Esync Technologies

Hey, if you’re a CS student or early professional in Atlanta, we want to connect you with AI and workflow automation at the intersection of biotechnology, healthcare, AI, and software engineering. If you’re interested or want more info, drop your email below or send us a direct message. #Atlanta #CollegeStudents #EarlyCareer #SummerInternships #ITConsulting #ML #AI #GeorgiaTech #GeorgiaState #Emory #ClarkAtlanta #Spelman #Morehouse #KennesawState

Esync Technologies is excited to connect technical college students to a unique summer program offering $20,000 grants plus thousands incloud compute credits. Participants will get the chance to work on advanced projects, attend co-working events, and sharpen their skills with hands-on mentorship. If you’re interested or have questions, visit https://lnkd.in/eFE5u_US or email [email protected].

We’re looking for industrial engineering students who are interested in industry, entrepreneurship, and working with startups here in Atlanta—or with companies facing growth challenges. If this sounds like you, please reach out. We have positions that pay up to $50 per hour, including summer internships, co-ops, and early-entry-level roles. #GeorgiaTech #GTIE #IndustrialEngineering #EngineeringJobs #TechCareers #StartupJobs #PaidInternship #CoOpProgram #EngineeringInternship #AtlantaTech #CareerGrowth #InternshipOpportunities #HiringNow #ProcessOptimization #OperationsExcellence #SupplyChain #Manufacturing #Entrepreneurship #STEMJobs

Hey! If you’re a CS student or early-career software engineer, we’re launching a program to help you land internships in AI automation, supply chain, logistics, and software engineering! We partner directly with tech-driven startups and firms that are revolutionizing these industries with AI, automation, and software solutions. This is your chance to gain hands-on experience in machine learning, cloud computing, enterprise automation, and logistics tech while working with real-world applications in supply chain optimization, AI-driven analytics, and logistics automation. If you’re interested or want more info, drop your email below or send us a direct message! #AI #Automation #LogisticsTech #SupplyChain #SoftwareEngineering #CSMajors #Internships #ML #CloudComputing #Atlanta #GeorgiaTech #GeorgiaState #Emory #ClarkAtlanta #Spelman #Morehouse #KennesawState

The mind that perceives the limitation is the limitation.” — Buddha Knowledge is not enough. Credentials are not enough. Greatness belongs to those who transcend the boundaries imposed upon them—by institutions, by society, and by their own beliefs. We are not looking for those who simply hold degrees. We are looking for those who see beyond them. We are looking for those who refuse to be defined by outdated metrics of success. If you are driven not just by knowledge but by the relentless pursuit of mastery, this is where you belong. If you measure yourself not by what you have done, but by the impossible things you will soon accomplish, this is where you are needed. If you are not content with validation but demand absolute excellence, then we are already looking for you. Esync Technologies is not a company. It is a force moving beyond the limits of industry, academia, and human-first execution. This is where intelligence meets inevitability. We do not hire employees. We integrate architects of the future. If you are ready, you already know where to find us.

Hey, if you’re a CS student or early professional in software engineering, we want to connect you with software engineering internships! We work directly with biotech startups and firms, and we’re launching a program to help you land summer roles—especially at the intersection of biotechnology, healthcare, AI, and software engineering. If you’re interested or want more info, drop your email below or send us a direct message. #Atlanta #CollegeStudents #EarlyCareer #SummerInternships #ITConsulting #ML #AI #GeorgiaTech #GeorgiaState #Emory #ClarkAtlanta #Spelman #Morehouse #KennesawState

Hey, if you’re studying industrial engineering or architecture, we’re connecting students with summer internship opportunities in planning, design, and related areas. We partner with startups and firms ready to welcome new talent. Interested in joining or want more info? Drop your email or message us directly. #Atlanta #CollegeStudents #EarlyCareer #SummerInternships #IndustrialEngineering #Architecture #GeorgiaTech #GeorgiaState #Emory #ClarkAtlanta #Spelman #Morehouse #KennesawState

Hey, if you’re a college student or early professional, we want to connect you with a summer software engineering internship! We work directly with startups and firms, and we’re launching a program to help you land summer roles—especially in ML, AI, and other tech fields. If you’re interested or want more info, drop your email below or send us a direct message. #Atlanta #CollegeStudents #EarlyCareer #SummerInternships #ITConsulting #ML #AI #GeorgiaTech #GeorgiaState #Emory #ClarkAtlanta #Spelman #Morehouse #KennesawState

The Absolute Value of a Complex Number The absolute value (or modulus) of a complex number z = 3 + 2i represents its distance from the origin in the complex plane. This value is calculated using the Pythagorean Theorem. For z = 3 + 2i : 1. The real part is 3 , and the imaginary part is 2 . 2. These components form the legs of a right triangle. 3. The hypotenuse of this triangle represents the absolute value. The formula is: |3 + 2i| = \sqrt{3^2 + 2^2} = \sqrt{9 + 4} = \sqrt{13}. Understanding the modulus is essential in complex analysis and has practical applications in physics, engineering, and signal processing. It quantifies the magnitude of a complex number and is a fundamental concept in operations such as normalization and transformations in the complex plane. #Mathematics #ComplexNumbers #Education

Understanding the Complex Plane: A Visual Representation The number 3 + 2i can be represented as a point in the complex plane. The horizontal axis corresponds to the real part, while the vertical axis represents the imaginary part. For 3 + 2i, the point is plotted by moving 3 units along the real axis and 2 units along the imaginary axis. This visualization is critical for understanding operations on complex numbers, such as addition, multiplication, and magnitude calculation, which have geometric interpretations in the plane. Key Concepts: ? The real part (3) determines the position along the horizontal axis. ? The imaginary part (2i) determines the position along the vertical axis. Complex numbers play a foundational role in mathematics, physics, and engineering, particularly in fields such as signal processing, control systems, and quantum mechanics. Mastering the complex plane is an essential step in understanding these applications. #ComplexNumbers #Mathematics #STEMEducation