Computer Engineering

Sergio Saade | Computer Engineer | Facultad de Ciencias Exactas y Tecnologia, UNT

Computer Engineering

Sergio Saade
Computer Engineer | Facultad de Ciencias Exactas y Tecnologia, UNT

[ 31 years & 2 months Experience ]

What is Computer Engineering?

There are many nuances of a Career in Computer Engineering. Almost everyone seems to be talking about How to start a Career in Computer Engineering, while one should first develop an understanding of What is a Career in Computer Engineering. While anyone can have an opinion on what Computer Engineering entails; only a real professional can really explain it.

Computer Engineer Sergio Saade invested 31 years & 2 months in Computer Engineering. Here is how Computer Engineer Sergio Saade detailed Computer Engineering:

Computer engineering as its name says, works on computers, but not only within them, but also on their communication with the outside world, on the software that compose it and a very important part, that has had much development in the last years, on the embedded systems.

How Computer Engineer Sergio Saade got into Computer Engineering?

I am Director of the computer engineering carrer, I am also titular professor of this faculty and my area of performance is the Data Networks and Communication Protocols. I graduated as an electronic engineer, here at the National University of Tucumán in 1986 and soon after that I went to do a master's degree at the University of California, in the specific subject of computer engineering. Then became a professor of this carrer in the National University of Tucumán.

