{"id":32287,"date":"2026-09-01T09:00:00","date_gmt":"2026-09-01T07:00:00","guid":{"rendered":"https:\/\/cit.upc.edu\/?post_type=portfolio&p=32287"},"modified":"2026-09-03T09:39:59","modified_gmt":"2026-09-03T07:39:59","slug":"m3sens-sensors-avancats-per-caracteritzar-la-superficie-i-el-subsol-en-missions-planetaries","status":"publish","type":"portfolio","link":"https:\/\/cit.upc.edu\/ca\/portfolio-item\/m3sens-sensors-avancats-per-caracteritzar-la-superficie-i-el-subsol-en-missions-planetaries\/","title":{"rendered":"M3SENS: Sensors avan\u00e7ats per caracteritzar la superf\u00edcie i el subs\u00f2l en missions planet\u00e0ries"},"content":{"rendered":"\n

01\/09\/2026<\/p>
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Un equip de recerca de la Universitat Polit\u00e8cnica de Catalunya – BarcelonaTech (UPC) ha participat en el projecte M3LEC, coordinat pel Centro de Astrobiolog\u00eda (CAB), centre mixt del CSIC i l\u2019Instituto Nacional de T\u00e9cnica Aeroespacial (INTA), i en el qual tamb\u00e9 ha participat la Universidad de Sevilla (US) \/ Instituto de Microelectr\u00f3nica de Sevilla (IMSE). L\u2019objectiu de M3LEC ha estat contribuir a la caracteritzaci\u00f3 de l\u2019atm\u00f2sfera i meterologia de Mart, i investigar sobre nova instrumentaci\u00f3 per a missions futures d\u2019exploraci\u00f3 planet\u00e0ria.<\/h4>
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El projecte s\u2019ha dividit en tres subprojectes complementaris: en el primer, que ha conservat el nom del projecte global, INTA-CAB (coordinador del projecte) ha liderat l\\’explotaci\u00f3 cient\u00edfica aix\u00ed com el suport operatiu de les estacions ambientals a Mart REMS, TWINS i MEDA. En el segon, anomenat M3SENS, la UPC s\\’ha encarregat del disseny de la pr\u00f2xima generaci\u00f3 de sensors de vent i sondes t\u00e8rmiques per estudiar la interacci\u00f3 entre la superf\u00edcie i el subs\u00f2l del planeta. En el tercer, anomenat M3CHIP, la Universitat de Sevilla-IMSE ha desenvolupat un circuit integrat (ASIC) dissenyat espec\u00edficament per processar els senyals del sensor miniaturitzat de vent en condicions extremes, resistent a radiaci\u00f3 (radiation hardened by design) i capa\u00e7 de treballar en el rang de temperatures extremes de Mart.<\/p>

M3SENS, liderat pel Grup de Micro i Nano Tecnologies per Energia Solar (MNT-Solar) de la UPC, ha estat orientat, doncs, al desenvolupament d\u2019una nova suite de sensors (un conjunt integrat de sensors diferents que treballen de manera complement\u00e0ria) per a l\u2019exploraci\u00f3 planet\u00e0ria. La soluci\u00f3 s\u2019ha centrat especialment en l\u2019entorn de Mart, per\u00f2 tamb\u00e9 ha abordat reptes cient\u00edfics i tecnol\u00f2gics vinculats a altres cossos com la Lluna o asteroides, i altres entorns d\u2019inter\u00e8s per a futures missions espacials. En aquest subprojecte tamb\u00e9 hi han participat investigadors del Turbulence and Aerodynamics in Mechanical and Aerospace Engineering Research Group (TUAREG) i del Grup de Recerca de Sistemes, Dispositius i Materials de RF i Microones (RF&MW) de la UPC.<\/p>

L\u2019exploraci\u00f3 planet\u00e0ria requereix instruments cada vegada m\u00e9s precisos, robustos i miniaturitzats, capa\u00e7os d\u2019operar en condicions extremes i d\u2019aportar informaci\u00f3 fiable sobre la interacci\u00f3 entre l\u2019atmosfera, la superf\u00edcie i el subsol. En el cas de Mart, poder mesurar el vent local en superf\u00edcie de manera fiable, i les propietats termof\u00edsiques del reg\u00f2lit (la capa de material solt i fragmentat que cobreix la superf\u00edcie d\u2019un cos planetari) \u00e9s essencial per interpretar l\u2019evoluci\u00f3 del planeta, preparar futures missions i millorar la seguretat i l\u2019efici\u00e8ncia dels sistemes desplegats sobre el terreny. Alhora, aquests desenvolupaments obren noves oportunitats en instrumentaci\u00f3 avan\u00e7ada, sensors per a entorns extrems i tecnologies de detecci\u00f3 miniaturitzada.<\/p>

