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Michigan State University
5.0
based on 2 Reviews
About Michigan State University
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Michigan State University Ratings
based on 2 reviews
Overall Rating
5.0/5
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5
2
4
0
3
0
2
0
1
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Category Ratings
5.0
Company culture
5.0
Work-life balance
5.0
Skill development
5.0
Work satisfaction
4.2
Salary
4.2
Promotions
2.7
Job security
Michigan State University is rated 5.0 out of 5 stars on AmbitionBox, based on 2 company reviews. This rating reflects a generally positive employee experience, indicating satisfaction with the company’s work culture, benefits, and career growth opportunities. AmbitionBox gathers authentic employee reviews and ratings, making it a trusted platform for job seekers and employees in India.
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Compare Michigan State University with Similar Companies
Change Company | Change Company | Change Company | ||
|---|---|---|---|---|
Overall Rating | 5.0/5 based on 2 reviews | 3.6/5 based on 1.3k reviews | 3.4/5 based on 3.3k reviews | 3.9/5 based on 1.4k reviews |
Highly Rated for | Skill development Work-life balance Company culture | No highly rated category | No highly rated category | Skill development Work-life balance Salary |
Critically Rated for | Job security | Promotions Salary Work satisfaction | Work-life balance Promotions Job security | No critically rated category |
Primary Work Policy | - | Hybrid 50% employees reported | Work from office 87% employees reported | Work from office 96% employees reported |
Rating by Women Employees | - no rating available | 3.5 Good rated by 420 women | 3.5 Good rated by 915 women | 4.0 Good rated by 770 women |
Rating by Men Employees | - no rating available | 3.6 Good rated by 786 men | 3.4 Average rated by 2.2k men | 3.9 Good rated by 571 men |
Job security | 2.7 Poor | 3.6 Good | 3.1 Average | 3.7 Good |
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Michigan State University Salaries
Michigan State University salaries have received with an average score of 4.2 out of 5 by 2 employees.
Senior Buyer
(2 salaries)
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₹24.3 L/yr - ₹31 L/yr
Analytics Engineer
(1 salaries)
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₹14.9 L/yr - ₹19 L/yr
Sales Manager
(1 salaries)
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₹14.3 L/yr - ₹18.2 L/yr
Research Associate
(1 salaries)
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₹13 L/yr - ₹16.6 L/yr
Research Assistant
(1 salaries)
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₹3.6 L/yr - ₹4.6 L/yr
Postdoctoral Researcher
(1 salaries)
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₹49.2 L/yr - ₹54.4 L/yr
Graduate Research Assistant
(1 salaries)
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₹17.1 L/yr - ₹21.9 L/yr
Postdoctoral Scientist
(1 salaries)
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₹5.4 L/yr - ₹6.9 L/yr
Business Analyst
(1 salaries)
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₹4.5 L/yr - ₹5.8 L/yr
Michigan State University News
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A mathematician unpacks the science of “bracketology”
- The NCAA basketball tournament is underway and millions of people are making their bracket predictions, hoping to come out on top in office pools or other competitions.
- Mathematician Albert Cohen of Michigan State University offers insights into the science of 'bracketology' and provides some handy general tips.
- While the odds of picking a perfect bracket are extremely low, employing strategies such as considering team statistics and analyzing historical trends can increase the chances of success in bracket predictions.
- Cohen suggests that understanding the bias in seeding and monitoring the performance of lower-ranked teams can potentially offer an advantage in predicting upsets.
Arstechnica | 20 Mar, 2025
ASU Establishes Innovative Partnership to Unlock the Secrets of Planet Formation
- Arizona State University, in collaboration with Michigan State University and Lawrence Livermore National Laboratory, is embarking on a novel initiative to delve into the mysteries of planetary formation.
- The researchers will use the James Webb Space Telescope (JWST) to study the atmospheres of seven young exoplanets, shedding light on their formation processes dating back over 300 million years.
- The KRONOS program integrates JWST observations with high-performance computing resources to develop advanced atmospheric models for these early exoplanets.
- By focusing on the atmospheres of young exoplanets, the scientists aim to uncover crucial insights into planetary evolution, potentially influencing both theoretical and observational approaches in planetary science.
- The computational demands of creating accurate atmospheric models are significant, but the KRONOS program has acquired ample computing time through the LLNL Computing Grand Challenge to meet this need.
- The atmospheric models developed through this program will not only benefit the study of the seven specific exoplanets but will also extend to a broader sample of 70 exoplanets observed by the JWST.
