diff --git a/init.sh b/init.sh
index 0d638117763a464e0c3d3c263c52ec3682d7015d..9d6776ecccd5f6fd0b9aa9c8f85b7df2768f704f 100644
--- a/init.sh
+++ b/init.sh
@@ -19,4 +19,5 @@ export CHECK_ROOT=${CUR_PATH}/package/common/check_root.sh
 if ! type module >/dev/null 2>&1;then
     echo "Install environment-modules"
     . $CHECK_ROOT && yum install -y environment-modules || apt install -y environment-modules
+    source /etc/profile
 fi
diff --git a/package/osu/1.0.0/install.sh b/package/osu/1.0.0/install.sh
new file mode 100644
index 0000000000000000000000000000000000000000..eb56895bc0de5345b0d24b2155500573f9940d45
--- /dev/null
+++ b/package/osu/1.0.0/install.sh
@@ -0,0 +1,10 @@
+#!/bin/bash
+set -x
+set -e
+. ${DOWNLOAD_TOOL} -u https://github.com/forresti/osu-micro-benchmarks/archive/refs/heads/master.zip -f osu-micro-benchmarks.zip
+cd ${JARVIS_TMP}
+unzip ${JARVIS_DOWNLOAD}/osu-micro-benchmarks.zip
+cd osu-micro-benchmarks-master
+./configure --prefix=$1 CC=mpicc CXX=mpicxx
+make
+make install
diff --git a/src/installService.py b/src/installService.py
index 14be3d971a84b074d32f76982574e82c3cfa6a45..5ad7957823bbae01e198c9706660e7b6b1932461 100644
--- a/src/installService.py
+++ b/src/installService.py
@@ -89,10 +89,10 @@ class InstallService:
         return self.gen_compiler_dict("icc", ('2018', "2018.4"))
     
     def get_hmpi_version(self):
-        mpirun_path = self.get_cmd_output('which mpirun')[0]
-        hmpi_path = os.path.dirname(mpirun_path)
-        hmpi_path = os.path.dirname(hmpi_path)
-        libucg_path = os.path.join(hmpi_path, "hucx/lib")
+        ucx_path = self.get_cmd_output('which ucx_info')[0]
+        ucx_path = os.path.dirname(ucx_path)
+        ucx_path = os.path.dirname(ucx_path)
+        libucg_path = os.path.join(ucx_path, "lib")
         libucg_so_flag = "libucg.so."
         version = None
         for file_name in os.listdir(libucg_path):
diff --git a/templates/bcc-esm/bccesm.arm.cpu.config b/templates/bcc-esm/bccesm.arm.cpu.config
new file mode 100644
index 0000000000000000000000000000000000000000..c0dd5f50645657ab634eab63bb8d578a777a4172
--- /dev/null
+++ b/templates/bcc-esm/bccesm.arm.cpu.config
@@ -0,0 +1,115 @@
+[SERVER]
+11.11.11.11
+
+[DOWNLOAD]
+bcc-esm/4.0 http://forecast.bcccsm.ncc-cma.net/web/
+
+[DEPENDENCY]
+set -x
+set -e
+./jarvis -install kml/1.6.0/gcc any
+./jarvis -install openblas/0.3.18 any
+./jarvis -install bisheng/2.1.0 com
+module purge
+module use ./software/modulefiles
+module load bisheng/2.1.0
+export CC=`which clang` CXX=`which clang++` FC=`which flang`
+./jarvis -install hmpi/1.1.1 bisheng
+module load hmpi/1.1.1
+./jarvis -bench mpi
+./jarvis -install fftw/3.3.8 bisheng
+export CC=mpicc CXX=mpicxx FC=mpifort F77=mpifort
+./jarvis -install hdf5/1.10.1 clang+mpi
+./jarvis -install pnetcdf/1.11.2 clang+mpi
+./jarvis -install netcdf/4.7.0 clang+mpi
+unzip ${JARVIS_DOWNLOAD}/esm.zip
+
+[ENV]
+module purge
+module use ./software/moduledeps
+module use software/modulefiles
