1(self.webpackChunk_N_E=self.webpackChunk_N_E||[]).push([[3225],{93407:function(e,i,t){(window.__NEXT_P=window.__NEXT_P||[]).push(["/html/saasst-cubesat-laboratory",function(){return t(52660)}])},52660:function(e,i,t){"use strict";t.r(i);var a=t(85893),s=t(44094),n=t(29824),c=t(52982),o=t(29087),r=t(83136);i.default=()=>(0,a.jsxs)(r.Z,{children:[(0,a.jsxs)(n.Z,{noPaddingX:!0,noPaddingY:!0,children:[(0,a.jsx)(o.Z,{innerPage:!0,halfSize:!0,...c.nz}),(0,a.jsx)(s.Z,{shortBanner:!0,...c.CQ})]}),(0,a.jsx)(n.Z,{background:"gray"})]})},52982:function(e,i,t){"use strict";t.d(i,{CQ:function(){return o},fU:function(){return c},nz:function(){return s},yj:function(){return n}});var a=t(85893);let s={themeColor:"green",slideArray:[{title:"",desktopImg:(0,a.jsx)("img",{src:"/assets/images/research-newsletter-listing/banner.jpg",alt:"",width:1920,height:980}),mobileImg:(0,a.jsx)("img",{src:"/assets/images/research-newsletter-listing/banner.jpg",alt:"",width:450,height:800})}]},n={title:"Introduction",hilightDesc:"Who Are We",desc:"The CubeSat Laboratory focuses on the design, development, and operation of CubeSat-class satellites and their payloads. Our goal is to utilize CubeSats to perform scientific experiments and gather critical data across various missions, contributing to the advancement of space technology. The lab also emphasizes training young engineers, shaping future leaders in the space sector. Additionally, the data collected from these missions is used for scientific publications, enhancing both local and global research efforts in the field of spacecraft and satellite technology.",img:(0,a.jsx)("img",{src:"/assets/images/conferences-detail/side.jpg",width:655,height:596,alt:"img"})},c={title:"Research Objectives",cardsArray:[{img:(0,a.jsx)("img",{src:"/assets/images/faculty-and-staff-directory/card.jpg",alt:"",width:420,height:247}),title:"Mission Development:",academicRank:"The CubeSat Laboratory aims to build technical capabilities for designing and executing complete CubeSat missions, from initial concept to launch and operations in space. On a specific scale as well as a mission scale and the scales in between."},{img:(0,a.jsx)("img",{src:"/assets/images/faculty-and-staff-directory/card.jpg",alt:"",width:420,height:247}),title:"Mission Development:",academicRank:"The CubeSat Laboratory aims to build technical capabilities for designing and executing complete CubeSat missions, from initial concept to launch and operations in space. On a specific scale as well as a mission scale and the scales in between."},{img:(0,a.jsx)("img",{src:"/assets/images/faculty-and-staff-directory/card.jpg",alt:"",width:420,height:247}),title:"Mission Development:",academicRank:"The CubeSat Laboratory aims to build technical capabilities for designing and executing complete CubeSat missions, from initial concept to launch and operations in space. On a specific scale as well as a mission scale and the scales in between."},{img:(0,a.jsx)("img",{src:"/assets/images/faculty-and-staff-directory/card.jpg",alt:"",width:420,height:247}),title:"Mission Development:",academicRank:"The CubeSat Laboratory aims to build technical capabilities for designing and executing complete CubeSat missions, from initial concept to launch and operations in space. On a specific scale as well as a mission scale and the scales in between."}]},o={themeColor:"green",accessibilityTooltip:"Accessibility",pollTooltip:"Poll",whatsappTooltip:"Whatsapp",whatsappNumber:"92194939439",phoneTooltip:"Phone",phoneNumber:"9294939555",feedbackTooltip:"Feedback",feedbackLink:"/contact-us"}},83136:function(e,i,t){"use strict";t.d(i,{Z:function(){return u}});var a=t(85893),s=t(93967),n=t.n(s),c=t(67294),o=t(50259);t(30889),t(32630),t(34553),t(36455),t(46169),t(83228),t(21306),t(59087),t(54158),t(81810);var r=t(37066),l=t(8961),d=t(4056),h=t(40308);function u(e){let{children:i,header:t,footer:s,...u}=e,{className:g}=u,m=()=>{if(window){let e=window.innerWidth/120;window.innerWidth>1200&&(document.body.style.fontSize="".concat(e,"px"))}};return(0,c.useEffect)(()=>(m(),window.addEventListener("resize",m),()=>window.removeEventListener("resize",m)),[]),(0,a.jsx)(o.pm,{reCaptchaKey:"6Lf6gL8qAAAAAAGsb2JTQUjqwWAy8ue6CpHO2ctu",children:(0,a.jsxs)("div",{className:n()("site-container",g),...u,children:[t||(0,a.jsx)(d.Z,{...l.C}),(0,a.jsx)("main",{id:"maincontent",className:"site-container",tabIndex:-1,
1children:i}),s||(0,a.jsx)(h.Z,{...r.a})]})})}},34553:function(){},83228:function(){},54158:function(){},81810:function(){}},function(e){e.O(0,[8166,708,1664,9954,9554,4410,21,6443,5413,2841,2888,9774,179],function(){return e(e.s=93407)}),_N_E=e.O()}]);
Line numbers count LF bytes from the start of the resource, as the search results do. Vendor segments are library code the classifier recognised; they are stored but not indexed. Bytes are shown as Latin1 characters, one per byte.