PEGACPRSAV22 approach - Certified Pega Robotics System Architect Updated: 2024

Senior PEGA Engineer (Marketing decision Solutions)

• Hybrid
• Utrecht
• 36 hours
• Full time

You build it, you run it. You take responsibility for your software from A to Z, from the very first idea until Go Live and maintenance

Go to Rabobank.nl. These personalized offers have a higher click-through-rate than default ones, which shows that personalization helps customers find the right content.

Within the squad we do omni-channel communication and the data we collect we use for contextual and relevant next best decisions for the interaction. The squad works directly with business and marketers on a wide range of projects. We use the latest technologies, including PEGA Marketing as the AI-brain behind the personalization.

You and your job

As a DevOps engineer, you bring a positive, can-do mindset to your work and are passionate about IT. You are a motivated and hands-on individual with a genuine interest in PEGA marketing/decisioning solutions. You will be a member of an agile DevOps squad responsible for delivering end-to-end customer features for personal digital marketing.

Your involvement in the development life cycle is comprehensive, from refining user stories to monitoring in production environment. Working collaboratively is crucial in your role, as you will work closely within and across squads to ensure the quality of the features delivered.

Facts & figures

• 36 or 40 hours per week
• 43,822 Rabobank colleagues around the world

Responsibilities

Your responsibilities will include developing and advancing the application, ensuring scalability and future-proofing to accommodate changing business and technological needs.

• You take responsibility for your solution end-to-end, from requirements discussions to implementation and further down to go-live and also to Production support if needed.
• You should be able to analyse complex scenarios presented by our business colleagues when they reach out for help.
• Your problem-solving approach is collaborative and team-oriented and you bring a positive- and energetic attitude to the team.
• You should support solution implementation approaches, create estimates and timelines for the use cases.

You and your talent

• A relevant Bachelor or Master degree (Informatics, Computer science or information Technology)
• Minimum of 5 years' experience with senior developing integration solutions.
• Experience in PEGA Cloud and AWS.
• Experience on PRPC v8.x
• Experience in implementing integrations such as REST, SOAP and File services.
• Experience in SQL Database operations
• PEGA SSA certification is minimum. PEGA Decisioning certification is a plus.

This is what we offer you

• Salary up to € 6283 gross per month (scale 9), based on 40 hours per week
• Thirteenth (13th) month's salary and (8% )holiday allowance
• an extra budget of (11%) of your gross monthly salary to be used at your discretion. Buy extra holiday hours, add more to your pension savings or to be paid out.
• Hybrid position and working form home Net allowance
• 100 % reimbursement of commuting costs if you travel by public transport! Do you still prefer to travel by car or motorbike? Then choose a commuting allowance;
• A pension scheme, to which your contribution is only 5,5%.

You and the job application process

• Any questions about working at Rabobank and the recruitment process? reach out to: , Senior IT via .
• We will hold the interviews through a video call.
• You can find answers to the most frequently asked questions on rabobank.jobs/nl/veelgestelde-vragen.
• A security check is part of the process.
• We respect your privacy.

Applying In 5 steps

Thanks for applying! We consider all the CVs and covering letters that we receive. After the closing date, you will hear from us as soon as possible.

Usually you'll be meeting with your (potential) team leader and an immediate (future) colleague. We are keen to get a sense of whether you are a good fit for the position and our team. And you probably have a lot of questions too.

If you are a good match for us and we're a good match for you, then you'll receive a good offer by email. Some positions require you to undergo further assessment first.

Senior PEGA Engineer (Marketing decision Solutions)

Contracttype Full time

Location Utrecht (NL)

Workplace Hybrid

Reference number JR_00084246

Expertise IT

Meld Misbruik

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Gestalt therapy is an approach to psychotherapy that helps clients focus on the present to understand what is actually happening in their lives at this moment, and how it makes them feel in the moment, rather than what they may assume to be happening based on past experience. Along with person-centered and existential therapy, it is one of the primary forms of humanistic therapy.