Computer Engineer Sergio Saade's Talk on Computer Engineering

The Journey of Computer Engineering What Is Computer Engineering Computer Engineering Computer engineering is a discipline that combines principles of electrical engineering and computer science to design, develop, and maintain computer systems and hardware. It involves creating both the physical components and the software that make computers and digital devices function efficiently, bridging the gap between hardware and software innovation. Computer engineering plays a pivotal role in shaping the modern digital world, driving advancements in technology that influence nearly every industry. Professionals in this field are at the forefront of developing faster, more efficient computing systems, which power everything from smartphones to supercomputers. The impact of computer engineering extends to improving productivity, enabling new forms of communication, and fostering innovation in fields such as healthcare, transportation, and entertainment. Among its major benefits are the ability to solve complex technical challenges, the opportunity to work on cutting-edge technologies, and the potential for high earning power and job stability due to the ever-increasing demand for skilled engineers. A computer engineer working in the automotive industry might be tasked with developing the embedded systems that control a vehicle’s safety features, such as anti-lock braking or collision avoidance. This professional would design the hardware circuits and write the low-level software that ensures sensors and actuators communicate seamlessly, allowing the car to respond instantly to changing road conditions. Through rigorous testing and optimization, the engineer ensures that these systems are reliable, efficient, and meet stringent safety standards. This real-world application of computer engineering not only enhances driver safety but also pushes the boundaries of what modern vehicles can achieve, illustrating the tangible impact of the profession. Education Basic Sciences Basic Sciences encompass the fundamental scientific disciplines of physics, chemistry, mathematics, and biology. These fields provide the essential principles and analytical frameworks that underpin technological advancements. In Computer Engineering, Basic Sciences form the groundwork for understanding hardware, software, and system interactions, enabling professionals to innovate and solve complex engineering problems effectively. A solid grasp of Basic Sciences is crucial for anyone pursuing or advancing in Computer Engineering. Physics imparts knowledge about electricity, magnetism, and semiconductor behavior, all of which are vital for designing and troubleshooting hardware components. Mathematics equips professionals with the tools for algorithm development, data analysis, and system modeling, ensuring precision and efficiency in software and hardware solutions. Chemistry contributes to the understanding of materials used in manufacturing electronic devices, while biology is increasingly relevant in fields like bioinformatics and neural networks. Mastery of these subjects not only enhances problem-solving abilities but also fosters adaptability, enabling engineers to keep pace with rapid technological changes and to contribute meaningfully to interdisciplinary innovation throughout their careers. Consider a computer engineer tasked with designing a new microprocessor. Their understanding of physics allows them to analyze how electrons move through transistors, ensuring optimal performance and energy efficiency. Knowledge of chemistry helps them select materials that can withstand high temperatures and reduce electrical resistance, prolonging the device’s lifespan. Mathematics is essential for modeling the processor’s architecture and simulating its behavior under various workloads. By integrating these Basic Sciences, the engineer can predict potential issues, optimize the design, and collaborate effectively with manufacturing teams. This comprehensive approach, rooted in foundational scientific principles, is indispensable for delivering reliable, cutting-edge technology in the competitive field of Computer Engineering. Sofware Sofware refers to the set of instructions, programs, and data that tell a computer how to perform specific tasks. It encompasses operating systems, applications, and utilities, serving as the bridge between hardware and user needs. In Computer Engineering, sofware is essential for designing, implementing, and optimizing computing systems. A deep understanding of sofware is crucial for anyone pursuing or advancing in Computer Engineering. Sofware forms the backbone of all modern computing systems, enabling engineers to create, troubleshoot, and enhance both hardware and digital solutions. Mastery of sofware concepts allows professionals to design efficient algorithms, develop robust applications, and ensure seamless hardware-software integration. This knowledge is foundational for innovation, as it empowers engineers to adapt to evolving technologies and industry demands. Over the course of a career, proficiency in sofware not only opens doors to diverse roles but also fosters the ability to lead projects, optimize system performance, and contribute to cutting-edge advancements in fields such as artificial intelligence, embedded systems, and cybersecurity. Consider a Computer Engineer working on the development of a new embedded system for a smart home device. Each day, this professional leverages their theoretical understanding of sofware to write and debug firmware that controls the device’s sensors and actuators. They must ensure that the sofware efficiently manages hardware resources, responds to user inputs, and communicates reliably with other devices in the network. By applying principles such as modular programming, real-time processing, and error handling, the engineer ensures the system operates smoothly and securely. This practical application of sofware knowledge is critical for delivering a product that meets performance, safety, and user experience standards in a competitive market. Data Networks Data Networks refer to interconnected systems that enable the exchange of data between devices using established protocols and communication channels. In Computer Engineering, understanding data networks is essential, as it underpins the design, implementation, and maintenance of modern computing systems, ensuring efficient, secure, and reliable information transfer across various platforms. A thorough grasp of data networks is indispensable for anyone pursuing or advancing a career in Computer Engineering. This subject forms the backbone of how computers and devices communicate, making it critical for designing scalable systems, troubleshooting connectivity issues, and optimizing performance. Mastery of data networks equips professionals to address challenges in areas such as cybersecurity, cloud computing, and the Internet of Things. It also enhances their ability to innovate and adapt to emerging technologies, as nearly every modern application relies on robust networking principles. Over the long term, this foundational knowledge opens doors to specialized roles, leadership positions, and continuous professional growth in a rapidly evolving technological landscape. Consider a computer engineer working for a large e-commerce company responsible for maintaining the reliability of the company’s online platform. Each day, they analyze network traffic patterns, identify bottlenecks, and implement solutions to optimize data flow between servers and end-users. When a sudden spike in user activity threatens to overwhelm the system, their understanding of data networks allows them to quickly reconfigure load balancers and adjust routing protocols, ensuring uninterrupted service. This practical application of theoretical knowledge not only keeps the platform running smoothly but also safeguards the company’s reputation and revenue, demonstrating the real-world impact of expertise in data networks. Embedded Systems Embedded systems are specialized computing systems designed to perform dedicated functions within larger mechanical or electrical systems. Unlike general-purpose computers, they are optimized for specific tasks, often with real-time computing constraints. In Computer Engineering, embedded systems represent a crucial intersection of hardware and software, forming a core component of both academic study and professional practice. Understanding embedded systems is essential for computer engineers because these systems are integral to countless modern technologies, from consumer electronics to industrial automation. Mastery of embedded systems equips professionals with the ability to design, develop, and optimize hardware-software integration, which is foundational in creating efficient, reliable, and scalable solutions. This knowledge fosters a deep comprehension of how low-level programming interacts with hardware, enabling engineers to troubleshoot, innovate, and enhance system performance. Over the long term, expertise in embedded systems opens doors to diverse career paths in industries such as automotive, healthcare, telecommunications, and robotics, ensuring adaptability and relevance as technology evolves. Consider a computer engineer working in the automotive industry, tasked with developing a new vehicle’s anti-lock braking system (ABS). Each day, this professional applies their embedded systems knowledge to design microcontroller-based circuits that monitor wheel speed and control braking force in real time. They write firmware that must respond instantly to sensor data, ensuring passenger safety under varying road conditions. Their understanding of embedded systems allows them to optimize code for speed and reliability, interface with sensors and actuators, and rigorously test the system for compliance with industry safety standards. This practical application demonstrates how theoretical concepts directly translate into critical, real-world solutions that impact everyday life. Skills Analitycal Thinking Analitycal Thinking is the ability to systematically break down complex problems, identify patterns, evaluate information objectively, and develop logical solutions. In computer engineering, this skill enables professionals to dissect intricate systems, troubleshoot issues efficiently, and design robust architectures. It forms the backbone of effective problem-solving and innovation in the field. Analitycal Thinking directly enhances a computer engineer’s performance by enabling them to approach challenges methodically, ensuring that solutions are both efficient and reliable. Clients and employers highly value this skill because it leads to fewer errors, faster problem resolution, and the ability to foresee potential issues before they escalate. Cultivating analitycal thinking involves continuous practice, such as engaging in complex projects, seeking feedback, and reflecting on problem-solving processes. Over time, exposure to diverse technical challenges and collaboration with peers further sharpens this ability, making it an indispensable asset for career growth and professional credibility. Imagine a computer engineer tasked with diagnosing a critical system failure in a large-scale cloud infrastructure. By applying analitycal thinking, the engineer systematically isolates each component, examines logs, and identifies subtle anomalies in network traffic. Instead of jumping to conclusions, they methodically test hypotheses, ruling out potential causes one by one. This approach leads to the discovery of a misconfigured load balancer that intermittently disrupts service. By relying on their analitycal thinking skills, the engineer not only resolves the immediate issue but also implements preventative measures, ensuring long-term system stability and earning the trust of both clients and colleagues. Project Desing Project Desing is the structured process of conceptualizing, planning, and organizing all aspects of a technical project, including objectives, resources, timelines, and deliverables, to ensure successful execution and completion. In Computer Engineering, it serves as