DM if you are there any of the days or come stop by our booth A760 on June 29th to say hi!
Not only have we designed new materials using our AI, we have also produced them and tested them in a lab to confirm our predicted properties. Not once, not twice, but thrice with different types of material systems. Can’t wait for our first novel material to hit the shelves!
I am thrilled to announce that @PhaseshiftT has been selected to participate in the @MassChallenge 2022 US Early Stage Accelerator Program!
Read more here 👇🏽
https://t.co/Ksm04FVZ5M
Got experimental results for a specialty alloy (Bulk Metallic Glass) that we developed fully computationally.
- Met 100% of the target properties.
- Fully amorphous microstructure.
- Deviations in results from predicted temperature values (Tg, Tx, Tl) is less than 3%.
This is why I believe in @PhaseshiftT
1. Accelerating lab-to-market
2. De-risking the development and commercialization process by incorporating feasibility metrics in the process.
3. Offering new materials in areas with desperate need.
Why conduct experiments when you get an insight into material properties purely through simulations?
This is a comparison of stress-strain curves of Aluminium-Alumina composites. We wanted to assess the effects of increasing Alumina content on the mechanical properties.
The Materials Informatics Market is poised to be worth 782 million $ by 2030, growing at a CAGR of 26.9% between 2021 and 2030.
The prediction is from the market research company #PrecedenceResearch in their outlook summary for this decade.
Read More@ https://t.co/wvsN9XA9i1
Today, we pitched in person to a group of delegates from Volkswagen Group Innovation, Germany - at the Ontario Investment and Trade Centre, organized by @ONeconomy.
It was a great week for @PhaseshiftT to build relationships between Canadian and German enterprises. Yesterday, we virtually pitched at the Global Lightweight Summit, organized by @LeichtbauBW in Stuttgart, Germany.