The term “gestalt” is derived from a German word that means “whole” or “put together.” Gestalt therapy was developed in the 1940s and 1950s by Fritz Perls, a psychiatrist and psychoanalyst, and his then-wife, psychotherapist Laura Perls, as an alternative to traditional, verbally-focused psychoanalysis. Their foundational premise is that people are best thought of as a whole entities consisting of body, mind, and emotions, and best understood when viewed through their own eyes.

The gestalt philosophy rejects the notion that any one particular trait, episode, or indeed a diagnosis could define a person. Instead, their total self must be explored, discovered, and confronted. As they encounter and gain awareness of other parts of themselves, individuals can take greater responsibility for themselves and hopefully gain a greater sense of what they can do for themselves and others.

Instead of simply talking, clients in gestalt therapy are often encouraged to engage in intellectual and physical experiences that can include role-playing, re-enactment, or artistic exercises like drawing and painting. In this way, clients can learn to become more aware of their thoughts and actions, of how negative thought patterns and behaviors may be blocking their self-awareness and making them unhappy, and how they can change.

SHANGHAI, Dec. 18, 2023 /PRNewswire/ -- WPC began the Soft-Launch certification testing from November 2023. This phase is primarily open to early participants who actively took part in the MPP Plugfest and made contributions to the standard technology. Products that pass the certification will be included in the Qi2 compatibility test resource pool and serve as benchmarks for subsequent certifications.

NuVolta Semiconductor, as a leading company in the wireless charging industry, has actively participated in the promotion of the Qi2 standard and has been fortunate to be invited to the first batch of certification testing. Currently, the Nu222 module has successfully passed the Qi2 certification and received the certificate on December 7^th, with certificate number 14391 (Pic 1).  The Nu222 module is now ready for shipment to customers in the Apple ecosystem and is expected to be launched during this year's Christmas season, providing MPP 15W fast charging for the latest Apple iPhone 15 series and old iPhone 12 to 14.

NuVolta pioneered module subsystem certification approach

Customers can quickly stack new products like building blocks using NuVolta Semi's module subsystem certification approach. Customers incorporating Nu222 module products can opt for subsystem certification, which exempts them from ATL (Authorized Test Lab) and IOP (Interoperability) testing. This approach allows for direct registration, shortening the development cycle, eliminating certification fees, and NuVolta also provides registration services.

The Nu222 module is the only module in the industry that supports subsystem certification for Qi2. You can find more information about it on the WPC official website.

Nu222 Module from NuVolta

The Nu222 module supports multiple power specifications for input, including USB PD 9V2.22A, 5V3A, and DC protocol 9V2.22A. It also supports a maximum 15W fast charging output. The standby power consumption is less than 300mW, and the efficiency exceeds 78%. The module supports both BPP (Basic Power Profile) and MPP (Medium Power Profile) charging modes.

Story continues

The Nu222 module is equipped with various protection measures, including OVP (Over Voltage Protection), UVP (Under Voltage Protection), OCP (Over Current Protection), OTP (Over Temperature Protection), and OSP (Over Short Protection). It also incorporates multiple foreign object detection technologies to ensure the safety, efficiency, and reliability of the charging process.

Test with iPhone15

The charging head network conducted a test by placing the NuVolta Qi2 MPP wireless charging module and iPhone 15 in a constant temperature chamber at 25℃, and connecting them to a power source. The test results are as follows.

After connecting to the power source, the voltage handshake was established at 9V. The power remained stable at around 19.5W for the first 9 minutes. Subsequently, the power decreased to approximately 14W and continued charging until the 32^nd minute. Then, the power dropped to around 12W and continued charging until the 45^th minute. Afterwards, the power increased to approximately 15W and continued charging until the 49^th minute. Then, the power decreased to around 13W and continued charging until the 1 hour and 5-minute mark. Subsequently, the power decreased to around 8W and continued charging until the 1 hour and 32-minute mark. Then, the power gradually decreased and entered trickle charging mode until the phone was fully charged. The entire charging process took approximately 2 hours and 2 minutes.