the foundation for transforming innovative ideas into functional, reliable, and scalable technological solutions. Mastering Project Desing directly enhances a computer engineer’s ability to deliver complex systems efficiently and with fewer errors. Employers and clients highly value this skill because it ensures that projects are well-defined, risks are anticipated, and resources are allocated wisely, leading to predictable outcomes and satisfied stakeholders. Cultivating Project Desing proficiency involves continuous learning through hands-on project experience, studying best practices, and seeking mentorship from seasoned professionals. Over time, engineers refine their ability to break down large problems, communicate requirements clearly, and adapt plans as challenges arise, making them indispensable contributors to any technical team. Imagine a computer engineer tasked with developing a new embedded system for a medical device. The project faces strict regulatory requirements and tight deadlines. By applying Project Desing, the engineer systematically defines project phases, allocates tasks among team members, and establishes checkpoints for compliance testing. When unexpected hardware compatibility issues threaten the timeline, the structured approach allows for rapid reassessment and reallocation of resources without derailing the project. Ultimately, the device is delivered on time, meets all safety standards, and earns client approval, demonstrating how effective Project Desing can be the difference between project failure and outstanding success. Project Implementation Project Implementation is the process of executing a planned set of tasks and strategies to transform concepts or designs into functional, real-world solutions. It involves coordinating resources, managing timelines, and ensuring deliverables meet specified requirements. In Computer Engineering, this skill bridges the gap between theoretical design and practical application, ensuring successful project outcomes. Mastering project implementation directly enhances a computer engineer’s ability to deliver reliable, high-quality solutions on time and within budget. Clients and employers highly value this skill because it demonstrates a professional’s capacity to turn ideas into tangible results, manage complex workflows, and adapt to unforeseen challenges. Cultivating project implementation expertise involves gaining hands-on experience with diverse projects, learning from both successes and setbacks, and continuously improving one’s ability to plan, execute, and monitor progress. Over time, professionals refine their communication, leadership, and problem-solving abilities, making them indispensable contributors to any engineering team or organization. Consider a computer engineer tasked with deploying a new network infrastructure for a growing company. During the rollout, unexpected compatibility issues arise between legacy hardware and the latest software. Relying on strong project implementation skills, the engineer quickly assesses the situation, reallocates resources, and collaborates with vendors to devise a workaround. By effectively managing the project timeline and keeping stakeholders informed, the engineer ensures minimal disruption to business operations. Ultimately, the successful implementation not only resolves the technical challenge but also builds trust with the client, demonstrating the engineer’s ability to deliver under pressure and adapt to real-world complexities. Pasion for technology Pasion for technology is an intrinsic enthusiasm and curiosity for understanding, exploring, and leveraging technological advancements. It drives individuals to continuously learn, adapt, and innovate within the ever-evolving landscape of computer engineering. This passion fuels perseverance, creativity, and a proactive approach to problem-solving, making it indispensable for sustained professional growth and success. A strong pasion for technology directly enhances performance by motivating professionals to stay updated with the latest trends, tools, and methodologies in computer engineering. Clients and employers highly value this quality because it translates into proactive solutions, innovative thinking, and a commitment to excellence. Those with genuine passion are more likely to go beyond the minimum requirements, ensuring high-quality outcomes and continuous improvement. Cultivating this skill involves engaging with new technologies, participating in professional communities, and seeking out challenging projects. Over time, this ongoing engagement deepens expertise and reinforces a mindset geared toward lifelong learning and adaptability, both of which are crucial in a field defined by rapid change. Imagine a computer engineer tasked with optimizing a legacy system that is critical to a client’s operations. While others may see the project as routine, a professional driven by pasion for technology approaches it as an opportunity to explore new optimization techniques and emerging tools. This enthusiasm leads them to research recent advancements, experiment with innovative algorithms, and consult with peers in the field. As a result, they not only resolve the immediate performance issues but also implement a forward-thinking solution that future-proofs the system. Their passion transforms a standard assignment into a showcase of technical excellence and client satisfaction, demonstrating how this core skill can drive both individual and organizational success. Continuosly Learning Continuosly Learning is the ongoing process of acquiring new knowledge, skills, and competencies to adapt to changing technologies and environments. In Computer Engineering, it means staying updated with advancements, programming languages, tools, and methodologies. This skill ensures professionals remain relevant, innovative, and capable of addressing complex, evolving technical challenges in their field. Continuosly Learning directly enhances a computer engineer’s performance by enabling them to adapt to new technologies, frameworks, and industry standards as they emerge. Employers and clients highly value this skill because it ensures that professionals can tackle modern problems, integrate the latest solutions, and maintain competitive products or services. Cultivating this skill involves dedicating time to reading technical articles, attending workshops, participating in online courses, and engaging with professional communities. Over time, this habit of learning becomes second nature, allowing engineers to anticipate trends, proactively solve problems, and contribute innovative ideas. The ability to learn continuously also fosters confidence and resilience, making professionals more adaptable and valuable in dynamic work environments. Imagine a computer engineer working on a legacy system that suddenly needs to integrate with a new cloud-based service. The engineer has limited experience with the required cloud technology, but by leveraging their habit of Continuosly Learning, they quickly research the necessary documentation, enroll in a short online course, and consult with peers in professional forums. Within a short period, the engineer acquires the skills needed to implement the integration successfully, preventing costly project delays and demonstrating adaptability. This commitment to ongoing learning not only resolves the immediate technical challenge but also positions the engineer as a reliable problem-solver, earning trust from both the employer and the client. Positives High Demand High demand refers to the consistent and growing need for skilled professionals in a particular field, driven by technological advancements, industry expansion, and societal reliance on digital solutions. In computer engineering, high demand means that expertise is continually sought after, offering professionals abundant opportunities, job security, and the ability to make meaningful contributions. The high demand for computer engineers significantly enhances both career satisfaction and professional growth. Knowing that their skills are valued and sought after, professionals enjoy a sense of security and confidence in their career trajectory. This demand translates into a wide array of job opportunities, competitive salaries, and the flexibility to choose projects or industries that align with personal interests. It also fosters a dynamic work environment where innovation is encouraged, and continuous learning is rewarded. As technology evolves, computer engineers are at the forefront, shaping the future and solving real-world problems, which brings a deep sense of purpose and fulfillment to their daily work. Imagine a computer engineer working at a leading tech company, where new projects and challenges arise regularly due to the company’s rapid growth and the industry’s evolving needs. Because of the high demand for their expertise, this professional is frequently approached to lead innovative initiatives, collaborate with cross-functional teams, and mentor junior engineers. The constant influx of opportunities allows them to expand their skills, take on leadership roles, and see the tangible impact of their work in products used by millions. This environment not only keeps their daily tasks engaging and meaningful but also reinforces their value within the organization and the broader technology landscape. Job Opportunity Job opportunity refers to the availability and variety of positions, roles, and career paths open to individuals within a specific field. In computer engineering, job opportunity encompasses the broad spectrum of industries, organizations, and projects seeking skilled professionals, ensuring consistent demand, career mobility, and the potential for advancement and specialization. The abundance of job opportunities in computer engineering is a cornerstone of its appeal, offering professionals the security of knowing their skills are in high demand across multiple sectors. This constant demand not only provides stability but also fuels personal and professional growth, as individuals can explore diverse roles, industries, and technologies. The ability to transition between companies, work on innovative projects, or even relocate geographically without sacrificing career prospects greatly enhances job satisfaction. Every day, computer engineers benefit from the freedom to pursue roles that align with their interests and ambitions, whether in software development, hardware design, artificial intelligence, or cybersecurity. This dynamic environment keeps the work engaging and ensures that professionals are continually challenged and motivated. Consider a computer engineer named Priya who specializes in embedded systems. After several years working in the automotive industry, she decides to explore new challenges and applies for positions in the healthcare technology sector. Thanks to the strong job market and her transferable skills, Priya quickly secures interviews and receives multiple offers from companies developing medical devices and health monitoring systems. This seamless transition not only allows her to pursue her passion for impactful technology but also provides her with the confidence that her expertise is valued across industries. Priya’s experience highlights how the vast job opportunities in computer engineering empower professionals to shape their careers according to their evolving interests and goals, making the field both rewarding and resilient. Development Abroad Development Abroad refers to the opportunity for computer engineers to work on projects, collaborate with teams, or even relocate to countries outside their home nation, engaging in global innovation and problem-solving. This experience fosters cultural exchange, broadens technical perspectives, and enhances adaptability, making it a transformative aspect of the profession. The chance to participate in Development Abroad is a powerful motivator for many computer engineers. It opens doors to diverse work environments, exposes professionals to new technologies, and encourages creative approaches to problem-solving. This global exposure not only sharpens technical skills but also cultivates a deeper