Filtyp
Vid avdelningen arbetar vi med forskning och undervisning inom vårt ämnesområde – teknisk geologi. Forskningen bedrivs oftast i externt finansierade projekt. Vi ger flera grundutbildningskurser, huvudsakligen på LTH, vi erbjuder examensarbeten och bedriver forskarutbildning.Vi samarbetar ofta och gärna med olika aktörer i samhället, både privata och offentliga, och har även långtgående internation
https://www.tg.lth.se/om-oss - 2026-06-01
Vid teknisk geologi ger vi huvudsakligen kurser för civilingenjörsprogrammen vid LTH. Vi erbjuder också examensarbeten inom vårt verksamhetsfält. Är du intresserad? Kontakta oss! KurserLänkarna nedan öppnas på Kurswebben LTH. Kurser på svenskaTeknisk geologi VTGA01 (CI V)Teknisk geologi VTGA05 (CI W)Teknisk geologi och markanvändning VTGA10 (CI L)Bergmekanik och bergbyggnad VTGF10 (CI V)Geologisk
https://www.tg.lth.se/grundutbildning - 2026-06-01
Vår forskning handlar om karakterisering av material och vatten i geomiljön eller i anläggningstekniska sammanhang. Här ingår georesursteknik (inkluderande prospekteringsteknik, borrteknik och brunnsbyggnad, akviferteknik och hydrogeologi) men också oförstörande provning, produktionskontroll och övervakning på land och i vatten samt tillämpad geofysik för ytnära förundersökningar och tillämpningar
https://www.tg.lth.se/forskning - 2026-06-01
Länkarna på denna sida öppnas i Lunds universitets forskningsportal. Var god vänta...
https://www.tg.lth.se/publikationer - 2026-06-01
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https://www.tg.lth.se/personal - 2026-06-01
Welcome to Advanced Chip Technologies (ACT) – a Vinnova Competence Centre The ACT-consortium gathers organizations and companies, all passionate about development of advanced chips, to meet current and future needs by industry and society. The consortiumThe consortium has 17 committed partners ranging from start-ups to multinational companies all passionate about the continued development of our j
https://www.advancedchiptechnologies.lu.se/start - 2026-06-01
In work package 1 we will develop materials, processes and devices to be used in WP2 and WP3. The topics include:Material synthesis with emphasis on III-V nanowire epitaxial growth both using metal organic vapor phase epitaxy and aerotaxy.Scaling of nanowire growth substrates from individual dies to 100 mm Si wafersNanowire surface passivation for photonic devices and gate-stack optimization for t
https://www.advancedchiptechnologies.lu.se/wp1-devices-3d-integration - 2026-06-01
In work package 2 we will explore the integration of photonic device elements with silicon for applications in communication, sensing and power generation. The topics include:Development of epitaxy, material characterization and single pixel elements for infrared detector arraysDesign and fabrication of CMOS-based read-out circuitry for focal plane arraysUsing Nanowire-based photovoltaics for on-c
https://www.advancedchiptechnologies.lu.se/wp2-photonic-integration - 2026-06-01
In work package 3 we explore the use of 3D integration technologies to enable innovative merging of control electronics and power devices and make an early evaluation of system benefits and technology limitations. The topics include:Characterization and modelling of DC and RF performance of III-V nanowire transistorsFabrication of amplifiers, switches, or detector circuits operating at D-band freq
https://www.advancedchiptechnologies.lu.se/wp3-circuit-implementation-smart-energy-and-rf - 2026-06-01
Karthik Ram Mamidala, PhD student at Lund University I am a PhD student in nanoelectronics at Lund University working on emerging memory and transistor technologies for low-power computing. My research focuses on the cryogenic operation of ferroelectric devices and resistive memories for future AI and quantum systems. The work contributes to improved understanding of energy-efficient electronic de
https://www.advancedchiptechnologies.lu.se/meet-our-researchers-and-phd-students - 2026-06-01
Welcome to Engineering Geology The Division of Engineering Geology conducts research mainly in externally funded projects. We offer several undergraduate courses, opportunities for degree projects, and run doctoral education. More about the division Education Research Riksriggen National research infrastructure for deep core drilling (in Swedish, Riksriggen’s website) LTH Profile Area: Water The d
https://www.tg.lth.se/en/start - 2026-06-01
Visiting address V-building, Entrance D, 2nd floorKlas Anshelms väg 14, 223 63 LundPostal addressDivision of Engineering GeologyLTH, Faculty of Engineering Box 118, 221 00 LundDeliveriesKontaktvägen 9, 223 63 LundInternal mailService point 3InvoicesLund University uses e-invoicing.More about invoice management (Lund University's website) Phone+46 46 222 74 25 (division office)+46 46 222 00 00 (Lun
https://www.tg.lth.se/en/contact - 2026-06-01
At the division, we conduct research and offer education within our subject area – Engineering Geology. The research is mainly financed externally. We have several courses at the Faculty of Engineering, but we also offer opportunities for thesis work (BSc, MSc, PhD). We interact with society around us, and we have close collaboration with international colleagues over the world. Contact Division c
https://www.tg.lth.se/en/about - 2026-06-01
We offer courses mainly for the engineering and Master's programmes at the Faculty of Engineering. We also offer opportunities for degree projects within our field. CoursesLinks open on Course web LTH.Courses in SwedishEngineering Geology VTGA01 (CI V)Engineering Geology VTGA05 (CI W)Engineering Geology and Land Use VTGA10 (CI L)Rock Mechanics and Rock Engineering VTGF10 (CI V)Geological Risks
https://www.tg.lth.se/en/education - 2026-06-01
Our research focuses on the characterization of materials and water in the geologic environment or in civil engineering contexts. This includes geo‑resource engineering (covering near surface exploration technology, drilling technology and well construction, aquifer engineering, and hydrogeology), as well as non‑destructive testing, production control and monitoring on land and in water, and appli
https://www.tg.lth.se/en/research - 2026-06-01
The links on this page open in Lund University's Research Portal. Var god vänta...
https://www.tg.lth.se/en/publications - 2026-06-01
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https://www.tg.lth.se/en/staff - 2026-06-01
LUB Search Books and Journals available at the Lund University Libraries Research Portal Search information about LU researchers, research projects, publications etc. ADS Search the SAO/NASA Astrophysics Data System LUBcat The Library catalogue at Lund University The Lund University Libraries The Astronomy Library is a part of the Lund University Libraries LUP Student Papers Search for master thes
https://www.astro.lu.se/Library/astronomical-resources - 2026-06-01
In the beginning of the 1950's, prof Knut Lundmark at Lund Observatory suggested a stylish Milky Way panaroma of the sky in a Hammer projection. With support from Hierta-Retzius fond and Kungl. Fysiografiska Sällskapet i Lund, the engineers Martin Kesküla and Tatjana Kesküla painted a metre map showing the galactic coordinates, 7000 stars, and the Milky Way in this very projection. The computation
https://www.astro.lu.se/Library/milky-way-panorama - 2026-06-01
The Division of Astrophysics has moved from Sölvegatan 27 to Professorsgatan 1. Our offices are on the top floor of building A. The physics and astronomy library can also be found in the physics building. Traveling to Lund Please note that the nearest international airport to us is in Copenhagen. From there the train ride to Lund takes ca 40 minutes. The easiest way to get from the Lund central
https://www.astro.lu.se/peoplelist/information-visiting-researchers - 2026-06-01