The graph shows that it takes approximately 44 minutes to charge the iPhone 15 to 50%, around 1 hour and 15 minutes to charge it to 80%, and approximately 2 hours and 2 minutes to charge it to 100% using the NuVolta Qi2 MPP wireless charging module.

According to the test conducted by the charging head network, the maximum charging power of the NuVolta Semi Qi2 MPP wireless charging module, Nu222, is around 19.7W.

*The test setup and result are as Pic 2.

Selection Table

Contacting Window

If you are interested in NuVolta product, pls contact Sophia He via

Email: jhe@nuvoltatech.com or visit website www.nuvoltatech.com

NuVolta introduction

Founded in 2014, NuVolta Technologies has set up research and development centers and sales offices in Shanghai, Shenzhen, Hefei, Beijing, Hangzhou, South Korea, Malaysia, and other places. NuVolta focuses on the research and development of wireless and wired fast charging technology. With the world's leading wireless charging technology, NuVolta quickly entered the fields of mobile phone, IoT and automobile, and has broken the charging power record 5 times. NuVolta also quickly built mobile phone wired fast charging, PMIC, battery BMS products and won customers like Samsung, Xiaomi, Oppo, H company, Belkin, BYD and other important worldwide brand customers.

With continuous innovation in process, design, packaging, power system architecture and product iteration, NuVolta has developed into a key supplier of smart phone fast charging chipsets. The depth and breadth of the brand customers, the leading technology and product performance, the rapid demand response and product iteration ability, and the complete product matrix are the important competitive advantages and commercial barriers of NuVolta.

Starting from wireless charging technology, NuVolta has developed 3 generations of wireless charging technology platform. Using non-loss current sense and ultra-low LDO technology, NuVolta improved wireless charging efficiency over than 90%, and it can fully charge 4500mAh Li-battery within 36 mins, keeping leading position in the field of wireless charging and becoming the core supplier of domestic and foreign well-known smart phone OEMs.

AECQ-100 certificated Auto front-end wireless Tx terminals can reach up to 80W at efficiency of 80%. Benefitting from company is the only IC vendors who owns Xiaomi, Huawei and oppo's proprietary wireless charging protocol, NuVolta has won the dominated share in tier1 and OEMs.

Wired charging covers 2:1, 4:2, x:1 architecture, meeting 33W, 67W, 100W+ demand. With charge pump architecture technology innovation, achieves > 98% charging efficiency and builds 34-levels protection. Now, NuVolta has shipped tens of millions of charge pumps to OEM and ODM and it's expected to get 30% market share in the future.

In the future, NuVolta will continue to expand the full-chain, end-to-end charging solutions, in the smart phone, becoming the core supplier of major smart phone brands while extending Auto DC/DC, industrial power supply and so on. With continuous RD investment, high-performance products to serve customers and build a stable company moat.

For more information, please visit the official website www.nuvoltatech.com or email to sales@nuvoltatech.com.

View original content to download multimedia:https://www.prnewswire.com/news-releases/nuvolta-qi2-mpp-module-global-debut-302017760.html

SOURCE NuVolta

EcoPulse, the hybrid-electric distributed propulsion aircraft demonstrator jointly developed by Daher (Wissous, France), Safran (Paris, France) and Airbus (Leiden, Netherlands) to support aviation’s decarbonization roadmap, has successfully performed its first flight test in hybrid-electric mode. The demonstrator flew with its ePropellers activated, powered by a battery and a turbogenerator. 