understanding of international markets and user needs. As engineers interact with colleagues from different backgrounds, they develop strong communication and teamwork abilities, which are highly valued in the industry. The daily experience of navigating new challenges and learning from global peers leads to greater job satisfaction, a sense of accomplishment, and accelerated professional growth. Ultimately, Development Abroad transforms a career in computer engineering into a journey of continuous learning and personal enrichment. Imagine a computer engineer from Brazil who joins a multinational tech company and is assigned to a project in Germany. Working alongside local engineers, she learns about advanced automation systems and contributes her expertise in cloud computing. Through this collaboration, she not only gains exposure to cutting-edge European technologies but also shares innovative solutions from her own background. The experience of adapting to a new culture, overcoming language barriers, and building friendships with international colleagues proves deeply rewarding. She returns home with a broadened perspective, enhanced technical skills, and a network of global contacts, all of which open new doors in her career and inspire her to pursue even greater challenges in the future. Low Initial Investment Low Initial Investment refers to the minimal financial resources required to begin a career in computer engineering. Unlike many professions that demand costly equipment, specialized tools, or extensive materials, computer engineering primarily requires a computer and internet access. This accessibility allows aspiring professionals to start learning, experimenting, and building skills with limited upfront costs. The low initial investment required in computer engineering is a significant advantage because it removes financial barriers that often prevent talented individuals from entering other fields. This accessibility means that anyone with curiosity and determination can start learning and contributing, regardless of their economic background. As a result, professionals feel empowered and motivated, knowing that their growth depends more on effort and creativity than on expensive resources. This fosters a sense of equality and inclusivity within the industry, boosting job satisfaction and encouraging continuous learning. Every day, computer engineers benefit from the ability to experiment, innovate, and collaborate using affordable or even free tools, which accelerates their professional development and opens doors to new opportunities. Consider a recent graduate with a passion for technology but limited financial means. With just a modest laptop and access to free online resources, they begin exploring programming, hardware design, and collaborative projects. Over time, they contribute to open-source initiatives, build a portfolio, and connect with a global community of engineers. This journey, made possible by the low initial investment, allows them to secure internships and eventually a full-time position at a leading tech company. The professional’s daily experience is shaped by the freedom to learn and create without the burden of heavy financial commitments, making their career path both fulfilling and accessible. Challenges Updating Yourself Updating yourself in Computer Engineering means continuously learning new technologies, programming languages, frameworks, and methodologies to stay relevant in a rapidly evolving field. This is demanding because the pace of innovation is relentless, requiring professionals to invest significant time and effort outside of regular work hours to maintain their expertise. The challenge of updating yourself can lead to feelings of overwhelm, as daily work often leaves little room for learning new skills or tools. This constant pressure can cause stress and fatigue, making it difficult to keep up with industry standards. Resilience is essential, as setbacks and knowledge gaps are inevitable. Successful professionals address this by integrating learning into their routines, seeking mentorship, and leveraging online resources. They prioritize what to learn based on project needs and industry trends, focusing on depth rather than breadth. By cultivating curiosity and adaptability, they transform the challenge of updating themselves into an opportunity for growth, ensuring their skills remain sharp and relevant. Consider a computer engineer working in embedded systems who notices the growing adoption of Rust for safety-critical applications. Despite a full workload, she dedicates time each week to study Rust, experimenting with small projects and participating in online forums. When her company decides to prototype a new product using Rust, she is prepared to lead the initiative, having already built foundational knowledge. Her proactive approach not only benefits her career but also positions her team at the forefront of technological advancement. By embracing continuous learning and strategically focusing her efforts, she successfully overcomes the challenge of updating herself in a demanding and ever-changing field. International Jobs International jobs in computer engineering refer to roles that require professionals to work across borders, either by relocating or collaborating with global teams. This is demanding due to cultural differences, time zone challenges, varying legal requirements, and the need for adaptability in unfamiliar environments, all of which complicate daily responsibilities. The challenge of international jobs in computer engineering can significantly affect daily work by introducing communication barriers, scheduling difficulties, and unfamiliar workplace norms. Professionals may find themselves working odd hours to coordinate with colleagues in different time zones or struggling to understand local regulations and expectations. This environment demands resilience, as adapting to new cultures and workflows can be mentally taxing and require continuous learning. Successful professionals manage these constraints by developing strong cross-cultural communication skills, leveraging technology for collaboration, and proactively seeking to understand the nuances of their international counterparts. They also cultivate flexibility and patience, allowing them to navigate setbacks and maintain productivity despite the complexities of working across borders. Consider a computer engineer from India who accepts a position with a multinational company based in Germany. Initially, she faces challenges adjusting to the new work culture, language barriers, and the expectations of her European colleagues. To overcome these obstacles, she dedicates time to learning German, attends cultural integration workshops, and actively participates in team meetings to build rapport. She also adapts her work schedule to accommodate meetings with colleagues in different time zones, ensuring effective collaboration. Over time, her efforts pay off as she becomes a valued team member, successfully leading a cross-border project that leverages her technical expertise and her ability to bridge cultural gaps. This experience not only enhances her professional growth but also demonstrates the rewards of perseverance in international roles. Being Belingual In Computer Engineering, "Being Belingual" refers to the necessity of fluently communicating in both technical and non-technical languages. Professionals must translate complex engineering concepts into accessible terms for stakeholders while also understanding business needs and user requirements, making it a demanding balancing act that requires adaptability and clear communication. The challenge of Being Belingual can create daily friction for computer engineers, as they often serve as the bridge between technical teams and non-technical collaborators such as managers, clients, or end-users. Misunderstandings can lead to project delays, misaligned expectations, or flawed solutions. Navigating this dual-language environment demands resilience, patience, and empathy. Successful professionals develop strong interpersonal skills, actively listen to all parties, and continually refine their ability to translate jargon into meaningful insights. They also seek feedback to ensure clarity and foster a culture of open communication. By embracing these strategies, they not only mitigate misunderstandings but also enhance collaboration and drive project success. Consider a computer engineer working on a healthcare software project. The engineer must interpret medical professionals’ requirements, which are often described in clinical terms, and translate them into precise technical specifications for the development team. During meetings, the engineer explains technical limitations and possibilities in plain language, ensuring that doctors and nurses understand what the software can realistically achieve. By patiently bridging the gap between the medical staff and the programmers, the engineer prevents costly miscommunications and ensures the final product meets both technical standards and user needs. This ability to be Belingual ultimately leads to a more effective, user-friendly solution and a smoother development process. A Day Of Teaching and Learning The hum of servers and the glow of monitors set the stage for a world where innovation never sleeps. In the realm of computer engineering, each day unfolds as a dynamic blend of problem-solving, collaboration, and technical mastery. The pace is brisk, driven by tight deadlines and the ever-present challenge of building systems that power everything from smartphones to cloud infrastructure. Whether refining code, troubleshooting hardware, or brainstorming the next breakthrough, computer engineers thrive in an environment where adaptability and curiosity are as essential as technical skill. The workday is a tapestry of focused solitude and energetic teamwork, each hour bringing new puzzles to solve and new technologies to explore. As the day begins, a computer engineering professional typically starts by reviewing system logs, checking overnight builds, and scanning emails for urgent issues or updates from global teams. This quiet window is ideal for assessing the health of ongoing projects, identifying any anomalies that need immediate attention, and setting priorities for the day. With a fresh cup of coffee in hand, the engineer might update task boards, review code changes submitted by colleagues, and mentally map out the most pressing objectives before the day accelerates. Mid-morning marks the transition into the most focused and technically demanding work of the day. This is when engineers immerse themselves in writing new code, debugging complex algorithms, or designing circuit layouts for upcoming hardware releases. The office buzzes with concentration as teams tackle intricate challenges, whether optimizing software for efficiency or integrating new components into existing systems. Interruptions are minimal during this period, allowing for the deep, uninterrupted work that drives innovation and progress. The afternoon brings a shift toward collaboration and execution. Engineers gather for stand-up meetings, design reviews, or brainstorming sessions, sharing progress and troubleshooting roadblocks together. This is the time for aligning on project goals, clarifying technical requirements, and divvying up tasks for the next development sprint. After meetings, the focus turns to implementing feedback, testing prototypes, and refining solutions based on team input. The energy is high as ideas flow freely and collective problem-solving takes center stage. As the day winds down, attention turns to documenting progress, updating project repositories, and responding to any outstanding communications. Engineers reflect on what was accomplished, noting lessons learned and outlining next steps for themselves and their teams. This is also a prime window for researching emerging technologies, reading technical articles, or experimenting with new tools that could enhance future projects. With tasks wrapped up and plans set for tomorrow, the engineer logs off, ready to recharge before another day of innovation begins.

