Abderahmane Boucetta
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Founder at Boutique Boost
Tokyo, Japan
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FounderRolyst AISep 2025 - Current (10 months)Building Rolyst AI โ a new product under DataInsta that helps recruiters and service providers find hiring companies, reach decision-makers, and close more roles, faster.- Founder & CEOdatainstaApr 2024 - Current (2 years 3 months)We help companies adopt AI ....not just in theory, but in production. โ Build and deploy custom AI agents with InstaAgents (Our AI Agents Builder) โ Hire from 10,000+ vetted AI & Data Experts โ One platform to hire talent, launch AI workflows, and scale faster ... all on-demand, flexible, and built for real results.
- Marketing ManagerCoA Nexus IncApr 2022 - Oct 2023 (1 year 7 months)In my role as a Marketing and B2B Sales Strategist for free-ist, I am responsible for creating and implementing effective marketing campaigns to increase user acquisition and drive growth for the platform. As the first exclusive platform for hiring researchers on a full-time, part-time, or freelance basis, my focus is on building strong relationships with potential clients and promoting the unique value that free-ist offers. Through a combination of digital marketing, networking, and sales efforts, I aim to position free-ist as the go-to destination for researchers seeking employment opportunities. โ Web Design, UX/UI, Marketing Funnels โ Paid advertising to increase signups โ Social media management โ SEO & Content Marketing โ B2B Marketin
- B2C Growth Marketing LeadPlusOne IncJun 2021 - Oct 2021 (5 months)As a B2C Growth Marketing Lead, I am responsible for driving user acquisition and revenue growth for PlusOne. With a deep understanding of consumer behavior and a passion for data-driven marketing, I lead a team of marketing professionals to develop and execute effective campaigns that drive customer acquisition and retention. My expertise in creating and implementing growth strategies, along with my ability to analyze and interpret data, allows me to identify opportunities for growth and optimize marketing efforts to achieve business objectives. I am experienced in utilizing a variety of digital marketing channels, including social media, email, and paid advertising, to reach and engage target audiences. I also have a strong understanding
- Marketing & Ads SpecialistAmazonApr 2021 - Jun 2021 (3 months)Worked on advertising initiatives, collaborating with internal teams to run and optimize paid campaigns, improve performance metrics, and support growth through data-driven marketing.
- Media Buyer - Digital AdvertisingPINKODec 2020 - May 2021 (6 months)โ Strategized and Executed Ad Campaigns: Developed and managed targeted advertising campaigns for PINKO's new collections on Meta platforms, ensuring alignment with brand image and marketing goals. โ Budget Management and Optimization: Efficiently allocated and monitored advertising budgets to maximize ROI and campaign performance across multiple digital channels. โ Analytics and Performance Reporting: Analyzed campaign data to assess effectiveness, made data-driven adjustments, and reported on key performance indicators to stakeholders.
- HDigital Marketing ConsultantHelpInJapancomOct 2020 - Feb 2021 (5 months)โฆฟ Web Design ( Website & Mobile App Development ) โฆฟ SEO โฆฟ Media Buyer
- FounderBoutique BoostJan 2019 - Current (7 years 6 months)As the founder of a digital marketing agency focused on fashion brands, I bring a passion for style and a precision for performance to every campaign. Driving Fashion Brands Toward Higher ROAS & Profits ๐ โ +$50M Generated for Brands โ Paid Media: Tailored campaigns on Facebook, Instagram, TikTok, and Google Ads focusing on maximum ROAS. โ Conversion Rate Optimization: Enhance site usability and increase average order value through strategic web design and multi-funnel optimization. โ Retention Marketing: Strengthen customer loyalty and increase lifetime value with targeted email and SMS marketing campaigns.
- ResearcherNagoya UniversityApr 2018 - Apr 2021 (3 years 1 month)โ Data Science : Machine learning and Computation to Optimize Crystal Growth Process โ Working on realization of ''high-quality silicon ingot for solar cells'' with ideal microstructures by directional solidification. โ To establish a general grain boundary physics through collaboration of data collection from large quantities of practical multi-crystalline silicon wafers, machine learning and computation. This will show a universal guideline to improve performance of multi-crystalline materials in spite of their complexity in microstructures.
- SR&D Technical ManagerSEAVAC Co LtdDec 2016 - Mar 2018 (1 year 4 months)As a R&D Team Manager, my mission was to design, develop and conduct a research project about Solar Grade Silicon Production Using Microwave heating furnaces. A Vision to decrease the cost of Silicon production by decreasing its energy consumption.
- Marketing InternRakutenOct 2016 - Dec 2016 (3 months)Supported the marketing team with campaign planning and execution, analyzed performance data, helped optimize ads and landing pages, and assisted in cross-team projects to improve customer acquisition and retention.