EcoPulse took off from Tarbes Airport (the headquarters of Daher’s aircraft division) on Nov. 29, 2023, for a test flight which lasted approximately 100 minutes. During the flight, the crew engaged the electric propellers and verified the proper functioning of the demonstrator's flight control computer, high-voltage battery pack, distributed electric propulsion and hybrid electric turbogenerator. EcoPulse’s first hybrid flight is the culmination of several technical milestones, including extensive ground tests and 10 hours of flight tests of the aircraft with the electrical system inactive. 

“We confirmed that this disruptive propulsion system works in flight, which paves the way for more sustainable aviation,” says Eric Dalbiès, Safran’s executive vice president strategy and CEO. “The lessons learned from upcoming flight tests will feed into our technology roadmap and strengthen our position as a leader in future all-electric and hybrid-electric propulsive systems.”

Based on a Daher TBM aircraft platform, EcoPulse is equipped with six integrated electric thrusters or e-Propellers (supplied by Safran), distributed along the wings. Its propulsion system integrates two power sources — a turbogenerator supplied by Safran and a high-energy density battery pack supplied by Airbus. At the heart of this architecture is a power distribution and rectifier unit (PDRU), responsible for protecting the high-voltage network and for distributing the available electrical power, as well as high-voltage power harnesses (both provided by Safran). The battery pack designed by Airbus is rated at 800 volts DC and can deliver up to 350 kilowatts of power. The demonstrator also benefits from the aerodynamic and acoustic integration expertise of the European aircraft manufacturer. Airbus also developed the Flight Control Computer permitting aircraft maneuvers using the ePropellers, and synchrophasing to support future aircraft acoustic recommendations.

“High-energy density batteries will be necessary to reduce carbon emissions from aviation, whether for light aircraft, advanced air mobility or large hybrid-electric aircraft,” Sabine Klauke, CTO at Airbus, says. “Projects like EcoPulse are key to accelerating progress in electric and hybrid electric flight, and a cornerstone of our aim to decarbonize the aerospace industry as a whole.” 

Unveiled at the 2019 Paris Air Show, EcoPulse is a collaborative project in Europe in the field of aviation decarbonization. It is supported by the French Civil Aviation Research Council (CORAC), and co-funded by the French Civil Aviation Authority (DGAC) through France Relance (the French government’s economy recovery plan) and NextGeneration EU. The demonstrator aims to evaluate the operational advantages of integrating hybrid-electric distributed propulsion, with specific emphasis on CO₂ emissions and noise level reduction. The propulsion architecture enables a single independent electrical source to power several electric motors distributed throughout the aircraft. 

“The flight campaign will give Daher invaluable data on the effectiveness of the onboard technologies, including distributed propulsion, high-voltage batteries and hybrid-electric propulsion,” says Pascal Laguerre, CTO at Daher. “We’re working to converge practical and significant know-how on design, certification and operation to shape our path toward more sustainable aircraft for the future.” 

For related content, read “Daher launches open innovation program, accelerates aviation decarbonization commitment.”

Crossref Citations

Lall, Ranjit 2023. Making Global Governance Accountable: Civil Society, States, and the Politics of Reform. American Journal of Political Science,

Lundgren, Magnus Tallberg, Jonas Sommerer, Thomas and Squatrito, Theresa 2023. When are International Organizations Responsive to Policy Problems?. International Studies Quarterly, Vol. 67, Issue. 3,

Trager, Robert Harack, Ben Reuel, Anka Carnegie, Allison Heim, Lennart Ho, Lewis Kreps, Sarah Lall, Ranjit Larter, Owen Ó hÉigeartaigh, Seán Staffell, Simon and Villalobos Ruiz, José Jaime 2023. International Governance of Civilian AI: A Jurisdictional Certification Approach. SSRN Electronic Journal,

A draft Cybersecurity Certification Scheme for Cloud Services, seen by EURACTIV, moved the requirement excluding non-European companies into a new subcategory.

The European Cloud Services scheme is a voluntary certification under the EU Cybersecurity Act that might become mandatory for the numerous entities deemed essential or important under the revised Networks and Information Security Directive (NIS2).