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How to get into

Computer Engineering?

If you are want to get into Computer Engineering, start by investing in a Career Plan.

The 14 hour process, guided by a LifePage Career Advisor, will help you introspect and check whether your interest in Computer Engineering is merely an infatuation or is it truly something you wish to do for the rest of your life.

Next, your Career Advisor will help you document how you can get into Computer Engineering, what education and skills you need to succeed in Computer Engineering, and what positives and challenges you will face in Computer Engineering.

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LifePage Plan will not stop at saying "to become an Architect study Architecture". It will guide you on which Certifications, Trainings and Other items you need to do along with your Architecture education to become the world's best Architect.

Links for this Talk

Computer Engineer Sergio Saade's LifePage:

[LifePage]
https://www.lifepage.in/page/sergiosaade

LifePage Career Talk on Computer Engineering

[Career]
https://www.lifepage.in/careers/computer-engineering

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https://lifepage.app.link/20170902-0003

(Computer Engineering, Sergio Saade, Facultad de Ciencias Exactas y Tecnologia, UNT, Engineering, Software, Professor, Computer Science)

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[ 11 years Experience ]

Cyber security or information technology security are the techniques of protecting computers, networks, programs and data from unauthorized access or attacks that are aimed for exploitation.

"I did my BCA and MCA from Lucknow University and pursuing my Ph D from SGT, Gurgaon. I have been conducting workshops related to cyber security since 2007. I was the head of DEFCON & OWASP, Luchnow for four years. I am working as the Chairman of National Information Security Council (NISC) since 2017."

PHP Development

Jitendra Kumar
PHP Developer | M and P Technologies

[ 2 years Experience ]

PHP is a general-purpose scripting language that is especially suited to server-side web development, in which case PHP generally runs on a web server. Any PHP code in a requested file is executed by the PHP runtime, usually to create dynamic web page content or dynamic images used on websites or elsewhere.

"After completing my graduation, I did my MCA from DBIT, Dehrdaun. Currently, I am working as a PHP Developer at M and P Technologies, Dehradun."

Mobile App Development

Suyash Joshi
Senior Mobile Software Engineer | Oracle

[ 8 years Experience ]

Mobile application development is the act or process by which a mobile app is developed for mobile devices, such as personal digital assistants, enterprise digital assistants or mobile phones. These applications can be pre-installed on phones during manufacturing platforms, or delivered as web applications using server-side or client-side processing (e.g., JavaScript) to provide an "application-like" experience within a Web browser. Application software developers also must consider a long array of screen sizes, hardware specifications, and configurations because of intense competition in mobile software and changes within each of the platforms.

"I have a Bachelors in Computer Science from University of Michigan, USA. I am currently pursuing a Masters degree from Georgia Tech. Since 2010, I have been working at Oracle, San Francisco as a Senior Mobile Software Engineer."

Computer Coding

Dipankar Tripathi
Head | Airvana Networks

[ 9 years & 5 months Experience ]

Computer coding is making computers do what one wants them to do. For making a computer do something we need to write something which the computer is able to understand and then perform that by itself.

"I did my Graduation from DAV and Masters in Computers from IP University. In 2009 I shifted to Bangalore and that is when I got a break in Computer coding. I started working for a company called Airvana Networks."

Machine Learning

Pranav Dobhal
Consultant | Calliope Data

[ 4 years & 5 months Experience ]

Data Engineering is the gathering, collecting and storing of data, conducting batch processing or real-time processing on it, and evaluating data solutions within organisations.

"I did Schooling from The Doon School, Dehradun after which I pursued an Undergraduate Degree in Information Systems from Brock University in Canada. I did a Masters degree in Information System Management from Carnegie Mellon University in Pittsburgh, USA."

Software Engineering

Rohit Verma
Senior Software Developer | ST Microelectronics

[ 6 years & 9 months Experience ]

Software engineering is a detailed study of engineering to the design, development and maintenance of software.

"I did my Bachelors in Computer Application from Kurukshetra University and Masters in Computer Application from YMCA, Faridabad. After completing studies in 2012 I joined ST Microelectronics as a Software Developer. I am Senior Software Developer in ST Microelectronics."

Website Design & Development

Kunal
Director Technology | Orbosys Co-operation

[ 7 years & 9 months Experience ]

Website design encompasses many different skills and disciplines in the production and maintenance of websites. The different areas of web design include web graphic design; interface design; authoring, including standardised code and proprietary software; user experience design; and search engine optimization.

"I did B Tech in Information Technology from NSIT, Kanpur. During college, I started a website design company by the name Biztech Work Solutions, which I had to close because of the limited market opportunities in Kanpur. I did a course in Linux from IIT, Kanpur. I then started a company in Dehradun with my cousin brother in 2012 by the name Orbosys Co-operation. I am Director-Technolgy at Orbosys."

Artificial Intelligence

Dr Kiran Kumar Ravulakollu
Assistant Dean - Research | UPES

[ 7 years & 1 month Experience ]

In computer science, artificial intelligence, sometimes called machine intelligence, is intelligence demonstrated by machines, in contrast to the natural intelligence displayed by humans and other animals.

"After graduating in B Tech from JNTU, Hyderabad, I went on to do M Sc in Artificial Intelligence from City University, London. I also did a Ph D in Neurorobotics from University of Sunderland, UK. I came to India and started teaching at Sharda University as an Assistant Professor. I switched to UPES and went on to become Assistant Dean - Research."

Software Development

Amit Naithani
Module Lead | MothersonSumi Infotech & Design Limited

[ 9 years & 2 months Experience ]

Software development is the process of conceiving, specifying, designing, programming, documenting, testing, and bug fixing involved in creating and maintaining applications, frameworks, or other software components.

"After completing my Schooling from Dehradun, I did B Tech in Computer Science Engineering. I have worked with Infosys, KPIT and Infotech. I have also worked on Oracle, JD Edwards and ERP system. I am working as a Module Leader at Motherson Sumi, Delhi."

User Interface Development

Prachi Pant
UI Developer | Snapdeal

[ 4 years Experience ]

User Interface Development combines programming, psychology and creative design to craft intuitive controls for software and hardware. The UI developer's mission is to create an interface that behaves as users would it expect it to, facilitating a seamless and efficient user experience.