+module load bisheng/2.1.0
+module load hmpi/1.1.1
+module load openblas/0.3.18
+module load kml-gcc/1.6.0
+export LIBS_DIR=/workspace/public/software/libs
+export NETCDF_DIR=${NETCDF_PATH}
+export PNETCDF_DIR=${PNETCDF_PATH}
+export FFTW_DIR=${FFTW_PATH}
+export MPI_DIR=${HMPI_PATH}
+export USER_CC=mpicc
+export USER_FC=mpifort
+export CC=mpicc CXX=mpicxx FC=mpifort F77=mpifort
+export MODEL_PATH=$JARVIS_ROOT/esm
+export DATA_PATH=$JARVIS_ROOT/INIDATA/data
+export CSMDATA=$JARVIS_ROOT/INIDATA
+export WORK_PATH=$MODEL_PATH/T382L70p25
+export KML_LIB=${KML_GCC_PATH}/lib
+
+[APP]
+app_name = BCCESM
+build_dir = $WORK_PATH
+binary_dir =
+case_dir = $WORK_PATH
+
+[BUILD]
+rm -rf output/atm/atm
+rm -rf output/lnd/lnd
+rm -rf output/ocn/ocn
+rm -rf output/cpl/cpl
+rm -rf output/ice/ice
+csh -f build.csh 1
+
+[CLEAN]
+rm -rf OBJ
+
+[RUN]
+#run = ./build.csh 2 2>&1 | tee run.log
+run = ./build.csh 2
+binary = 
+nodes = 1
+
+[BATCH]
+#! /bin/bash
+
+time1=$(date "+%Y-%m-%d");
+perfdir="perf-data/${time1}"
+mkdir $perfdir
+cp output/atm/atm.log.* $perfdir/atm.log
+cp output/atm/timing.0 $perfdir/timing.atm.log
+cp output/cpl/cpl.log.* $perfdir/cpl.log
+cp output/ice/ice.log.* $perfdir/ice.log
+cp output/lnd/lnd.log.* $perfdir/lnd.log
+cp output/lnd/timing.0 $perfdir/timing.lnd.log
+cp output/ocn/ocn.log.* $perfdir/ocn.log
+echo "All of the data has archived under $perfdir"
+
+# PRECT_GPCP(gpcp_vars) SST_HADISST  TS_NCEP
+exit 0
+outputdir="job10-12M"
+export MSS_testpath=/share/output/atm
+export WKDIR=$JARVIS_ROOT/diag-ncl/$outputdir/
+image_dir=$WKDIR/${outputdir}-obs
+export test_prefix=$outputdir
+cd $MSS_testpath
+echo "COMPUTE TEST CASE CLIMATOLOGY..."
+cur_var=""
+for n in {1..12}; do
+    if [ $n -lt 10 ]; then
+        cur_var="$cur_var historical.cam2.h0.2001-0$n.nc"
+    else
+        cur_var="$cur_var historical.cam2.h0.2001-$n.nc"
+    fi
+done
+echo "handing $cur_var"
+ncea -4 -O $cur_var ${test_prefix}_ANN_climo.nc
+ncatted -O -a yrs_averaged,global,c,c,2001 ${test_prefix}_ANN_climo.nc
+echo "Image generate..."
+cd $JARVIS_ROOT/diag-ncl
+./year_mean.csh
+mkdir $outputdir
+cd $outputdir
+cp $image_dir/set5_6/set5_ANN_TS_NCEP_obsc.gif ./
+cp $image_dir/set5_6/set5_ANN_SST_HADISST_obsc.gif ./
+cp $image_dir/set5_6/set5_ANN_PRECT_GPCP_obsc.gif ./
+cp $image_dir/set7/set7_ANN_ICEFRAC_HADISST_NP_obsc.gif ./
\ No newline at end of file
diff --git a/templates/bcc-esm/build.csh b/templates/bcc-esm/build.csh
new file mode 100644
index 0000000000000000000000000000000000000000..0f5e02d6fd8fe4a7fc8ccf74194d4082378c7aa2
--- /dev/null
+++ b/templates/bcc-esm/build.csh
@@ -0,0 +1,218 @@
+#! /bin/csh -f
+
+setenv NETCDF ${NETCDF_DIR}
+setenv MPI_ROOT ${MPI_DIR}
+
+
+limit datasize  unlimited
+setenv XLSMPOPTS stack=860000000
+setenv OMP_STACKSIZE 3G
+
+setenv Atmosphere_Model     CAM3
+setenv System_Time_Type     day                  # month/day
+setenv Integration_Time     2
+setenv Runoff_clm_ann       .true.