- FounderKaaynSep 2015 - Aug 2016 (1 year)kaayn was a classified ads website offering services to companies, private sellers to advertise and sell their products. Kaayn generate revenues from advertising, featured ads and premium memberships
- Research AssistantHirosaki UniversityOct 2013 - Sep 2016 (3 years)โฆฟ Thermodynamic analysis for High temperature processes. โฆฟ Development of high temperature Reduction furnaces for Silicon Production. โฆฟ Optimized High Vacuum chambers for silicon production purposes. โฆฟ Developed a new elaboration Technique (granulation) for production of homogeneous mixed silica/carbon granules based on fine powders. โฆฟ Quadrupole mass analysis for gases and Data treatments. โฆฟ Crucible coatings, segregation and solidification processes. โฆฟ XRD, SEM measurements and quantifications methods. โฆฟ Proposed solutions and for metal productions. โฆฟ Wrote several research papers and gave presentations for local and international conferences. โฆฟ Member of the Mining and Materials Processing Institute of Japan (MMIJ).
- Temporary University TeacherSciences and Technology University of Oran Mohamed Boudiaf USTOMBSep 2011 - Jul 2013 (1 year 11 months)Temporary Teacher at University of Science and Technology of Oran ( Algeria ) โฆฟ Working as a math and Physics teacher for second grade college students. โฆฟ Assessing studentโs course work and material. โฆฟ Involved in the setup of exams and the marking of results. โฆฟ Providing mentoring, advice and support to students on a personal level. โฆฟ Ability to maintain high standards of achievement, behavior, discipline and punctuality amongst students. โฆฟ Helped students in laboratory projects. โฆฟ Worked with small groups of students to aid comprehension of advanced physics concepts. Laboratory Student Member LMESM-University of Science and Technology of Oran ( Algeria ) โฆฟ Chemical Deposition of Thin films. โฆฟ Electrical, Morphological analysis of thin fi
- NProject InternNuclear Research Center of BirineMar 2011 - Jul 2011 (5 months)โฆฟ Implanting a Neutron Imaging systems โฆฟ Image Processing.
- Laboratory Student Research MemberSciences and Technology University of Oran Mohamed Boudiaf USTOMBJan 2011 - Jun 2013 (2 years 6 months)โฆฟ Chemical Deposition of Thin films. โฆฟ Electrical, Morphological analysis of thin films.
Education
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- Doctor of Philosophy (Ph.D, Science and EngineeringHirosaki UniversityJan 2013 - Dec 2016 (4 years)- Thermodynamic analysis for High temperature processes. - Development of high temperature Reduction furnaces for Silicon Production. - Optimized High Vacuum chambers for silicon production purposes. - Developed a new elaboration Technique (granulation) for production of homogeneous mixed silica/carbon granules based on fine powders. - Quadrupole mass analysis for gases and Data treatments. - Crucible coatings, segregation and solidification processes. - XRD, SEM measurements and quantifications methods. - Proposed solutions and for metal productions. - Wrote several research papers and gave presentations for local and international conferences. - Member of the Mining and Materials Processing Institute of Japan (MMIJ).
- Magister, Materials ScienceSciences and Technology University of Oran Mohamed Boudiaf USTOMBJan 2011 - Dec 2013 (3 years)i have studied advanced material science and processing, and worked and did experiments related to thin films such as ZnO thin films.
- Engineer, Nuclear EngineeringUniversitรฉ Ferhat Abbas SรฉtifJan 2004 - Dec 2011 (8 years)i Studied in my first 3 years Science Engineering at the Physics department then i have chosen Nuclear Engineering special studies from my 4 th year till graduation as a nuclear engineer. i learned everything theoretical about nuclear, the concept and design of nuclear reactors, nuclear power generation, radiation, treatment of nuclear materials and development and simulation of nuclear elements halftime and finally nuclear imaging systems.
Projects (professional or personal)
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- GGrowth Partner for Fashion BrandsJan 2020At Boutique Boost, we specialize in helping fashion brands achieve exceptional growth. With a focus on boosting sales and achieving high Return on Ad Spend (ROAS), we offer a range of services tailored to the unique needs of each brand. ๐ข๐๐ฟ ๐ฆ๐ฒ๐ฟ๐๐ถ๐ฐ๐ฒ๐: ๐ฃ๐ฎ๐ถ๐ฑ ๐ ๐ฒ๐ฑ๐ถ๐ฎ โ๏ธ Expert Campaigns on Facebook, Instagram, and TikTok. โ๏ธ Strategic Google Ads for Maximum ROI. โ๏ธ Innovative Ad Content, Expertly Crafted. โ๏ธ Social Media Strategy for Brand Growth. โ๏ธ ROAS-Focused, Optimized Channel Success. ๐๐ผ๐ป๐๐ฒ๐ฟ๐๐ถ๐ผ๐ป ๐ฅ๐ฎ๐๐ฒ ๐ข๐ฝ๐๐ถ๐บ๐ถ๐๐ฎ๐๐ถ๐ผ๐ป (๐๐ฅ๐ข) โ๏ธ Boost Average Order Value (AOV) & Conversion Rate (CVR) with Multi-Funnel CRO. โ๏ธ Optimized, Fast, Appealing Web Design for Conversion. โ๏ธ Brand-Extending, Engaging Shopping
- CCREST - JSTApr 2018 - Mar 2021 (3 years)Multicrystalline informatics toward establishment of general grain boundary physics and realization of high-quality silicon ingot with ideal microstructures
- SSolar-Grade Silicon by the Direct Carbothermic Purified Silica ReductionOct 2013The shortage of silicon for solar cells has much attract in research and development of the low cost mass production process of solar grade Silicon (SOG-Si). The key of the strategy to silicon for solar cells in long terms is the efficiency in reduction. We developed a new concept reduction furnace using the combinatorial method in order to investigate the metallurgical process for silicon reduction. The production of reduced Si shows purity with less 2ppm level.