"I did my B Tech (Information Technology) from Roorkee Engineering College after which I joined a Delhi-based startup called Cloudchowk Solutions Pvt Ltd. Later, I moved to Snapdeal. At both places I worked in the domain of user interface development."

Computer Engineering

Daniel Cohen
Computer Engineer | Facultad de Ciencias Exactas y Tecnologia, UNT

[ 30 years Experience ]

Computer engineering has an integral vision of the computer, from the layers related to the user, the apps, to the layers related to the computer, the hardware and even the ones related to the intercommunication between the computers, the internet. So computer engineering is just a career in engineering that achieves an integration of all the knowledge that is in computers so they are able to have a very widespread application. Including all the achievements that have been seen lately as cell phones, all machines applied to medicine and artificial intelligence. All of them are areas of application of computer engineering.

"I graduated first as an electronic engineer, because at that time when I studied, computer engineering did not exist in my country as a career. Soon after I graduated as an electronic engineer I won a scholarship to study in Israel where I did a master's degree in computer engineering at the Technological Institute of Israel called Technion. Since I returned I have been very active in my professional life, but I have never stopped being a teacher at UNT, at the beginen only part time because the rest of the time I used it in my own professional career."

Data Engineering

Pranav Dobhal
Consultant | Calliope Data

[ 4 years & 5 months Experience ]

Data Engineering is the gathering, collecting and storing of data, conducting batch processing or real-time processing on it, and evaluating data solutions within organisations.

"I did my Schooling from The Doon School, Dehradun after which I pursued an undergraduate degree in Information Systems from Brock University in Canada. I did a Masters degree in Information System Management from Carnegie Mellon University in Pittsburgh, USA."

Teaching Computer Science

Ashish Saxena
Assistant Professor | DIT University

[ 15 years & 1 month Experience ]

Computer science and engineering (CSE) is an academic program that integrates the fields of computer engineering and computer science. It is a sub-field of electronics engineering. It covers the digital aspects of electronics engineering, specializing in hardware-systems areas like computer architecture, processor design, high-performance computing, parallel processing, computer networks and embedded systems.

"After completing B Sc, I did MCA from H N B Garhwal University and M Tech from UTU, Dehradun. I have taught in a school for 2 years and at Amrapali Institute, Haldwani for 3 years. I have been teaching at DIT University since 2008. I am Assistant Professor at DIT University."

Game Development

Pankaj Badoni
Assistant Professor | Graphics & Gaming, UPES

[ 7 years & 2 months Experience ]

Game development is the process of creating a video game. The effort is undertaken by a game developer, who may range from a single person to an international team dispersed across the globe. Game programming requires substantial skill in software engineering as well as specialization in one or more of the following areas, which overlap heavily to create a game: simulation, computer graphics, artificial intelligence, physics, audio programming, and input.

"After doing B Tech in Computer Science & Engineering, I went on to do masters in IT with a specialisation in Human Computer Interaction. I worked as a Developer at Headstrong India for few years before switching to academia. I am an Assistant Professor at UPES and manage Graphics and Gaming branch there."

Software Engineering & Development

Harsh
Software Engineer and Developement | Hike Messenger

[ 3 years & 1 month Experience ]

In software engineering, a software development process is the process of dividing software development work into distinct phases to improve design, product management, and project management. It is also known as a software development life cycle. Software engineering is an engineering branch associated with development of software product using well-defined scientific principles, methods and procedures. The outcome of software engineering is an efficient and reliable software product.

"After completing B Tech (Hons) in Computer Science & Engineering from Dehradun Institute of Technology, I started working as a Software Engineer at Hike Messenger. My role as a software engineer was to explore and dive into various aspects of big-data technologies and machine learning, fixing regular issues/bug, developing content visualization console (WT-Forms, Python, Flask, HTML, CSS, JS) etc. I have also worked as a Software Developer Research Intern at Indian Institute of Remote Sensing (IIRS), Indian Space Research Organization (ISRO)."

Server Administration

Abhishek Mishra
Specialist | HCL

[ 1 year & 10 months Experience ]

A server administrator, or admin has the overall control of a server. This is usually in the context of a business organization, where a server administrator oversees the performance and condition of multiple servers in the business organization, or it can be in the context of a single person running a game server.

"After doing my schooling, I did my B Sc and MCA from Kanpur University. After that I started working as an IT Administrator in Amway and then I worked for various companies like Dell and Capgemini. I am working as a Specialist with HCL since 2016."

System Software Development

Anand Krishnaswamy
System Architect | IBM

[ 8 years Experience ]

In software engineering, a software development process is the process of dividing software development work into distinct phases to improve design, product management, and project management. It is also known as a software development life cycle. Software engineering is an engineering branch associated with development of software product using well-defined scientific principles, methods and procedures. The outcome of software engineering is an efficient and reliable software product.

"For 14+ years in the software industry, I played my role in teams that created business value in writing software, software consulting, inventing & creating patents & insightful articles. It drives my interest in data science & data analytics. Clean & pertinent design is the reward I work for. As a software consultant, I've focused on delivering exactly what the business needs. I've helped clients sift through & identify what they really want vs what they think they want & then led teams to deliver that. Tough conversations, but many a client has appreciated the effort put into gleaning that. Today, I focus this drive to create relevant & vital value in the effort to educate underprivileged children so that they are not left handicapped in competing in the world at large."

Code Analysis

Neeti
Analyst | HCL Technologies

[ 3 years Experience ]

Code Analysis is the automated testing of source code for the purpose of debugging a computer program or application before it is distributed or sold.

"I did my schooling from St Thomas College, Dehradun and B Tech from Graphic Era University, Dehradun. After completing my education, I started working at HCL, Noida as an Analyst."

Cloud Software Engineering

Shrinath K T
Cloud Development Manager | Revevol Technology

[ 5 years & 2 months Experience ]

Cloud computing or Cloud Software Engineering is an information technology (IT) paradigm that enables ubiquitous access to shared pools of configurable system resources and higher-level services that can be rapidly provisioned with minimal management effort, often over the Internet. Cloud computing relies on sharing of resources to achieve coherence and economies of scale, similar to a public utility.

"After completing my schooling from Cinmaya Vidyalaya Coimbatore, I did my BE in Computer Science from CIET, Coimbatore. I worked as a Tech Support Executive for CSS Corp, Chennai and after that I worked for Tata Communications, Chennai. I am working as a Cloud Development Manager with Revevol Technology, Delhi."

Database Administration

Varun Yadav
Sr Oracle Database Administrator | Motherson Sumi Infotech & Designs Ltd

[ 8 years & 3 months Experience ]

Database administration refers to the whole set of activities performed by a database administrator to ensure that a database is always available as needed. Other closely related tasks and roles are database security, database monitoring and troubleshooting, and planning for future growth. Database administration is an important function in any organization that is dependent on one or more databases. Database administrators (DBAs) use specialized software to store and organize data. The role may include capacity planning, installation, configuration, database design, migration, performance monitoring, security, troubleshooting, as well as backup and data recovery.

