How easy is it to get a Blockchain developer job if you have completed a Blockchain online course?

Since blockchain is a relatively new technology, and conventional methods of training are scarce, an online course can be extremely helpful for someone seeking a job as a blockchain developer.

Skills required to be a blockchain developer

There is plenty of blockchain related roles that businesses are looking to hire. For some, this might mean hiring leading experts with prior experience of running and creating distributed public ledger systems in production. However, often large corporates will look forward to building a team that revolves around a core of blockchain experts. In such cases, all that is needed in addition to engineering skills and strong software development skills is a firm understanding of the principles around blockchain systems.
However, blockchain is just one piece of a typical technology pile. Others who can prove to be a vital player around blockchain systems are engineers who specialize in networking or security, alongside those with core software development skills. If one has taken on an online course that helps to have an awareness of modern tech tools like docker containers and microservice architectures can be an asset too.
Qualifications required for blockchain developers
Alongside an obvious background in computer science or engineering, a further online blockchain training course can be especially beneficial. Experience as a back-end developer and a good strong knowledge of the fundamentals of cryptography is also crucial. Online courses these days also offer knowledge and understanding of Java and C, and these are the prerequisite for many companies seeking to hire a blockchain developer. For someone who has their own software project developed via GitHub, it can be an added.

fintech certification
Responsibilities of a blockchain developer
Blockchain developers are expected to response for research, design, testing of blockchain systems and on top on that to take ownership of a lot more.  A fintech course can be an added asset as nowadays companies are shifting to numerous financial technology methods to assist with financial transactions to save company costs.
As a blockchain developer job comes with prerequisite knowledge of cryptography and common data structures and algorithms, one will most likely be in charge of huge codebases and peer-to-peer (P2P) networks. One might also be put in charge of ongoing projects that might ask to break down existing code and frameworks and building them from scratch. One might also be asked to evaluate existing and proposed blockchain structures.
Many companies also look for blockchain developers to offer some business insights and logic using new technology. The role might also need the developer to be responsible for integration and might be asked for evaluations based on business metrics and IT-related ones.
How to become a blockchain developer?
Keep up with the latest industry trends – it is imperative for developers to take responsibility for their own learning. Reaching out to people who can help accelerate your portfolio and attending events with speakers can go a long way.
Using Reddit to keep up to date with relevant discussions and using GitHub to learn from peers and share code can also prove to be immensely beneficial in someone’s career as a blockchain developer.
Be agile and be willing to adapt – given the new nature of blockchain space, if someone is looking to work as a developer, one needs to be very patient and willing to get stuck in. As it is still relatively new, there might not be any detailed documentation to rely on, and developers have to be comfortable looking to open source code and to learn on the job.

Analytics and Agriculture

Agriculture drives the Indian economy with a whopping population of nearly 70% in rural areas and 40% being part of the agricultural workforce. However, it has many issues and hurdles in realizing its full potential and leveraging analytics and technology for it. The sector lacks banking, financial, disaster management, and water inadequacy facilities and infrastructure. Also due to lack of education migration to cities is a major issue. Though in the early stages the policymakers were quick to realize the potential of analytics and technology in mitigating the hardships of farmers and slowly but steadily the combination is appearing to slow down and address the agriculture segment pressing issues.
Use of Big Data Analytics:
Data is the life breath of all activities in modern times and in agriculture too. Leveraging the potential of analytics and Big Data can bring about immense changes in agriculture and its productivity. The frequent news-releases on droughts, crop failures, farmer suicides and such acute results of backward farming and agriculture stresses the need for the involvement of technology and big data in improving the lot of the farmers and agriculture segment. Be it crop patterns, wind directions, crop loss mitigation, soil adequacy, and fertility, it is Big Data analytics that has offered solutions using technologies like

  • Cloud and Nanocomputing
  • Big data, digitalization and visualization use.
  • AI, IoT and ML use.
  • Saas Platforms, cloud services, and web-based apps.

Role of data and the data analyst:

Agriculture is interdisciplinary and combines concepts of business management, chemistry, mathematics, statistics, physics, economics, and biology. Like all interdisciplinary sectors, the need for data and its use is crucial for growth, change, and development. This means that like in other segments the data analyst role is both well-paying, has an unending scope and relies on a variety of latest futuristic technologies and smart apps.
Knowledge of sciences, agriculture methods, biotechnology, animal and soil sciences, etc will definitely aid the analyst. The analyst will also need proficiency in analysis techniques, data prepping and predictive analysis.
Analytical technologies in the agriculture sector can be used effectively in 

  • Capturing data: using the IoT, biometrics, sensors, genotyping, open and other kinds of data, etc.
  • Storage of Data: using data lakes, Hadoop systems, Clouds, Hybrid files and storage, etc.
  • Transfer of Data: via wireless and wifi, linked free and open source data, cloud-based solutions, etc.
  • Analytics and Transformation of data: through ML algorithms, normalization, computing cognitively, yield models, planting solutions, benchmarks, etc.
  • Marketing of data and its visualization.

What is Smart Farming?

Smart Farming uses analytics, IoT, Big Data and ML to combine technology and agriculture applications. Farming solutions also offer

  • ML and data visualization techniques.
  • App-based integration for data extraction and education.
  • Monitoring through drones and satellites.
  • Cloud storage for securing large volumes of data.