- SSSB (Sahara Solar Breeder)May 2013
Awards
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- MBest Poster AwardMaterials Research SocietyDec 2019
- JJapanese Ministry of Education, Culture, Sports, Science, and Technology Scholarship RecipientOct 2013
Publications
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- AApplication of artificial neural network to optimize sensor positions for accurate monitoring: an example with thermocouApplied Physics ExpressNov 2019We propose to utilize artificial neural network (ANN) to optimize positions of a limited number of sensors for accurate monitoring, and demonstrate its effectiveness by a case study of four thermocouples in a directional solidification furnace. Our concept consists of choosing the positions with ANN that has the lowest loss from a multiplicity of ANNs, which were trained by the simulated temperature distributions along the outer crucible wall. Interestingly, the top ten ranks of accurate predictions contain positions around the crucible's bottom to suggest the importance of measuring temperatures carefully around high-temperature gradients that is the boundary between different materials.
- JOptimization of the Raw Material Input Molar Ratio on the Carbothermal Production of Solar-Grade SiliconJournal of New Technology and MaterialsJul 2017With the fast growth of solar cells market, it is strongly required to improve the fabrication process of solar-grade silicon, which is the base material for more than 93% of solar cells technology. Conventionally, solar-grade silicon is produced via the direct reduction of silica stone to metal-grade silicon by arc furnace followed by the Siemens method with chemical treatment and hydrogen. However, in this technique, a low yield of solar-grade silicon is obtained with high energy cost due to its multiple complex processes. Meanwhile, it has been turned out that, the direct reduction process from silica sand to solar-grade silicon via induction furnace simplify the fabrication process with low energy and cost consumption with higher yield.
- MDevelopment of Real-time Weight Monitoring System for the Carbothermic Reduction Process of SilicaMATERIALS TRANSACTIONSOct 2016For many years the production of solar-grade silicon remained a costly process resulting in a large amount of carbon gas being emitted, and so the process still requires improvement to suppress carbon emission. The starting point of the processes is to produce raw silicon materials from a natural resource via mostly carbothermic reduction. However, this process is very complicated and SiO and SiC form as by-products. Further improvement of the carbothermic reduction process requires an understanding in real time of the reactions occurring and the weight change during heating. In particular, the behavior of the SiO by-product plays a major role in the production of silicon because the loss of Si is caused by the escape of SiO gas. In this st
- MOptimization of the Granulation Binders of High-Purity Carbothermic Reduction for Solar-Grade SiliconMATERIALS TRANSACTIONSOct 2016The direct carbothermic reduction process from high-purity silica is promising for next-generation low-cost silicon solar cells. In this process, the granulation process is essential to avoid blowout of the silica powder. In this study, we investigated the effect of binders on this reduction process using four kinds of binders. The real-time monitoring of the chamber pressure and quadrupole mass spectroscopic analysis indicated the sign of the blowout phenomena of the generated CO gas and decomposition gas of the binders. In the case of starch and sucrose, the strengths of granules were not enough to the process with the pressure of the generated CO gas, while the granules with enough strength,namely, the ones with polyvinyl alcohol (PVA) a
- IVariation Effect of Frequency Modulation Index on Harmonic Behaviour of Cascaded H-Bridge Multilevel InverterIJAREEIEJun 2016The fast growth of the solar energy applications requires improvement of the different technology of the PV systems such as the transport technology for the electrical power and connection to the network. The major demerit of the PV electric energy is that, required conversion of the PV output from DC to AC, which led the inverter to play a major role in the PV conversion chain. However, conventional inverters reach the limit of efficiency conversion expressing a higher total harmonic distortion. The multilevel inverter topology introduced as a better replacement in case of cost efficiency and harmonic distortion. In this paper, the third primary topology of the multilevel inverter, known as cascaded H-bridge topology was studied and simula
- JDirect Carbothermic Silica Reduction from Purified Silica to Solar-Grade SiliconJournal of Physics Conference SeriesNov 2014The shortage of silicon for solar cells has much attract in research and development of the low cost mass production process of solar grade Silicon (SOG-Si). The key of the strategy to silicon for solar cells in long terms is the efficiency in reduction. We developed a new concept reduction furnace using the combinatorial method in order to investigate the metallurgical process for silicon reduction. The production of reduced Si shows purity with less 2ppm level.