The Brandeis GPS blog

Insights on online learning, tips for finding balance, and news and updates from Brandeis GPS

Tag: robotic software engineering

How to stay current in your field in 2019

Technology’s impact on the world around us is undeniable and constant. From content marketing to e-learning, dabbling in the digital space is no longer optional for the majority of today’s industries. For those of us whose career advancement relies on staying on top of the latest trends and tools, flexible professional development options can be a saving grace.

The following online courses are built to help professionals keep abreast of some of the most anticipated trends of the upcoming year. What steps will you take to stay on top of your industry in 2019?

#1 Launching FinTech Ventures

Financial technology is a rapidly growing industry as new ventures continue to capitalize on technological innovations. According to FinTech Global, 2018 was a record year for global FinTech investment, with the sector raising $41.7 billion in just the first half of the year, far surpassing 2017’s total global investment. Launching FinTech Ventures provides a window into the world of FinTech innovation and FinTech startup financing. The course explores different options of venture capital investments, including crowd-sourcing and self-funding, and develop the skills needed to pitch your product, coming to understand financing from the perspective of both the investor and the entrepreneur.

#2 Robot Sensing and Perception

Artificial intelligence is at the forefront of technological innovations primed to change the world as we know it. Robert Epstein, senior research psychologist at the American Institute for Behavioral Research and Technology says that, “By 2030, it is likely that AIs will have achieved a type of sentience, even if it is not human-like. They will also be able to exercise varying degrees of control over most human communications, financial transactions, transportation systems, power grids, and weapons systems…and we will have no way of dislodging them.” This course in robot sensing and perception provides an introduction to Computer Vision and AI, with several topics relevant to robotics such as SLAM, 3D Geometry, 3D Reconstruction, object recognition, speech recognition, classification, and RANSAC. In the course, you’ll design, implement, and test programmatic solutions for solving robot perception tasks such as vision and speech.

#3 Writing for Digital Environments

Companies are always seeking ways to be better, faster and stronger to gain an edge over their competition. With developing technologies and growing staff, it’s important to have the skills needed to excel in a digital world. According to the  Strada Institute for the Future of Work, “There is a discernible labor market demand for agile and resilient thinkers who have a handle on digital literacies—basic technical skills like data analysis and digital fluency.” Writing for Digital Environments is a great course for learning how to excel in the art of content marketing for a digital audience. You’ll also learn to craft copy and messaging for a variety of online formats.

#4 Adaptive and Game-Based E-Learning Design

In addition to the rising trend in adaptive and game-based e-learning in higher education, the growth rate for game-based learning in corporate segments is very high with a five-year compound annual growth rate of 53.4% globally according to Meetari. In Adaptive and Game-Based E -Learning Design, you’ll learn how adaptive learning techniques, technologies, and platforms can be used to support personalized and customized learning and training. You’ll also have the opportunity to plan, storyboard, and prototype an adaptive learning game or interactive module.

Part-time, online professional development courses are a great way to stay current on what’s happening in your industry  while allowing you still balance your personal and professional commitments. At Brandeis GPS, all courses are asynchronous, allowing a lot of flexibility for students throughout each week, and students can eventually apply the graduate-level credits they earn toward a master’s degree.

Students interested in eventually pursuing a master’s degree with Brandeis GPS can take up to two courses before applying. To learn more, contact gps@brandeis.edu, call 781-736-8787 or visit www.brandeis.edu/gps.

How to create a digital culture at your workplace

The Enterpriser’s Project defines digital transformation as the integration of digital technology into all areas of a business, fundamentally changing how you operate and deliver value to customers.

In a world where technology is advancing at a rapid pace, digital transformation should be a required strategy for any organization. To be successful, workplaces must build a digital culture where employees embrace new technologies.

4 Steps for Building a Digital Culture

1. Be upfront about the digital transformation your workplace is undertaking 

Be sure to provide a clear message to employees about what is coming down the pike. Address the key components of what digital transformation is and keep employees informed on what changes they’ll see, what the impact will be, and the likely timeline.

2. Engage employees in forums for discussing  new technologies

Employees should be included in the digital transformation process by having an opportunity to discuss/debate advantages and possible disadvantages of new technologies. They should have a forum to ask questions about new tools and platforms and the most recent technologies such as AI and machine learning, and also feel empowered to share concerns and discuss ways to mitigate risks related to any upcoming transitions.

Graph displaying digital readiness

Image Source: https://infocus.dellemc.com/tim_wright/why-the-workforce-needs-to-change-for-digital-transformation/

3. Make expectations for digital transformation clear

Once there is a timeline in place for your company’s digital transformation, management should be clear with employees about what that is and make sure they are adjusting as necessary. Provide structured goals for employees and monitor individuals’ progress.