Last year, a leaked draft of the scheme generated significant backlash due to its inclusion of sovereignty requirements that would have effectively excluded foreign companies from a large chunk of the European cloud market.

Since then, the scheme has fallen below the radar as two camps of European member states quietly confronted each other.

In January, EURACTIV revealed on option paper signalling a mediation attempt between the Netherlands, leader of the open market faction, and France, which pushed for the sovereignty criteria via its Commissioner, Thierry Breton.

At last, the European Commission pulled the draft provided by ENISA, the EU cybersecurity agency, out of the drawer and shared it with the members of the European Cybersecurity Certification Group on Monday (8 May).

The technical group will discuss the draft on 26 May in Athens at the margins of ENISA’s Cybersecurity Certification Conference.

The draft, dated May 2023, maintains the sovereignty requirements “to provide some guarantees about the independence from non-EU law” but puts the strictest requirements on a new subcategory.

The Cybersecurity Act provides three levels of assurance: ‘basic’, ‘substantial’ and ‘high’. The initial idea was to put the sovereignty requirements at the high level. However, the option paper floated the idea of creating a ‘high+’ category, which seems to have stuck.

Control

The most significant difference between the levels ‘high’ and ‘high+’ refers to legal control on the cloud company.

‘High+’ requires the cloud service to be “operated only by companies based in the EU, with no entity from outside the EU having effective control over the CSP [cloud service provider], to mitigate the risk of non-EU interfering powers undermining EU regulations, norms and values.”

The cloud company’s head office and global headquarter would have to be established in an EU country. The cloud providers should also not be subject, directly or indirectly, to the effective control of foreign companies.

Effective control is defined per the EU regulation on controlling concentrations between undertakings. It refers to a relationship constituted by rights, contracts or any other means that might confer the possibility of directly or indirectly exercising a decisive influence.

Primacy of EU law

Additional safeguards have been introduced to put EU data outside the reach of third countries’ jurisdictions with extra-territorial application laws that might conflict with the EU or national law of a member state.

For all the levels of assurance, the draft certification requires that the contracts would have to be governed by the law of an EU country, and only EU courts, tribunals and arbitration bodies would have jurisdiction for disputes related to the contract.

The level of assurance ‘high’ requires the cloud services to include the risks related to non-EU legislation with extra-territorial application in their global risk assessment, covering at least the potential access to commercially sensitive information and trade secrets in the customers’ data or derived data.

Furthermore, the cloud providers would have to inform their customers about any residual risk and provide all the relevant information upon request from the customers to allow them to perform their own risk assessment.

The scheme also bounds the service provider to include in the contract with the customer that it will only consider investigation requests issued under EU law or the national law of a member state.

The extra requirement for the level ‘high+’ mandates providers to put technical and organisational measures in place to ensure that investigation requests from other jurisdictions are not considered.

Data localisation

Data localisation measures are required for the level of assurance ‘high’ and above, covering the whole life cycle of the relationship with the cloud providers, from pre-sales and operations to maintenance and exit.

For the level of assurance ‘high’, the cloud providers would have to include at least one option in their contracts to locate all data processing activities in the EU.

‘High+’ goes one step further, requiring all the data processing activities to take place in the EU unless the customers agree to some limited exceptions. The cloud providers would have to list all support activities performed outside Europe.

In both cases, to build and maintain their digital infrastructure, the cloud companies would have to only rely on a trusted service provider based in an EU country.

Internal controls

For both ‘high’ and ‘high+’, specific safeguards have been introduced for exchanges between the cloud service and its employees or its suppliers.

The draft requires that the employee with direct or indirect access to the customer data, including via support operations, be located in the EU and undergo a special screening or be supervised by an EU-based employee who passed an appropriate review.

In cases of supervised access, the access would have to occur using a secure solution whereby the supervisor can authorise or forbid individual actions and ask for explanations in real-time.

[Edited by Nathalie Weatherald]

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