En aquest context, M3SENS proposa una suite de sensors que contribueix a caracteritzar la interf\u00edcie superf\u00edcie-subsol en diferents entorns planetaris. El projecte inclou un sensor de vent de nova generaci\u00f3 per a l\u2019atmosfera marciana, que evoluciona a partir dels sensors de vent dels instruments REMS, TWINS i MEDA, desenvolupats per a les missions de la NASA: Mars Science Laboratory, InSight i Mars 2020. Tamb\u00e9 incorpora una sonda t\u00e8rmica per al reg\u00f2lit, amb l\u2019objectiu de mesurar les propietats termof\u00edsiques del material planetari, aix\u00ed com l\u2019exploraci\u00f3 d\u2019una nova sonda de microones per a la caracteritzaci\u00f3 del reg\u00f2lit.<\/p>

La novetat del projecte rau en la combinaci\u00f3 de tecnologies de sens\u00f2rica avan\u00e7ada, simulaci\u00f3, electr\u00f2nica de control i t\u00e8cniques de caracteritzaci\u00f3 t\u00e8rmica d\u2019alta freq\u00fc\u00e8ncia. En aquest marc, s\u2019han desenvolupat t\u00e8cniques basades en sistemes microelectromec\u00e0nics (MEMS, Micro-Electro-Mechanical Systems), per augmentar l\u2019amplada de banda dels sensors de vent. Respecte l\u2019aportaci\u00f3 de la UPC cal destacar el desenvolupament i maduraci\u00f3 tecnol\u00f2gica del sensor esf\u00e8ric 3D de vent per a l\u2019atmosfera marciana, amb l\u2019objectiu de portar la tecnologia fins a un nivell de maduresa proper a la validaci\u00f3 en entorns reals o representatius. D\u2019altra banda, el projecte ha explorat noves tecnologies d\u2019alta freq\u00fc\u00e8ncia per a la monitoritzaci\u00f3 de fluxes d\u2019aire en superf\u00edcies, amb aplicacions espacials i aeron\u00e0utiques.<\/p>

En el cas del sensor de vent per Mart de geometria esf\u00e8rica, el projecte ha dut a terme assajos a nivell de sistema utilitzant l\u2019ASIC (Application-Specific Integrated Circuit), desenvolupat per US-IMSE, aix\u00ed com simulacions mec\u00e0niques per a la qualificaci\u00f3 i simulacions fluidodin\u00e0miques d\u2019alta fidelitat per comprendre la resposta del sensor al vent en funci\u00f3 de la seva geometria. Tamb\u00e9 ha desenvolupat un sensor per al reg\u00f2lit, amb sistemes electr\u00f2nics de control per caracteritzar propietats termof\u00edsiques en gel, simulants de reg\u00f2lit marci\u00e0 i lunar, i simulants de meteorits.<\/p>

Pressupost i consorci<\/h4>

M3SENS ha comptat amb un pressupost de 151.250 \u20ac, finan\u00e7at per l\u2019Agencia Estatal de Investigaci\u00f3n mitjan\u00e7ant el Programa Estatal de Generaci\u00f3 del Coneixement. El projecte ha tingut una durada de tres anys (gener de 2022 a desembre de 2024, prorrogat fins desembre de 2025).<\/p>
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Un equip de recerca de la Universitat Polit\u00e8cnica de Catalunya – BarcelonaTech (UPC) ha participat en el projecte M3LEC, coordinat pel Centro de Astrobiolog\u00eda (CAB), centre mixt del CSIC i l\u2019Instituto Nacional de T\u00e9cnica Aeroespacial (INTA), i en el qual tamb\u00e9 ha participat la Universidad de Sevilla (US) \/ Instituto de Microelectr\u00f3nica de Sevilla (IMSE). L\u2019objectiu de M3LEC ha estat contribuir a la caracteritzaci\u00f3 de l\u2019atm\u00f2sfera i meterologia de Mart, i investigar sobre nova instrumentaci\u00f3 per a missions futures d\u2019exploraci\u00f3 planet\u00e0ria.<\/p>\n","protected":false},"author":5,"featured_media":32288,"menu_order":0,"comment_status":"closed","ping_status":"closed","template":"","meta":[],"portfolio-types":[908,221],"class_list":["post-32287","portfolio","type-portfolio","status-publish","has-post-thumbnail","hentry","portfolio-types-sc-ca","portfolio-types-tecnologias-de-las-tic-ca"],"yoast_head":"\nM3SENS: Sensors avan\u00e7ats per caracteritzar la superf\u00edcie i el subs\u00f2l en missions planet\u00e0ries - CIT UPC<\/title>\n<meta name=\"description\" content=\"Un equip de recerca de la Universitat Polit\u00e8cnica de Catalunya - BarcelonaTech (UPC) ha participat en el projecte M3LEC, coordinat pel Centro de Astrobiolog\u00eda (CAB), centre mixt del CSIC i l\u2019Instituto Nacional de T\u00e9cnica Aeroespacial (INTA), i en el qual tamb\u00e9 ha participat la Universidad de Sevilla (US) \/ Instituto de Microelectr\u00f3nica de Sevilla (IMSE). 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