- This research initiative plays a vital role in advancing our understanding of planetary atmospheres and their evolution over time, ultimately aiming to decipher the factors contributing to their diversity.
- The collaborative effort between ASU, MSU, and LLNL underscores the importance of interdisciplinary partnerships in driving groundbreaking research in exoplanet science.
- The outcomes of the KRONOS program are anticipated to significantly enhance the field of exoplanet science, potentially providing valuable insights into planetary habitability and the conditions supporting life beyond Earth.
- This ambitious research endeavor not only promises to unravel the mysteries of planetary formation but also exemplifies the profound impact of scientific collaboration and technological advancements in exploring the universe.
- Through a fusion of cutting-edge observational techniques and high-powered computational modeling, the KRONOS initiative embodies the quest to comprehend the intricate processes underlying planet formation, evolution, and potential habitability.
Bioengineer | 27 Feb, 2025
MSU Researchers Leverage Open-Access Data to Investigate Climate Change Impact on 24,000 US Lakes
- Michigan State University (MSU) researchers conducted a study on the complex interactions of climate change and human activities impacting algal blooms in U.S. lakes.
- The study reveals the correlation between climatic variables, such as agricultural runoff and urbanization, and the excess nutrients leading to toxic algal blooms in freshwater ecosystems.
- Utilizing open-access data and advanced satellite remote sensing, the research provides insights into the impact of climate change on lake ecosystems over the past 34 years.
- Alarming findings show that climate change intensifies the prevalence and severity of algal blooms, potentially causing ecological 'regime shifts' in lakes with long-lasting effects.
- The research team, led by Patricia Soranno and Patrick Hanly, innovatively integrated satellite imagery and machine learning to analyze algal biomass in over 24,000 lakes across the U.S.
- Climate-driven alterations in algal biomass were observed in approximately one-third of the lakes, with varied outcomes including regime shifts, increased productivity, and abrupt fluctuations.
- The study emphasizes considering both climate and human impacts on lake health, highlighting the importance of mitigating the challenges posed by climate change and anthropogenic stressors.
- Insights from the research underscore the need for comprehensive strategies to preserve aquatic ecosystems amidst changing environmental conditions.
- The findings offer valuable knowledge for future conservation efforts aimed at sustaining the health of U.S. lakes against the backdrop of climate change and human activities.
- This study exemplifies MSU's dedication to advancing environmental sciences and contributing to a more sustainable world through rigorous academic inquiry.
Bioengineer | 25 Feb, 2025
Anunnaki: Building Trusted AI for the Real World
- AI models, especially deep learning models, struggle when faced with unfamiliar situations.
- The lack of explainability in AI models makes it challenging to trust their decisions in high-risk environments.
- To address these challenges, a team of researchers at Michigan State University has proposed Anunnaki, a modular framework.
- Anunnaki consists of three key components: Enlil, Enki, and Utu, which aim to detect failures, train AI models for various environments, and adapt AI behavior accordingly.
Medium | 20 Feb, 2025
Scientists discover new sources of the molecule that built the universe
- Scientists have discovered new sources of the trihydrogen cation (H₃⁺), a crucial molecule in interstellar chemistry that plays a key role in star formation and gas cloud cooling.
- While the traditional understanding of H₃⁺ formation involves a collision between a hydrogen molecule (H₂) and its ionized counterpart (H₂⁺), recent research suggests alternative pathways contribute to its abundance.
- A study from Michigan State University uncovered fresh insights into these pathways, particularly in compounds like methyl halogens and pseudohalogens, challenging previous assumptions.
- Researchers found that in doubly ionized organic molecules, a roaming mechanism involving a neutral hydrogen molecule (H₂) can lead to H₃⁺ formation, contrary to the expected Coulomb explosion.
- These unexpected sources of H₃⁺ formation, such as in methyl halogens like methanol, methyl chloride, and methyl bromide, demonstrate complex and intriguing chemical processes beyond conventional understanding.
- Understanding the formation of H₃⁺ is crucial in refining models of cosmic chemistry, as the molecule influences reactions in space and planetary atmospheres, including those in gas giants like Jupiter and Saturn.
- The insights from this study not only have implications for astrochemistry but also extend to other fields such as plasmas, combustion, and biological systems where similar roaming mechanisms may occur.
- While the primary source of H₃⁺ remains the traditional pathway of H₂ colliding with H₂⁺, these new discoveries suggest additional formation routes that could impact star formation models and chemical composition data.
- By combining experimental techniques like ultrafast laser spectroscopy with high-level quantum chemistry simulations, scientists aim to further explore and understand the formation of H₃⁺ and its role in shaping the universe.
