Bart Slingerland Email & Phone Number

Auckland, New Zealand

The WASSP multibeam sonar technology stands out with its remarkable precision, boasting a widescanning range of 120° from port to starboard. This cutting-edge system provides real-time 3D mappingof both the water column and seafloor, offering an unprecedented level of accuracy.In comparison to conventional single-beam echo-sounders, WASSP revolutionizes seabed profiling.It achieves speeds up to 100 times faster, maintaining superior accuracy while significantly reducingcosts.Equipped with WASSP multibeam sonar technology, you gain the ability to peer beneath your vesselwith unmatched clarity. This technology delivers exceptional precision, resolution, and adaptability, allwithin a cost-effective package suitable for vessels of all sizes.Initially, my role focused on ensuring product quality by implementing robust testing strategies andrefining processes. As I transitioned into the role of Product Owner, my responsibilities included:Prioritizing features based on their business valueCrafting user stories and specificationsUndertaking the role of a scrum master, introducing Scrum methodologies such as daily standups,scrum boards, and retrospectivesEstablishing a Beta program and cultivating strong relationships with collaborative customers, ensuringthe integration of intuitive features that maximize the product's utilityTaking the lead in certain stages of WASSP supportProviding assistance and training to our WASSP service teamNurturing relationships with our third-party hardware suppliers.

Auckland, New Zealand

Postec operates under the umbrella of Gilbarco and specializes in the creation of embedded systemsdistributed worldwide. These systems are pivotal in overseeing the operations of gas stations. Oneof their notable offerings is the PCC (Postec Communication Controller), an embedded system thatgoverns diverse elements such as pumps, tanks, Point of Sale terminals, and the accumulation oftransaction and wet-stock data. Supporting this infrastructure is Foresight, a comprehensive softwaresuite located at the central headquarters. Foresight seamlessly amalgamates data from numerous sitesand compiles them into insightful reports.My role centered around evaluating the PCC and configuration software. I was tasked with craftingmeticulous test cases, devising comprehensive test plans, and generating conclusive reports acrossvarious projects.

Sogeti, a member of the Capgemini Group, is a prominent force in Technology and Testing Servicesacross 15 countries. It holds the distinguished honor of being globally recognized as the foremost entityin Testing by Nelson & Hall, IDC, and Ovum. I take pride in my association as a professional within theDutch high-tech division of Sogeti. This company thrives on the collective expertise of individuals whoeach specialize in diverse domains. Through collaborative efforts, we have accomplished remarkablefeats and attained exceptional outcomes.

Alphen Aan Den Rijn

Ascom's mission-critical communication solutions present an opportunity for enhanced efficiency withinyour hospital operations. These solutions seamlessly integrate into existing systems like HIS, LIS, RIS,and nurse call systems. They facilitate the transmission of crucial alarms to wireless phones or fixeddisplays. The adaptability of these solutions allows for tailoring to the unique requirements of hospitalsor nursing homes. For instance, receiving critical alarms or notifications about ready test results fromthe Laboratory department directly on mobile devices is feasible. Additionally, performance reports canoffer insights into response times, aiding in process refinement. These solutions empower hospitals tooptimize work planning and prioritization for a more streamlined work environment.Among the suite of systems, the teleCARE IP solution stands out. It's a sophisticated system thatdemands reliability and swift performance. Its global application involves a multitude of configurationpossibilities, each adhering to distinct policies in various countries. This includes functions likemessaging to portables, room and corridor displays, voice communication with patients, integration ofmedical devices, and task assignments.In my role, I supported the current tester in executing regression tests for the Stairway project. I alsoprovided recommendations aimed at enhancing the ongoing testing and development processes. Inaddition, I formulated a test automation proposal for the teleCARE IP system, which is currently underdevelopment.

Eindhoven Area, Netherlands

TomTom undertook the development of the navigation application for Citroen and Peugeot (PSA)vehicles starting from 2015. I had the privilege of being a member of one of the Scrum teams engagedin this endeavor. Our workflow was orchestrated using Jira to manage the backlog and address anyarising issues. Meanwhile, Quality Center played a pivotal role in housing our tests and their outcomes.Regularly, every 3 or 4 weeks, I assumed the role of TomTom's representative and journeyed toRomania or France. These trips were part of the validation process for the integrated software involvingTomTom, Continental, and PSA. During these sessions, I engaged with project managers from PSAand Continental to discuss and resolve issues. The intricate collaboration of these three entities wascrucial to the project's success. Notably, Continental provided the hardware and firmware components,PSA contributed their distinct GUI elements, and TomTom delivered the Navigation application itself.This initiative was a testament to concurrent engineering, uniting various expertise to achieve acommon goal.