+setenv carbon               .true.
+
+##-------------wangln For Multi CPL-------------------------------------
+echo -------------------------------------------------------------------------
+set PATH=/bin 
+set PATH=($PATH /usr/bin )
+set PATH=($PATH /usr/sbin ) 
+set PATH=($PATH /usr/lpp/ssp/bin )
+set PATH=($PATH /usr/lpp/ssp/kerberos/bin)
+set PATH=($PATH /usr/lpp/LoadL/full/bin /usr/local/lib/grads /usr/sbin/acct)
+set PATH=($PATH /usr/java130/bin /u/weimin/soft /usr/local/bin)
+set PATH=($PATH /usr/dt/bin /usr/lpp/X11/lib /usr/bin/X11)
+set PATH=($PATH /usr/dt/bin /usr/X11R6/lib /usr/bin/X11)
+echo -------------------------------------------------------------------------
+echo -------------------------------------------------------------------------
+echo  b1. Set case sensitive environment variables available to model setup scripts 
+echo -------------------------------------------------------------------------
+setenv CASE        historical                       # case name
+setenv GRID        T382_gxp25
+setenv RUNTYPE     startup                          # startup, continue, branch, hybrid
+setenv SETBLD      auto                             # auto, true, false
+setenv BASEDATE    2001-01-01     
+
+setenv INIFILEDATE 2001-01-01
+setenv OCNINIFILEDATE 20010101.000000
+
+setenv CASESTR    "Datm CLM3 MOM SIS 0 Start"       # short descriptive text string
+setenv CSMROOT     $MODEL_PATH                       # root directory of source
+#############################################################################
+# allocate exe directory
+#############################################################################
+setenv EXEROOT     $WORK_PATH/output
+
+#############################################################################
+setenv ARCROOT     $WORK_PATH/RESULT/ARC            # archive root directory 
+setenv REFCASE     $WORK_PATH/RESTART               # Runtype=branch data case
+setenv REFDATE     0001-01-06                       # Runtype=branch start date
+
+echo -------------------------------------------------------------------------
+echo  b2. Select multi-processing and resolution specs 
+echo      The task and thread settings depend on the grid being used
+echo      Use NTASK=1 and NTHRD=1 for data models
+echo -------------------------------------------------------------------------
+
+set MODELS  = (  atm   lnd   ice   ocn   cpl )  # generic model names.
+set SETUPS  = ( bccam3.0  bccavim3.0 sis  mom   cpl5.3 )  # setup script name
+set NTASKS=(   992  104  64   200  4  )
+set NTHRDS=(   4    4   4     1     4  )
+echo -------------------------------------------------------------------------
+echo  c. The following environment variables can be set by the user but
+echo     by default are derived from the environment variables above 
+echo -------------------------------------------------------------------------
+
+setenv MSSNAME `echo $LOGNAME | tr '[a-z]' '[A-Z]'`  # LOGNAME in caps
+
+setenv MSSDIR   mss:$WORK_PATH/RESULT          # MSS directory path name