"After doing my schooling from Chandigarh, I did my BE & ME from Punjab Engineering College, PEC University of Technology, Chandigarh. Thereafter, I worked as a Sr. Oracle Data Base Administrator with different companies like Path InfoTech Ltd, Wipro Technologies and others on different projects like Financial, Banking Domain and Telecommunication. Later, I joined Motherson Sumi Infotech and Design, Noida as Sr. oracle Data Administrator."

Software Engineering

Manish Kumar
Senior Consultant | HCL Technologies

[ 12 years & 9 months Experience ]

Software engineering is a detailed study of engineering to the design, development and maintenance of software.

"I did B Tech in Electronics & Communication from Birla Institute of Technology, Ranchi. I worked at Computer Science Corporation for some time as a consultant before switching to HCL Technologies in 2013. I am a Senior Consultant at HCL Technologies."

Software Development

Raj Kumar Saini
Mentor & Central Head, Dehradun | Coding Blocks

[ 3 years & 5 months Experience ]

Software development is the process of conceiving, specifying, designing, programming, documenting, testing, and bug fixing involved in creating and maintaining applications, frameworks, or other software components.

"I did my graduation in B Tech in Computer Science from Delhi Technological University. I got a campus placement as Software Developer at Amazon. I worked there for some time before switching to D.E.Shaw. I have also worked at Adobe, Right Relevance and Caroobi. I am Mentor & Central Head at Coding Blocks, Dehradun."

UX/UI Designing

Naina Jain
UX Designer | ImaginXP

[ 6 years & 2 months Experience ]

UX stands for user experience. A users experience of the app is determined by how they interact with it. User experience is determined by how easy or difficult it is to interact with the user interface elements that the UI designers have created. The UI in UI design stands for user interface.The user interface is the graphical layout of an application. It consists of the buttons users click on, the text they read, the images, sliders, text entry fields, and all the rest of the items the user interacts with.

"While I was in college and studying communication design, I started working as a designer. My first project was for a restaurant based out of Gurgaon. I have had done various projects such as with TedX, Govt of Uttarakhand as well as Karnataka and various other projects. I am also the co-founder of a design company known as NUTS India as well as I am working for ImaginXP which is into education sector for designing. Therefore, I am posted at DIT University, Dehradun and teaching designing there as well as running own design studio."

DevOps

Monit Kapoor
Associate Professor & HoD Cybernetics | School of Computer Science, UPES

[ 19 years & 2 months Experience ]

DevOps is a software development methodology that combines software development with information technology operations. The goal of DevOps is to shorten the systems development life cycle while delivering features, fixes, and updates frequently in close alignment with business objectives.

"After completing my bachelors in engineering in electrical, I went on to do a masters in Computer Science & Engineering. Post that, I started working at Green Hills Engineering College as an HOD of IT. I then switched to Maharishi Markandeshwar University, Solan as an HoD of CSE & Computer Applications. I finally moved to UPES, Dehradun as an Assistant Professor in 2011. I did a Ph D in Mobile Ad Hoc Networks along with professorship. I am an Associate Professor and HoD Cybernetics at UPES."

Full Stack Development

Sagar Gurung
Full Stack Developer | Ifadvertisings

[ 7 years & 1 month Experience ]

A full stack developer is an engineer who can handle all the work of databases, servers, systems engineering, and clients. Depending on the project, what customers need may be a mobile stack, a Web stack, or a native application stack.

"After completing B Tech in EEE, I started my own company by the name Web Plan Solution Pvt Ltd. After running it for 2 years, I decided to shut it down and did certifications in Java, PHP, .Net & Robotics. I then worked with Mymind Infotech as a Senior Developer for 2 years. In 2018, one of my friends and me came together to work on an advertising mobile application called Ifadvertisings. I developed the application single handedly. I am Co-founder & Full Stack Developer at Ifadvertisings."

Application Development

Amruta N
Senior Consultant | OpenText

[ 4 years Experience ]

Application development is the process of creating a computer program or a set of programs to perform the different tasks that a business requires. From calculating monthly expenses to scheduling sales reports, applications help businesses automate processes and increase efficiency.

"After completing my BCA & MCA from R V college, Bangalore in 2014, I began working as an Associate Software Consultant at Muraai Information Technology. I moved to Adnate IT Solutions as a Consultant in 2015. In 2017 I joined OpenText, where I am working as a Senior Consultant."

Software Development

Gargi Gautam
IT Analyst | Tata Consultancy Services

[ 3 years & 9 months Experience ]

Software Development is a process followed for a software project, within a software organization. It consists of a detailed plan describing how to develop, maintain, replace and alter or enhance specific software. The life cycle defines a methodology for improving the quality of software and the overall development process

"After completing my graduation from Uttar Pradesh Technical University in Computer Science (GNIT) in 2012, I started working with Sears IT & Management Services private limited where I worked till 2015 while I was a System Engineer. After that I have joined Tata Consultancy Services where my designation is IT Analyst. Meanwhile in 2017 I had completed my Post Graduation Diploma in Management in Operations Management from All India Management Association."

Teaching & Research in Data Science

Dr Kingshuk Srivastava
Assistant Professor | UPES

[ 9 years Experience ]

Teaching and Research in Data science of three words teaching, research and data science so first of all what is teaching so teaching is the art and science of helping others to grow in their knowledge and understanding. It is holding the hand of a young one and saying it's going to be OK. Teaching is being careful that you acknowledge every student ever. On the other hand research is a careful and detailed study into a specific problem, concern, or issue using the scientific method. It's the adult form of the science fair projects back in elementary school, where you try and learn something by performing an experiment. Data science is a multidisciplinary blend of data inference, algorithmm development, and technology in order to solve analytically complex problems. Data Science can be applied to a data set with one thousand lines, there is no problem with this.

"After completing my B Sc in Physics & M Sc in Electronics from Lalit Narayan Mithila University, I did M Tech in Information Technology & Ph D in Computer Science Engineering from University of Petroleum & Energy Studies (UPES). I am an Assistant Professor Selection Grade at University of Petroleum & Energy Studies, Dehradun."

Software Engineering

Vikas Nokhwal
Founder & Senior Software Developer | Nokhwal Technologies

[ 5 years & 6 months Experience ]

Software engineering is a detailed study of engineering to the design, development and maintenance of software.

"I did B.Tech in Computer Science from Om group of Institutions, Hisar. I started working in SSN Ventures as Software Developer. After working for four years with the company, I started my own firm, Nokhwal Technologies in 2017. I am Senior Software Developer at Nokhwal Technologies."