4. Promote digital readiness by pursuing professional development in tech-rich fields 

After explaining the digital transformation occurring in your workplace, employees will need to keep up-to-date with their technical knowledge. It may be beneficial to employees to take courses or undergo trainings for professional development.

Brandeis GPS provides online Master’s degrees in tech-rich fields including Strategic Analytics, Digital Marketing and Design, Digital Innovation for FinTech, Robotic Software Engineering, Instructional Design and Technology, and more. At GPS, you can take up to two courses for professional development before enrolling in one of our 12 online Master’s programs.

Brandeis GPS also works with employers through corporate partnerships, providing tuition scholarships and/or training and continual conversation around educational support for companies.

For more information about our 12 online Master’s degree programs or to learn more about taking courses for professional development, contact gps@brandeis.edu, call 781-736-8787 or visit www.brandeis.edu/gps

Brandeis graduate student publishes new book on AI and Robotics

We are excited to announce that Brandeis Project and Program Management student, Francis Govers, recently published a book, Artificial Intelligence for Robotics. Govers provided us with the following description:

Artificial Intelligence for Robotics starts with an introduction to Robot Operating Systems (ROS), Python, robotic fundamentals, and the software and tools that are required to start out with robotics. You will learn robotics concepts that will be useful for making decisions, along with basic navigation skills.

As you make your way through the chapters, you will learn about object recognition and genetic algorithms, which will teach your robot to identify and pick up an irregular object. With plenty of use cases throughout, you will explore natural language processing (NLP) and machine learning techniques to further enhance your robot. In the concluding chapters, you will learn about path planning and goal-oriented programming, which will help your robot prioritize tasks.

By the end of this book, you will have learned to give your robot an artificial personality using simulated intelligence.

What you will learn

  • Get started with robotics and artificial intelligence
  • Apply simulation techniques to give your robot an artificial personality
  • Understand object recognition using neural networks and supervised learning techniques
  • Pick up objects using genetic algorithms for manipulation
  • Teach your robot to listen using NLP via an expert system
  • Use machine learning and computer vision to teach your robot how to avoid obstacles
  • Understand path planning, decision trees, and search algorithms in order to enhance your robot

Francis Govers’s paperback and e-book can be found on Amazon here.

For software engineers seeking to develop an advanced set of robotics technology skills, Brandeis GPS offers an MS in Robotic Software Engineering. For more information about the part-time, fully online program, contact the  GPS office: 781-736-8787, gps@brandeis.edu, or submit your information.

Brandeis to offer Master of Science in Robotic Software Engineering

We are excited to officially announce the launch of a new GPS master’s degree: Robotic Software Engineering. Like all other GPS programs, the Master of Science degree is fully online and designed in conjunction with experts in the field.

This program addresses the growing demand for software engineers who have experience with the technologies used to power autonomous robots.

“Essentially every global industry will feel the impact of autonomous robots and the software that drives them,” said Krishna Gopalakrishnan, Brandeis GPS program development chair and senior software engineer at Amazon Robotics. “Software engineers who want to remain competitive in their fields will need to keep up with the specific set of skills and technologies that relate to robotics.”

Learn more here.

If you’re interested in applying to the MS in Robotic Software Engineering, you  should submit your application by June 20 for fall admission. Those interested in the program who do not yet wish to pursue a full master’s degree can still participate. At Brandeis GPS, you can take up to two online courses without officially enrolling. This is a great opportunity to get to know our programs and approach to online learning. Learn more about our MS in Robotic Software Engineering, and preview our Robotic Software Engineering courses here.

Questions? Contact our enrollment team at gps@brandeis.edu or 781-736-8787.

Brandeis University’s Graduate Professional Studies division (GPS) offers fully online, part-time master’s degrees and professional development courses in today’s most in-demand fields. With four 10-week sessions each year, students can complete their degree in as little as 18 months. Courses are led by industry experts who deliver professional insights and individualized support. Brandeis GPS is dedicated to extending the rigorous academic standards that make Brandeis University one of the top institutions in the country to a diverse population seeking to advance their careers through continuing studies. Brandeis is a medium-sized private research university with a global reach, dedicated to first-rate undergraduate education and the making of groundbreaking discoveries. The university’s 5,700 undergraduate and graduate students are motivated, compassionate, curious, and open to exploring new and challenging experiences. 

The Top 5 Robotics Trends You’ll See in 2018

Robotics technology has proven to evolve at a rapid pace. In 2015, Uber began testing the first of its self-driving cars, and in 2016 it launched 16 self-driving SUVs in San Francisco. With the innovations of today providing just a small glimpse into future advancements, the robotics industry eagerly has its sight set on 2018. As we roll into the new year, we’ve got our eye on five particular trends that we think could characterize the next robotics wave.

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