+setenv MSSRPD   0                                # MSS file retention period
+setenv MSSPWD   $LOGNAME                         # MSS file write password
+
+setenv SCRIPTS  $WORK_PATH           # run scripts are here
+setenv TOOLS    $MODEL_PATH/tools           # some tools are here
+setenv LOGDIR   $EXEROOT/RESULT      # save stdout here
+setenv CSMCODE  $MODEL_PATH/models       # base dir for src code
+setenv CSMUTL   $CSMCODE/utils            # Util directory
+setenv CSMSHR   $CSMCODE/csm_share        # shared code dir
+setenv CSMBLD   $CSMCODE/bld              # makefiles are here
+setenv LID      "`date +%y%m%d-%H%M%S`"          # time-stamp/file-ID string
+
+setenv OBJROOT  $WORK_PATH/OBJ                         # build code here
+setenv LIBROOT  $MODEL_PATH/lib                     # Location of supplemental libraries
+setenv INCROOT  $LIBROOT/include                 # Location of supplemental includes/modfiles
+
+setenv LFSINP  $CSMDATA                       # LOCAL INPUTDATA FSROOT
+setenv LMSINP  $WORK_PATH/INIDATA                # LOCAL INPUTDATA MSROOT
+setenv LMSOUT  $EXEROOT/RESULT            # LOCAL OUTPUT MSROOT
+setenv MACINP  dataproc.ucar.edu              # REMOTE INPUT MACHINE
+setenv RFSINP  /fs/cgd/ccsm/inputdata          # REMOTE INPUTDATA FSROOT
+setenv RMSINP  /CCSM/inputdata                # REMOTE INPUTDATA MSROOT
+setenv MACOUT  dataproc.ucar.edu              # REMOTE OUTPUT MACHINE
+setenv RFSOUT  /fc44/$LOGNAME/archive/$CASE   # REMOTE OUTPUT FSROOT
+
+#--- logic to set BLDTYPE based on SETBLD above
+setenv BLDTYPE $SETBLD
+if ($SETBLD =~ auto*) then
+  setenv BLDTYPE true
+  if ($RUNTYPE == 'continue') setenv BLDTYPE false
+endif
+if ($BLDTYPE != 'true' && $BLDTYPE != 'false') then
+  echo "error in BLDTYPE: $BLDTYPE"
+  exit 1
+endif
+
+echo -------------------------------------------------------------------------
+echo  d.  Determine os/machine/site 
+echo -------------------------------------------------------------------------
+
+setenv OS `uname -s`          # operating system
+setenv ARCH AARCH64
+setenv MACH ifc  
+setenv MACHKEY `hostname`
+setenv SITE NCC
+
+echo -------------------------------------------------------------------------
+echo  e.  Create ccsm_joe
+echo -------------------------------------------------------------------------
+
+setenv CSMJOE $SCRIPTS/ccsm_joe
+rm -f $CSMJOE
+$TOOLS/ccsm_checkenvs > $CSMJOE
+
+echo -------------------------------------------------------------------------
+echo  f. Prepare $GRID component models for execution 
+echo      - create execution directories for atm,cpl,lnd,ice,ocn              
+echo      - invoke component model setup scripts found in $SCRIPTS 
+echo -------------------------------------------------------------------------
+
+setenv ATM_GRID `echo $GRID | sed s/_.\*//`; setenv LND_GRID   $ATM_GRID 
+setenv OCN_GRID `echo $GRID | sed s/.\*_//`; setenv ICE_GRID   $OCN_GRID
+
+#--- create working directories
+foreach DIR ( $EXEROOT $LIBROOT $INCROOT $OBJROOT $LOGDIR)
+  if !(-d $DIR) mkdir -p $DIR
+end
+#--- run machine dependent commands (i.e. modules on SGI).