Nature Inspired Computing

Deepshikha Bhargava
Professor & HoD | UPES

[ 21 years & 2 months Experience ]

Nature-inspired computing is a very new discipline that strives to develop new computing techniques through observing how naturally occurring phenomena behave to solve complex problems in various environmental situations. This has produced groundbreaking research that has created new branches, like neural networks, swarm intelligence, evolutionary computation and artificial immune systems.

"After graduating from University of Rajasthan, I went on to do M Sc, MCA & M Tech (CS). I also hold a Ph D (Computer Science) with specialisation in Artificial Intelligence. I have been working in this area for over 20 years. I am Professor & HoD - Visualisation Dept at UPES."

Cloud Computing

Rajeev Tiwari
Associate Professor | UPES

[ 13 years & 2 months Experience ]

Cloud computing is shared pools of configurable computer system resources and higher-level services that can be rapidly provisioned with minimal management effort, often over the Internet. Cloud computing relies on sharing of resources to achieve coherence and economies of scale, similar to a public utility.

"I did bachelors and masters in Computer Science. Post that, I pursued a Ph D in Computer Science. I am aslo AWS certified. I have served as an Assistant Professor at Maharishi Markandeshwar University, Mullana & at HEC, Jagadhri. I am an Associate Professor at University of Petroleum & Energy Studies, Dehradun."

Information Technology

Manish Prateek
Dean & Professor | UPES

[ 22 years Experience ]

Information technology is the use of computers to store, retrieve, transmit, and manipulate data, or information, often in the context of a business or other enterprise.

"After completing my B Tech & M Tech in Computer Science Engineering from KURSK State Technical University, Russia, I did Ph D in Robotics. I joined Tirupati Enterprises as IT Manager in 2001. After working there for 4 years, I moved to academia with GRIET, Hyderabad. In 2010, I joined UPES. I am a Professor & Dean at UPES."

Software Engineering

Devendra Dutt Bijalwan
Senior Analyst | Accenture

[ 9 years & 3 months Experience ]

Software Engineering is the process of analyzing user needs and designing, constructing, and testing end user applications that will satisfy these needs through the use of software programming languages. It is the application of engineering principles to software development. In contrast to simple programming, software engineering is used for larger and more complex software systems, which are used as critical systems for businesses and organizations.

"After completing my MCA, I started my Career as a Software Engineer by joining Avalon Information Systems. There, I worked with many NGOs. After spending 3 years with Avalon, I joined FIS Global Business Solutions in 2015 and worked on a lot of banking projects with them. After another 3 years, I joined Accenture as Senior Analyst in 2019."

Teaching Computer Science

Rajan Gupta
Assistant Professor | University of Delhi

[ 6 years & 2 months Experience ]

Computer Science is an academic program that integrates the fields of computer engineering and computer science. It covers the digital aspects of electronics engineering, specializing in hardware-system areas like computer architecture, processor design, high-performance computing, parallel processing, computer networks and software aspects.

"I am a Research & Data Analytics professional, learning new ways to deal with various business and research problems through technological and analytical tools. With the help of past experiences and academic exposure, following are the highlights of current capabilities. I have a substantial experience of working on research & analytics projects in the area of Information Systems, E-Governance and Public Schemes Assessment. I have working knowledge of application of various data science concepts through statistical techniques, operation research & optimization, data mining and machine learning across multiple industries (healthcare, retail, education, etc.) and domains. I have hands-on experience of using various analytical & development tools like SPSS, R, Tableau/MS Power BI and MATLAB and exposure of training and teaching in specialized areas of IT & Analytics. I am UGC NET-JRF Qualified and also possess management consulting certification from Government of India. I am one of the few Analytics professional in India to have CAP (INFORMS) and GStat (ASA) certification & accreditation, respectively and also serving as the Brand Ambassador of CAP in Asia Region for INFORMS. I am efficient in report preparation and article writing. I can prepare research proposals, research frameworks, data source identification, data collection framework and data preparations. I have experience of handling teams up to 50 people for project execution."

DevOps

Sricharan Vadapalli
Practice Head | Pyramid Solutions

[ 7 years & 7 months Experience ]

DevOps is the combination of cultural philosophies, practices, and tools that increases an organization's ability to deliver applications and services at high velocity: evolving and improving products at a faster pace than organizations using traditional software development and infrastructure management processes.

"I did BTech in Mechanical Engineering from Nagarjuna University and M Tech in Mechanical Engineering from IIT Delhi. After that I joined TCS as product manager and worked there for 8 years. I have also worked with Infosys, CSC, Virtusa Polaris, Kogentix, Pyramid Consulting Inc and CTO for a startup, I was author at Packt and written books on Devops, Bigdata and Reality of Relations. I am currently working with Sunera Tech as VP and Practice Head of Data Monetization ( Analytics, Machine Learning, Devops on Cloud)."

Software Engineering

Amit Ved
Application Development Manager | ST Microelectronics

[ 15 years & 7 months Experience ]

Software engineering is the application of engineering to the development of software in a systematic method.

"I did B Sc & M Sc in Statistics from Kanpur University. I then did an MCA from UPTU and started working at India Worldwide Software System as Software Tester. In 2004 I joined ST Microelectronics as Software Support Professional. I am now an Application Development Manager at ST Microelectronics."

Technology Sales

Ankkit
Sales & Strategic Alliance Manager | Tejas Networks

[ 10 years & 1 month Experience ]

Technology sales professionals sell advanced devices such as computers to individuals and businesses. While many jobs exist in retail stores, some technology sales professionals travel to offices, workshops, and sales events such as conventions and expos.

"After completing BE & MBA, I started with Bharti Airtel and continued working with various MNC's. Post that, I joined Tejas Networks as the Sales & Strategic Alliance Manager."

DevOps & Unix Administration

Rahul Parsai
Team Lead | STMicroelectronics

[ 10 years & 1 month Experience ]

DevOps is a set of software development practices that combines software development and information technology operations to shorten the systems development life cycle while delivering features, fixes, and updates frequently in close alignment with business objectives.

"After completing my B Tech from NIT Bhopal, I worked at HCL as Engineer Trainee. I then worked at Supra Group of Industries as a Software Engineer and then at Steria Consulting Pvt Ltd as Senior Software Engineer. I am working at STMicroelectronics as Team Lead."

Emerging Technologies

Munish Dhiman
CEO | Gesture Research International Ltd

[ 8 years & 6 months Experience ]

Technology entrepreneurship is an investment in a project that assembles and deploys specialized individuals and heterogeneous assets that are intricately related to advances in scientific and technological knowledge for the purpose of creating and capturing value for a firm.

"After completing my education, I worked as an Analyst at THEIKOS INDIA Pvt Ltd for 6 months. Later I worked as a Project Manager at V- Microsoft Crop United States. In 2010, I worked as Strategic Advisor and Consultant at Multiverse. In 2012, I started my own venture called Gesture Research International Ltd and I am also the Managing Partner with CivilCops Dubai, United Arab Emirates."