Dordrecht, The Netherlands

Shell and KROHNE entered into a collaborative agreement to bring a novel multiphase flowmeter,grounded in the principles of Magnetic Resonance, to the forefront of oil and gas field installations.This groundbreaking flowmeter operates in real time, gauging the flow rates and proportions of gas,water, and oil. The device incorporates both the sensor and the converter. Throughout the researchand development phase, numerous intermediary software and hardware versions are rolled out withinthe converter. To ensure that quality and time are not compromised, it's imperative that each iterationundergoes comprehensive regression testing.Within this context, I conceptualized and demonstrated the implementation of an automated testingsystem. This system is designed to assess the analog-to-digital conversion and subsequent processingof low-power RF echo signals received from the sensor. To achieve consistent test outcomesunaffected by environmental variables, analog echo signals are simulated utilizing an ArbitraryWaveform Generator. Remarkably, this methodology obviates the need for actual gas, water, and oilin the testing process, while fully exercising the converter's software and hardware components. Theautomated test environment was constructed using hardware components from National Instrumentsand programmed in LabVIEW. This encompassed elements like AWG, oscilloscope, digitizer, CAN bus,switches, RS-232, and optical connectors.For an in-depth understanding, I invite you to explore the complete case study at this link: AutomatedTest System for Latest KROHNE Flowmeter.https://www.sogeti.nl/cases/high-tech/geautomatiseerd-testsysteem-voor-nieuwste-flowmeter-krohne

I have conducted an analysis on the data obtained from the inspection of a PVC-off using an ultrasonic pulse-echo technique.

Rotterdam Area, Netherlands

Impressed with my previous work, Applus RTD invited me back for my graduation research, whichfocused on the feasibility assessment of an advanced nondestructive testing method known as "HighDefinition Phased Array." This cutting-edge technique revolves around the precise localization andalignment identification of defects within steel materials. This is achieved through the utilization of aphased array probe that emits ultrasonic waves through the material.Conducted within the dynamic environment of Applus RTD, a prominent global presence in the realm ofnon-destructive testing for pipelines and nuclear power plants, this study held profound implications forpractical applications. The outcomes of this research possess the potential to revolutionize the precision and efficacy of nondestructive testing protocols in a wide array of industrial settings worldwide. Thisendeavor aligns seamlessly with Applus RTD's commitment to advancing inspection methodologies andcontributing to the broader field of quality assurance and safety.

The company Spockmedia was founded by me for producing video clips for Lowlands, digitalplaygrounds and the Dutch Architecture Institute in cooperation with Sowmedia.

Utrecht Area, Netherlands

During my internship at Applus RTD, I spearheaded the development of a groundbreaking technologycalled "Multi Split Beam ToFD." This innovative technique represents a significant leap in enhancingthe precision of defect size determination within steel, surpassing existing methods. The methodologyrevolves around gauging ultrasound transmission through the material, employing a phased array probefor this purpose.The introduction of "Multi Split Beam ToFD" marks a substantial stride towards the automation ofpipeline inspections. This technology's potential impact is far-reaching, particularly in industriesthat demand non-destructive testing for pipelines and nuclear power plants on a global scale. Thisendeavor aligns seamlessly with Applus RTD's commitment to advancing inspection methodologies andcontributing to the broader field of quality assurance and safety.

Rotterdam Area, Netherlands

I developed the technology "Multi split beam ToFD" during my Internship at Applus RTD. This technique increases the accuracy of the determination of the size of a defect in steel compared to current techniques. This is achieved by measuring the transmission of ultrasound in the material by the use of a phased array probe. This technology is a further step towards automation of inspecting pipelines. The study was done at a company that performs non-destructive testing of pipelines and nuclear power plants around the world.

Bachelor Of Applied Science (B.A.Sc.), Applied Phisics

Activities and Societies: with courses such as optics, physical measurement, magnetism, nuclear physics, thermodynamics and measurement.

Business, Management, Marketing, And Related Support Services

Activities and Societies: High performance teamingI embarked on a journey to the United States to partake in a comprehensive business.

High School