+echo $TOOLS/modules.$OS.$MACH 
+###if (-f $TOOLS/modules.$OS.$MACH) source $TOOLS/modules.$OS.$MACH  || exit 1 ###if (-f $TOOLS/modules.$OS.$MACH) module load emacs null GNU.tools MASS netcdf 
+#--- create env variables for use in components
+foreach n (1 2 3 4 5)
+  set model = $MODELS[$n]
+  setenv ${model}_dir $EXEROOT/$model; setenv ${model}_setup $SETUPS[$n]  
+  setenv ${model}_in  $model.stdin   ; setenv ${model}_out $model.log.$LID
+  echo ${model}_in
+end
+#--- get restart files
+#$TOOLS/ccsm_getrestart
+echo -------------------------------------------------------------------------
+echo  g. Build Earth System Modeling Framework   http://www.esmf.ucar.edu 
+echo -------------------------------------------------------------------------
+
+setenv EXEDIR $EXEROOT/esmf     ; if !(-d $EXEDIR) mkdir -p $EXEDIR
+cd $EXEDIR
+echo `date` $EXEDIR/esmf.log.$LID | tee esmf.log.$LID
+if ( $argv[1] == 1 ) then
+  $SCRIPTS/esmf.setup.csh >>& esmf.log.$LID || exit 1
+endif
+
+echo -------------------------------------------------------------------------
+echo  h. Execute component setup.csh scripts, build models
+echo -------------------------------------------------------------------------
+
+foreach n (1 2 3 4 5)
+#--- activate stdin/stdout redirect work-around ---
+#--- setup env variables for components and grids ---
+  setenv MODEL  $MODELS[$n]         ; setenv SETUP  $SETUPS[$n]
+  setenv NTHRD  $NTHRDS[$n]         ; setenv NTASK  $NTASKS[$n]
+  setenv OBJDIR $OBJROOT/$MODEL/$SETUP ; if !(-d $OBJDIR) mkdir -p $OBJDIR
+  setenv EXEDIR $EXEROOT/$MODEL     ; if !(-d $EXEDIR) mkdir -p $EXEDIR
+  setenv THREAD FALSE               ; if ($NTHRD > 1) setenv THREAD TRUE
+
+  set ntask = $NTASKS[$n]
+ 
+  cd   $EXEDIR
+#xjx  rm -f $MODEL.log.*
+  echo `date` $EXEDIR/$MODEL.log.$LID | tee $MODEL.log.$LID
+  echo $SCRIPTS/$SETUP.setup.csh
+if ( $argv[1] == 1 ) then
+  $SCRIPTS/$SETUP.setup.csh             >>& $MODEL.log.$LID
+endif
+  if ($status != 0) then
+    echo  ERROR: $MODEL.setup.csh failed, see $MODEL.log.$LID 
+    echo  ERROR: cat $cwd/$MODEL.log.$LID 
+    exit  99
+  endif
+
+#--- create model directories and processor counts for each platform
+#--- ($EXEROOT/all for SGI, poe_sw.cmdfile for AIX, prun.cmdfile for OSF1)
+
+if ($n == 1) then
+rm -rf  $EXEROOT/csm.conf
+set P1 = 0
+set P2 = 0
+endif
+set P2 = `expr $P1 + $NTASK - 1`
+echo "$P1-$P2   $EXEROOT/$MODEL/$MODEL" >> $EXEROOT/csm.conf
+set P1 = `expr $P2 + 1`
+
+end
+
+if ( $argv[1] == 2 ) then
+  cd $EXEROOT
+  rm -rf atm/historical.cam2* atm/atm.log.* cpl/cpl.log.* esmf/esmf.log.* ice/ice.log.* lnd/lnd.log.* 
+  rm -rf ocn/ocn.log.* esm_* esm_err_*
+  echo -------------------------------------------------------------------------
+  echo  j. Run the model, execute models simultaneously allocating CPUs
+  echo -------------------------------------------------------------------------
+  echo "`date` -- CSM EXECUTION BEGINS HERE"
+  setenv I_MPI_COMPATIBILITY 4
+  setenv KMP_AFFINITY        compact
+  echo "`date` -- CSM JOB SUBMIT HAS FINISHED"
+  chmod +x run.sh
+  dsub -s run.sh