- The collaboration between experimentalists and theorists in this study highlights the interdisciplinary nature of research in unraveling the mysteries behind molecules like H₃⁺ that are fundamental to cosmic processes.
- Through ongoing refinement of techniques and exploration of new molecular candidates, scientists continue to uncover the hidden secrets of H₃⁺, shedding light on the molecule that played a crucial role in building the universe.
Brighter Side of News | 13 Feb, 2025
MSU Expert Unlocks Biological Insights Through Light-Based Hearing Techniques
- Researchers at Michigan State University have made advancements in understanding viruses through BioSonic spectroscopy, a novel light-based technique.
- By using ultrafast spectroscopy principles, the method allows scientists to 'listen' to the vibrational frequencies emitted by viruses, shedding light on their behavior.
- The research led by Elad Harel discovered that viruses have unique vibrational signatures generated by atomic motion within them.
- BioSonic spectroscopy offers a new dimension to studying pathogens, complementing traditional imaging techniques like electron microscopy.
- The study, featured in the Proceedings of the National Academy of Sciences, revealed how laser pulses induced vibrations in viruses, altering their acoustic patterns.
- Interdisciplinary collaboration between experts from different fields has been instrumental in this research, providing insights into viral properties.
- The implications of BioSonic spectroscopy extend to drug development, antiviral research, and potential applications in other fields of life sciences.
- Future investigations aim to track viral movements in real time and understand how viruses interact with diverse biological agents.
- This innovative approach could revolutionize biological research by offering real-time observation and analysis of viral behavior.
- The study by Elad Harel and team could pave the way for advanced diagnostics and quicker responses during viral outbreaks, potentially saving lives.
Bioengineer | 12 Feb, 2025
MSU Researchers Discover Photosynthetic Insights from Volcanic Hot Springs
- The Phlegraean Fields in Italy stand as a testament to nature’s relentless power, exhibiting signs of ongoing volcanic activity through its dramatic landscape, characterized by acidic hot springs.
- A team of researchers from Michigan State University (MSU) is delving into the resilience of certain microorganisms, specifically the alga Cyanidioschyzon merolae, as they strive to unravel the mysteries of survival in extreme conditions.
- MSU researchers, in collaboration with the MSU-DOE Plant Research Laboratory and the Walker lab, have published a comprehensive examination in the prestigious journal Plant Physiology, focusing on the mechanisms that enable this remarkable organism to thrive in high-stress environments.
- The CCM functions somewhat like a highly efficient delivery system for carbon dioxide, directing this essential substrate to where it can be best utilized in the photosynthesis process.
- The researchers are employing state-of-the-art methods to dissect this algae’s biochemical pathways and structural components, which differentiate it from its more complex counterparts.
- The mathematical framework allows researchers to hypothesize changes to the organism’s environment and predict its reactions, thereby fleshing out a more detailed understanding of its survival strategies.
- The knowledge gathered through this study could significantly influence the future of agricultural research and biotechnology.
- The findings of this research, funded through the Department of Energy and other prestigious grants, signify a pivotal moment in understanding how simple organisms can thrive under conditions once thought too extreme for life.
- Understanding these complex biological systems may ultimately unlock nature’s secrets and enhance our ability to combat the challenges posed by environmental changes ahead.
- As researchers at MSU continue to explore the depths of C. merolae’s survival strategies, we stand on the precipice of exciting discoveries that could shape our understanding of life on Earth and how we sustain it amidst an ever-changing landscape.
Bioengineer | 7 Feb, 2025
Theta EdgeCloud Gains Customer Momentum in the US with the Addition of Michigan State University
- Michigan State University (MSU) will be adopting Theta Labs' EdgeCloud platform for AI research, joining University of Oregon as the second academia customer.
- MSU's Secure and Intelligent Things (SEIT) Lab, directed by Associate Professor Qiben Yan, will leverage Theta's decentralized GPU infrastructure for innovation in AI, cybersecurity, and distributed systems.
- Theta is expanding its US cloud-based GPU infrastructure and will release the Beta of its hybrid cloud-edge computing platform in June 2025.
- Theta's collaboration with MSU strengthens its academic network and commitment to supporting AI and blockchain research in various sectors.
Zycrypto | 20 Jan, 2025
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Michigan State University FAQs
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Working at Michigan State University comes with several advantages and disadvantages. It is highly rated for company culture, skill development and work life balance. However, it is poorly rated for job security, based on 2 employee reviews on AmbitionBox.
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