Smart Farming technologies and analytics can thus be efficiently used for forecasts, predictions for better crop harvests, risk mitigation, and management, harvest predictions, maximizing crop quality, liaising and interconnectivity with seed manufacturers, banks, insurers, and government bodies.

What is Precision Agriculture?

This methodology is about Crop Management which is site-specific and also called ‘Farming using Satellites’. The information from satellites helps distill data regarding topography, resources, water availability, the fertility of the soil, nitrogen, moisture and organic matter levels, etc which are accurately measured and observed for a specific location or field. Thus an increase in ROI and optimization of resources is possible through satellite aided analytics. Other devices like drones, image files from satellites, sensors, GPS devices, and many more can prove to be helpful aids and are fast becoming popular.

Concluding with the challenges:

Though the technologies are the best the implementation and applications to the agriculture sector are lacking. Education and training of the farmers is the best solution but involves a lot of man-hours, uninterrupted power, use of data efficiently, internet connectivity, and finance to help these measures succeed and develop to their full potential. Right now it is in the nascent stage and the need for data analysts is very high.  To get the best skill development training courses in data analytics do try Imarticus Learning which is a highly recommended player with efficient, practical skill-oriented training and assured placements as a bonus. Where there is a will the way will show up on its own. Hurry and enroll.

Ten Contracts For Your Next Agile Project!

An iterative approach like Agile Project Management, guides a project throughout the production process, just like in Agile Software Development, where several iterations are reviewed and critiqued by stakeholders before moving onto the next step of the project. There are different types of contracts governing various types of agile projects. Such contracts or agreements may seem to be a set of guidelines or rules to be followed, but they hold significance as fixed instruments, which can lead to unfavorable consequences if not obliged to. Agile contracting lets the parties focus on the result of the Agile in a collective manner.
Here are ten contracts for your next agile project:
1. Fixed Price
Here the risk is mostly associated with the developer or supplier who agrees on the deliverables. The customer intends to have this sort of a contract since the target price is fixed; the developer tries to complete the project at a lower cost than the target cost and the satisfaction of the customer is guaranteed. After all, that is the prima facie of developers. However, if the project takes longer or costs more than the fixed price, then the cost is borne by the developer leading less scope for changes in this type of contracts.
2. Incremental delivery contracts
The project is broken down into segments, wherein the customer reviews the development stage at predetermined review points. Both parties evaluate the pros and cons at each review point and then decide on the further steps. At the end of each successful review point, both parties have incentives. Each increment subsequently improves the overall development of the project that ultimately is a result of cooperation leveraged in incremental delivery contracts as opposed to the rigidly fixed price contracts.
3. Time and materials
It is one of the most convenient forms of contracts wherein the supplier makes the payment for the amount of work or service that is done using necessary materials for creation. Since the customer holds the edge of changing minds, the supplier enjoys this type of contracts. However, such agreements sustain firmly on the legitimate efforts of the supplier to cut down the cost for the benefit of the longevity of the arrangements.
4. Time and materials with fixed scope and a cost ceiling
In this form of contract, if the supplier completes the task early, the payment will be made only for the actual efforts. There is no scope for incentives for finishing the project early. Having said that since the cost of the project is capped, the supplier will aim to achieve the maximum capped cost of the project.
5. Time and materials with variable scope and ceiling
As a consequence of the capped limit, the financial risk associated with the customer is less. The variable range and capped budget bring a collaborative approach from both supplier and customer to complete the project. This sort of contract is ideal for budget oriented projects. A constructive relationship upholds this type of contracting in achieving desired business.
6. Bonus/Penalty clause
As the name suggests, the supplier will be rewarded with the bonus upon early completion of the task and will be penalized for late deliveries. Such contracts reduce the potential risk of late deliveries for the customers. Penalty clause makes the supplier forsee the consequences related to delay and drives towards completing the task on time or even early.
7. Joint Ventures
The two parties involved in the agile project agrees upon to invest in a project with mutual interest. Though the development phase of the project may not be rewarding for either of the parties involved. There must be a return on investment for both parties either from the revenue or by the end result of the project. Here the project itself to be considered as a separate company which needs to be developed and marketed for a common benefit.
8. Money for nothing changes for free
This type of contract was created by Jeff Sutherland, which involves two clauses. The first clause is altered for free. This clause essentially leverages space for any new features to be added in a project without charging any fee for the changes made. Secondly, money for nothing clause is a win-win situation for both supplier and customer. Here the supplier separates the different segments of a project and delivers the most prioritized segment first.
9. Fixed profit
Every project ideally has a predetermined cost and profit estimation. By using fixed profit contracts, the parties involved in making the said project, agree upon a fixed amount regardless of the time period of the work completed. Since there is an incentive set for both, parties like the customer save cost, and the supplier has the chance of seeing higher profits.
10. Sprint contract
A sprint contract is ideal for Scrum projects wherein a project is broken down into bits. An agreement between the product owner and a team performing a sprint is known as a Sprint contract. The team tries to convince the product owner by delivering expected quality work in one sprint.
In a nutshell, having proper contracts reduces the risk associated with your clients, as it increases human accountability at both ends. Though your agreement does not serve as your project manager, it certainly acts as a risk mitigation technique. So even if you have a cordial relationship with your clients, a contract in place never hurts!
To know more about the Contracts for your next Agile Project, you can also consider our Business Analyst Certification.