+  env | egrep '(MP_|LOADL|XLS|FPE|DSM|OMP|MPC)' # document above env vars
+endif
+exit 0
diff --git a/templates/bcc-esm/run.sh b/templates/bcc-esm/run.sh
new file mode 100644
index 0000000000000000000000000000000000000000..6aa258db1c0e36f75b63a80e3eb12e43750c56a4
--- /dev/null
+++ b/templates/bcc-esm/run.sh
@@ -0,0 +1,86 @@
+#!/bin/bash
+#DSUB -n esm-29n
+#DSUB --job_type cosched
+#DSUB -N 29
+#DSUB -R "cpu=128;mem=256000"
+#DSUB -A root.default
+#DSUB -q root.default
+#DSUB -o esm_%J.log
+#DSUB -e esm_err_%J.log
+
+echo ----- print env vars -----
+if [ "${CCSCHEDULER_ALLOC_FILE}" != "" ]; then
+        echo " "
+        ls -la ${CCSCHEDULER_ALLOC_FILE}
+        echo ------ cat ${CCSCHEDULER_ALLOC_FILE}
+        cat ${CCSCHEDULER_ALLOC_FILE}
+fi
+
+export HOSTFILE=/tmp/hostfile.$$
+rm -rf $HOSTFILE
+touch $HOSTFILE
+tmpfs=$HOSTFILE.1
+ntask=`cat ${CCSCHEDULER_ALLOC_FILE} | sort | awk -v fff="$HOSTFILE" '{}
+{
+        split($0, a, " ")
+        if (length(a[1]) >0 && length(a[3]) >0) {
+                print a[1]" slots="a[2] >> fff
+                total_task+=a[2]
+        }
+}END{print total_task}'`
+head -n 28 $HOSTFILE > $tmpfs
+sed -i 's/128/96/' $tmpfs
+tail -n 1 $HOSTFILE >> $tmpfs
+sed -i 's/128/24/' $tmpfs
+mv $tmpfs $HOSTFILE
+echo "openmpi hostfile $HOSTFILE generated:"
+echo "-----------------------"
+cat $HOSTFILE
+echo "-----------------------"
+echo "Total tasks is $ntask"
+echo "mpirun -hostfile $HOSTFILE -n $ntask <your application>"
+sed -i "15c             layout =20,10," ocn/input.nml
+#generate run_roce.sh
+cat <<\EOF > run_roce.sh 
+#!/bin/bash
+rank=$OMPI_COMM_WORLD_RANK
+
+idx=$(expr $rank % 32 / 8)
+#           atm  lnd  ice  ocn cpl
+NTASKS=(   2304  96  96   200  16 )
+NTHRDS=(   1    1   1     1     1  )
+
+lnd_proc=`expr ${NTASKS[0]} + ${NTASKS[1]}`
+ice_proc=`expr $lnd_proc + ${NTASKS[2]}`
+ocn_proc=`expr $ice_proc + ${NTASKS[3]}`
+cpl_proc=`expr $ocn_proc + ${NTASKS[4]}`
+if [ $rank -lt ${NTASKS[0]} ]; then
+        echo '-----atm------'$rank
+        export OMP_NUM_THREADS=${NTHRDS[0]}
+        $EXEROOT/atm/atm
+elif [ $rank -lt $lnd_proc ]; then
+        echo '-----lnd------'$rank
+        export OMP_NUM_THREADS=${NTHRDS[1]}
+        $EXEROOT/lnd/lnd
+elif [ $rank -lt $ice_proc ]; then
+        echo '-----ice------'$rank
+        export OMP_NUM_THREADS=${NTHRDS[2]}
+        $EXEROOT/ice/ice
+elif [ $rank -lt $ocn_proc ]; then
+        echo '-----ocn------'$rank
+        export OMP_NUM_THREADS=${NTHRDS[3]}
+        $EXEROOT/ocn/ocn
+elif [ $rank -lt $cpl_proc ]; then
+        echo '-----cpl------'$rank
+        export OMP_NUM_THREADS=${NTHRDS[4]}
+        echo "thread distribution --${NTHRDS[0]}, ${NTHRDS[1]},${NTHRDS[2]}"
+        echo "rank distribution --$lnd_proc, $ice_proc,$ocn_proc"
+        $EXEROOT/cpl/cpl
+fi
+
+EOF
+chmod +x run_roce.sh
+date
+mpirun --allow-run-as-root --mca plm_rsh_agent /opt/batch/agent/tools/dstart -mca btl ^vader,tcp,openib,uct -mca coll ^ucx -x UCX_BUILTIN_ALLREDUCE_ALGORITHM=6 -x UCX_BUILTIN_ALLTOALLV_ALGORITHM=1 -hostfile $HOSTFILE -np 2712 -x LD_LIBRARY_PATH -x PATH -x OMP_WAIT_POLICY=ACTIVE --bind-to socket run_roce.sh
+date
+exit 0